MPI Test Suite Result Details for
MPT MPI 2.24 on Warhawk (WARHAWK.AFRL.HPC.MIL)
Run Environment
- HPC Center:AFRL
- HPC System: HPE Cray-EX (Warhawk)
- Run Date: Tue May 9 08:06:41 EDT 2023
- MPI: MPT MPI 2.24 (Implements MPI 3.1 Standard)
- Shell:/bin/tcsh
- Launch Command:/opt/cray/pe/pals/1.1.5/bin/aprun
| Language | Executable | Path |
|---|---|---|
| C | cc | /opt/cray/pe/craype/2.7.10/bin/cc |
| C++ | CC | /opt/cray/pe/craype/2.7.10/bin/CC |
| F77 | ftn | /opt/cray/pe/craype/2.7.10/bin/ftn |
| F90 | ftn | /opt/cray/pe/craype/2.7.10/bin/ftn |
The following modules were loaded when the MPI Test Suite was run:
- bct-env/0.1
- bc_mod/1.3.4
- /p/app/startup/shell.module
- /p/app/startup/alias.module
- /p/app/startup/login.module
- /p/app/startup/set_ACCOUNT.module
- /p/app/startup/login2.module
- cce/12.0.3
- craype/2.7.10
- craype-x86-rome
- libfabric/1.11.0.4.97
- craype-network-ofi
- cray-dsmml/0.2.1
- perftools-base/21.09.0
- cray-mpich/8.1.9
- cray-libsci/21.08.1.2
- cray-pals/1.1.5
- PrgEnv-cray/8.1.0
- intel/2022.0.2
- mpt/2.24
| Variable Name | Value |
|---|---|
| PBS_ACCOUNT | withheld |
| PBS_ENVIRONMENT | PBS_BATCH |
| PBS_JOBDIR | /p/home/withheld |
| PBS_JOBNAME | MPT_2.24 |
| PBS_MOMPORT | 15003 |
| PBS_NODEFILE | /var/spool/pbs/aux/1128623.warhawk-pbs |
| PBS_NODENUM | withheld |
| PBS_O_HOME | withheld |
| PBS_O_HOST | warhawk07.hsn0.warhawk.afrl.hpc.mil |
| PBS_O_LOGNAME | withheld |
| PBS_O_PATH | /opt/cray/pe/pals/1.1.5/bin:/opt/cray/pe/perftools/21.09.0/bin:/opt/cray/pe/papi/6.0.0.9/bin:/opt/cray/libfabric/1.11.0.4.97/bin:/opt/cray/pe/craype/2.7.10/bin:/opt/cray/pe/cce/12.0.3/binutils/x86_64/x86_64-pc-linux-gnu/bin:/opt/cray/pe/cce/12.0.3/binutils/cross/x86_64-aarch64/aarch64-linux-gnu/../bin:/opt/cray/pe/cce/12.0.3/utils/x86_64/bin:/opt/cray/pe/cce/12.0.3/bin:/usr/local/ossh/bin:/p/app/Modules/4.7.1/bin:/opt/clmgr/sbin:/opt/clmgr/bin:/opt/sgi/sbin:/opt/sgi/bin:/usr/bin:/bin:/usr/sbin:/sbin:/usr/local/openssh-8.6p1a.SLES12/bin:/usr/local/bin:/opt/c3/bin:/usr/lib/mit/bin:/usr/lib/mit/sbin:/opt/pbs/bin:/app/bin:/app/COTS/bin:/usr/local/krb5/bin:/app/BCT/bin:/p/home/withheld/bin:/p/home/withheld/bin/x86_64:/p/app/local/bin:/usr/lib64/jvm/jre-11-openjdk/bin:.:/opt/cray/pe/bin |
| PBS_O_QUEUE | standard |
| PBS_O_SHELL | /bin/tcsh |
| PBS_O_SYSTEM | Linux |
| PBS_O_WORKDIR | withheld |
| PBS_QUEUE | standard |
| PBS_TASKNUM | 1 |
| Variable Name | Value |
|---|---|
| MPI_DISPLAY_SETTINGS | false |
| MPI_ROOT | /opt/hpe/hpc/mpt/mpt-2.24 |
Topology - Score: 100% Passed
The Network topology tests are designed to examine the operation of specific communication patterns such as Cartesian and Graph topology.
Passed MPI_Cart_create basic - cartcreates
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates a cartesian mesh and tests for errors.
No errors
Passed MPI_Cart_map basic - cartmap1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates a cartesian map and tests for errors.
No errors
Passed MPI_Cart_shift basic - cartshift1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises MPI_Cart_shift().
No errors
Passed MPI_Cart_sub basic - cartsuball
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises MPI_Cart_sub().
No errors
Passed MPI_Cartdim_get zero-dim - cartzero
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Check that the MPI implementation properly handles zero-dimensional Cartesian communicators - the original standard implies that these should be consistent with higher dimensional topologies and therefore should work with any MPI implementation. MPI 2.1 made this requirement explicit.
No errors
Passed MPI_Dims_create nodes - dims1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test uses multiple variations for the arguments of MPI_Dims_create() and tests whether the product of ndims (number of dimensions) and the returned dimensions are equal to nnodes (number of nodes) thereby determining if the decomposition is correct. The test also checks for compliance with the MPI_- standard section 6.5 regarding decomposition with increasing dimensions. The test considers dimensions 2-4.
No errors
Passed MPI_Dims_create special 2d/4d - dims2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is similar to topo/dims1 but only exercises dimensions 2 and 4 including test cases whether all dimensions are specified.
No errors
Passed MPI_Dims_create special 3d/4d - dims3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is similar to topo/dims1 but only considers special cases using dimensions 3 and 4.
No errors
Passed MPI_Dist_graph_create - distgraph1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test excercises MPI_Dist_graph_create() and MPI_Dist_graph_adjacent().
using graph layout 'deterministic complete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'every other edge deleted' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'only self-edges' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'no edges' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs testing MPI_Dist_graph_create w/ no graph testing MPI_Dist_graph_create w/ no graph testing MPI_Dist_graph_create w/ no graph -- NULLs testing MPI_Dist_graph_create w/ no graph -- NULLs+MPI_UNWEIGHTED testing MPI_Dist_graph_create_adjacent w/ no graph testing MPI_Dist_graph_create_adjacent w/ no graph -- MPI_WEIGHTS_EMPTY testing MPI_Dist_graph_create_adjacent w/ no graph -- NULLs testing MPI_Dist_graph_create_adjacent w/ no graph -- NULLs+MPI_UNWEIGHTED No errors
Passed MPI_Graph_create null/dup - graphcr2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Create a communicator with a graph that contains null edges and one that contains duplicate edges.
No errors
Passed MPI_Graph_create zero procs - graphcr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Create a communicator with a graph that contains no processes.
No errors
Passed MPI_Graph_map basic - graphmap1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Simple test of MPI_Graph_map().
No errors
Passed MPI_Topo_test datatypes - topotest
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Check that topo test returns the correct type, including MPI_UNDEFINED.
No errors
Passed MPI_Topo_test dgraph - dgraph_unwgt
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Specify a distributed graph of a bidirectional ring of the MPI_COMM_WORLD communicator. Thus each node in the graph has a left and right neighbor.
No errors
Passed MPI_Topo_test dup - topodup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Create a cartesian topology, get its characteristics, then dup it and check that the new communicator has the same properties.
No errors
Passed Neighborhood collectives - neighb_coll
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
A basic test for the 10 (5 patterns x {blocking,non-blocking}) MPI-3 neighborhood collective routines.
No errors
Basic Functionality - Score: 94% Passed
This group features tests that emphasize basic MPI functionality such as initializing MPI and retrieving its rank.
Passed Basic send/recv - srtest
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This is a basic test of the send/receive with a barrier using MPI_Send() and MPI_Recv().
No errors
Passed Const cast - const
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test is designed to test the new MPI-3.0 const cast applied to a "const *" buffer pointer.
No errors.
Passed Elapsed walltime - wtime
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test measures how accurately MPI can measure 1 second.
sleep(1): start:3407.43, finish:3408.43, duration:1.00008 No errors.
Passed Generalized request basic - greq1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple test of generalized requests. This simple code allows us to check that requests can be created, tested, and waited on in the case where the request is complete before the wait is called.
No errors
Passed Init arguments - init_args
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
In MPI-1.1, it is explicitly stated that an implementation is allowed to require that the arguments argc and argv passed by an application to MPI_Init in C be the same arguments passed into the application as the arguments to main. In MPI-2 implementations are not allowed to impose this requirement. Conforming implementations of MPI allow applications to pass NULL for both the argc and argv arguments of MPI_Init(). This test prints the result of the error status of MPI_Init(). If the test completes without error, it reports 'No errors.'
MPI_INIT accepts Null arguments for MPI_init(). No errors
Passed Input queuing - eagerdt
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test of a large number of MPI datatype messages with no preposted receive so that an MPI implementation may have to queue up messages on the sending side. Uses MPI_Type_Create_indexed_block to create the send datatype and receives data as ints.
No errors
Passed Intracomm communicator - mtestcheck
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This program calls MPI_Reduce with all Intracomm Communicators.
No errors
Passed Isend and Request_free - rqfreeb
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test multiple non-blocking send routines with MPI_Request_Free. Creates non-blocking messages with MPI_Isend(), MPI_Ibsend(), MPI_Issend(), and MPI_Irsend() then frees each request.
About create and free Isend request About create and free Ibsend request About create and free Issend request About create and free Irsend request No errors About free Irecv request
Passed Large send/recv - sendrecv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test sends the length of a message, followed by the message body.
No errors.
Passed MPI Attribues test - attrself
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This is a test of creating and inserting attribues in different orders to ensure that the list management code handles all cases.
No errors
Passed MPI_ANY_{SOURCE,TAG} - anyall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test uses MPI_ANY_SOURCE and MPI_ANY_TAG in repeated MPI_Irecv() calls. One implementation delivered incorrect data when using both ANY_SOURCE and ANY_TAG.
No errors
Passed MPI_Abort() return exit - abortexit
Build: Passed
Execution: Failed
Exit Status: Intentional_failure_was_successful
MPI Processes: 1
Test Description:
This program calls MPI_Abort and confirms that the exit status in the call is returned to the invoking environment.
MPI_Abort() with return exit code:6 MPICH ERROR [Rank 0] [job id 77f87d2b-9ba0-4027-8d89-fd121126d072] [Tue May 9 07:55:17 2023] [x1001c5s0b0n1] - Abort(6) (rank 0 in comm 0): application called MPI_Abort(MPI_COMM_WORLD, 6) - process 0 x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 6
Passed MPI_BOTTOM basic - bottom
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Simple test using MPI_BOTTOM for MPI_Send() and MPI_Recv().
No errors
Passed MPI_Bsend alignment - bsend1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple test for MPI_Bsend() that sends and receives multiple messages with message sizes chosen to expose alignment problems.
No errors
Passed MPI_Bsend buffer alignment - bsendalign
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test bsend with a buffer with alignment between 1 and 7 bytes.
No errors
Passed MPI_Bsend detach - bsendpending
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test the handling of MPI_Bsend() operations when a detach occurs between MPI_Bsend() and MPI_Recv(). Uses busy wait to ensure detach occurs between MPI routines and tests with a selection of communicators.
No errors
Passed MPI_Bsend ordered - bsendfrag
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test bsend message handling where different messages are received in different orders.
No errors
Passed MPI_Bsend repeat - bsend2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple test for MPI_Bsend() that repeatedly sends and receives messages.
No errors
Passed MPI_Bsend with init and start - bsend3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple test for MPI_Bsend() that uses MPI_Bsend_init() to create a persistent communication request and then repeatedly sends and receives messages. Includes tests using MPI_Start() and MPI_Startall().
No errors
Passed MPI_Bsend() intercomm - bsend5
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Simple test for MPI_Bsend() that creates an intercommunicator with two evenly sized groups and then repeatedly sends and receives messages between groups.
No errors
Passed MPI_Cancel completed sends - scancel2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Calls MPI_Isend(), forces it to complete with a barrier, calls MPI_Cancel(), then checks cancel status. Such a cancel operation should silently fail. This test returns a failure status if the cancel succeeds.
Starting scancel test (0) About to create isend and cancel Starting scancel test Completed wait on isend (1) About to create isend and cancel Completed wait on isend (2) About to create isend and cancel Completed wait on isend (3) About to create isend and cancel Completed wait on isend No errors
Failed MPI_Cancel sends - scancel
Build: Passed
Execution: Failed
Exit Status: Application_timed_out
MPI Processes: 2
Test Description:
Test of various send cancel calls. Sends messages with MPI_Isend(), MPI_Ibsend(), MPI_Irsend(), and MPI_Issend() and then immediately cancels them. Then verifies message was cancelled and was not received by destination process.
Starting scancel test (0) About to create isend and cancel Starting scancel test Completed wait on isend Failed to cancel an Isend request About to create and cancel ibsend Failed to cancel an Ibsend request Assertion failed in file ../src/include/mpir_request.h at line 346: ((req))->ref_count >= 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x14c30f56eb8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14c30eff9cd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0xd426f0) [0x14c30e0e76f0] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1be7c58) [0x14c30ef8cc58] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Buffer_detach+0xf7) [0x14c30d9b9397] ./scancel() [0x204662] /lib64/libc.so.6(__libc_start_main+0xea) [0x14c30b5f93ea] ./scancel() [0x20413a] MPICH ERROR [Rank 0] [job id 8d626801-cbca-4699-b837-e56120d461db] [Tue May 9 07:56:02 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1 Signal forwarding failed: Application 8d626801-cbca-4699-b837-e56120d461db not found
Passed MPI_Finalized() test - finalized
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This tests when MPI_Finalized() will work correctly if MPI_INit() was not called. This behaviour is not defined by the MPI standard, therefore this test is not garanteed.
No errors
Passed MPI_Get_library_version test - library_version
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
MPI-3.0 Test returns MPI library version.
MPI VERSION : CRAY MPICH version 8.1.9.11 (ANL base 3.4a2) MPI BUILD INFO : Wed Aug 18 13:38 2021 (git hash 403e16f) No errors
Passed MPI_Get_version() test - version
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This MPI_3.0 test prints the MPI version. If running a version of MPI < 3.0, it simply prints "No Errors".
No errors
Passed MPI_Ibsend repeat - bsend4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple test for MPI_Ibsend() that repeatedly sends and receives messages.
No errors
Passed MPI_Isend root - isendself
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This is a simple test case of sending a non-blocking message to the root process. Includes test with a null pointer. This test uses a single process.
No errors
Passed MPI_Isend root cancel - issendselfcancel
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test case has the root send a non-blocking synchronous message to itself, cancels it, then attempts to read it.
No errors
Passed MPI_Isend root probe - isendselfprobe
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This is a simple test case of the root sending a message to itself and probing this message.
No errors
Passed MPI_Mprobe() series - mprobe1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This tests MPI_Mprobe() using a series of tests. Includes tests with send and Mprobe+Mrecv, send and Mprobe+Imrecv, send and Improbe+Mrecv, send and Improbe+Irecv, Mprobe+Mrecv with MPI_PROC_NULL, Mprobe+Imrecv with MPI_PROC_NULL, Improbe+Mrecv with MPI_PROC_NULL, Improbe+Imrecv, and test to verify MPI_Message_c2f() and MPI_Message_f2c() are present.
No errors
Passed MPI_Probe() null source - probenull
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This program checks that MPI_Iprobe() and MPI_Probe() correctly handle a source of MPI_PROC_NULL.
No errors
Passed MPI_Probe() unexpected - probe-unexp
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This program verifies that MPI_Probe() is operating properly in the face of unexpected messages arriving after MPI_Probe() has been called. This program may hang if MPI_Probe() does not return when the message finally arrives. Tested with a variety of message sizes and number of messages.
testing messages of size 1 Message count 0 testing messages of size 1 Message count 0 Message count 1 testing messages of size 1 Message count 0 testing messages of size 1 Message count 0 Message count 1 Message count 1 Message count 2 Message count 2 Message count 3 Message count 4 testing messages of size 2 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4 Message count 0 Message count 1 Message count 2 Message count 3 Message count 2 Message count 3 Message count 4 testing messages of size 2 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 8 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 Message count 3 Message count 4 testing messages of size 2 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 8 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 64 Message count 0 Message count 1 Message count 4 testing messages of size 8 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 64 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 128 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 256 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 2 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 8 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 64 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 128 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 256 Message count 0 testing messages of size 64 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 128 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 256 Message count 0 Message count 2 Message count 3 Message count 4 testing messages of size 128 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 256 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 512 Message count 0 Message count 1 Message count 2 Message count 3 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 512 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 1024 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 2048 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4096 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 8192 Message count 0 Message count 4 testing messages of size 1024 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 2048 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4096 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 8192 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16384 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16384 Message count 0 Message count 1 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 512 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 1024 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 2048 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4096 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 8192 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16384 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32768 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 65536 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 131072 Message count 0 Message count 1 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32768 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 65536 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 131072 Message count 0 Message count 1 Message count 2 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 512 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 1024 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 2048 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 4096 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 8192 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 16384 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32768 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 65536 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 131072 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 262144 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 32768 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 65536 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 131072 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 262144 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 262144 Message count 0 Message count 1 Message count 2 Message count 3 Message count 4 testing messages of size 262144 Message count 0 Message count 1 Message count 2 Message count 2 Message count 3 Message count 2 Message count 3 Message count 4 testing messages of size 524288 Message count 0 Message count 3 Message count 4 Message count 3 Message count 4 testing messages of size 524288 Message count 0 Message count 4 testing messages of size 524288 Message count 0 Message count 1 testing messages of size 524288 Message count 0 Message count 1 Message count 1 Message count 2 Message count 1 Message count 2 Message count 2 Message count 3 Message count 2 Message count 3 Message count 3 Message count 4 Message count 3 Message count 4 Message count 4 testing messages of size 1048576 Message count 0 Message count 4 testing messages of size 1048576 Message count 0 testing messages of size 1048576 Message count 0 Message count 1 testing messages of size 1048576 Message count 0 Message count 1 Message count 1 Message count 2 Message count 1 Message count 2 Message count 2 Message count 3 Message count 2 Message count 3 Message count 3 Message count 4 Message count 3 Message count 4 Message count 4 Message count 4 testing messages of size 2097152 Message count 0 testing messages of size 2097152 Message count 0 Message count 1 testing messages of size 2097152 Message count 0 testing messages of size 2097152 Message count 0 Message count 1 Message count 1 Message count 2 Message count 1 Message count 2 Message count 2 Message count 2 Message count 3 Message count 3 Message count 4 Message count 3 Message count 3 Message count 4 Message count 4 Message count 4 testing messages of size 4194304 Message count 0 testing messages of size 4194304 Message count 0 testing messages of size 4194304 Message count 0 testing messages of size 4194304 Message count 0 Message count 1 Message count 1 Message count 1 Message count 1 Message count 2 Message count 2 Message count 2 Message count 2 Message count 3 Message count 3 Message count 4 Message count 3 Message count 3 Message count 4 Message count 4 Message count 4 No errors
Passed MPI_Request many irecv - sendall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test issues many non-blocking receives followed by many blocking MPI_Send() calls, then issues an MPI_Wait() on all pending receives using multiple processes and increasing array sizes. This test may fail due to bugs in the handling of request completions or in queue operations.
length = 1 ints length = 2 ints length = 4 ints length = 8 ints length = 16 ints length = 32 ints length = 64 ints length = 128 ints length = 256 ints length = 512 ints length = 1024 ints length = 2048 ints length = 4096 ints length = 8192 ints length = 16384 ints No errors
Passed MPI_Request_get_status - rqstatus
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test MPI_Request_get_status(). Sends a message with MPI_Ssend() and creates receives request with MPI_Irecv(). Verifies Request_get_status does not return correct values prior to MPI_Wait() and returns correct values afterwards. The test also checks that MPI_REQUEST_NULL and MPI_STATUS_IGNORE work as arguments as required beginning with MPI-2.2.
No errors
Passed MPI_Send intercomm - icsend
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Simple test of intercommunicator send and receive using a selection of intercommunicators.
No errors
Passed MPI_Status large count - big_count_status
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test manipulates an MPI status object using MPI_Status_set_elements_x() with various large count values and verifying MPI_Get_elements_x() and MPI_Test_cancelled() produce the correct values.
No errors
Passed MPI_Test pt2pt - inactivereq
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test program checks that the point-to-point completion routines can be applied to an inactive persistent request, as required by the MPI-1 standard. See section 3.7.3. It is allowed to call MPI TEST with a null or inactive request argument. In such a case the operation returns with flag = true and empty status. Tests both persistent send and persistent receive requests.
No errors
Passed MPI_Waitany basic - waitany-null
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This is a simple test of MPI_Waitany().
No errors
Passed MPI_Waitany comprehensive - waittestnull
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This program checks that the various MPI_Test and MPI_Wait routines allow both null requests and in the multiple completion cases, empty lists of requests.
No errors
Passed MPI_Wtime() test - timeout
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This program tests the ability of mpiexec to timeout a process after no more than 3 minutes. By default, it will run for 30 secs.
No errors
Passed MPI_{Is,Query}_thread() test - initstat
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test examines the MPI_Is_thread() and MPI_Query_thread() call after being initilized using MPI_Init_thread().
No errors
Passed MPI_{Send,Receive} basic - sendrecv1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test using MPI_Send() and MPI_Recv(), MPI_Sendrecv(), and MPI_Sendrecv_replace() to send messages between two processes using a selection of communicators and datatypes and increasing array sizes.
No errors
Failed MPI_{Send,Receive} large backoff - sendrecv3
Build: Passed
Execution: Failed
Exit Status: Application_timed_out
MPI Processes: 2
Test Description:
Head to head MPI_Send() and MPI_Recv() to test backoff in device when large messages are being transferred. Includes a test that has one process sleep prior to calling send and recv.
Isends for 100 messages of size 100 took too long (1.000959 seconds) 100 Isends for size = 100 took 1.000959 seconds 100 Isends for size = 100 took 0.000904 seconds 10 Isends for size = 1000 took 0.000008 seconds 10 Isends for size = 1000 took 0.000008 seconds 10 Isends for size = 10000 took 0.000028 seconds 10 Isends for size = 10000 took 0.000030 seconds 4 Isends for size = 100000 took 0.000004 seconds Found 1 errors 4 Isends for size = 100000 took 0.000014 seconds x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1 Signal forwarding failed: Application 22428aad-4073-40ae-9700-860be095a577 not found
Passed MPI_{Send,Receive} vector - sendrecv2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This is a simple test of MPI_Send() and MPI_Recv() using MPI_Type_vector() to create datatypes with an increasing number of blocks.
No errors
Passed Many send/cancel order - rcancel
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test of various receive cancel calls. Creates multiple receive requests then cancels three requests in a more interesting order to ensure the queue operation works properly. The other request receives the message.
Completed wait on irecv[2] Completed wait on irecv[3] Completed wait on irecv[0] No errors
Passed Message patterns - patterns
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test sends/receives a number of messages in different patterns to make sure that all messages are received in the order they are sent. Two processes are used in the test.
No errors.
Failed Persistent send/cancel - pscancel
Build: Passed
Execution: Failed
Exit Status: Application_timed_out
MPI Processes: 2
Test Description:
Test cancelling persistent send calls. Tests various persistent send calls including MPI_Send_init(), MPI_Bsend_init(), MPI_Rsend_init(), and MPI_Ssend_init() followed by calls to MPI_Cancel().
Failed to cancel a persistent send request Failed to cancel a persistent bsend request Assertion failed in file ../src/include/mpir_request.h at line 346: ((req))->ref_count >= 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x145766f20b8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x1457669abcd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0xd426f0) [0x145765a996f0] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1be7c58) [0x14576693ec58] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Buffer_detach+0xf7) [0x14576536b397] ./pscancel() [0x20463b] /lib64/libc.so.6(__libc_start_main+0xea) [0x145762fab3ea] ./pscancel() [0x20414a] MPICH ERROR [Rank 0] [job id 458f2ed3-313e-4533-bf1a-c0386b9bc221] [Tue May 9 07:56:01 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1 Signal forwarding failed: Application 458f2ed3-313e-4533-bf1a-c0386b9bc221 not found
Passed Ping flood - pingping
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test sends a large number of messages in a loop in the source process, and receives a large number of messages in a loop in the destination process using a selection of communicators, datatypes, and array sizes.
Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 1 of sendtype MPI_DOUBLE of total size 8 bytes Sending count = 1 of sendtype MPI_FLOAT_INT of total size 8 bytes Sending count = 1 of sendtype dup of MPI_INT of total size 4 bytes Sending count = 1 of sendtype int-vector of total size 4 bytes Sending count = 1 of sendtype int-indexed(4-int) of total size 16 bytes Sending count = 1 of sendtype int-indexed(2 blocks) of total size 4 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 1 of sendtype MPI_SHORT of total size 2 bytes Sending count = 1 of sendtype MPI_LONG of total size 8 bytes Sending count = 1 of sendtype MPI_CHAR of total size 1 bytes Sending count = 1 of sendtype MPI_UINT64_T of total size 8 bytes Sending count = 1 of sendtype MPI_FLOAT of total size 4 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 2 of sendtype MPI_DOUBLE of total size 16 bytes Sending count = 2 of sendtype MPI_FLOAT_INT of total size 16 bytes Sending count = 2 of sendtype dup of MPI_INT of total size 8 bytes Sending count = 2 of sendtype int-vector of total size 16 bytes Sending count = 2 of sendtype int-indexed(4-int) of total size 64 bytes Sending count = 2 of sendtype int-indexed(2 blocks) of total size 16 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 2 of sendtype MPI_SHORT of total size 4 bytes Sending count = 2 of sendtype MPI_LONG of total size 16 bytes Sending count = 2 of sendtype MPI_CHAR of total size 2 bytes Sending count = 2 of sendtype MPI_UINT64_T of total size 16 bytes Sending count = 2 of sendtype MPI_FLOAT of total size 8 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 4 of sendtype MPI_DOUBLE of total size 32 bytes Sending count = 4 of sendtype MPI_FLOAT_INT of total size 32 bytes Sending count = 4 of sendtype dup of MPI_INT of total size 16 bytes Sending count = 4 of sendtype int-vector of total size 64 bytes Sending count = 4 of sendtype int-indexed(4-int) of total size 256 bytes Sending count = 4 of sendtype int-indexed(2 blocks) of total size 64 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 4 of sendtype MPI_SHORT of total size 8 bytes Sending count = 4 of sendtype MPI_LONG of total size 32 bytes Sending count = 4 of sendtype MPI_CHAR of total size 4 bytes Sending count = 4 of sendtype MPI_UINT64_T of total size 32 bytes Sending count = 4 of sendtype MPI_FLOAT of total size 16 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 8 of sendtype MPI_DOUBLE of total size 64 bytes Sending count = 8 of sendtype MPI_FLOAT_INT of total size 64 bytes Sending count = 8 of sendtype dup of MPI_INT of total size 32 bytes Sending count = 8 of sendtype int-vector of total size 256 bytes Sending count = 8 of sendtype int-indexed(4-int) of total size 1024 bytes Sending count = 8 of sendtype int-indexed(2 blocks) of total size 256 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 8 of sendtype MPI_SHORT of total size 16 bytes Sending count = 8 of sendtype MPI_LONG of total size 64 bytes Sending count = 8 of sendtype MPI_CHAR of total size 8 bytes Sending count = 8 of sendtype MPI_UINT64_T of total size 64 bytes Sending count = 8 of sendtype MPI_FLOAT of total size 32 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 16 of sendtype MPI_DOUBLE of total size 128 bytes Sending count = 16 of sendtype MPI_FLOAT_INT of total size 128 bytes Sending count = 16 of sendtype dup of MPI_INT of total size 64 bytes Sending count = 16 of sendtype int-vector of total size 1024 bytes Sending count = 16 of sendtype int-indexed(4-int) of total size 4096 bytes Sending count = 16 of sendtype int-indexed(2 blocks) of total size 1024 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 16 of sendtype MPI_SHORT of total size 32 bytes Sending count = 16 of sendtype MPI_LONG of total size 128 bytes Sending count = 16 of sendtype MPI_CHAR of total size 16 bytes Sending count = 16 of sendtype MPI_UINT64_T of total size 128 bytes Sending count = 16 of sendtype MPI_FLOAT of total size 64 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 32 of sendtype MPI_DOUBLE of total size 256 bytes Sending count = 32 of sendtype MPI_FLOAT_INT of total size 256 bytes Sending count = 32 of sendtype dup of MPI_INT of total size 128 bytes Sending count = 32 of sendtype int-vector of total size 4096 bytes Sending count = 32 of sendtype int-indexed(4-int) of total size 16384 bytes Sending count = 32 of sendtype int-indexed(2 blocks) of total size 4096 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 32 of sendtype MPI_SHORT of total size 64 bytes Sending count = 32 of sendtype MPI_LONG of total size 256 bytes Sending count = 32 of sendtype MPI_CHAR of total size 32 bytes Sending count = 32 of sendtype MPI_UINT64_T of total size 256 bytes Sending count = 32 of sendtype MPI_FLOAT of total size 128 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 64 of sendtype MPI_DOUBLE of total size 512 bytes Sending count = 64 of sendtype MPI_FLOAT_INT of total size 512 bytes Sending count = 64 of sendtype dup of MPI_INT of total size 256 bytes Sending count = 64 of sendtype int-vector of total size 16384 bytes Sending count = 64 of sendtype int-indexed(4-int) of total size 65536 bytes Sending count = 64 of sendtype int-indexed(2 blocks) of total size 16384 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 64 of sendtype MPI_SHORT of total size 128 bytes Sending count = 64 of sendtype MPI_LONG of total size 512 bytes Sending count = 64 of sendtype MPI_CHAR of total size 64 bytes Sending count = 64 of sendtype MPI_UINT64_T of total size 512 bytes Sending count = 64 of sendtype MPI_FLOAT of total size 256 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 128 of sendtype MPI_DOUBLE of total size 1024 bytes Sending count = 128 of sendtype MPI_FLOAT_INT of total size 1024 bytes Sending count = 128 of sendtype dup of MPI_INT of total size 512 bytes Sending count = 128 of sendtype int-vector of total size 65536 bytes Sending count = 128 of sendtype int-indexed(4-int) of total size 262144 bytes Sending count = 128 of sendtype int-indexed(2 blocks) of total size 65536 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 128 of sendtype MPI_SHORT of total size 256 bytes Sending count = 128 of sendtype MPI_LONG of total size 1024 bytes Sending count = 128 of sendtype MPI_CHAR of total size 128 bytes Sending count = 128 of sendtype MPI_UINT64_T of total size 1024 bytes Sending count = 128 of sendtype MPI_FLOAT of total size 512 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 256 of sendtype MPI_DOUBLE of total size 2048 bytes Sending count = 256 of sendtype MPI_FLOAT_INT of total size 2048 bytes Sending count = 256 of sendtype dup of MPI_INT of total size 1024 bytes Sending count = 256 of sendtype int-vector of total size 262144 bytes Sending count = 256 of sendtype int-indexed(4-int) of total size 1048576 bytes Sending count = 256 of sendtype int-indexed(2 blocks) of total size 262144 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 256 of sendtype MPI_SHORT of total size 512 bytes Sending count = 256 of sendtype MPI_LONG of total size 2048 bytes Sending count = 256 of sendtype MPI_CHAR of total size 256 bytes Sending count = 256 of sendtype MPI_UINT64_T of total size 2048 bytes Sending count = 256 of sendtype MPI_FLOAT of total size 1024 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 512 of sendtype MPI_DOUBLE of total size 4096 bytes Sending count = 512 of sendtype MPI_FLOAT_INT of total size 4096 bytes Sending count = 512 of sendtype dup of MPI_INT of total size 2048 bytes Sending count = 512 of sendtype int-vector of total size 1048576 bytes Sending count = 512 of sendtype int-indexed(4-int) of total size 4194304 bytes Sending count = 512 of sendtype int-indexed(2 blocks) of total size 1048576 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 512 of sendtype MPI_SHORT of total size 1024 bytes Sending count = 512 of sendtype MPI_LONG of total size 4096 bytes Sending count = 512 of sendtype MPI_CHAR of total size 512 bytes Sending count = 512 of sendtype MPI_UINT64_T of total size 4096 bytes Sending count = 512 of sendtype MPI_FLOAT of total size 2048 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype MPI_DOUBLE of total size 8192 bytes Sending count = 1024 of sendtype MPI_FLOAT_INT of total size 8192 bytes Sending count = 1024 of sendtype dup of MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype int-vector of total size 4194304 bytes Sending count = 1024 of sendtype int-indexed(4-int) of total size 16777216 bytes Sending count = 1024 of sendtype int-indexed(2 blocks) of total size 4194304 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype MPI_SHORT of total size 2048 bytes Sending count = 1024 of sendtype MPI_LONG of total size 8192 bytes Sending count = 1024 of sendtype MPI_CHAR of total size 1024 bytes Sending count = 1024 of sendtype MPI_UINT64_T of total size 8192 bytes Sending count = 1024 of sendtype MPI_FLOAT of total size 4096 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype MPI_DOUBLE of total size 16384 bytes Sending count = 2048 of sendtype MPI_FLOAT_INT of total size 16384 bytes Sending count = 2048 of sendtype dup of MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype int-vector of total size 16777216 bytes Sending count = 2048 of sendtype int-indexed(4-int) of total size 67108864 bytes Sending count = 2048 of sendtype int-indexed(2 blocks) of total size 16777216 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype MPI_SHORT of total size 4096 bytes Sending count = 2048 of sendtype MPI_LONG of total size 16384 bytes Sending count = 2048 of sendtype MPI_CHAR of total size 2048 bytes Sending count = 2048 of sendtype MPI_UINT64_T of total size 16384 bytes Sending count = 2048 of sendtype MPI_FLOAT of total size 8192 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 1 of sendtype MPI_DOUBLE of total size 8 bytes Sending count = 1 of sendtype MPI_FLOAT_INT of total size 8 bytes Sending count = 1 of sendtype dup of MPI_INT of total size 4 bytes Sending count = 1 of sendtype int-vector of total size 4 bytes Sending count = 1 of sendtype int-indexed(4-int) of total size 16 bytes Sending count = 1 of sendtype int-indexed(2 blocks) of total size 4 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 1 of sendtype MPI_SHORT of total size 2 bytes Sending count = 1 of sendtype MPI_LONG of total size 8 bytes Sending count = 1 of sendtype MPI_CHAR of total size 1 bytes Sending count = 1 of sendtype MPI_UINT64_T of total size 8 bytes Sending count = 1 of sendtype MPI_FLOAT of total size 4 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 2 of sendtype MPI_DOUBLE of total size 16 bytes Sending count = 2 of sendtype MPI_FLOAT_INT of total size 16 bytes Sending count = 2 of sendtype dup of MPI_INT of total size 8 bytes Sending count = 2 of sendtype int-vector of total size 16 bytes Sending count = 2 of sendtype int-indexed(4-int) of total size 64 bytes Sending count = 2 of sendtype int-indexed(2 blocks) of total size 16 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 2 of sendtype MPI_SHORT of total size 4 bytes Sending count = 2 of sendtype MPI_LONG of total size 16 bytes Sending count = 2 of sendtype MPI_CHAR of total size 2 bytes Sending count = 2 of sendtype MPI_UINT64_T of total size 16 bytes Sending count = 2 of sendtype MPI_FLOAT of total size 8 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 4 of sendtype MPI_DOUBLE of total size 32 bytes Sending count = 4 of sendtype MPI_FLOAT_INT of total size 32 bytes Sending count = 4 of sendtype dup of MPI_INT of total size 16 bytes Sending count = 4 of sendtype int-vector of total size 64 bytes Sending count = 4 of sendtype int-indexed(4-int) of total size 256 bytes Sending count = 4 of sendtype int-indexed(2 blocks) of total size 64 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 4 of sendtype MPI_SHORT of total size 8 bytes Sending count = 4 of sendtype MPI_LONG of total size 32 bytes Sending count = 4 of sendtype MPI_CHAR of total size 4 bytes Sending count = 4 of sendtype MPI_UINT64_T of total size 32 bytes Sending count = 4 of sendtype MPI_FLOAT of total size 16 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 8 of sendtype MPI_DOUBLE of total size 64 bytes Sending count = 8 of sendtype MPI_FLOAT_INT of total size 64 bytes Sending count = 8 of sendtype dup of MPI_INT of total size 32 bytes Sending count = 8 of sendtype int-vector of total size 256 bytes Sending count = 8 of sendtype int-indexed(4-int) of total size 1024 bytes Sending count = 8 of sendtype int-indexed(2 blocks) of total size 256 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 8 of sendtype MPI_SHORT of total size 16 bytes Sending count = 8 of sendtype MPI_LONG of total size 64 bytes Sending count = 8 of sendtype MPI_CHAR of total size 8 bytes Sending count = 8 of sendtype MPI_UINT64_T of total size 64 bytes Sending count = 8 of sendtype MPI_FLOAT of total size 32 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 16 of sendtype MPI_DOUBLE of total size 128 bytes Sending count = 16 of sendtype MPI_FLOAT_INT of total size 128 bytes Sending count = 16 of sendtype dup of MPI_INT of total size 64 bytes Sending count = 16 of sendtype int-vector of total size 1024 bytes Sending count = 16 of sendtype int-indexed(4-int) of total size 4096 bytes Sending count = 16 of sendtype int-indexed(2 blocks) of total size 1024 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 16 of sendtype MPI_SHORT of total size 32 bytes Sending count = 16 of sendtype MPI_LONG of total size 128 bytes Sending count = 16 of sendtype MPI_CHAR of total size 16 bytes Sending count = 16 of sendtype MPI_UINT64_T of total size 128 bytes Sending count = 16 of sendtype MPI_FLOAT of total size 64 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 32 of sendtype MPI_DOUBLE of total size 256 bytes Sending count = 32 of sendtype MPI_FLOAT_INT of total size 256 bytes Sending count = 32 of sendtype dup of MPI_INT of total size 128 bytes Sending count = 32 of sendtype int-vector of total size 4096 bytes Sending count = 32 of sendtype int-indexed(4-int) of total size 16384 bytes Sending count = 32 of sendtype int-indexed(2 blocks) of total size 4096 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 32 of sendtype MPI_SHORT of total size 64 bytes Sending count = 32 of sendtype MPI_LONG of total size 256 bytes Sending count = 32 of sendtype MPI_CHAR of total size 32 bytes Sending count = 32 of sendtype MPI_UINT64_T of total size 256 bytes Sending count = 32 of sendtype MPI_FLOAT of total size 128 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 64 of sendtype MPI_DOUBLE of total size 512 bytes Sending count = 64 of sendtype MPI_FLOAT_INT of total size 512 bytes Sending count = 64 of sendtype dup of MPI_INT of total size 256 bytes Sending count = 64 of sendtype int-vector of total size 16384 bytes Sending count = 64 of sendtype int-indexed(4-int) of total size 65536 bytes Sending count = 64 of sendtype int-indexed(2 blocks) of total size 16384 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 64 of sendtype MPI_SHORT of total size 128 bytes Sending count = 64 of sendtype MPI_LONG of total size 512 bytes Sending count = 64 of sendtype MPI_CHAR of total size 64 bytes Sending count = 64 of sendtype MPI_UINT64_T of total size 512 bytes Sending count = 64 of sendtype MPI_FLOAT of total size 256 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 128 of sendtype MPI_DOUBLE of total size 1024 bytes Sending count = 128 of sendtype MPI_FLOAT_INT of total size 1024 bytes Sending count = 128 of sendtype dup of MPI_INT of total size 512 bytes Sending count = 128 of sendtype int-vector of total size 65536 bytes Sending count = 128 of sendtype int-indexed(4-int) of total size 262144 bytes Sending count = 128 of sendtype int-indexed(2 blocks) of total size 65536 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 128 of sendtype MPI_SHORT of total size 256 bytes Sending count = 128 of sendtype MPI_LONG of total size 1024 bytes Sending count = 128 of sendtype MPI_CHAR of total size 128 bytes Sending count = 128 of sendtype MPI_UINT64_T of total size 1024 bytes Sending count = 128 of sendtype MPI_FLOAT of total size 512 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 256 of sendtype MPI_DOUBLE of total size 2048 bytes Sending count = 256 of sendtype MPI_FLOAT_INT of total size 2048 bytes Sending count = 256 of sendtype dup of MPI_INT of total size 1024 bytes Sending count = 256 of sendtype int-vector of total size 262144 bytes Sending count = 256 of sendtype int-indexed(4-int) of total size 1048576 bytes Sending count = 256 of sendtype int-indexed(2 blocks) of total size 262144 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 256 of sendtype MPI_SHORT of total size 512 bytes Sending count = 256 of sendtype MPI_LONG of total size 2048 bytes Sending count = 256 of sendtype MPI_CHAR of total size 256 bytes Sending count = 256 of sendtype MPI_UINT64_T of total size 2048 bytes Sending count = 256 of sendtype MPI_FLOAT of total size 1024 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 512 of sendtype MPI_DOUBLE of total size 4096 bytes Sending count = 512 of sendtype MPI_FLOAT_INT of total size 4096 bytes Sending count = 512 of sendtype dup of MPI_INT of total size 2048 bytes Sending count = 512 of sendtype int-vector of total size 1048576 bytes Sending count = 512 of sendtype int-indexed(4-int) of total size 4194304 bytes Sending count = 512 of sendtype int-indexed(2 blocks) of total size 1048576 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 512 of sendtype MPI_SHORT of total size 1024 bytes Sending count = 512 of sendtype MPI_LONG of total size 4096 bytes Sending count = 512 of sendtype MPI_CHAR of total size 512 bytes Sending count = 512 of sendtype MPI_UINT64_T of total size 4096 bytes Sending count = 512 of sendtype MPI_FLOAT of total size 2048 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype MPI_DOUBLE of total size 8192 bytes Sending count = 1024 of sendtype MPI_FLOAT_INT of total size 8192 bytes Sending count = 1024 of sendtype dup of MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype int-vector of total size 4194304 bytes Sending count = 1024 of sendtype int-indexed(4-int) of total size 16777216 bytes Sending count = 1024 of sendtype int-indexed(2 blocks) of total size 4194304 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype MPI_SHORT of total size 2048 bytes Sending count = 1024 of sendtype MPI_LONG of total size 8192 bytes Sending count = 1024 of sendtype MPI_CHAR of total size 1024 bytes Sending count = 1024 of sendtype MPI_UINT64_T of total size 8192 bytes Sending count = 1024 of sendtype MPI_FLOAT of total size 4096 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype MPI_DOUBLE of total size 16384 bytes Sending count = 2048 of sendtype MPI_FLOAT_INT of total size 16384 bytes Sending count = 2048 of sendtype dup of MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype int-vector of total size 16777216 bytes Sending count = 2048 of sendtype int-indexed(4-int) of total size 67108864 bytes Sending count = 2048 of sendtype int-indexed(2 blocks) of total size 16777216 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype MPI_SHORT of total size 4096 bytes Sending count = 2048 of sendtype MPI_LONG of total size 16384 bytes Sending count = 2048 of sendtype MPI_CHAR of total size 2048 bytes Sending count = 2048 of sendtype MPI_UINT64_T of total size 16384 bytes Sending count = 2048 of sendtype MPI_FLOAT of total size 8192 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 1 of sendtype MPI_DOUBLE of total size 8 bytes Sending count = 1 of sendtype MPI_FLOAT_INT of total size 8 bytes Sending count = 1 of sendtype dup of MPI_INT of total size 4 bytes Sending count = 1 of sendtype int-vector of total size 4 bytes Sending count = 1 of sendtype int-indexed(4-int) of total size 16 bytes Sending count = 1 of sendtype int-indexed(2 blocks) of total size 4 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 1 of sendtype MPI_SHORT of total size 2 bytes Sending count = 1 of sendtype MPI_LONG of total size 8 bytes Sending count = 1 of sendtype MPI_CHAR of total size 1 bytes Sending count = 1 of sendtype MPI_UINT64_T of total size 8 bytes Sending count = 1 of sendtype MPI_FLOAT of total size 4 bytes Sending count = 1 of sendtype MPI_INT of total size 4 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 2 of sendtype MPI_DOUBLE of total size 16 bytes Sending count = 2 of sendtype MPI_FLOAT_INT of total size 16 bytes Sending count = 2 of sendtype dup of MPI_INT of total size 8 bytes Sending count = 2 of sendtype int-vector of total size 16 bytes Sending count = 2 of sendtype int-indexed(4-int) of total size 64 bytes Sending count = 2 of sendtype int-indexed(2 blocks) of total size 16 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 2 of sendtype MPI_SHORT of total size 4 bytes Sending count = 2 of sendtype MPI_LONG of total size 16 bytes Sending count = 2 of sendtype MPI_CHAR of total size 2 bytes Sending count = 2 of sendtype MPI_UINT64_T of total size 16 bytes Sending count = 2 of sendtype MPI_FLOAT of total size 8 bytes Sending count = 2 of sendtype MPI_INT of total size 8 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 4 of sendtype MPI_DOUBLE of total size 32 bytes Sending count = 4 of sendtype MPI_FLOAT_INT of total size 32 bytes Sending count = 4 of sendtype dup of MPI_INT of total size 16 bytes Sending count = 4 of sendtype int-vector of total size 64 bytes Sending count = 4 of sendtype int-indexed(4-int) of total size 256 bytes Sending count = 4 of sendtype int-indexed(2 blocks) of total size 64 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 4 of sendtype MPI_SHORT of total size 8 bytes Sending count = 4 of sendtype MPI_LONG of total size 32 bytes Sending count = 4 of sendtype MPI_CHAR of total size 4 bytes Sending count = 4 of sendtype MPI_UINT64_T of total size 32 bytes Sending count = 4 of sendtype MPI_FLOAT of total size 16 bytes Sending count = 4 of sendtype MPI_INT of total size 16 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 8 of sendtype MPI_DOUBLE of total size 64 bytes Sending count = 8 of sendtype MPI_FLOAT_INT of total size 64 bytes Sending count = 8 of sendtype dup of MPI_INT of total size 32 bytes Sending count = 8 of sendtype int-vector of total size 256 bytes Sending count = 8 of sendtype int-indexed(4-int) of total size 1024 bytes Sending count = 8 of sendtype int-indexed(2 blocks) of total size 256 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 8 of sendtype MPI_SHORT of total size 16 bytes Sending count = 8 of sendtype MPI_LONG of total size 64 bytes Sending count = 8 of sendtype MPI_CHAR of total size 8 bytes Sending count = 8 of sendtype MPI_UINT64_T of total size 64 bytes Sending count = 8 of sendtype MPI_FLOAT of total size 32 bytes Sending count = 8 of sendtype MPI_INT of total size 32 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 16 of sendtype MPI_DOUBLE of total size 128 bytes Sending count = 16 of sendtype MPI_FLOAT_INT of total size 128 bytes Sending count = 16 of sendtype dup of MPI_INT of total size 64 bytes Sending count = 16 of sendtype int-vector of total size 1024 bytes Sending count = 16 of sendtype int-indexed(4-int) of total size 4096 bytes Sending count = 16 of sendtype int-indexed(2 blocks) of total size 1024 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 16 of sendtype MPI_SHORT of total size 32 bytes Sending count = 16 of sendtype MPI_LONG of total size 128 bytes Sending count = 16 of sendtype MPI_CHAR of total size 16 bytes Sending count = 16 of sendtype MPI_UINT64_T of total size 128 bytes Sending count = 16 of sendtype MPI_FLOAT of total size 64 bytes Sending count = 16 of sendtype MPI_INT of total size 64 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 32 of sendtype MPI_DOUBLE of total size 256 bytes Sending count = 32 of sendtype MPI_FLOAT_INT of total size 256 bytes Sending count = 32 of sendtype dup of MPI_INT of total size 128 bytes Sending count = 32 of sendtype int-vector of total size 4096 bytes Sending count = 32 of sendtype int-indexed(4-int) of total size 16384 bytes Sending count = 32 of sendtype int-indexed(2 blocks) of total size 4096 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 32 of sendtype MPI_SHORT of total size 64 bytes Sending count = 32 of sendtype MPI_LONG of total size 256 bytes Sending count = 32 of sendtype MPI_CHAR of total size 32 bytes Sending count = 32 of sendtype MPI_UINT64_T of total size 256 bytes Sending count = 32 of sendtype MPI_FLOAT of total size 128 bytes Sending count = 32 of sendtype MPI_INT of total size 128 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 64 of sendtype MPI_DOUBLE of total size 512 bytes Sending count = 64 of sendtype MPI_FLOAT_INT of total size 512 bytes Sending count = 64 of sendtype dup of MPI_INT of total size 256 bytes Sending count = 64 of sendtype int-vector of total size 16384 bytes Sending count = 64 of sendtype int-indexed(4-int) of total size 65536 bytes Sending count = 64 of sendtype int-indexed(2 blocks) of total size 16384 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 64 of sendtype MPI_SHORT of total size 128 bytes Sending count = 64 of sendtype MPI_LONG of total size 512 bytes Sending count = 64 of sendtype MPI_CHAR of total size 64 bytes Sending count = 64 of sendtype MPI_UINT64_T of total size 512 bytes Sending count = 64 of sendtype MPI_FLOAT of total size 256 bytes Sending count = 64 of sendtype MPI_INT of total size 256 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 128 of sendtype MPI_DOUBLE of total size 1024 bytes Sending count = 128 of sendtype MPI_FLOAT_INT of total size 1024 bytes Sending count = 128 of sendtype dup of MPI_INT of total size 512 bytes Sending count = 128 of sendtype int-vector of total size 65536 bytes Sending count = 128 of sendtype int-indexed(4-int) of total size 262144 bytes Sending count = 128 of sendtype int-indexed(2 blocks) of total size 65536 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 128 of sendtype MPI_SHORT of total size 256 bytes Sending count = 128 of sendtype MPI_LONG of total size 1024 bytes Sending count = 128 of sendtype MPI_CHAR of total size 128 bytes Sending count = 128 of sendtype MPI_UINT64_T of total size 1024 bytes Sending count = 128 of sendtype MPI_FLOAT of total size 512 bytes Sending count = 128 of sendtype MPI_INT of total size 512 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 256 of sendtype MPI_DOUBLE of total size 2048 bytes Sending count = 256 of sendtype MPI_FLOAT_INT of total size 2048 bytes Sending count = 256 of sendtype dup of MPI_INT of total size 1024 bytes Sending count = 256 of sendtype int-vector of total size 262144 bytes Sending count = 256 of sendtype int-indexed(4-int) of total size 1048576 bytes Sending count = 256 of sendtype int-indexed(2 blocks) of total size 262144 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 256 of sendtype MPI_SHORT of total size 512 bytes Sending count = 256 of sendtype MPI_LONG of total size 2048 bytes Sending count = 256 of sendtype MPI_CHAR of total size 256 bytes Sending count = 256 of sendtype MPI_UINT64_T of total size 2048 bytes Sending count = 256 of sendtype MPI_FLOAT of total size 1024 bytes Sending count = 256 of sendtype MPI_INT of total size 1024 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 512 of sendtype MPI_DOUBLE of total size 4096 bytes Sending count = 512 of sendtype MPI_FLOAT_INT of total size 4096 bytes Sending count = 512 of sendtype dup of MPI_INT of total size 2048 bytes Sending count = 512 of sendtype int-vector of total size 1048576 bytes Sending count = 512 of sendtype int-indexed(4-int) of total size 4194304 bytes Sending count = 512 of sendtype int-indexed(2 blocks) of total size 1048576 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 512 of sendtype MPI_SHORT of total size 1024 bytes Sending count = 512 of sendtype MPI_LONG of total size 4096 bytes Sending count = 512 of sendtype MPI_CHAR of total size 512 bytes Sending count = 512 of sendtype MPI_UINT64_T of total size 4096 bytes Sending count = 512 of sendtype MPI_FLOAT of total size 2048 bytes Sending count = 512 of sendtype MPI_INT of total size 2048 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype MPI_DOUBLE of total size 8192 bytes Sending count = 1024 of sendtype MPI_FLOAT_INT of total size 8192 bytes Sending count = 1024 of sendtype dup of MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype int-vector of total size 4194304 bytes Sending count = 1024 of sendtype int-indexed(4-int) of total size 16777216 bytes Sending count = 1024 of sendtype int-indexed(2 blocks) of total size 4194304 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 1024 of sendtype MPI_SHORT of total size 2048 bytes Sending count = 1024 of sendtype MPI_LONG of total size 8192 bytes Sending count = 1024 of sendtype MPI_CHAR of total size 1024 bytes Sending count = 1024 of sendtype MPI_UINT64_T of total size 8192 bytes Sending count = 1024 of sendtype MPI_FLOAT of total size 4096 bytes Sending count = 1024 of sendtype MPI_INT of total size 4096 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype MPI_DOUBLE of total size 16384 bytes Sending count = 2048 of sendtype MPI_FLOAT_INT of total size 16384 bytes Sending count = 2048 of sendtype dup of MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype int-vector of total size 16777216 bytes Sending count = 2048 of sendtype int-indexed(4-int) of total size 67108864 bytes Sending count = 2048 of sendtype int-indexed(2 blocks) of total size 16777216 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes Sending count = 2048 of sendtype MPI_SHORT of total size 4096 bytes Sending count = 2048 of sendtype MPI_LONG of total size 16384 bytes Sending count = 2048 of sendtype MPI_CHAR of total size 2048 bytes Sending count = 2048 of sendtype MPI_UINT64_T of total size 16384 bytes Sending count = 2048 of sendtype MPI_FLOAT of total size 8192 bytes Sending count = 2048 of sendtype MPI_INT of total size 8192 bytes No errors
Passed Preposted receive - sendself
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test root sending to self with a preposted receive for a selection of datatypes and increasing array sizes. Includes tests for MPI_Send(), MPI_Ssend(), and MPI_Rsend().
No errors
Passed Race condition - sendflood
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Repeatedly sends messages to the root from all other processes. Run this test with 8 processes. This test was submitted as a result of problems seen with the ch3:shm device on a Solaris system. The symptom is that the test hangs; this is due to losing a message, probably due to a race condition in a message-queue update.
No errors
Passed Sendrecv from/to - self
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test uses MPI_Sendrecv() sent from and to rank=0. Includes test for MPI_Sendrecv_replace().
No errors.
Passed Simple thread finalize - initth
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
The test here is a simple one that Finalize exits, so the only action is to write no error.
No errors
Passed Simple thread initialize - initth2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
The test initializes a thread, then calls MPI_Finalize() and prints "No errors".
No errors
Communicator Testing - Score: 100% Passed
This group features tests that emphasize MPI calls that create, manipulate, and delete MPI Communicators.
Passed Comm creation comprehensive - commcreate1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Check that Communicators can be created from various subsets of the processes in the communicator. Uses MPI_Comm_group(), MPI_Group_range_incl(), and MPI_Comm_dup() to create new communicators.
Creating groups Creating groups Creating groups Creating groups Creating groups Creating groups Creating groups Creating groups Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from godd Done testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from godd Done testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from geven Testing comm MPI_COMM_WORLD from geven Done testing comm MPI_COMM_WORLD from ghigh Testing comm MPI_COMM_WORLD from godd Done testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from geven Done testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from geven Testing comm Dup of world from ghigh Testing comm MPI_COMM_WORLD from geven Done testing comm MPI_COMM_WORLD from geven Testing comm Dup of world from ghigh Testing comm MPI_COMM_WORLD from geven Done testing comm MPI_COMM_WORLD from geven Testing comm Dup of world from ghigh Testing comm Dup of world from godd Testing comm MPI_COMM_WORLD from godd Done testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from geven Testing comm Dup of world from ghigh Done testing comm MPI_COMM_WORLD from godd Testing comm MPI_COMM_WORLD from geven Testing comm Dup of world from ghigh Testing comm Dup of world from godd Done testing comm MPI_COMM_WORLD from geven Testing comm Dup of world from ghigh Testing comm Dup of world from godd Done testing comm MPI_COMM_WORLD from geven Testing comm Dup of world from ghigh Testing comm Dup of world from godd Testing comm Dup of world from geven Testing comm Dup of world from ghigh Done testing comm Dup of world from ghigh Testing comm Dup of world from godd Testing comm Dup of world from godd Done testing comm Dup of world from godd Testing comm Dup of world from geven Done testing comm Dup of world from ghigh Testing comm Dup of world from godd Testing comm Dup of world from geven Done testing comm Dup of world from geven Testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from geven Done testing comm Dup of world from godd Testing comm Dup of world from geven Testing comm MPI_COMM_WORLD from godd+geven Done testing comm Dup of world from godd Testing comm Dup of world from geven Done testing comm Dup of world from geven Testing comm MPI_COMM_WORLD from godd+geven Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Testing comm Dup of world from geven Done testing comm Dup of world from geven Testing comm MPI_COMM_WORLD from godd+geven Testing comm MPI_COMM_WORLD from godd+geven Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Done testing comm Dup of world from godd+geven Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Done testing comm Dup of world from ghigh Testing comm Dup of world from godd Done testing comm Dup of world from godd Testing comm Dup of world from geven Testing comm MPI_COMM_WORLD from godd+geven Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Done testing comm Dup of world from geven Testing comm MPI_COMM_WORLD from godd+geven Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Done testing comm Dup of world from godd+geven Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Testing comm MPI_COMM_WORLD from godd+geven Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Done testing comm Dup of world from godd+geven Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Done testing comm Dup of world from godd+geven Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Testing comm Dup of world from MPI_GROUP_EMPTY Done testing comm MPI_COMM_WORLD from godd+geven Testing comm Dup of world from godd+geven Done testing comm Dup of world from godd+geven Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Testing comm Dup of world from MPI_GROUP_EMPTY Done testing comm Dup of world from godd+geven Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Testing comm Dup of world from MPI_GROUP_EMPTY Done testing comm Dup of world from godd+geven Testing comm Dup of world from MPI_GROUP_EMPTY Done testing comm Dup of world from godd+geven Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Testing comm Dup of world from MPI_GROUP_EMPTY No errors Testing comm Dup of world from MPI_GROUP_EMPTY Testing comm MPI_COMM_WORLD from MPI_GROUP_EMPTY Testing comm Dup of world from MPI_GROUP_EMPTY Testing comm Dup of world from MPI_GROUP_EMPTY
Passed Comm_create group tests - icgroup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Simple test that gets the group of an intercommunicator using MPI_Group_rank() and MPI_Group_size() using a selection of intercommunicators.
No errors
Passed Comm_create intercommunicators - iccreate
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This program tests MPI_Comm_create() using a selection of intercommunicators. Creates a new communicator from an intercommunicator, duplicates the communicator, and verifies that it works. Includes test with one side of intercommunicator being set with MPI_GROUP_EMPTY.
Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Testing communication on intercomm 'Single rank in each group', remote_size=1 my recvs completed, about to waitall Creating a new intercomm (manual dup) isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=7 isends posted, about to recv Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=6 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=6 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm 0-0 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 No errors Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall
Passed Comm_create_group excl 4 rank - comm_create_group4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test using 4 processes creates a group with the even processes using MPI_Group_excl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group excl 8 rank - comm_create_group8
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This test using 8 processes creates a group with the even processes using MPI_Group_excl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group incl 2 rank - comm_group_half2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test using 2 processes creates a group with ranks less than size/2 using MPI_Group_range_incl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group incl 4 rank - comm_group_half4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test using 4 processes creates a group with ranks less than size/2 using MPI_Group_range_incl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group incl 8 rank - comm_group_half8
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This test using 8 processes creates a group with ranks less than size/2 using MPI_Group_range_incl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group random 2 rank - comm_group_rand2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test using 2 processes creates and frees groups by randomly adding processes to a group, then creating a communicator with the group.
No errors
Passed Comm_create_group random 4 rank - comm_group_rand4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test using 4 processes creates and frees groups by randomly adding processes to a group, then creating a communicator with the group.
No errors
Passed Comm_create_group random 8 rank - comm_group_rand8
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This test using 8 processes creates and frees groups by randomly adding processes to a group, then creating a communicator with the group.
No errors
Passed Comm_dup basic - dup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test exercises MPI_Comm_dup() by duplicating a communicator, checking basic properties, and communicating with this new communicator.
No errors
Passed Comm_dup contexts - dupic
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Check that communicators have separate contexts. We do this by setting up non-blocking receives on two communicators and then sending to them. If the contexts are different, tests on the unsatisfied communicator should indicate no available message. Tested using a selection of intercommunicators.
No errors
Passed Comm_idup 2 rank - comm_idup2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Multiple tests using 2 processes that make rank 0 wait in a blocking receive until all other processes have called MPI_Comm_idup(), then call idup afterwards. Should ensure that idup doesn't deadlock. Includes a test using an intercommunicator.]
No errors
Passed Comm_idup 4 rank - comm_idup4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Multiple tests using 4 processes that make rank 0 wait in a blocking receive until all other processes have called MPI_Comm_idup(), then call idup afterwards. Should ensure that idup doesn't deadlock. Includes a test using an intercommunicator.
No errors
Passed Comm_idup 9 rank - comm_idup9
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 9
Test Description:
Multiple tests using 9 processes that make rank 0 wait in a blocking receive until all other processes have called MPI_Comm_idup(), then call idup afterwards. Should ensure that idup doesn't deadlock. Includes a test using an intercommunicator.]
No errors
Passed Comm_idup multi - comm_idup_mul
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Simple test creating multiple communicators with MPI_Comm_idup.
No errors
Passed Comm_idup overlap - comm_idup_overlap
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Each pair of processes uses MPI_Comm_idup() to dup the communicator such that the dups are overlapping. If this were done with MPI_Comm_dup() this should deadlock.
No errors
Passed Comm_split basic - cmsplit
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Simple test for MPI_Comm_split().
No errors
Passed Comm_split intercommunicators - icsplit
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This tests MPI_Comm_split() using a selection of intercommunicators. The split communicator is tested using simple send and receive routines.
Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm No errors Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm
Passed Comm_split key order - cmsplit2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 12
Test Description:
This test ensures that MPI_Comm_split breaks ties in key values by using the original rank in the input communicator. This typically corresponds to the difference between using a stable sort or using an unstable sort. It checks all sizes from 1..comm_size(world)-1, so this test does not need to be run multiple times at process counts from a higher-level test driver.
modulus=1 oldranks={0} keys={0}
modulus=1 oldranks={0,1} keys={0,0}
modulus=2 oldranks={0,1} keys={0,1}
modulus=1 oldranks={0,1,2} keys={0,0,0}
modulus=2 oldranks={0,2,1} keys={0,1,0}
modulus=3 oldranks={0,1,2} keys={0,1,2}
modulus=1 oldranks={0,1,2,3} keys={0,0,0,0}
modulus=2 oldranks={0,2,1,3} keys={0,1,0,1}
modulus=3 oldranks={0,3,1,2} keys={0,1,2,0}
modulus=4 oldranks={0,1,2,3} keys={0,1,2,3}
modulus=1 oldranks={0,1,2,3,4} keys={0,0,0,0,0}
modulus=2 oldranks={0,2,4,1,3} keys={0,1,0,1,0}
modulus=3 oldranks={0,3,1,4,2} keys={0,1,2,0,1}
modulus=4 oldranks={0,4,1,2,3} keys={0,1,2,3,0}
modulus=5 oldranks={0,1,2,3,4} keys={0,1,2,3,4}
modulus=1 oldranks={0,1,2,3,4,5} keys={0,0,0,0,0,0}
modulus=2 oldranks={0,2,4,1,3,5} keys={0,1,0,1,0,1}
modulus=3 oldranks={0,3,1,4,2,5} keys={0,1,2,0,1,2}
modulus=4 oldranks={0,4,1,5,2,3} keys={0,1,2,3,0,1}
modulus=5 oldranks={0,5,1,2,3,4} keys={0,1,2,3,4,0}
modulus=6 oldranks={0,1,2,3,4,5} keys={0,1,2,3,4,5}
modulus=1 oldranks={0,1,2,3,4,5,6} keys={0,0,0,0,0,0,0}
modulus=2 oldranks={0,2,4,6,1,3,5} keys={0,1,0,1,0,1,0}
modulus=3 oldranks={0,3,6,1,4,2,5} keys={0,1,2,0,1,2,0}
modulus=4 oldranks={0,4,1,5,2,6,3} keys={0,1,2,3,0,1,2}
modulus=5 oldranks={0,5,1,6,2,3,4} keys={0,1,2,3,4,0,1}
modulus=6 oldranks={0,6,1,2,3,4,5} keys={0,1,2,3,4,5,0}
modulus=7 oldranks={0,1,2,3,4,5,6} keys={0,1,2,3,4,5,6}
modulus=1 oldranks={0,1,2,3,4,5,6,7} keys={0,0,0,0,0,0,0,0}
modulus=2 oldranks={0,2,4,6,1,3,5,7} keys={0,1,0,1,0,1,0,1}
modulus=3 oldranks={0,3,6,1,4,7,2,5} keys={0,1,2,0,1,2,0,1}
modulus=4 oldranks={0,4,1,5,2,6,3,7} keys={0,1,2,3,0,1,2,3}
modulus=5 oldranks={0,5,1,6,2,7,3,4} keys={0,1,2,3,4,0,1,2}
modulus=6 oldranks={0,6,1,7,2,3,4,5} keys={0,1,2,3,4,5,0,1}
modulus=7 oldranks={0,7,1,2,3,4,5,6} keys={0,1,2,3,4,5,6,0}
modulus=8 oldranks={0,1,2,3,4,5,6,7} keys={0,1,2,3,4,5,6,7}
modulus=1 oldranks={0,1,2,3,4,5,6,7,8} keys={0,0,0,0,0,0,0,0,0}
modulus=2 oldranks={0,2,4,6,8,1,3,5,7} keys={0,1,0,1,0,1,0,1,0}
modulus=3 oldranks={0,3,6,1,4,7,2,5,8} keys={0,1,2,0,1,2,0,1,2}
modulus=4 oldranks={0,4,8,1,5,2,6,3,7} keys={0,1,2,3,0,1,2,3,0}
modulus=5 oldranks={0,5,1,6,2,7,3,8,4} keys={0,1,2,3,4,0,1,2,3}
modulus=6 oldranks={0,6,1,7,2,8,3,4,5} keys={0,1,2,3,4,5,0,1,2}
modulus=7 oldranks={0,7,1,8,2,3,4,5,6} keys={0,1,2,3,4,5,6,0,1}
modulus=8 oldranks={0,8,1,2,3,4,5,6,7} keys={0,1,2,3,4,5,6,7,0}
modulus=9 oldranks={0,1,2,3,4,5,6,7,8} keys={0,1,2,3,4,5,6,7,8}
modulus=1 oldranks={0,1,2,3,4,5,6,7,8,9} keys={0,0,0,0,0,0,0,0,0,0}
modulus=2 oldranks={0,2,4,6,8,1,3,5,7,9} keys={0,1,0,1,0,1,0,1,0,1}
modulus=3 oldranks={0,3,6,9,1,4,7,2,5,8} keys={0,1,2,0,1,2,0,1,2,0}
modulus=4 oldranks={0,4,8,1,5,9,2,6,3,7} keys={0,1,2,3,0,1,2,3,0,1}
modulus=5 oldranks={0,5,1,6,2,7,3,8,4,9} keys={0,1,2,3,4,0,1,2,3,4}
modulus=6 oldranks={0,6,1,7,2,8,3,9,4,5} keys={0,1,2,3,4,5,0,1,2,3}
modulus=7 oldranks={0,7,1,8,2,9,3,4,5,6} keys={0,1,2,3,4,5,6,0,1,2}
modulus=8 oldranks={0,8,1,9,2,3,4,5,6,7} keys={0,1,2,3,4,5,6,7,0,1}
modulus=9 oldranks={0,9,1,2,3,4,5,6,7,8} keys={0,1,2,3,4,5,6,7,8,0}
modulus=10 oldranks={0,1,2,3,4,5,6,7,8,9} keys={0,1,2,3,4,5,6,7,8,9}
modulus=1 oldranks={0,1,2,3,4,5,6,7,8,9,10} keys={0,0,0,0,0,0,0,0,0,0,0}
modulus=2 oldranks={0,2,4,6,8,10,1,3,5,7,9} keys={0,1,0,1,0,1,0,1,0,1,0}
modulus=3 oldranks={0,3,6,9,1,4,7,10,2,5,8} keys={0,1,2,0,1,2,0,1,2,0,1}
modulus=4 oldranks={0,4,8,1,5,9,2,6,10,3,7} keys={0,1,2,3,0,1,2,3,0,1,2}
modulus=5 oldranks={0,5,10,1,6,2,7,3,8,4,9} keys={0,1,2,3,4,0,1,2,3,4,0}
modulus=6 oldranks={0,6,1,7,2,8,3,9,4,10,5} keys={0,1,2,3,4,5,0,1,2,3,4}
modulus=7 oldranks={0,7,1,8,2,9,3,10,4,5,6} keys={0,1,2,3,4,5,6,0,1,2,3}
modulus=8 oldranks={0,8,1,9,2,10,3,4,5,6,7} keys={0,1,2,3,4,5,6,7,0,1,2}
modulus=9 oldranks={0,9,1,10,2,3,4,5,6,7,8} keys={0,1,2,3,4,5,6,7,8,0,1}
modulus=10 oldranks={0,10,1,2,3,4,5,6,7,8,9} keys={0,1,2,3,4,5,6,7,8,9,0}
modulus=11 oldranks={0,1,2,3,4,5,6,7,8,9,10} keys={0,1,2,3,4,5,6,7,8,9,10}
modulus=1 oldranks={0,1,2,3,4,5,6,7,8,9,10,11} keys={0,0,0,0,0,0,0,0,0,0,0,0}
modulus=2 oldranks={0,2,4,6,8,10,1,3,5,7,9,11} keys={0,1,0,1,0,1,0,1,0,1,0,1}
modulus=3 oldranks={0,3,6,9,1,4,7,10,2,5,8,11} keys={0,1,2,0,1,2,0,1,2,0,1,2}
modulus=4 oldranks={0,4,8,1,5,9,2,6,10,3,7,11} keys={0,1,2,3,0,1,2,3,0,1,2,3}
modulus=5 oldranks={0,5,10,1,6,11,2,7,3,8,4,9} keys={0,1,2,3,4,0,1,2,3,4,0,1}
modulus=6 oldranks={0,6,1,7,2,8,3,9,4,10,5,11} keys={0,1,2,3,4,5,0,1,2,3,4,5}
modulus=7 oldranks={0,7,1,8,2,9,3,10,4,11,5,6} keys={0,1,2,3,4,5,6,0,1,2,3,4}
modulus=8 oldranks={0,8,1,9,2,10,3,11,4,5,6,7} keys={0,1,2,3,4,5,6,7,0,1,2,3}
modulus=9 oldranks={0,9,1,10,2,11,3,4,5,6,7,8} keys={0,1,2,3,4,5,6,7,8,0,1,2}
modulus=10 oldranks={0,10,1,11,2,3,4,5,6,7,8,9} keys={0,1,2,3,4,5,6,7,8,9,0,1}
modulus=11 oldranks={0,11,1,2,3,4,5,6,7,8,9,10} keys={0,1,2,3,4,5,6,7,8,9,10,0}
modulus=12 oldranks={0,1,2,3,4,5,6,7,8,9,10,11} keys={0,1,2,3,4,5,6,7,8,9,10,11}
No errors
Passed Comm_split_type basic - cmsplit_type
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests MPI_Comm_split_type() including a test using MPI_UNDEFINED.
Created subcommunicator of size 2 Created subcommunicator of size 1 Created subcommunicator of size 2 Created subcommunicator of size 1 No errors
Passed Comm_with_info dup 2 rank - dup_with_info2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test exercises MPI_Comm_dup_with_info() with 2 processes by setting the info for a communicator, duplicating it, and then testing the communicator.
No errors
Passed Comm_with_info dup 4 rank - dup_with_info4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises MPI_Comm_dup_with_info() with 4 processes by setting the info for a communicator, duplicating it, and then testing the communicator.
No errors
Passed Comm_with_info dup 9 rank - dup_with_info9
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 9
Test Description:
This test exercises MPI_Comm_dup_with_info() with 9 processes by setting the info for a communicator, duplicating it, and then testing the communicator.
No errors
Passed Comm_{dup,free} contexts - ctxalloc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This program tests the allocation and deallocation of contexts by using MPI_Comm_dup() to create many communicators in batches and then freeing them in batches.
No errors
Passed Comm_{get,set}_name basic - commname
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Simple test for MPI_Comm_get_name() using a selection of communicators.
No errors
Passed Context split - ctxsplit
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test uses MPI_Comm_split() to repeatedly create and free communicators. This check is intended to fail if there is a leak of context ids. This test needs to run longer than many tests because it tries to exhaust the number of context ids. The for loop uses 10000 iterations, which is adequate for MPICH (with only about 1k context ids available).
After 0 (0.000000) After 100 (3438.854823) After 200 (6619.867513) After 300 (9582.134302) After 400 (12259.037884) After 500 (14803.099094) After 600 (17200.381115) After 700 (19457.046665) After 800 (21540.089472) After 900 (23517.480870) After 1000 (25384.704563) After 1100 (27127.020424) After 1200 (28758.865160) After 1300 (30345.094688) After 1400 (31839.618565) After 1500 (33204.960741) After 1600 (34576.813515) After 1700 (35878.357594) After 1800 (37055.332154) After 1900 (38252.774333) After 2000 (39400.358071) After 2100 (40492.925394) After 2200 (41511.423378) After 2300 (42517.709458) After 2400 (43478.798841) After 2500 (44327.793394) After 2600 (45212.392779) After 2700 (46082.976837) After 2800 (46924.250300) After 2900 (47669.391663) After 3000 (48451.533406) After 3100 (49208.722160) After 3200 (49935.936874) After 3300 (50591.922426) After 3400 (51265.019388) After 3500 (51887.023567) After 3600 (52478.551797) After 3700 (53065.958922) After 3800 (53662.482052) After 3900 (54234.517815) After 4000 (54730.303908) After 4100 (55244.735052) After 4200 (55744.051559) After 4300 (56213.991343) After 4400 (56685.267894) After 4500 (57151.860647) After 4600 (57623.253257) After 4700 (58029.641788) After 4800 (58461.289364) After 4900 (58884.657766) After 5000 (59258.321661) After 5100 (59655.630504) After 5200 (60053.223786) After 5300 (60446.001392) After 5400 (60652.701921) After 5500 (61009.798917) After 5600 (61370.827460) After 5700 (61447.539745) After 5800 (61782.221737) After 5900 (62123.107530) After 6000 (62442.788096) After 6100 (62674.028954) After 6200 (62991.882785) After 6300 (63294.471198) After 6400 (63554.664837) After 6500 (63805.140280) After 6600 (64106.186575) After 6700 (64422.337925) After 6800 (64648.458416) After 6900 (64924.115330) After 7000 (65220.204888) After 7100 (65453.272996) After 7200 (65693.021874) After 7300 (65952.479016) After 7400 (66196.680966) After 7500 (66374.559017) After 7600 (66620.914461) After 7700 (66852.661769) After 7800 (67047.765017) After 7900 (67282.063623) After 8000 (67520.364332) After 8100 (67748.594434) After 8200 (67932.673220) After 8300 (68152.970739) After 8400 (68337.666891) After 8500 (68546.888463) After 8600 (68701.542445) After 8700 (68912.320099) After 8800 (69111.674350) After 8900 (69275.263829) After 9000 (69473.815894) After 9100 (69665.829628) After 9200 (69861.960891) After 9300 (69891.830968) After 9400 (70076.580656) After 9500 (70234.010259) After 9600 (70363.624258) After 9700 (70529.297438) After 9800 (70687.077382) After 9900 (70847.525112) No errors
Passed Intercomm probe - probe-intercomm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test MPI_Probe() with a selection of intercommunicators. Creates and intercommunicator, probes it, and then frees it.
No errors
Passed Intercomm_create basic - ic1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
A simple test of MPI_Intercomm_create() that creates an intercommunicator and verifies that it works.
No errors
Passed Intercomm_create many rank 2x2 - ic2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 33
Test Description:
Test for MPI_Intercomm_create() using at least 33 processes that exercises a loop bounds bug by creating and freeing two intercommunicators with two processes each.
No errors
Passed Intercomm_merge - icm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Test MPI_Intercomm_merge() using a selection of intercommunicators. Includes multiple tests with different choices for the high value.
No errors
Passed MPI_Info_create basic - comm_info
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 6
Test Description:
Simple test for MPI_Comm_{set,get}_info.
No errors
Passed Multiple threads context dup - ctxdup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates communicators concurrently in different threads.
No errors
Passed Multiple threads context idup - ctxidup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates communicators concurrently, non-blocking, in different threads.
No errors
Passed Multiple threads dup leak - dup_leak_test
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test repeatedly duplicates and frees communicators with multiple threads concurrently to stress the multithreaded aspects of the context ID allocation code. Thanks to IBM for providing the original version of this test.
No errors
Passed Simple thread comm dup - comm_dup_deadlock
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of threads in MPI with communicator duplication.
No errors
Passed Simple thread comm idup - comm_idup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of threads in MPI with non-blocking communicator duplication.
No Errors
Passed Thread Group creation - comm_create_threads
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Every thread paticipates in a distinct MPI_Comm_create group, distinguished by its thread-id (used as the tag). Threads on even ranks join an even comm and threads on odd ranks join the odd comm.
No errors
Passed Threaded group - comm_create_group_threads
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
In this test a number of threads are created with a distinct MPI communicator (or comm) group distinguished by its thread-id (used as a tag). Threads on even ranks join an even comm and threads on odd ranks join the odd comm.
No errors
Error Processing - Score: 100% Passed
This group features tests of MPI error processing.
Passed Error Handling - errors
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports the default action taken on an error. It also reports if error handling can be changed to "returns", and if so, if this functions properly.
MPI errors are fatal by default. MPI errors can be changed to MPI_ERRORS_RETURN. Call MPI_Send() with a bad destination rank. Error code: 403319814 Error string: Invalid rank, error stack: PMPI_Send(163): MPI_Send(buf=0x7ffdb969647c, count=1, MPI_INT, dest=1, tag=MPI_ANY_TAG, MPI_COMM_WORLD) failed PMPI_Send(100): Invalid rank has value 1 but must be nonnegative and less than 1 No errors
Passed File IO error handlers - userioerr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test exercises MPI I/O and MPI error handling techniques.
No errors
Passed MPI_Abort() return exit - abortexit
Build: Passed
Execution: Failed
Exit Status: Intentional_failure_was_successful
MPI Processes: 1
Test Description:
This program calls MPI_Abort and confirms that the exit status in the call is returned to the invoking environment.
MPI_Abort() with return exit code:6 MPICH ERROR [Rank 0] [job id 77f87d2b-9ba0-4027-8d89-fd121126d072] [Tue May 9 07:55:17 2023] [x1001c5s0b0n1] - Abort(6) (rank 0 in comm 0): application called MPI_Abort(MPI_COMM_WORLD, 6) - process 0 x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 6
Passed MPI_Add_error_class basic - adderr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Create NCLASSES new classes, each with 5 codes (160 total).
No errors
Passed MPI_Comm_errhandler basic - commcall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test comm_{set,call}_errhandle.
No errors
Passed MPI_Error_string basic - errstring
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test that prints out MPI error codes from 0-53.
msg for 0 is No MPI error msg for 1 is Invalid buffer pointer msg for 2 is Invalid count msg for 3 is Invalid datatype msg for 4 is Invalid tag msg for 5 is Invalid communicator msg for 6 is Invalid rank msg for 7 is Invalid root msg for 8 is Invalid group msg for 9 is Invalid MPI_Op msg for 10 is Invalid topology msg for 11 is Invalid dimension argument msg for 12 is Invalid argument msg for 13 is Unknown error. Please file a bug report. msg for 14 is Message truncated msg for 15 is Other MPI error msg for 16 is Internal MPI error! msg for 17 is See the MPI_ERROR field in MPI_Status for the error code msg for 18 is Pending request (no error) msg for 19 is Request pending due to failure msg for 20 is Access denied to file msg for 21 is Invalid amode value in MPI_File_open msg for 22 is Invalid file name msg for 23 is An error occurred in a user-defined data conversion function msg for 24 is The requested datarep name has already been specified to MPI_REGISTER_DATAREP msg for 25 is File exists msg for 26 is File in use by some process msg for 27 is Invalid MPI_File msg for 28 is Invalid MPI_Info msg for 29 is Invalid key for MPI_Info msg for 30 is Invalid MPI_Info value msg for 31 is MPI_Info key is not defined msg for 32 is Other I/O error msg for 33 is Invalid service name (see MPI_Publish_name) msg for 34 is Unable to allocate memory for MPI_Alloc_mem msg for 35 is Inconsistent arguments to collective routine msg for 36 is Not enough space for file msg for 37 is File does not exist msg for 38 is Invalid port msg for 39 is Quota exceeded for files msg for 40 is Read-only file or filesystem name msg for 41 is Attempt to lookup an unknown service name msg for 42 is Error in spawn call msg for 43 is Unsupported datarep passed to MPI_File_set_view msg for 44 is Unsupported file operation msg for 45 is Invalid MPI_Win msg for 46 is Invalid base address msg for 47 is Invalid lock type msg for 48 is Invalid keyval msg for 49 is Conflicting accesses to window msg for 50 is Wrong synchronization of RMA calls msg for 51 is Invalid size argument in RMA call msg for 52 is Invalid displacement argument in RMA call msg for 53 is Invalid assert argument No errors.
Passed MPI_Error_string error class - errstring2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple test where an MPI error class is created, and an error string introduced for that string.
No errors
Passed User error handling 1 rank - predef_eh
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Ensure that setting a user-defined error handler on predefined communicators does not cause a problem at finalize time. Regression test for former issue. Runs on 1 rank.
No errors
Passed User error handling 2 rank - predef_eh2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Ensure that setting a user-defined error handler on predefined communicators does not cause a problem at finalize time. Regression test for former issue. Runs on 2 ranks.
No errors
UTK Test Suite - Score: 95% Passed
This group features the test suite developed at the University of Tennesss Knoxville for MPI-2.2 and earlier specifications. Though techically not a functional group, it was retained to allow comparison with the previous benchmark suite.
Passed Alloc_mem - alloc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple check to see if MPI_Alloc_mem() is supported.
No errors
Passed Assignment constants - process_assignment_constants
Build: NA
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test for Named Constants supported in MPI-1.0 and higher. The test is a Perl script that constructs a small seperate main program in either C or FORTRAN for each constant. The constants for this test are used to assign a value to a const integer type in C and an integer type in Fortran. This test is the de facto test for any constant recognized by the compiler. NOTE: The constants used in this test are tested against both C and FORTRAN compilers. Some of the constants are optional and may not be supported by the MPI implementation. Failure to verify these constants does not necessarily constitute failure of the MPI implementation to satisfy the MPI specifications. ISSUE: This test may timeout if separate program executions initialize slowly.
c "MPI_ARGV_NULL" is verified by const integer. c "MPI_ARGVS_NULL" is verified by const integer. c "MPI_ANY_SOURCE" is verified by const integer. c "MPI_ANY_TAG" is verified by const integer. c "MPI_BAND" is verified by const integer. c "MPI_BOR" is verified by const integer. c "MPI_BSEND_OVERHEAD" is verified by const integer. c "MPI_BXOR" is verified by const integer. c "MPI_CART" is verified by const integer. c "MPI_COMBINER_CONTIGUOUS" is verified by const integer. c "MPI_COMBINER_DARRAY" is verified by const integer. c "MPI_COMBINER_DUP" is verified by const integer. c "MPI_COMBINER_F90_COMPLEX" is verified by const integer. c "MPI_COMBINER_F90_INTEGER" is verified by const integer. c "MPI_COMBINER_F90_REAL" is verified by const integer. c "MPI_COMBINER_HINDEXED" is verified by const integer. c "MPI_COMBINER_HINDEXED_INTEGER" is verified by const integer. c "MPI_COMBINER_HVECTOR" is verified by const integer. c "MPI_COMBINER_HVECTOR_INTEGER" is verified by const integer. c "MPI_COMBINER_INDEXED" is verified by const integer. c "MPI_COMBINER_INDEXED_BLOCK" is verified by const integer. c "MPI_COMBINER_NAMED" is verified by const integer. c "MPI_COMBINER_RESIZED" is verified by const integer. c "MPI_COMBINER_STRUCT" is verified by const integer. c "MPI_COMBINER_STRUCT_INTEGER" is verified by const integer. c "MPI_COMBINER_SUBARRAY" is verified by const integer. c "MPI_COMBINER_VECTOR" is verified by const integer. c "MPI_COMM_NULL" is verified by const integer. c "MPI_COMM_SELF" is verified by const integer. c "MPI_COMM_WORLD" is verified by const integer. c "MPI_CONGRUENT" is verified by const integer. c "MPI_CONVERSION_FN_NULL" is verified by const integer. c "MPI_DATATYPE_NULL" is verified by const integer. c "MPI_DISPLACEMENT_CURRENT" is verified by const integer. c "MPI_DISTRIBUTE_BLOCK" is verified by const integer. c "MPI_DISTRIBUTE_CYCLIC" is verified by const integer. c "MPI_DISTRIBUTE_DFLT_DARG" is verified by const integer. c "MPI_DISTRIBUTE_NONE" is verified by const integer. c "MPI_ERRCODES_IGNORE" is verified by const integer. c "MPI_ERRHANDLER_NULL" is verified by const integer. c "MPI_ERRORS_ARE_FATAL" is verified by const integer. c "MPI_ERRORS_RETURN" is verified by const integer. c "MPI_F_STATUS_IGNORE" is verified by const integer. c "MPI_F_STATUSES_IGNORE" is verified by const integer. c "MPI_FILE_NULL" is verified by const integer. c "MPI_GRAPH" is verified by const integer. c "MPI_GROUP_NULL" is verified by const integer. c "MPI_IDENT" is verified by const integer. c "MPI_IN_PLACE" is verified by const integer. c "MPI_INFO_NULL" is verified by const integer. c "MPI_KEYVAL_INVALID" is verified by const integer. c "MPI_LAND" is verified by const integer. c "MPI_LOCK_EXCLUSIVE" is verified by const integer. c "MPI_LOCK_SHARED" is verified by const integer. c "MPI_LOR" is verified by const integer. c "MPI_LXOR" is verified by const integer. c "MPI_MAX" is verified by const integer. c "MPI_MAXLOC" is verified by const integer. c "MPI_MIN" is verified by const integer. c "MPI_MINLOC" is verified by const integer. c "MPI_OP_NULL" is verified by const integer. c "MPI_PROC_NULL" is verified by const integer. c "MPI_PROD" is verified by const integer. c "MPI_REPLACE" is verified by const integer. c "MPI_REQUEST_NULL" is verified by const integer. c "MPI_ROOT" is verified by const integer. c "MPI_SEEK_CUR" is verified by const integer. c "MPI_SEEK_END" is verified by const integer. c "MPI_SEEK_SET" is verified by const integer. c "MPI_SIMILAR" is verified by const integer. c "MPI_STATUS_IGNORE" is verified by const integer. c "MPI_STATUSES_IGNORE" is verified by const integer. c "MPI_SUCCESS" is verified by const integer. c "MPI_SUM" is verified by const integer. c "MPI_UNDEFINED" is verified by const integer. c "MPI_UNEQUAL" is verified by const integer. F "MPI_ARGV_NULL" is not verified. F "MPI_ARGVS_NULL" is not verified. F "MPI_ANY_SOURCE" is verified by integer assignment. F "MPI_ANY_TAG" is verified by integer assignment. F "MPI_BAND" is verified by integer assignment. F "MPI_BOR" is verified by integer assignment. F "MPI_BSEND_OVERHEAD" is verified by integer assignment. F "MPI_BXOR" is verified by integer assignment. F "MPI_CART" is verified by integer assignment. F "MPI_COMBINER_CONTIGUOUS" is verified by integer assignment. F "MPI_COMBINER_DARRAY" is verified by integer assignment. F "MPI_COMBINER_DUP" is verified by integer assignment. F "MPI_COMBINER_F90_COMPLEX" is verified by integer assignment. F "MPI_COMBINER_F90_INTEGER" is verified by integer assignment. F "MPI_COMBINER_F90_REAL" is verified by integer assignment. F "MPI_COMBINER_HINDEXED" is verified by integer assignment. F "MPI_COMBINER_HINDEXED_INTEGER" is verified by integer assignment. F "MPI_COMBINER_HVECTOR" is verified by integer assignment. F "MPI_COMBINER_HVECTOR_INTEGER" is verified by integer assignment. F "MPI_COMBINER_INDEXED" is verified by integer assignment. F "MPI_COMBINER_INDEXED_BLOCK" is verified by integer assignment. F "MPI_COMBINER_NAMED" is verified by integer assignment. F "MPI_COMBINER_RESIZED" is verified by integer assignment. F "MPI_COMBINER_STRUCT" is verified by integer assignment. F "MPI_COMBINER_STRUCT_INTEGER" is verified by integer assignment. F "MPI_COMBINER_SUBARRAY" is verified by integer assignment. F "MPI_COMBINER_VECTOR" is verified by integer assignment. F "MPI_COMM_NULL" is verified by integer assignment. F "MPI_COMM_SELF" is verified by integer assignment. F "MPI_COMM_WORLD" is verified by integer assignment. F "MPI_CONGRUENT" is verified by integer assignment. F "MPI_CONVERSION_FN_NULL" is not verified. F "MPI_DATATYPE_NULL" is verified by integer assignment. F "MPI_DISPLACEMENT_CURRENT" is verified by integer assignment. F "MPI_DISTRIBUTE_BLOCK" is verified by integer assignment. F "MPI_DISTRIBUTE_CYCLIC" is verified by integer assignment. F "MPI_DISTRIBUTE_DFLT_DARG" is verified by integer assignment. F "MPI_DISTRIBUTE_NONE" is verified by integer assignment. F "MPI_ERRCODES_IGNORE" is not verified. F "MPI_ERRHANDLER_NULL" is verified by integer assignment. F "MPI_ERRORS_ARE_FATAL" is verified by integer assignment. F "MPI_ERRORS_RETURN" is verified by integer assignment. F "MPI_F_STATUS_IGNORE" is verified by integer assignment. F "MPI_F_STATUSES_IGNORE" is verified by integer assignment. F "MPI_FILE_NULL" is verified by integer assignment. F "MPI_GRAPH" is verified by integer assignment. F "MPI_GROUP_NULL" is verified by integer assignment. F "MPI_IDENT" is verified by integer assignment. F "MPI_IN_PLACE" is verified by integer assignment. F "MPI_INFO_NULL" is verified by integer assignment. F "MPI_KEYVAL_INVALID" is verified by integer assignment. F "MPI_LAND" is verified by integer assignment. F "MPI_LOCK_EXCLUSIVE" is verified by integer assignment. F "MPI_LOCK_SHARED" is verified by integer assignment. F "MPI_LOR" is verified by integer assignment. F "MPI_LXOR" is verified by integer assignment. F "MPI_MAX" is verified by integer assignment. F "MPI_MAXLOC" is verified by integer assignment. F "MPI_MIN" is verified by integer assignment. F "MPI_MINLOC" is verified by integer assignment. F "MPI_OP_NULL" is verified by integer assignment. F "MPI_PROC_NULL" is verified by integer assignment. F "MPI_PROD" is verified by integer assignment. F "MPI_REPLACE" is verified by integer assignment. F "MPI_REQUEST_NULL" is verified by integer assignment. F "MPI_ROOT" is verified by integer assignment. F "MPI_SEEK_CUR" is verified by integer assignment. F "MPI_SEEK_END" is verified by integer assignment. F "MPI_SEEK_SET" is verified by integer assignment. F "MPI_SIMILAR" is verified by integer assignment. F "MPI_STATUS_IGNORE" is not verified. F "MPI_STATUSES_IGNORE" is not verified. F "MPI_SUCCESS" is verified by integer assignment. F "MPI_SUM" is verified by integer assignment. F "MPI_UNDEFINED" is verified by integer assignment. F "MPI_UNEQUAL" is verified by integer assignment. Number of successful C constants: 76 of 76 Number of successful FORTRAN constants: 70 of 76 No errors.
Passed C/Fortran interoperability supported - interoperability
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks if the C-Fortran (F77) interoperability functions are supported using the MPI-2.2 specification.
No errors
Passed Communicator attributes - attributes
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Returns all communicator attributes that are not supported. The test is run as a single process MPI job and fails if any attributes are not supported.
No errors
Passed Compiletime constants - process_compiletime_constants
Build: NA
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
The MPI-3.0 specifications require that some named constants be known at compiletime. The report includes a record for each constant of this class in the form "X MPI_CONSTANT is [not] verified by METHOD" where X is either 'c' for the C compiler, or 'F' for the FORTRAN 77 compiler. For a C langauge compile, the constant is used as a case label in a switch statement. For a FORTRAN language compile, the constant is assigned to a PARAMETER. The report sumarizes with the number of constants for each compiler that was successfully verified.
c "MPI_MAX_PROCESSOR_NAME" is verified by switch label. c "MPI_MAX_LIBRARY_VERSION_STRING" is verified by switch label. c "MPI_MAX_ERROR_STRING" is verified by switch label. c "MPI_MAX_DATAREP_STRING" is verified by switch label. c "MPI_MAX_INFO_KEY" is verified by switch label. c "MPI_MAX_INFO_VAL" is verified by switch label. c "MPI_MAX_OBJECT_NAME" is verified by switch label. c "MPI_MAX_PORT_NAME" is verified by switch label. c "MPI_VERSION" is verified by switch label. c "MPI_SUBVERSION" is verified by switch label. c "MPI_MAX_LIBRARY_VERSION_STRING" is verified by switch label. F "MPI_ADDRESS_KIND" is verified by PARAMETER. F "MPI_ASYNC_PROTECTS_NONBLOCKING" is not verified. F "MPI_COUNT_KIND" is verified by PARAMETER. F "MPI_ERROR" is verified by PARAMETER. F "MPI_ERRORS_ARE_FATAL" is verified by PARAMETER. F "MPI_ERRORS_RETURN" is verified by PARAMETER. F "MPI_INTEGER_KIND" is verified by PARAMETER. F "MPI_OFFSET_KIND" is verified by PARAMETER. F "MPI_SOURCE" is verified by PARAMETER. F "MPI_STATUS_SIZE" is verified by PARAMETER. F "MPI_SUBARRAYS_SUPPORTED" is not verified. F "MPI_TAG" is verified by PARAMETER. F "MPI_MAX_PROCESSOR_NAME" is verified by PARAMETER. F "MPI_MAX_LIBRARY_VERSION_STRING" is verified by PARAMETER. F "MPI_MAX_ERROR_STRING" is verified by PARAMETER. F "MPI_MAX_DATAREP_STRING" is verified by PARAMETER. F "MPI_MAX_INFO_KEY" is verified by PARAMETER. F "MPI_MAX_INFO_VAL" is verified by PARAMETER. F "MPI_MAX_OBJECT_NAME" is verified by PARAMETER. F "MPI_MAX_PORT_NAME" is verified by PARAMETER. F "MPI_VERSION" is verified by PARAMETER. F "MPI_SUBVERSION" is verified by PARAMETER. F "MPI_MAX_LIBRARY_VERSION_STRING" is verified by PARAMETER. Number of successful C constants: 11 of 11 Number of successful FORTRAN constants: 21 out of 23 No errors.
Passed Datatypes - process_datatypes
Build: NA
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests for the presence of constants from MPI-1.0 and higher. It constructs small separate main programs in either C, FORTRAN, or C++ for each datatype. It fails if any datatype is not present. ISSUE: This test may timeout if separate program executions initialize slowly.
c "MPI_2DOUBLE_PRECISION" Size = 16 is verified. c "MPI_2INT" Size = 8 is verified. c "MPI_2INTEGER" Size = 8 is verified. c "MPI_2REAL" Size = 8 is verified. c "MPI_AINT" Size = 8 is verified. c "MPI_BYTE" Size = 1 is verified. c "MPI_C_BOOL" Size = 1 is verified. c "MPI_C_COMPLEX" Size = 8 is verified. c "MPI_C_DOUBLE_COMPLEX" Size = 16 is verified. c "MPI_C_FLOAT_COMPLEX" Size = 8 is verified. c "MPI_C_LONG_DOUBLE_COMPLEX" is not verified: (execution). c "MPI_CHAR" Size = 1 is verified. c "MPI_CHARACTER" Size = 1 is verified. c "MPI_COMPLEX" Size = 8 is verified. c "MPI_COMPLEX2" is not verified: (compilation). c "MPI_COMPLEX4" is not verified: (compilation). c "MPI_COMPLEX8" Size = 8 is verified. c "MPI_COMPLEX16" Size = 16 is verified. c "MPI_COMPLEX32" is not verified: (execution). c "MPI_DOUBLE" Size = 8 is verified. c "MPI_DOUBLE_INT" Size = 12 is verified. c "MPI_DOUBLE_COMPLEX" Size = 16 is verified. c "MPI_DOUBLE_PRECISION" Size = 8 is verified. c "MPI_FLOAT" Size = 4 is verified. c "MPI_FLOAT_INT" Size = 8 is verified. c "MPI_INT" Size = 4 is verified. c "MPI_INT8_T" Size = 1 is verified. c "MPI_INT16_T" Size = 2 is verified. c "MPI_INT32_T" Size = 4 is verified. c "MPI_INT64_T" Size = 8 is verified. c "MPI_INTEGER" Size = 4 is verified. c "MPI_INTEGER1" Size = 1 is verified. c "MPI_INTEGER2" Size = 2 is verified. c "MPI_INTEGER4" Size = 4 is verified. c "MPI_INTEGER8" Size = 8 is verified. c "MPI_INTEGER16" is not verified: (execution). c "MPI_LB" Size = 0 is verified. c "MPI_LOGICAL" Size = 4 is verified. c "MPI_LONG" Size = 8 is verified. c "MPI_LONG_INT" Size = 12 is verified. c "MPI_LONG_DOUBLE" is not verified: (execution). c "MPI_LONG_DOUBLE_INT" is not verified: (execution). c "MPI_LONG_LONG" Size = 8 is verified. c "MPI_LONG_LONG_INT" Size = 8 is verified. c "MPI_OFFSET" Size = 8 is verified. c "MPI_PACKED" Size = 1 is verified. c "MPI_REAL" Size = 4 is verified. c "MPI_REAL2" is not verified: (compilation). c "MPI_REAL4" Size = 4 is verified. c "MPI_REAL8" Size = 8 is verified. c "MPI_REAL16" is not verified: (execution). c "MPI_SHORT" Size = 2 is verified. c "MPI_SHORT_INT" Size = 6 is verified. c "MPI_SIGNED_CHAR" Size = 1 is verified. c "MPI_UB" Size = 0 is verified. c "MPI_UNSIGNED_CHAR" Size = 1 is verified. c "MPI_UNSIGNED_SHORT" Size = 2 is verified. c "MPI_UNSIGNED" Size = 4 is verified. c "MPI_UNSIGNED_LONG" Size = 8 is verified. c "MPI_WCHAR" Size = 4 is verified. c "MPI_LONG_LONG_INT" Size = 8 is verified. c "MPI_FLOAT_INT" Size = 8 is verified. c "MPI_DOUBLE_INT" Size = 12 is verified. c "MPI_LONG_INT" Size = 12 is verified. c "MPI_LONG_DOUBLE_INT" is not verified: (execution). c "MPI_2INT" Size = 8 is verified. c "MPI_SHORT_INT" Size = 6 is verified. c "MPI_LONG_DOUBLE_INT" is not verified: (execution). c "MPI_2REAL" Size = 8 is verified. c "MPI_2DOUBLE_PRECISION" Size = 16 is verified. c "MPI_2INTEGER" Size = 8 is verified. C "MPI_CXX_BOOL" is not verified: (execution). C "MPI_CXX_FLOAT_COMPLEX" is not verified: (execution). C "MPI_CXX_DOUBLE_COMPLEX" is not verified: (execution). C "MPI_CXX_LONG_DOUBLE_COMPLEX" is not verified: (execution). f "MPI_BYTE" Size =1 is verified. f "MPI_CHARACTER" Size =1 is verified. f "MPI_COMPLEX" Size =8 is verified. f "MPI_DOUBLE_COMPLEX" Size =16 is verified. f "MPI_DOUBLE_PRECISION" Size =8 is verified. f "MPI_INTEGER" Size =4 is verified. f "MPI_INTEGER1" Size =1 is verified. f "MPI_INTEGER2" Size =2 is verified. f "MPI_INTEGER4" Size =4 is verified. f "MPI_LOGICAL" Size =4 is verified. f "MPI_REAL" Size =4 is verified. f "MPI_REAL2" is not verified: (execution). f "MPI_REAL4" Size =4 is verified. f "MPI_REAL8" Size =8 is verified. f "MPI_PACKED" Size =1 is verified. f "MPI_2REAL" Size =8 is verified. f "MPI_2DOUBLE_PRECISION" Size =16 is verified. f "MPI_2INTEGER" Size =8 is verified. No errors.
Passed Deprecated routines - deprecated
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks all MPI deprecated routines as of MPI-2.2, but not including routines removed by MPI-3 if this is an MPI-3 implementation.
MPI_Attr_delete(): is functional. MPI_Attr_get(): is functional. MPI_Attr_put(): is functional. MPI_Keyval_create(): is functional. MPI_Keyval_free(): is functional. MPI_Address(): is removed by MPI 3.0+. MPI_Errhandler_create(): is removed by MPI 3.0+. MPI_Errhandler_get(): is removed by MPI 3.0+. MPI_Errhandler_set(): is removed by MPI 3.0+. MPI_Type_extent(): is removed by MPI 3.0+. MPI_Type_hindexed(): is removed by MPI 3.0+. MPI_Type_hvector(): is removed by MPI 3.0+. MPI_Type_lb(): is removed by MPI 3.0+. MPI_Type_struct(): is removed by MPI 3.0+. MPI_Type_ub(): is removed by MPI 3.0+. No errors
Passed Error Handling - errors
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports the default action taken on an error. It also reports if error handling can be changed to "returns", and if so, if this functions properly.
MPI errors are fatal by default. MPI errors can be changed to MPI_ERRORS_RETURN. Call MPI_Send() with a bad destination rank. Error code: 403319814 Error string: Invalid rank, error stack: PMPI_Send(163): MPI_Send(buf=0x7ffdb969647c, count=1, MPI_INT, dest=1, tag=MPI_ANY_TAG, MPI_COMM_WORLD) failed PMPI_Send(100): Invalid rank has value 1 but must be nonnegative and less than 1 No errors
Passed Errorcodes - process_errorcodes
Build: NA
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
The MPI-3.0 specifications require that the same constants be available for the C language and FORTRAN. The report includes a record for each errorcode of the form "X MPI_ERRCODE is [not] verified" where X is either 'c' for the C compiler, or 'F' for the FORTRAN 77 compiler. The report sumarizes with the number of errorcodes for each compiler that were successfully verified.
c "MPI_ERR_ACCESS" (20) is verified. c "MPI_ERR_AMODE" (21) is verified. c "MPI_ERR_ARG" (12) is verified. c "MPI_ERR_ASSERT" (53) is verified. c "MPI_ERR_BAD_FILE" (22) is verified. c "MPI_ERR_BASE" (46) is verified. c "MPI_ERR_BUFFER" (1) is verified. c "MPI_ERR_COMM" (5) is verified. c "MPI_ERR_CONVERSION" (23) is verified. c "MPI_ERR_COUNT" (2) is verified. c "MPI_ERR_DIMS" (11) is verified. c "MPI_ERR_DISP" (52) is verified. c "MPI_ERR_DUP_DATAREP" (24) is verified. c "MPI_ERR_FILE" (27) is verified. c "MPI_ERR_FILE_EXISTS" (25) is verified. c "MPI_ERR_FILE_IN_USE" (26) is verified. c "MPI_ERR_GROUP" (8) is verified. c "MPI_ERR_IN_STATUS" (17) is verified. c "MPI_ERR_INFO" (28) is verified. c "MPI_ERR_INFO_KEY" (29) is verified. c "MPI_ERR_INFO_NOKEY" (31) is verified. c "MPI_ERR_INFO_VALUE" (30) is verified. c "MPI_ERR_INTERN" (16) is verified. c "MPI_ERR_IO" (32) is verified. c "MPI_ERR_KEYVAL" (48) is verified. c "MPI_ERR_LASTCODE" (1073741823) is verified. c "MPI_ERR_LOCKTYPE" (47) is verified. c "MPI_ERR_NAME" (33) is verified. c "MPI_ERR_NO_MEM" (34) is verified. c "MPI_ERR_NO_SPACE" (36) is verified. c "MPI_ERR_NO_SUCH_FILE" (37) is verified. c "MPI_ERR_NOT_SAME" (35) is verified. c "MPI_ERR_OP" (9) is verified. c "MPI_ERR_OTHER" (15) is verified. c "MPI_ERR_PENDING" (18) is verified. c "MPI_ERR_PORT" (38) is verified. c "MPI_ERR_QUOTA" (39) is verified. c "MPI_ERR_RANK" (6) is verified. c "MPI_ERR_READ_ONLY" (40) is verified. c "MPI_ERR_REQUEST" (19) is verified. c "MPI_ERR_RMA_ATTACH" (56) is verified. c "MPI_ERR_RMA_CONFLICT" (49) is verified. c "MPI_ERR_RMA_FLAVOR" (58) is verified. c "MPI_ERR_RMA_RANGE" (55) is verified. c "MPI_ERR_RMA_SHARED" (57) is verified. c "MPI_ERR_RMA_SYNC" (50) is verified. c "MPI_ERR_ROOT" (7) is verified. c "MPI_ERR_SERVICE" (41) is verified. c "MPI_ERR_SIZE" (51) is verified. c "MPI_ERR_SPAWN" (42) is verified. c "MPI_ERR_TAG" (4) is verified. c "MPI_ERR_TOPOLOGY" (10) is verified. c "MPI_ERR_TRUNCATE" (14) is verified. c "MPI_ERR_TYPE" (3) is verified. c "MPI_ERR_UNKNOWN" (13) is verified. c "MPI_ERR_UNSUPPORTED_DATAREP" (43) is verified. c "MPI_ERR_UNSUPPORTED_OPERATION" (44) is verified. c "MPI_ERR_WIN" (45) is verified. c "MPI_SUCCESS" (0) is verified. c "MPI_T_ERR_CANNOT_INIT" (61) is verified. c "MPI_T_ERR_CVAR_SET_NEVER" (69) is verified. c "MPI_T_ERR_CVAR_SET_NOT_NOW" (68) is verified. c "MPI_T_ERR_INVALID_HANDLE" (64) is verified. c "MPI_T_ERR_INVALID_INDEX" (62) is verified. c "MPI_T_ERR_INVALID_ITEM" (63) is verified. c "MPI_T_ERR_INVALID_SESSION" (67) is verified. c "MPI_T_ERR_MEMORY" (59) is verified. c "MPI_T_ERR_NOT_INITIALIZED" (60) is verified. c "MPI_T_ERR_OUT_OF_HANDLES" (65) is verified. c "MPI_T_ERR_OUT_OF_SESSIONS" (66) is verified. c "MPI_T_ERR_PVAR_NO_ATOMIC" (72) is verified. c "MPI_T_ERR_PVAR_NO_STARTSTOP" (70) is verified. c "MPI_T_ERR_PVAR_NO_WRITE" (71) is verified. F "MPI_ERR_ACCESS" (20) is verified F "MPI_ERR_AMODE" (21) is verified F "MPI_ERR_ARG" (12) is verified F "MPI_ERR_ASSERT" (53) is verified F "MPI_ERR_BAD_FILE" (22) is verified F "MPI_ERR_BASE" (46) is verified F "MPI_ERR_BUFFER" (1) is verified F "MPI_ERR_COMM" (5) is verified F "MPI_ERR_CONVERSION" (23) is verified F "MPI_ERR_COUNT" (2) is verified F "MPI_ERR_DIMS" (11) is verified F "MPI_ERR_DISP" (52) is verified F "MPI_ERR_DUP_DATAREP" (24) is verified F "MPI_ERR_FILE" (27) is verified F "MPI_ERR_FILE_EXISTS" (25) is verified F "MPI_ERR_FILE_IN_USE" (26) is verified F "MPI_ERR_GROUP" (8) is verified F "MPI_ERR_IN_STATUS" (17) is verified F "MPI_ERR_INFO" (28) is verified F "MPI_ERR_INFO_KEY" (29) is verified F "MPI_ERR_INFO_NOKEY" (31) is verified F "MPI_ERR_INFO_VALUE" (30) is verified F "MPI_ERR_INTERN" (16) is verified F "MPI_ERR_IO" (32) is verified F "MPI_ERR_KEYVAL" (48) is verified F "MPI_ERR_LASTCODE" (1073741823) is verified F "MPI_ERR_LOCKTYPE" (47) is verified F "MPI_ERR_NAME" (33) is verified F "MPI_ERR_NO_MEM" (34) is verified F "MPI_ERR_NO_SPACE" (36) is verified F "MPI_ERR_NO_SUCH_FILE" (37) is verified F "MPI_ERR_NOT_SAME" (35) is verified F "MPI_ERR_OP" (9) is verified F "MPI_ERR_OTHER" (15) is verified F "MPI_ERR_PENDING" (18) is verified F "MPI_ERR_PORT" (38) is verified F "MPI_ERR_QUOTA" (39) is verified F "MPI_ERR_RANK" (6) is verified F "MPI_ERR_READ_ONLY" (40) is verified F "MPI_ERR_REQUEST" (19) is verified F "MPI_ERR_RMA_ATTACH" (56) is verified F "MPI_ERR_RMA_CONFLICT" (49) is verified F "MPI_ERR_RMA_FLAVOR" (58) is verified F "MPI_ERR_RMA_RANGE" (55) is verified F "MPI_ERR_RMA_SHARED" (57) is verified F "MPI_ERR_RMA_SYNC" (50) is verified F "MPI_ERR_ROOT" (7) is verified F "MPI_ERR_SERVICE" (41) is verified F "MPI_ERR_SIZE" (51) is verified F "MPI_ERR_SPAWN" (42) is verified F "MPI_ERR_TAG" (4) is verified F "MPI_ERR_TOPOLOGY" (10) is verified F "MPI_ERR_TRUNCATE" (14) is verified F "MPI_ERR_TYPE" (3) is verified F "MPI_ERR_UNKNOWN" (13) is verified F "MPI_ERR_UNSUPPORTED_DATAREP" is not verified: (compilation). F "MPI_ERR_UNSUPPORTED_OPERATION" is not verified: (compilation). F "MPI_ERR_WIN" (45) is verified F "MPI_SUCCESS" (0) is verified F "MPI_T_ERR_CANNOT_INIT" is not verified: (compilation). F "MPI_T_ERR_CVAR_SET_NEVER" is not verified: (compilation). F "MPI_T_ERR_CVAR_SET_NOT_NOW" is not verified: (compilation). F "MPI_T_ERR_INVALID_HANDLE" is not verified: (compilation). F "MPI_T_ERR_INVALID_INDEX" is not verified: (compilation). F "MPI_T_ERR_INVALID_ITEM" is not verified: (compilation). F "MPI_T_ERR_INVALID_SESSION" is not verified: (compilation). F "MPI_T_ERR_MEMORY" is not verified: (compilation). F "MPI_T_ERR_NOT_INITIALIZED" is not verified: (compilation). F "MPI_T_ERR_OUT_OF_HANDLES" is not verified: (compilation). F "MPI_T_ERR_OUT_OF_SESSIONS" is not verified: (compilation). F "MPI_T_ERR_PVAR_NO_ATOMIC" is not verified: (compilation). F "MPI_T_ERR_PVAR_NO_STARTSTOP" is not verified: (compilation). F "MPI_T_ERR_PVAR_NO_WRITE" is not verified: (compilation). C errorcodes successful: 73 out of 73 FORTRAN errorcodes successful:57 out of 73 No errors.
Passed Extended collectives - collectives
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Checks if "extended collectives" are supported, i.e., collective operations with MPI-2 intercommunicators.
No errors
Passed Init arguments - init_args
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
In MPI-1.1, it is explicitly stated that an implementation is allowed to require that the arguments argc and argv passed by an application to MPI_Init in C be the same arguments passed into the application as the arguments to main. In MPI-2 implementations are not allowed to impose this requirement. Conforming implementations of MPI allow applications to pass NULL for both the argc and argv arguments of MPI_Init(). This test prints the result of the error status of MPI_Init(). If the test completes without error, it reports 'No errors.'
MPI_INIT accepts Null arguments for MPI_init(). No errors
Passed MPI-2 replaced routines - mpi_2_functions
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks the presence of all MPI-2.2 routines that replaced deprecated routines.
No errors
Passed MPI-2 type routines - mpi_2_functions_bcast
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test checks that a subset of MPI-2 routines that replaced MPI-1 routines work correctly.
rank:1/2 c:'C',d[6]={3.141590,1.000000,12.310000,7.980000,5.670000,12.130000},b="123456"
rank:1/2 MPI_Bcast() of struct.
rank:0/2 c:'C',d[6]={3.141590,1.000000,12.310000,7.980000,5.670000,12.130000},b="123456"
rank:0/2 MPI_Bcast() of struct.
No errors
Failed Master/slave - master
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
This test running as a single MPI process spawns four slave processes using MPI_Comm_spawn(). The master process sends and receives a message from each slave. If the test completes, it will report 'No errors.', otherwise specific error messages are listed.
MPI_UNIVERSE_SIZE read 1 MPI_UNIVERSE_SIZE forced to 4 master rank creating 4 slave processes. Assertion failed in file ../src/mpid/ch4/netmod/ofi/ofi_spawn.c at line 753: 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x14f3749d8b8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14f374463cd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1f12da8) [0x14f374721da8] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91c19) [0x14f3744a0c19] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91f44) [0x14f3744a0f44] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Comm_spawn+0x1e2) [0x14f37408e9f2] ./master() [0x203e79] /lib64/libc.so.6(__libc_start_main+0xea) [0x14f370a633ea] ./master() [0x203b6a] MPICH ERROR [Rank 0] [job id 721731bf-b043-4dd2-8019-f6d0670c9eec] [Tue May 9 07:56:33 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Passed One-sided communication - one_sided_modes
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks MPI-2.2 one-sided communication modes reporting those that are not defined. If the test compiles, then "No errors" is reported, else, all undefined modes are reported as "not defined."
No errors
Passed One-sided fences - one_sided_fences
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies that one-sided communication with active target synchronization with fences functions properly. If all operations succeed, one-sided communication with active target synchronization with fences is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with active target synchronization with fences is reported as NOT supported.
No errors
Passed One-sided passiv - one_sided_passive
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies one-sided-communication with passive target synchronization functions properly. If all operations succeed, one-sided-communication with passive target synchronization is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with passive target synchronization with fences is reported as NOT supported.
No errors
Passed One-sided post - one_sided_post
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies one-sided-communication with active target synchronization with post/start/complete/wait functions properly. If all operations succeed, one-sided communication with active target synchronization with post/start/complete/wait is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with active target synchronization with post/start/complete/wait is reported as NOT supported.
No errors
Passed One-sided routines - one_sided_routines
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports if one-sided communication routines are defined. If this test compiles, one-sided communication is reported as defined, otherwise "not supported".
No errors
Passed Thread support - thread_safety
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports the level of thread support provided. This is either MPI_THREAD_SINGLE, MPI_THREAD_FUNNELED, MPI_THREAD_SERIALIZED, or MPI_THREAD_MULTIPLE.
MPI_THREAD_MULTIPLE requested. MPI_THREAD_MULTIPLE is supported. No errors
Group Communicator - Score: 100% Passed
This group features tests of MPI communicator group calls.
Passed MPI_Group irregular - gtranks
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This is a test comparing small groups against larger groups, and use groups with irregular members (to bypass optimizations in group_translate_ranks for simple groups).
No errors
Passed MPI_Group_Translate_ranks perf - gtranksperf
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 20
Test Description:
Measure and compare the relative performance of MPI_Group_translate_ranks with small and large group2 sizes but a constant number of ranks. This serves as a performance sanity check for the Scalasca use case where we translate to MPI_COMM_WORLD ranks. The performance should only depend on the number of ranks passed, not the size of either group (especially group2). This test is probably only meaningful for large-ish process counts.
No errors
Passed MPI_Group_excl basic - grouptest
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This is a test of MPI_Group_excl().
No errors
Passed MPI_Group_incl basic - groupcreate
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of creating a group array.
No errors
Passed MPI_Group_incl empty - groupnullincl
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a test to determine if an empty group can be created.
No errors
Passed MPI_Group_translate_ranks - grouptest2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a test of MPI_Group_translate_ranks().
No errors
Passed Win_get_group basic - getgroup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of MPI_Win_get_group() for a selection of communicators.
No errors
Parallel Input/Output - Score: 100% Passed
This group features tests that involve MPI parallel input/output operations.
Passed Asynchronous IO basic - async_any
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test asynchronous I/O with multiple completion. Each process writes to separate files and reads them back.
No errors
Passed Asynchronous IO collective - async_all
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test asynchronous collective reading and writing. Each process asynchronously to to a file then reads it back.
No errors
Passed Asynchronous IO contig - async
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test contiguous asynchronous I/O. Each process writes to separate files and reads them back. The file name is taken as a command-line argument, and the process rank is appended to it.
No errors
Passed Asynchronous IO non-contig - i_noncontig
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests noncontiguous reads/writes using non-blocking I/O.
No errors
Passed File IO error handlers - userioerr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test exercises MPI I/O and MPI error handling techniques.
No errors
Passed MPI_File_get_type_extent - getextent
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test file_get_extent.
No errors
Passed MPI_File_set_view displacement_current - setviewcur
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test set_view with DISPLACEMENT_CURRENT. This test reads a header then sets the view to every "size" int, using set view and current displacement. The file is first written using a combination of collective and ordered writes.
No errors
Passed MPI_File_write_ordered basic - rdwrord
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test reading and writing ordered output.
No errors
Passed MPI_File_write_ordered zero - rdwrzero
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test reading and writing data with zero length. The test then looks for errors in the MPI IO routines and reports any that were found, otherwise "No errors" is reported.
No errors
Passed MPI_Info_set file view - setinfo
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test file_set_view. Access style is explicitly described as modifiable. Values include read_once, read_mostly, write_once, write_mostly, random.
No errors
Passed MPI_Type_create_resized basic - resized
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test file views with MPI_Type_create_resized.
No errors
Passed MPI_Type_create_resized x2 - resized2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test file views with MPI_Type_create_resized, with a resizing of the resized type.
No errors
Datatypes - Score: 93% Passed
This group features tests that involve named MPI and user defined datatypes.
Passed Aint add and diff - aintmath
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests the MPI 3.1 standard functions MPI_Aint_diff and MPI_Aint_add.
No errors
Passed Blockindexed contiguous convert - blockindexed-misc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test converts a block indexed datatype to a contiguous datatype.
No errors
Passed Blockindexed contiguous zero - blockindexed-zero-count
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This tests the behavior with a zero-count blockindexed datatype.
No errors
Passed C++ datatypes - cxx-types
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks for the existence of four new C++ named predefined datatypes that should be accessible from C and Fortran.
No errors
Passed Datatype commit-free-commit - zeroparms
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates a valid datatype, commits and frees the datatype, then repeats the process for a second datatype of the same size.
No errors
Passed Datatype get structs - get-struct
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test was motivated by the failure of an example program for RMA involving simple operations on a struct that included a struct. The observed failure was a SEGV in the MPI_Get.
No errors
Failed Datatype inclusive typename - typename
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
Sample some datatypes. See 8.4, "Naming Objects" in MPI-2. The default name is the same as the datatype name.
Checking type MPI_CHAR Checking type MPI_SIGNED_CHAR Checking type MPI_UNSIGNED_CHAR Checking type MPI_BYTE Checking type MPI_WCHAR Checking type MPI_SHORT Checking type MPI_UNSIGNED_SHORT Checking type MPI_INT Checking type MPI_UNSIGNED Checking type MPI_LONG Checking type MPI_UNSIGNED_LONG Checking type MPI_FLOAT Checking type MPI_DOUBLE Checking type MPI_AINT Checking type MPI_OFFSET Checking type MPI_PACKED Checking type MPI_FLOAT_INT Checking type MPI_DOUBLE_INT Checking type MPI_LONG_INT Checking type MPI_SHORT_INT Checking type MPI_2INT Checking type MPI_COMPLEX Checking type MPI_DOUBLE_COMPLEX Checking type MPI_LOGICAL Checking type MPI_REAL Checking type MPI_DOUBLE_PRECISION Checking type MPI_INTEGER Checking type MPI_2INTEGER Checking type MPI_2REAL Checking type MPI_2DOUBLE_PRECISION Checking type MPI_CHARACTER Checking type MPI_INT8_T Checking type MPI_INT16_T Checking type MPI_INT32_T Checking type MPI_INT64_T Checking type MPI_UINT8_T Checking type MPI_UINT16_T Checking type MPI_UINT32_T Checking type MPI_UINT64_T Checking type MPI_C_BOOL Checking type MPI_C_FLOAT_COMPLEX Checking type MPI_C_DOUBLE_COMPLEX Checking type MPI_AINT Checking type MPI_OFFSET Checking type MPI_REAL4 Checking type MPI_REAL8 Checking type MPI_COMPLEX8 Checking type MPI_COMPLEX16 Checking type MPI_INTEGER1 Checking type MPI_INTEGER2 Checking type MPI_INTEGER4 Checking type MPI_INTEGER8 Checking type MPI_LONG_LONG_INT Checking type MPI_LONG_LONG Checking type MPI_UNSIGNED_LONG_LONG Checking type MPI_AINT Checking type MPI_OFFSET Checking type MPI_COUNT Expected MPI_C_FLOAT_COMPLEX but got MPI_C_COMPLEX Expected MPI_LONG_LONG but got MPI_LONG_LONG_INT Found 2 errors x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Failed Datatype match size - tmatchsize
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
Test of type_match_size. Check the most likely cases. Note that it is an error to free the type returned by MPI_Type_match_size. Also note that it is an error to request a size not supported by the compiler, so Type_match_size should generate an error in that case.
Long double: : Error class 12 (Invalid argument, error stack: PMPI_Type_match_size(201): MPI_Type_match_size(typeclass=1, size=16, datatype=0x7ffcd3533320) failed PMPI_Type_match_size(178): No MPI datatype available for typeclass MPI_TYPECLASS_REAL and size 16) Found 1 errors x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Passed Datatype reference count - tfree
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test to check if freed datatypes have reference count semantics. The idea here is to create a simple but non-contiguous datatype, perform an irecv with it, free it, and then create many new datatypes. If the datatype was freed and the space was reused, this test may detect an error.
No errors
Passed Datatypes - process_datatypes
Build: NA
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests for the presence of constants from MPI-1.0 and higher. It constructs small separate main programs in either C, FORTRAN, or C++ for each datatype. It fails if any datatype is not present. ISSUE: This test may timeout if separate program executions initialize slowly.
c "MPI_2DOUBLE_PRECISION" Size = 16 is verified. c "MPI_2INT" Size = 8 is verified. c "MPI_2INTEGER" Size = 8 is verified. c "MPI_2REAL" Size = 8 is verified. c "MPI_AINT" Size = 8 is verified. c "MPI_BYTE" Size = 1 is verified. c "MPI_C_BOOL" Size = 1 is verified. c "MPI_C_COMPLEX" Size = 8 is verified. c "MPI_C_DOUBLE_COMPLEX" Size = 16 is verified. c "MPI_C_FLOAT_COMPLEX" Size = 8 is verified. c "MPI_C_LONG_DOUBLE_COMPLEX" is not verified: (execution). c "MPI_CHAR" Size = 1 is verified. c "MPI_CHARACTER" Size = 1 is verified. c "MPI_COMPLEX" Size = 8 is verified. c "MPI_COMPLEX2" is not verified: (compilation). c "MPI_COMPLEX4" is not verified: (compilation). c "MPI_COMPLEX8" Size = 8 is verified. c "MPI_COMPLEX16" Size = 16 is verified. c "MPI_COMPLEX32" is not verified: (execution). c "MPI_DOUBLE" Size = 8 is verified. c "MPI_DOUBLE_INT" Size = 12 is verified. c "MPI_DOUBLE_COMPLEX" Size = 16 is verified. c "MPI_DOUBLE_PRECISION" Size = 8 is verified. c "MPI_FLOAT" Size = 4 is verified. c "MPI_FLOAT_INT" Size = 8 is verified. c "MPI_INT" Size = 4 is verified. c "MPI_INT8_T" Size = 1 is verified. c "MPI_INT16_T" Size = 2 is verified. c "MPI_INT32_T" Size = 4 is verified. c "MPI_INT64_T" Size = 8 is verified. c "MPI_INTEGER" Size = 4 is verified. c "MPI_INTEGER1" Size = 1 is verified. c "MPI_INTEGER2" Size = 2 is verified. c "MPI_INTEGER4" Size = 4 is verified. c "MPI_INTEGER8" Size = 8 is verified. c "MPI_INTEGER16" is not verified: (execution). c "MPI_LB" Size = 0 is verified. c "MPI_LOGICAL" Size = 4 is verified. c "MPI_LONG" Size = 8 is verified. c "MPI_LONG_INT" Size = 12 is verified. c "MPI_LONG_DOUBLE" is not verified: (execution). c "MPI_LONG_DOUBLE_INT" is not verified: (execution). c "MPI_LONG_LONG" Size = 8 is verified. c "MPI_LONG_LONG_INT" Size = 8 is verified. c "MPI_OFFSET" Size = 8 is verified. c "MPI_PACKED" Size = 1 is verified. c "MPI_REAL" Size = 4 is verified. c "MPI_REAL2" is not verified: (compilation). c "MPI_REAL4" Size = 4 is verified. c "MPI_REAL8" Size = 8 is verified. c "MPI_REAL16" is not verified: (execution). c "MPI_SHORT" Size = 2 is verified. c "MPI_SHORT_INT" Size = 6 is verified. c "MPI_SIGNED_CHAR" Size = 1 is verified. c "MPI_UB" Size = 0 is verified. c "MPI_UNSIGNED_CHAR" Size = 1 is verified. c "MPI_UNSIGNED_SHORT" Size = 2 is verified. c "MPI_UNSIGNED" Size = 4 is verified. c "MPI_UNSIGNED_LONG" Size = 8 is verified. c "MPI_WCHAR" Size = 4 is verified. c "MPI_LONG_LONG_INT" Size = 8 is verified. c "MPI_FLOAT_INT" Size = 8 is verified. c "MPI_DOUBLE_INT" Size = 12 is verified. c "MPI_LONG_INT" Size = 12 is verified. c "MPI_LONG_DOUBLE_INT" is not verified: (execution). c "MPI_2INT" Size = 8 is verified. c "MPI_SHORT_INT" Size = 6 is verified. c "MPI_LONG_DOUBLE_INT" is not verified: (execution). c "MPI_2REAL" Size = 8 is verified. c "MPI_2DOUBLE_PRECISION" Size = 16 is verified. c "MPI_2INTEGER" Size = 8 is verified. C "MPI_CXX_BOOL" is not verified: (execution). C "MPI_CXX_FLOAT_COMPLEX" is not verified: (execution). C "MPI_CXX_DOUBLE_COMPLEX" is not verified: (execution). C "MPI_CXX_LONG_DOUBLE_COMPLEX" is not verified: (execution). f "MPI_BYTE" Size =1 is verified. f "MPI_CHARACTER" Size =1 is verified. f "MPI_COMPLEX" Size =8 is verified. f "MPI_DOUBLE_COMPLEX" Size =16 is verified. f "MPI_DOUBLE_PRECISION" Size =8 is verified. f "MPI_INTEGER" Size =4 is verified. f "MPI_INTEGER1" Size =1 is verified. f "MPI_INTEGER2" Size =2 is verified. f "MPI_INTEGER4" Size =4 is verified. f "MPI_LOGICAL" Size =4 is verified. f "MPI_REAL" Size =4 is verified. f "MPI_REAL2" is not verified: (execution). f "MPI_REAL4" Size =4 is verified. f "MPI_REAL8" Size =8 is verified. f "MPI_PACKED" Size =1 is verified. f "MPI_2REAL" Size =8 is verified. f "MPI_2DOUBLE_PRECISION" Size =16 is verified. f "MPI_2INTEGER" Size =8 is verified. No errors.
Failed Datatypes basic and derived - sendrecvt2
Build: Passed
Execution: Failed
Exit Status: Application_timed_out
MPI Processes: 2
Test Description:
This program is derived from one in the MPICH-1 test suite. It tests a wide variety of basic and derived datatypes.
MPICH ERROR [Rank 0] [job id 7f93303b-ff5a-4a26-8a0e-4d173ea35141] [Tue May 9 07:56:05 2023] [x1001c5s0b0n1] - Abort(940202243) (rank 0 in comm 0): Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x445306c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype aborting job: Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x445306c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype MPICH ERROR [Rank 1] [job id 7f93303b-ff5a-4a26-8a0e-4d173ea35141] [Tue May 9 07:56:05 2023] [x1001c5s3b0n0] - Abort(1007311107) (rank 1 in comm 0): Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x3e3f06c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype aborting job: Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x3e3f06c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 255 Signal forwarding failed: Application 7f93303b-ff5a-4a26-8a0e-4d173ea35141 not found
Failed Datatypes comprehensive - sendrecvt4
Build: Passed
Execution: Failed
Exit Status: Application_timed_out
MPI Processes: 2
Test Description:
This program is derived from one in the MPICH-1 test suite. This test sends and receives EVERYTHING from MPI_BOTTOM, by putting the data into a structure.
MPICH ERROR [Rank 0] [job id 490cf4a6-806c-4cb2-b784-54cf84068c05] [Tue May 9 07:56:04 2023] [x1001c5s0b0n1] - Abort(269113603) (rank 0 in comm 0): Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x397c06c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype aborting job: Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x397c06c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype MPICH ERROR [Rank 1] [job id 490cf4a6-806c-4cb2-b784-54cf84068c05] [Tue May 9 07:56:04 2023] [x1001c5s3b0n0] - Abort(336222467) (rank 1 in comm 0): Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x47c906c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype aborting job: Fatal error in PMPI_Type_contiguous: Invalid datatype, error stack: PMPI_Type_contiguous(303): MPI_Type_contiguous(count=10, MPI_DATATYPE_NULL, new_type_p=0x47c906c) failed PMPI_Type_contiguous(271): Datatype for argument datatype is a null datatype x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 255
Passed Get_address math - gaddress
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This routine shows how math can be used on MPI addresses and verifies that it produces the correct result.
No errors
Passed Get_elements contig - get-elements
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Uses a contig of a struct in order to satisfy two properties: (A) a type that contains more than one element type (the struct portion) (B) a type that has an odd number of ints in its "type contents" (1 in this case). This triggers a specific bug in some versions of MPICH.
No errors
Passed Get_elements pair - get-elements-pairtype
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Send a { double, int, double} tuple and receive as a pair of MPI_DOUBLE_INTs. this should (a) be valid, and (b) result in an element count of 3.
No errors
Passed Get_elements partial - getpartelm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Receive partial datatypes and check that MPI_Getelements gives the correct version.
No errors
Passed LONG_DOUBLE size - longdouble
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test ensures that simplistic build logic/configuration did not result in a defined, yet incorrectly sized, MPI predefined datatype for long double and long double Complex. Based on a test suggested by Jim Hoekstra @ Iowa State University. The test also considers other datatypes that are optional in the MPI-3 specification.
No errors
Passed Large counts for types - large-count
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks for large count functionality ("MPI_Count") mandated by MPI-3, as well as behavior of corresponding pre-MPI-3 interfaces that have better defined behavior when an "int" quantity would overflow.
No errors
Passed Large types - large_type
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks that MPI can handle large datatypes.
No errors
Passed Local pack/unpack basic - localpack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test users MPI_Pack() on a communication buffer, then call MPU_Unpack() to confirm that the unpacked data matches the original. This routine performs all work within a simple processor.
No errors
Passed Noncontiguous datatypes - unusual-noncontigs
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test uses a structure datatype that describes data that is contiguous, but is is manipulated as if it is noncontiguous. The test is designed to expose flaws in MPI memory management should they exist.
No errors
Passed Pack basic - simple-pack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests functionality of MPI_Type_get_envelope() and MPI_Type_get_contents() on a MPI_FLOAT. Returns the number of errors encountered.
No errors
Passed Pack/Unpack matrix transpose - transpose-pack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test confirms that an MPI packed matrix can be unpacked correctly by the MPI infrastructure.
No errors
Passed Pack/Unpack multi-struct - struct-pack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test confirms that packed structures, including array-of-struct and struct-of-struct unpack properly.
No errors
Passed Pack/Unpack sliced - slice-pack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test confirms that sliced array pack and unpack properly.
No errors
Passed Pack/Unpack struct - structpack2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test confirms that a packed structure unpacks properly.
No errors
Passed Pack_external_size - simple-pack-external
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests functionality of MPI_Type_get_envelope() and MPI_Type_get_contents() on a packed-external MPI_FLOAT. Returns the number of errors encountered.
No errors
Passed Pair types optional - pairtype-size-extent
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Check for optional datatypes such as LONG_DOUBLE_INT.
No errors
Passed Simple contig datatype - contigstruct
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks to see if we can create a simple datatype made from many contiguous copies of a single struct. The struct is built with monotone decreasing displacements to avoid any struct->config optimizations.
No errors
Passed Simple zero contig - contig-zero-count
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests behaviour with a zero count contig.
No errors
Passed Struct zero count - struct-zero-count
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests behavior with a zero-count struct of builtins.
No errors
Passed Type_commit basic - simple-commit
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests that verifies that the MPI_Type_commit succeeds.
No errors
Passed Type_create_darray cyclic - darray-cyclic
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 12
Test Description:
Several cyclic checks of a custom struct darray.
No errors
Passed Type_create_darray pack - darray-pack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 9
Test Description:
Performs a sequence of tests building darrays with single-element blocks, running through all the various positions that the element might come from.
No errors
Passed Type_create_darray pack many rank - darray-pack_72
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 32
Test Description:
Performs a sequence of tests building darrays with single-element blocks, running through all the various positions that the element might come from. Should be run with many ranks (at least 32).
No errors
Passed Type_create_hindexed_block - hindexed_block
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests behavior with a hindexed_block that can be converted to a contig easily. This is specifically for coverage. Returns the number of errors encountered.
No errors
Passed Type_create_hindexed_block contents - hindexed_block_contents
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is a simple check of MPI_Type_create_hindexed_block() using MPI_Type_get_envelope() and MPI_Type_get_contents().
No errors
Passed Type_create_resized - simple-resized
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests behavior with resizing of a simple derived type.
No errors
Passed Type_create_resized 0 lower bound - tresized
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test of MPI datatype resized with 0 lower bound.
No errors
Passed Type_create_resized lower bound - tresized2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test of MPI datatype resized with non-zero lower bound.
No errors
Passed Type_create_subarray basic - subarray
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test creates a subarray and confirms its contents.
No errors
Passed Type_create_subarray pack/unpack - subarray-pack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test confirms that a packed sub-array can be properly unpacked.
No errors
Passed Type_free memory - typefree
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is used to confirm that memory is properly recovered from freed datatypes. The test may be run with valgrind or similar tools, or it may be run with MPI implementation specific options. For this test it is run only with standard MPI error checking enabled.
No errors
Passed Type_get_envelope basic - contents
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This tests the functionality of MPI_Type_get_envelope() and MPI_Type_get_contents().
No errors
Passed Type_hindexed zero - hindexed-zeros
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests hindexed types with all zero length blocks.
No errors
Passed Type_hvector counts - struct-derived-zeros
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests vector and struct type creation and commits with varying counts and odd displacements.
No errors
Passed Type_hvector_blklen loop - hvecblklen
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Inspired by the Intel MPI_Type_hvector_blklen test. Added to include a test of a dataloop optimization that failed.
No errors
Passed Type_indexed many - lots-of-types
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
No errors
Passed Type_indexed not compacted - indexed-misc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests behavior with an indexed array that can be compacted but should continue to be stored as an indexed type. Specifically for coverage. Returns the number of errors encountered.
No errors
Passed Type_struct basic - struct-empty-el
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates an MPI_Type_struct() datatype, assigns data and sends the structure to a second process. The second process receives the structure and confirms that the information contained in the structure agrees with the original data.
No errors
Passed Type_struct() alignment - dataalign
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This routine checks the alignment of a custom datatype.
No errors
Passed Type_vector blklen - vecblklen
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is inspired by the Intel MPI_Type_vector_blklen test. The test fundamentally tries to deceive MPI into scrambling the data using padded struct types, and MPI_Pack() and MPI_Unpack(). The data is then checked to make sure the original data was not lost in the process. If "No errors" is reported, then the MPI functions that manipulated the data did not corrupt the test data.
No errors
Passed Type_{lb,ub,extent} - typelb
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks that both the upper and lower boundary of an hindexed MPI type is correct.
No errors
Passed Zero sized blocks - zeroblks
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates an empty packed indexed type, and then checks that the last 40 entrines of the unpacked recv_buffer have the corresponding elements from the send buffer.
No errors
Collectives - Score: 97% Passed
This group features tests of utilizing MPI collectives.
Passed Allgather basic - allgatherv3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Gather data from a vector to a contiguous vector for a selection of communicators. This is the trivial version based on the allgather test (allgatherv but with constant data sizes).
No errors
Passed Allgather double zero - allgather3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This test is similar to "Allgather in-place null", but uses MPI_DOUBLE with separate input and output arrays and performs an additional test for a zero byte gather operation.
No errors
Passed Allgather in-place null - allgather2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This is a test of MPI_Allgather() using MPI_IN_PLACE and MPI_DATATYPE_NULL to repeatedly gather data from a vector that increases in size each iteration for a selection of communicators.
No errors
Passed Allgather intercommunicators - icallgather
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Allgather tests using a selection of intercommunicators and increasing array sizes. Processes are split into two groups and MPI_Allgather() is used to have each group send data to the other group and to send data from one group to the other.
No errors
Passed Allgatherv 2D - coll6
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This test uses MPI_Allgatherv() to define a two-dimensional table.
No errors
Passed Allgatherv in-place - allgatherv2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Gather data from a vector to a contiguous vector using MPI_IN_PLACE for a selection of communicators. This is the trivial version based on the coll/allgather tests with constant data sizes.
No errors
Passed Allgatherv intercommunicators - icallgatherv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Allgatherv test using a selection of intercommunicators and increasing array sizes. Processes are split into two groups and MPI_Allgatherv() is used to have each group send data to the other group and to send data from one group to the other. Similar to Allgather test (coll/icallgather).
No errors
Passed Allgatherv large - coll7
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This test is the same as Allgatherv basic (coll/coll6) except the size of the table is greater than the number of processors.
No errors
Passed Allreduce flood - allredmany
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests the ability of the implementation to handle a flood of one-way messages by repeatedly calling MPI_Allreduce(). Test should be run with 2 processes.
No errors
Passed Allreduce in-place - allred2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
MPI_Allreduce() Test using MPI_IN_PLACE for a selection of communicators.
No errors
Passed Allreduce intercommunicators - icallreduce
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Allreduce test using a selection of intercommunicators and increasing array sizes.
No errors
Passed Allreduce mat-mult - allred3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This test implements a simple matrix-matrix multiply for a selection of communicators using a user-defined operation for MPI_Allreduce(). This is an associative but not commutative operation where matSize=matrix. The number of matrices is the count argument, which is currently set to 1. The matrix is stored in C order, so that c(i,j) = cin[j+i*matSize].
No errors
Passed Allreduce non-commutative - allred6
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This tests MPI_Allreduce() using apparent non-commutative operators using a selection of communicators. This forces MPI to run code used for non-commutative operators.
No errors
Passed Allreduce operations - allred
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
This tests all possible MPI operation codes using the MPI_Allreduce() routine.
No errors
Passed Allreduce user-defined - allred4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This example tests MPI_Allreduce() with user-defined operations using a selection of communicators similar to coll/allred3, but uses 3x3 matrices with integer-valued entries. This is an associative but not commutative operation. The number of matrices is the count argument. Tests using separate input and output matrices and using MPI_IN_PLACE. The matrix is stored in C order.
No errors
Passed Allreduce user-defined long - longuser
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests user-defined operation on a long value. Tests proper handling of possible pipelining in the implementation of reductions with user-defined operations.
No errors
Passed Allreduce vector size - allred5
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This tests MPI_Allreduce() using vectors with size greater than the number of processes for a selection of communicators.
No errors
Passed Alltoall basic - coll13
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Simple test for MPI_Alltoall().
No errors
Passed Alltoall communicators - alltoall1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Tests MPI_Alltoall() by calling it with a selection of communicators and datatypes. Includes test using MPI_IN_PLACE.
No errors
Passed Alltoall intercommunicators - icalltoall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Alltoall test using a selction of intercommunicators and increasing array sizes.
No errors
Passed Alltoall threads - alltoall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
The LISTENER THREAD waits for communication from any source (including calling thread) messages which it receives that has tag REQ_TAG. Each thread enters an infinite loop that will stop only if every node in the MPI_COMM_WORLD sends a message containing -1.
No errors
Passed Alltoallv communicators - alltoallv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This program tests MPI_Alltoallv() by having each processor send different amounts of data to each processor using a selection of communicators. The test uses only MPI_INT which is adequate for testing systems that use point-to-point operations. Includes test using MPI_IN_PLACE.
No errors
Passed Alltoallv halo exchange - alltoallv0
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This tests MPI_Alltoallv() by having each processor send data to two neighbors only, using counts of 0 for the other neighbors for a selection of communicators. This idiom is sometimes used for halo exchange operations. The test uses MPI_INT which is adequate for testing systems that use point-to-point operations.
No errors
Passed Alltoallv intercommunicators - icalltoallv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This program tests MPI_Alltoallv using int array and a selection of intercommunicators by having each process send different amounts of data to each process. This test sends i items to process i from all processes.
No errors
Passed Alltoallw intercommunicators - icalltoallw
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
This program tests MPI_Alltoallw by having each process send different amounts of data to each process. This test is similar to the Alltoallv test (coll/icalltoallv), but with displacements in bytes rather than units of the datatype. This test sends i items to process i from all process.
No errors
Passed Alltoallw matrix transpose - alltoallw1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Tests MPI_Alltoallw() by performing a blocked matrix transpose operation. This more detailed example test was taken from MPI - The Complete Reference, Vol 1, p 222-224. Please refer to this reference for more details of the test.
Allocated local arrays M = 20, N = 30 Allocated local arrays M = 20, N = 30 Allocated local arrays M = 20, N = 30 Begin Alltoallw... Allocated local arrays M = 20, N = 30 Begin Alltoallw... Allocated local arrays M = 20, N = 30 Begin Alltoallw... Begin Alltoallw... Allocated local arrays M = 20, N = 30 Begin Alltoallw... Allocated local arrays M = 20, N = 30 Begin Alltoallw... Allocated local arrays M = 20, N = 30 Begin Alltoallw... Begin Alltoallw... Allocated local arrays M = 20, N = 30 Begin Alltoallw... Allocated local arrays M = 20, N = 30 Begin Alltoallw... Done with Alltoallw Done with Alltoallw Done with Alltoallw Done with Alltoallw No errors Done with Alltoallw Done with Alltoallw Done with Alltoallw Done with Alltoallw Done with Alltoallw Done with Alltoallw
Passed Alltoallw matrix transpose comm - alltoallw2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This program tests MPI_Alltoallw() by having each processor send different amounts of data to all processors. This is similar to the "Alltoallv communicators" test, but with displacements in bytes rather than units of the datatype. Currently, the test uses only MPI_INT which is adequate for testing systems that use point-to-point operations. Includes test using MPI_IN_PLACE.
No errors
Passed Alltoallw zero types - alltoallw_zeros
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This test makes sure that counts with non-zero-sized types on the send (recv) side match and don't cause a problem with non-zero counts and zero-sized types on the recv (send) side when using MPI_Alltoallw and MPI_Alltoallv. Includes tests using MPI_IN_PLACE.
No errors
Passed BAND operations - opband
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_BAND (bitwise and) operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG No errors
Passed BOR operations - opbor
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_BOR (bitwise or) operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG No errors Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG
Passed BXOR Operations - opbxor
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_BXOR (bitwise excl or) operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG Reduce of MPI_BYTE Reduce of MPI_SHORT Reduce of MPI_UNSIGNED_SHORT Reduce of MPI_UNSIGNED Reduce of MPI_INT Reduce of MPI_LONG Reduce of MPI_UNSIGNED_LONG Reduce of MPI_LONG_LONG No errors
Passed Barrier intercommunicators - icbarrier
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
This test checks that MPI_Barrier() accepts intercommunicators. It does not check for the semantics of a intercomm barrier (all processes in the local group can exit when (but not before) all processes in the remote group enter the barrier.
No errors
Passed Bcast basic - bcast2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Test broadcast with various roots, datatypes, and communicators.
No errors
Passed Bcast intercommunicators - icbcast
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Broadcast test using a selection of intercommunicators and increasing array sizes.
No errors
Passed Bcast intermediate - bcast3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Test broadcast with various roots, datatypes, sizes that are not powers of two, larger message sizes, and communicators.
No errors
Passed Bcast sizes - bcasttest
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Tests MPI_Bcast() repeatedly using MPI_INT with a selection of data sizes.
No errors
Passed Bcast zero types - bcastzerotype
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Tests broadcast behavior with non-zero counts but zero-sized types.
No errors
Passed Collectives array-of-struct - coll12
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests various calls to MPI_Reduce(), MPI_Bcast(), and MPI_Allreduce() using arrays of structs.
No errors
Passed Exscan basic - exscan2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Simple test of MPI_Exscan() using single element int arrays.
No errors
Passed Exscan communicators - exscan
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Tests MPI_Exscan() using int arrays and a selection of communicators and array sizes. Includes tests using MPI_IN_PLACE.
No errors
Passed Extended collectives - collectives
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Checks if "extended collectives" are supported, i.e., collective operations with MPI-2 intercommunicators.
No errors
Passed Gather 2D - coll2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This test uses MPI_Gather() to define a two-dimensional table.
No errors
Passed Gather basic - gather2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This tests gathers data from a vector to contiguous datatype using doubles for a selection of communicators and array sizes. Includes test for zero length gather using MPI_IN_PLACE.
No errors
Passed Gather communicators - gather
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test gathers data from a vector to contiguous datatype using a double vector for a selection of communicators. Includes a zero length gather and a test to ensure aliasing is disallowed correctly.
No errors
Passed Gather intercommunicators - icgather
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Gather test using a selection of intercommunicators and increasing array sizes.
No errors
Passed Gatherv 2D - coll3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This test uses MPI_Gatherv() to define a two-dimensional table. This test is similar to Gather test (coll/coll2).
No errors
Passed Gatherv intercommunicators - icgatherv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Gatherv test using a selection of intercommunicators and increasing array sizes.
No errors
Passed Iallreduce basic - iallred
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Simple test for MPI_Iallreduce() and MPI_Allreduce().
No errors
Passed Ibarrier - ibarrier
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test calls MPI_Ibarrier() followed by an conditional loop containing usleep(1000) and MPI_Test(). This test hung indefinitely under some MPI implementations.
No errors
Failed LAND operations - opland
Build: Passed
Execution: Failed
Exit Status: Failed with signal 15
MPI Processes: 4
Test Description:
Test MPI_LAND (logical and) operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Assertion failed in file ../src/mpi/coll/op/opland.c at line 71: 0 Reduce of MPI_CHAR Reduce of MPI_CHAR /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x14aa40880b8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14aa4030bcd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x3c4539) [0x14aa3ea7b539] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x18b791f) [0x14aa3ff6e91f] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x2e06ef) [0x14aa3e9976ef] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x3283cf) [0x14aa3e9df3cf] /opt/cray/pe/lib64/libmpi_cray.so.12(PMPI_Reduce+0x578) [0x14aa3e9e0248] ./opland() [0x204066] /lib64/libc.so.6(__libc_start_main+0xea) [0x14aa3c90b3ea] ./opland() [0x203b5a] Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG MPICH ERROR [Rank 2] [job id 27fd0877-24f1-4cc5-b686-07379264db03] [Tue May 9 07:55:46 2023] [x1001c5s3b0n0] - Abort(1): Internal error Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT x1001c5s3b0n0.hsn0.warhawk.afrl.hpc.mil: rank 2 exited with code 1
Failed LOR operations - oplor
Build: Passed
Execution: Failed
Exit Status: Failed with signal 15
MPI Processes: 4
Test Description:
Test MPI_LOR (logical or) operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG Assertion failed in file ../src/mpi/coll/op/oplor.c at line 71: 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x1549a15dab8b] Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x1549a1065cd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x3c4539) [0x15499f7d5539] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x18b791f) [0x1549a0cc891f] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x2e06ef) [0x15499f6f16ef] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x3283cf) [0x15499f7393cf] /opt/cray/pe/lib64/libmpi_cray.so.12(PMPI_Reduce+0x578) [0x15499f73a248] ./oplor() [0x20403d] /lib64/libc.so.6(__libc_start_main+0xea) [0x15499d6653ea] ./oplor() [0x203b3a] MPICH ERROR [Rank 2] [job id 5f833af7-5eaf-4fd7-b39c-1f3845bc1e88] [Tue May 9 07:55:46 2023] [x1001c5s3b0n0] - Abort(1): Internal error x1001c5s3b0n0.hsn0.warhawk.afrl.hpc.mil: rank 2 exited with code 1
Passed LXOR operations - oplxor
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Test MPI_LXOR (logical excl or) operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_FLOAT Reduce of MPI_DOUBLE Reduce of MPI_LONG_LONG No errors
Passed MAX operations - opmax
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Test MPI_MAX operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG No errors Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG
Passed MAXLOC operations - opmaxloc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Test MPI_MAXLOC operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
No errors
Passed MIN operations - opmin
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_Min operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_LONG_LONG No errors
Passed MINLOC operations - opminloc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_MINLOC operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
No errors
Passed MScan - coll11
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests user defined collective operations for MPI_Scan(). The operations are inoutvec[i] += invec[i] op inoutvec[i] and inoutvec[i] = invec[i] op inoutvec[i] (see MPI-1.3 Message-Passing Interface section 4.9.4). The order of operation is important. Note that the computation is in process rank (in the communicator) order independant of the root process.
No errors
Passed Non-blocking basic - nonblocking4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a weak sanity test that all non-blocking collectives specified by MPI-3 are present in the library and accept arguments as expected. This test does not check for progress, matching issues, or sensible output buffer values.
No errors
Passed Non-blocking intracommunicator - nonblocking2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This is a basic test of all 17 non-blocking collective operations specified by the MPI-3 standard. It only exercises the intracommunicator functionality, does not use MPI_IN_PLACE, and only transmits/receives simple integer types with relatively small counts. It does check a few fancier issues, such as ensuring that "premature user releases" of MPI_Op and MPI_Datatype objects does not result in a segfault.
No errors
Passed Non-blocking overlapping - nonblocking3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This test attempts to execute multiple simultaneous non-blocking collective (NBC) MPI routines at the same time, and manages their completion with a variety of routines (MPI_{Wait,Test}{,_all,_any,_some}). The test also exercises a few point-to-point operations.
No errors
Passed Non-blocking wait - nonblocking
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This is a weak sanity test that all non-blocking collectives specified by MPI-3 are present in the library and take arguments as expected. Includes calls to MPI_Wait() immediately following non-blocking collective calls. This test does not check for progress, matching issues, or sensible output buffer values.
No errors
Passed Op_{create,commute,free} - op_commutative
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
A simple test of MPI_Op_Create/Commutative/free on predefined reduction operations and both commutative and non-commutative user defined operations.
No errors
Passed PROD operations - opprod
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 6
Test Description:
Test MPI_PROD operations using MPI_Reduce() on optional datatypes. Note that failing this test does not mean that there is something wrong with the MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR No errors Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR
Passed Reduce any-root user-defined - red4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This tests implements a simple matrix-matrix multiply with an arbitrary root using MPI_Reduce() on user-defined operations for a selection of communicators. This is an associative but not commutative operation. For a matrix size of matsize, the matrix is stored in C order where c(i,j) is cin[j+i*matSize].
No errors
Passed Reduce basic - reduce
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
A simple test of MPI_Reduce() with the rank of the root process shifted through each possible value using a selection of communicators.
No errors
Passed Reduce communicators user-defined - red3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This tests implements a simple matrix-matrix multiply using MPI_Reduce() on user-defined operations for a selection of communicators. This is an associative but not commutative operation. For a matrix size of matsize, the matrix is stored in C order where c(i,j) is cin[j+i*matSize].
No errors
Passed Reduce intercommunicators - icreduce
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Reduce test using a selection of intercommunicators and increasing array sizes.
No errors
Passed Reduce/Bcast multi-operation - coll8
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test repeats pairs of calls to MPI_Reduce() and MPI_Bcast() using different reduction operations and checks for errors.
No errors
Passed Reduce/Bcast user-defined - coll9
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test calls MPI_Reduce() and MPI_Bcast() with a user defined operation.
No errors
Passed Reduce_Scatter intercomm. large - redscatbkinter
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Test of reduce scatter block with large data on a selection of intercommunicators (needed in MPICH to trigger the long-data algorithm). Each processor contributes its rank + the index to the reduction, then receives the ith sum. Can be called with any number of processors.
No errors
Passed Reduce_Scatter large data - redscat3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Test of reduce scatter with large data (needed to trigger the long-data algorithm). Each processor contributes its rank + index to the reduction, then receives the "ith" sum. Can be run with any number of processors.
No errors
Passed Reduce_Scatter user-defined - redscat2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Test of reduce scatter using user-defined operations. Checks that the non-communcative operations are not commuted and that all of the operations are performed.
No errors
Passed Reduce_Scatter_block large data - redscatblk3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Test of reduce scatter block with large data (needed in MPICH to trigger the long-data algorithm). Each processor contributes its rank + the index to the reduction, then receives the ith sum. Can be called with any number of processors.
No errors
Passed Reduce_local basic - reduce_local
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
A simple test of MPI_Reduce_local(). Uses MPI_SUM as well as user defined operators on arrays of increasing size.
No errors
Passed Reduce_scatter basic - redscat
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 6
Test Description:
Test of reduce scatter. Each processor contribues its rank plus the index to the reduction, then receives the ith sum. Can be called with any number of processors.
No errors
Passed Reduce_scatter intercommunicators - redscatinter
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Test of reduce scatter with large data on a selection of intercommunicators (needed in MPICH to trigger the long-data algorithm). Each processor contributes its rank + the index to the reduction, then receives the ith sum. Can be called with any number of processors.
No errors
Failed Reduce_scatter_block basic - red_scat_block
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 8
Test Description:
Test of reduce scatter block. Each process contributes its rank plus the index to the reduction, then receives the ith sum. Can be called with any number of processors.
Found 1 errors x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Passed Reduce_scatter_block user-def - red_scat_block2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
Test of reduce scatter block using user-defined operations to check that non-commutative operations are not commuted and that all operations are performed. Can be called with any number of processors.
No errors
Passed SUM operations - opsum
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test looks at integer or integer related datatypes not required by the MPI-3.0 standard (e.g. long long) using MPI_Reduce(). Note that failure to support these datatypes is not an indication of a non-compliant MPI implementation.
Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_DOUBLE_COMPLEX Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_DOUBLE_COMPLEX Reduce of MPI_LONG_LONG Reduce of MPI_CHAR Reduce of MPI_CHAR Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_DOUBLE_COMPLEX Reduce of MPI_LONG_LONG Reduce of MPI_SIGNED_CHAR Reduce of MPI_UNSIGNED_CHAR Reduce of MPI_DOUBLE_COMPLEX Reduce of MPI_LONG_LONG No errors
Passed Scan basic - scantst
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
A simple test of MPI_Scan() on predefined operations and user-defined operations with with inoutvec[i] = invec[i] op inoutvec[i] (see 4.9.4 of the MPI standard 1.3) and inoutvec[i] += invec[i] op inoutvec[i]. The order is important. Note that the computation is in process rank (in the communicator) order, independent of the root.
No errors
Passed Scatter 2D - coll4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test uses MPI_Scatter() to define a two-dimensional table. See also Gather test (coll/coll2) and Gatherv test (coll/coll3) for similar tests.
No errors
Passed Scatter basic - scatter2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This MPI_Scatter() test sends a vector and receives individual elements, except for the root process that does not receive any data.
No errors
Passed Scatter contiguous - scatter3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This MPI_Scatter() test sends contiguous data and receives a vector on some nodes and contiguous data on others. There is some evidence that some MPI implementations do not check recvcount on the root process. This test checks for that case.
No errors
Passed Scatter intercommunicators - icscatter
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Scatter test using a selection of intercommunicators and increasing array sizes.
No errors
Passed Scatter vector-to-1 - scattern
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This MPI_Scatter() test sends a vector and receives individual elements.
No errors
Passed Scatterv 2D - coll5
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test uses MPI_Scatterv() to define a two-dimensional table.
No errors
Passed Scatterv intercommunicators - icscatterv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Scatterv test using a selection of intercommunicators and increasing array sizes.
No errors
Passed Scatterv matrix - scatterv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is an example of using scatterv to send a matrix from one process to all others, with the matrix stored in Fortran order. Note the use of an explicit upper bound (UB) to enable the sources to overlap. This tests uses scatterv to make sure that it uses the datatype size and extent correctly. It requires the number of processors used in the call to MPI_Dims_create.
No errors
Passed User-defined many elements - uoplong
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 16
Test Description:
Test user-defined operations for MPI_Reduce() with a large number of elements. Added because a talk at EuroMPI'12 claimed that these failed with more than 64k elements.
Count = 1 Count = 2 Count = 4 Count = 8 Count = 16 Count = 32 Count = 64 Count = 128 Count = 256 Count = 512 Count = 1024 Count = 2048 Count = 4096 Count = 8192 Count = 16384 Count = 32768 Count = 65536 Count = 131072 Count = 262144 Count = 524288 Count = 1048576 No errors
MPI_Info Objects - Score: 100% Passed
The info tests emphasize the MPI Info object functionality.
Passed MPI_Info_delete basic - infodel
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test exercises the MPI_Info_delete() function.
No errors
Passed MPI_Info_dup basic - infodup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test exercises the MPI_Info_dup() function.
No errors
Passed MPI_Info_get basic - infoenv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This is a simple test of the MPI_Info_get() function.
No errors
Passed MPI_Info_get ext. ins/del - infomany2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test of info that makes use of the extended handles, including inserts and deletes.
No errors
Passed MPI_Info_get extended - infomany
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test of info that makes use of the extended handles.
No errors
Passed MPI_Info_get ordered - infoorder
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This is a simple test that illustrates how named keys are ordered.
No errors
Passed MPI_Info_get_valuelen basic - infovallen
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple info set and get_valuelen test.
No errors
Passed MPI_Info_set/get basic - infotest
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple info set and get test.
No errors
Dynamic Process Management - Score: 93% Passed
This group features tests that add processes to a running communicator, joining separately started applications, then handling faults/failures.
Passed Creation group intercomm test - pgroup_intercomm_test
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
In this test processes create an intracommunicator, and creation is collective only on the members of the new communicator, not on the parent communicator. This is accomplished by building up and merging intercommunicators starting with MPI_COMM_SELF for each process involved.
No errors
Passed MPI spawn test with threads - taskmaster
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Create a thread for each task. Each thread will spawn a child process to perform its task.
No errors
Passed MPI spawn-connect-accept - spaconacc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Spawns two processes, one connecting and one accepting. It synchronizes with each then waits for them to connect and accept.
init. No errors
Passed MPI spawn-connect-accept send/recv - spaconacc2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Spawns two processes, one connecting and one accepting. It synchronizes with each then waits for them to connect and accept. The connector and acceptor respectively send and receive some data.
init. No errors
Passed MPI_Comm_accept basic - selfconacc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This tests exercises MPI_Open_port(), MPI_Comm_accept(), and MPI_Comm_disconnect().
init. init. size. rank. open_port. 0: opened port: <746167233024636f6e6e656e74727923303230303942464230413936303141303030303030303030303030303030303024> send. size. rank. recv. accept. 1: received port: <746167233024636f6e6e656e74727923303230303942464230413936303141303030303030303030303030303030303024> connect. close_port. disconnect. disconnect. No errors
Passed MPI_Comm_connect 2 processes - multiple_ports
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
This test checks to make sure that two MPI_Comm_connects to two different MPI ports match their corresponding MPI_Comm_accepts.
0: opening ports. 1: receiving port. 2: receiving port. 0: opened port1: <746167233024636f6e6e656e74727923303230303838304130413936303141303030303030303030303030303030303024> 0: opened port2: <746167233124636f6e6e656e74727923303230303838304130413936303141303030303030303030303030303030303024> 0: sending ports. 1: received port1: <746167233024636f6e6e656e74727923303230303838304130413936303141303030303030303030303030303030303024> 1: connecting. 0: accepting port2. 2: received port2: <746167233124636f6e6e656e74727923303230303838304130413936303141303030303030303030303030303030303024> 2: connecting. 0: accepting port1. 0: closing ports. 2: disconnecting. 0: sending 1 to process 1. 0: sending 2 to process 2. 0: disconnecting. 1: disconnecting. No errors
Passed MPI_Comm_connect 3 processes - multiple_ports2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test checks to make sure that three MPI_Comm_connections to three different MPI ports match their corresponding MPI_Comm_accepts.
0: opening ports. 1: receiving port. 1: received port1: <746167233024636f6e6e656e74727923303230303938364530413936303141303030303030303030303030303030303024> 1: connecting. 2: receiving port. 0: opened port1: <746167233024636f6e6e656e74727923303230303938364530413936303141303030303030303030303030303030303024> 0: opened port2: <746167233124636f6e6e656e74727923303230303938364530413936303141303030303030303030303030303030303024> 0: opened port3: <746167233224636f6e6e656e74727923303230303938364530413936303141303030303030303030303030303030303024> 0: sending ports. 3: receiving port. 0: accepting port3. 2: received port2: <746167233124636f6e6e656e74727923303230303938364530413936303141303030303030303030303030303030303024> 2: connecting. 2: received port2: <2f6c696e75782f636f6d70696c65722f6f6d70696c65722f> 3: connecting. 0: accepting port2. 0: accepting port1. 0: closing ports. 0: sending 1 to process 1. 0: sending 2 to process 2. 0: sending 3 to process 3. 0: disconnecting. 2: disconnecting. 1: disconnecting. 3: disconnecting. No errors
Passed MPI_Comm_disconnect basic - disconnect
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
A simple test of Comm_disconnect with a master and 2 spawned ranks.
calling finalize No errors calling finalize calling finalize
Passed MPI_Comm_disconnect send0-1 - disconnect2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
A test of Comm_disconnect with a master and 2 spawned ranks, after sending from rank 0 to 1.
No errors calling finalize calling finalize calling finalize
Passed MPI_Comm_disconnect send1-2 - disconnect3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
A test of Comm_disconnect with a master and 2 spawned ranks, after sending from rank 1 to 2.
No errors calling finalize calling finalize calling finalize
Passed MPI_Comm_disconnect-reconnect basic - disconnect_reconnect
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
A simple test of Comm_connect/accept/disconnect.
No errors [2113600] calling finalize [2113600] calling finalize [2113600] calling finalize
Passed MPI_Comm_disconnect-reconnect groups - disconnect_reconnect3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
This test tests the disconnect code for processes that span process groups. This test spawns a group of processes and then merges them into a single communicator. Then the single communicator is split into two communicators, one containing the even ranks and the other the odd ranks. Then the two new communicators do MPI_Comm_accept/connect/disconnect calls in a loop. The even group does the accepting while the odd group does the connecting.
No errors calling finalize calling finalize calling finalize
Passed MPI_Comm_disconnect-reconnect repeat - disconnect_reconnect2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
This test spawns two child jobs and has them open a port and connect to each other. The two children repeatedly connect, accept, and disconnect from each other.
init. init. init. No errors No errors No errors
Passed MPI_Comm_join basic - join
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
A simple test of Comm_join.
No errors
Passed MPI_Comm_spawn basic - spawn1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A simple test of Comm_spawn.
No errors
Passed MPI_Comm_spawn complex args - spawnargv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A simple test of Comm_spawn, with complex arguments.
No errors
Passed MPI_Comm_spawn inter-merge - spawnintra
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
A simple test of Comm_spawn, followed by intercomm merge.
No errors
Passed MPI_Comm_spawn many args - spawnmanyarg
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A simple test of Comm_spawn, with many arguments.
No errors
Passed MPI_Comm_spawn repeat - spawn2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A simple test of Comm_spawn, called twice.
No errors
Passed MPI_Comm_spawn with info - spawninfo1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A simple test of Comm_spawn with info.
No errors
Passed MPI_Comm_spawn_multiple appnum - spawnmult2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This tests spawn_mult by using the same executable and no command-line options. The attribute MPI_APPNUM is used to determine which executable is running.
No errors
Passed MPI_Comm_spawn_multiple basic - spawnminfo1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A simple test of Comm_spawn_multiple with info.
No errors
Passed MPI_Intercomm_create - spaiccreate
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Use Spawn to create an intercomm, then create a new intercomm that includes processes not in the initial spawn intercomm.This test ensures that spawned processes are able to communicate with processes that were not in the communicator from which they were spawned.
No errors
Passed MPI_Publish_name basic - namepub
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test confirms the functionality of MPI_Open_port() and MPI_Publish_name().
PE 0: MPICH Warning: MPICH_DPM_DIR not set, trying HOME directory. See intro_mpi man page for more details. PE 1: MPICH Warning: MPICH_DPM_DIR not set, trying HOME directory. See intro_mpi man page for more details. No errors
Failed Multispawn - multispawn
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
This (is a placeholder for a) test that creates 4 threads, each of which does a concurrent spawn of 4 more processes, for a total of 17 MPI processes. The resulting intercomms are tested for consistency (to ensure that the spawns didn't get confused among the threads). As an option, it will time the Spawn calls. If the spawn calls block the calling thread, this may show up in the timing of the calls.
Assertion failed in file ../src/mpid/ch4/netmod/ofi/ofi_spawn.c at line 753: 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x14cf68f70b8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14cf689fbcd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1f12da8) [0x14cf68cb9da8] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91c19) [0x14cf68a38c19] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91f44) [0x14cf68a38f44] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Comm_spawn+0x1e2) [0x14cf686269f2] ./multispawn() [0x203fc3] ./multispawn() [0x204123] /lib64/libc.so.6(__libc_start_main+0xea) [0x14cf64ffb3ea] ./multispawn() [0x203eba] MPICH ERROR [Rank 0] [job id 0ad984a8-51bf-4622-a5c8-b009ea33da39] [Tue May 9 07:56:35 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Passed Process group creation - pgroup_connect_test
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
In this test, processes create an intracommunicator, and creation is collective only on the members of the new communicator, not on the parent communicator. This is accomplished by building up and merging intercommunicators using Connect/Accept to merge with a master/controller process.
No errors
Failed Taskmaster threaded - th_taskmaster
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
This is a simple test that creates threads to verifiy compatibility between MPI and the pthread library.
Assertion failed in file ../src/mpid/ch4/netmod/ofi/ofi_spawn.c at line 753: 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x149096dafb8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14909683acd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1f12da8) [0x149096af8da8] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91c19) [0x149096877c19] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91f44) [0x149096877f44] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Comm_spawn+0x1e2) [0x1490964659f2] ./th_taskmaster() [0x204106] ./th_taskmaster() [0x20428f] /lib64/libpthread.so.0(+0x8539) [0x1490931d9539] /lib64/libc.so.6(clone+0x3f) [0x149092f11cff] MPICH ERROR [Rank 0] [job id fd9aa424-98e4-45b7-9f54-8007f1003feb] [Tue May 9 07:56:44 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Threads - Score: 92% Passed
This group features tests that utilize thread compliant MPI implementations. This includes the threaded environment provided by MPI-3.0, as well as POSIX compliant threaded libraries such as PThreads.
Passed Alltoall threads - alltoall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
The LISTENER THREAD waits for communication from any source (including calling thread) messages which it receives that has tag REQ_TAG. Each thread enters an infinite loop that will stop only if every node in the MPI_COMM_WORLD sends a message containing -1.
No errors
Passed MPI_T multithreaded - mpit_threading
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is adapted from test/mpi/mpi_t/mpit_vars.c. But this is a multithreading version in which multiple threads will call MPI_T routines.
With verbose set, thread 0 will prints out MPI_T control variables, performance variables and their categories.
109 MPI Control Variables MPIR_CVAR_REDUCE_SCATTER_COMMUTATIVE_LONG_MSG_SIZE=524288 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_SCATTER_MAX_COMMSIZE=1000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NETWORK_BUFFER_COLL_OPT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SYNC_FREQ=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_BLK_SIZE=16384 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_CHUNKING_MAX_NODES=90 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHER_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHERV_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALLV_THROTTLE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_ONLY_TREE=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTERNODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTRANODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_COLL_OPT_OFF SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_COLL_SYNC SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SHORT_MSG=131072 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNCHRONOUS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHARED_MEM_COLL_OPT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_GPU_STAGING_THRESHOLD=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_BUF_SIZE=262144 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_ABORT_ON_RW_ERROR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_STRIDE=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_CB_ALIGN=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DVS_MAXNODES=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_IRECV=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_ISEND=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_SIZE_ISEND=10485760 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_INTERVAL_MSEC SCOPE_READONLY NO_OBJECT MPI_UNSIGNED_LONG VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS_SCALE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIME_WAITS=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_WRITE_EXIT_BARRIER=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DS_WRITE_CRAY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_CONNECT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_NODES_AGGREGATOR=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_DPM_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SINGLE_HOST_ENABLED=1 SCOPE_ALL_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_XRCD_BASE_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_MAPPING SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NUM_NICS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SELECTION=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SYMMETRY_TEST=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_RMA_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_DEFAULT_TCLASS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_TCLASS_ERRORS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_UCX_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_UCX_RC_MAX_RANKS=7 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_MODE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_SIZE=8192 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHM_PROGRESS_MAX_BATCH_SIZE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CH4_RMA_THREAD_HOT=0 SCOPE_GROUP_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ABORT_ON_ERROR=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CPUMASK_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENV_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OPTIMIZED_MEMCPY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_VERBOSITY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_METHOD=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_SYSTEM_MEMCPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_VERSION_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_GPU_STREAM_TRIGGERED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NUM_MAX_GPU_STREAMS=27 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEMCPY_MEM_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MSG_QUEUE_DBG=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_BUFFER_ALIAS_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_INTERNAL_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_PG_SZ SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_OPT_THREAD_SYNC=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_THREAD_YIELD_FREQ=10000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEM_DEBUG_FNAME SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MALLOC_FALLBACK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_DIRECT_GPU_ACCESS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_G2G_PIPELINE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_MANAGED_MEMORY_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_AREA_OPT=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_REGISTER_SHARED_MEM_REGION=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_ENABLED=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_THRESHOLD=1024 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_PROTOCOL SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GPU_NO_ASYNC_COPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENABLE_YAKSA=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_DEVICE_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_REGISTER_HOST_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_ALLREDUCE_USE_KERNEL=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_MAX_PENDING=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_SHM_ACCUMULATE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC 0 MPI Performance Variables 24 MPI_T categories Category COLLECTIVE has 32 control variables, 0 performance variables, 0 subcategories Category COMMUNICATOR has 0 control variables, 0 performance variables, 0 subcategories Category DATALOOP has 0 control variables, 0 performance variables, 0 subcategories Category ERROR_HANDLING has 0 control variables, 0 performance variables, 0 subcategories Category THREADS has 0 control variables, 0 performance variables, 0 subcategories Category DEBUGGER has 0 control variables, 0 performance variables, 0 subcategories Category DEVELOPER has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_MPIIO has 20 control variables, 0 performance variables, 0 subcategories Category DIMS has 0 control variables, 0 performance variables, 0 subcategories Category PROCESS_MANAGER has 1 control variables, 0 performance variables, 0 subcategories Category MEMORY has 0 control variables, 0 performance variables, 0 subcategories Category NODEMAP has 1 control variables, 0 performance variables, 0 subcategories Category REQUEST has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_GNI has 0 control variables, 0 performance variables, 0 subcategories Category NEMESIS has 0 control variables, 0 performance variables, 0 subcategories Category FT has 0 control variables, 0 performance variables, 0 subcategories Category CH3 has 0 control variables, 0 performance variables, 0 subcategories Category CH4_OFI has 12 control variables, 0 performance variables, 0 subcategories Category CH4 has 1 control variables, 0 performance variables, 0 subcategories Category CRAY_CONTROL has 17 control variables, 0 performance variables, 0 subcategories Category CRAY_DISPLAY has 7 control variables, 0 performance variables, 0 subcategories Category CRAY_DMAPP has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_GPU has 16 control variables, 0 performance variables, 0 subcategories Category CH4_UCX has 2 control variables, 0 performance variables, 0 subcategories No errors
Passed Multi-target basic - multisend
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Run concurrent sends to a single target process. Stresses an implementation that permits concurrent sends to different targets.
No errors
Passed Multi-target many - multisend2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Run concurrent sends to different target processes. Stresses an implementation that permits concurrent sends to different targets.
buf size 1: time 0.000128 buf size 2: time 0.000009 buf size 4: time 0.000009 buf size 8: time 0.000008 buf size 16: time 0.000008 buf size 32: time 0.000008 buf size 64: time 0.000020 buf size 128: time 0.000010 buf size 256: time 0.000009 buf size 512: time 0.000011 buf size 1024: time 0.000012 buf size 2048: time 0.000019 buf size 4096: time 0.000043 buf size 8192: time 0.000041 buf size 16384: time 0.000052 buf size 32768: time 0.000057 buf size 65536: time 0.000072 buf size 131072: time 0.000071 buf size 262144: time 0.000101 buf size 524288: time 0.000172 No errors
Passed Multi-target non-blocking - multisend3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Run concurrent sends to different target processes. Stresses an implementation that permits concurrent sends to different targets. Uses non-blocking sends, and have a single thread complete all I/O.
buf address 0x153688000b10 (size 2640000) buf address 0x153680000b10 (size 2640000) buf address 0x15367c000b10 (size 2640000) buf address 0x153678000b10 (size 2640000) buf size 4: time 0.001282 buf size 8: time 0.000028 buf size 16: time 0.000019 buf size 32: time 0.000021 buf size 64: time 0.000022 buf size 128: time 0.000021 buf size 256: time 0.000107 buf size 512: time 0.000018 buf size 1024: time 0.000018 buf size 2048: time 0.000023 buf size 4096: time 0.000025 buf size 8192: time 0.000023 buf size 16384: time 0.000130 buf size 32768: time 0.000034 buf size 65536: time 0.000041 buf size 131072: time 0.000063 buf size 262144: time 0.000115 buf size 524288: time 0.000377 buf size 1048576: time 0.000455 buf size 2097152: time 0.000962 No errors
Passed Multi-target non-blocking send/recv - multisend4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
Run concurrent sends to different target processes. Stresses an implementation that permits concurrent sends to different targets. Uses non-blocking sends and recvs, and have a single thread complete all I/O.
buf size 1: time 0.000867 buf size 1: time 0.000875 buf size 1: time 0.000856 buf size 1: time 0.000867 buf size 1: time 0.000877 buf size 2: time 0.000066 buf size 2: time 0.000081 buf size 2: time 0.000074 buf size 2: time 0.000080 buf size 2: time 0.000081 buf size 4: time 0.000116 buf size 4: time 0.000123 buf size 4: time 0.000123 buf size 4: time 0.000113 buf size 4: time 0.000122 buf size 8: time 0.000042 buf size 8: time 0.000042 buf size 8: time 0.000042 buf size 8: time 0.000044 buf size 8: time 0.000044 buf size 16: time 0.000042 buf size 16: time 0.000046 buf size 16: time 0.000046 buf size 16: time 0.000047 buf size 16: time 0.000045 buf size 32: time 0.000046 buf size 32: time 0.000043 buf size 32: time 0.000045 buf size 32: time 0.000047 buf size 32: time 0.000047 buf size 64: time 0.000127 buf size 64: time 0.000130 buf size 64: time 0.000131 buf size 64: time 0.000129 buf size 64: time 0.000131 buf size 128: time 0.000040 buf size 128: time 0.000039 buf size 128: time 0.000039 buf size 128: time 0.000040 buf size 128: time 0.000038 buf size 256: time 0.000047 buf size 256: time 0.000046 buf size 256: time 0.000049 buf size 256: time 0.000051 buf size 256: time 0.000047 buf size 512: time 0.000054 buf size 512: time 0.000054 buf size 512: time 0.000054 buf size 512: time 0.000055 buf size 512: time 0.000053 buf size 1024: time 0.000062 buf size 1024: time 0.000065 buf size 1024: time 0.000067 buf size 1024: time 0.000062 buf size 1024: time 0.000062 buf size 2048: time 0.000059 buf size 2048: time 0.000063 buf size 2048: time 0.000062 buf size 2048: time 0.000064 buf size 2048: time 0.000062 buf size 4096: time 0.000161 buf size 4096: time 0.000162 buf size 4096: time 0.000165 buf size 4096: time 0.000164 buf size 4096: time 0.000164 buf size 8192: time 0.000392 buf size 8192: time 0.000396 buf size 8192: time 0.000399 buf size 8192: time 0.000399 buf size 8192: time 0.000402 buf size 16384: time 0.000146 buf size 16384: time 0.000149 buf size 16384: time 0.000145 buf size 16384: time 0.000153 buf size 16384: time 0.000155 buf size 32768: time 0.000274 buf size 32768: time 0.000273 buf size 32768: time 0.000272 buf size 32768: time 0.000278 buf size 32768: time 0.000282 buf size 65536: time 0.000477 buf size 65536: time 0.000483 buf size 65536: time 0.000480 buf size 65536: time 0.000487 buf size 65536: time 0.000489 buf size 131072: time 0.000575 buf size 131072: time 0.000546 buf size 131072: time 0.000573 buf size 131072: time 0.000559 buf size 131072: time 0.000577 buf size 262144: time 0.000889 buf size 262144: time 0.000890 buf size 262144: time 0.000888 buf size 262144: time 0.000889 buf size 262144: time 0.000893 buf size 524288: time 0.001694 buf size 524288: time 0.001687 buf size 524288: time 0.001695 buf size 524288: time 0.001693 buf size 524288: time 0.001694 No errors
Passed Multi-target self - sendselfth
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Send to self in a threaded program.
No errors
Passed Multi-threaded [non]blocking - threads
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
The tests blocking and non-blocking capability within MPI.
Using MPI_PROC_NULL ------------------- Threads: 1; Latency: 0.014; Mrate: 70.445 Threads: 2; Latency: 1.308; Mrate: 1.529 Threads: 3; Latency: 2.120; Mrate: 1.415 Threads: 4; Latency: 3.070; Mrate: 1.303 Blocking communication with message size 0 bytes ------------------------------------------------------ Threads: 1; Latency: 0.500; Mrate: 1.999 Threads: 2; Latency: 6.675; Mrate: 0.300 Threads: 3; Latency: 9.783; Mrate: 0.307 Threads: 4; Latency: 11.295; Mrate: 0.354 Blocking communication with message size 1 bytes ------------------------------------------------------ Threads: 1; Latency: 0.512; Mrate: 1.952 Threads: 2; Latency: 6.870; Mrate: 0.291 Threads: 3; Latency: 11.133; Mrate: 0.269 Threads: 4; Latency: 12.487; Mrate: 0.320 Blocking communication with message size 4 bytes ------------------------------------------------------ Threads: 1; Latency: 0.506; Mrate: 1.978 Threads: 2; Latency: 6.688; Mrate: 0.299 Threads: 3; Latency: 10.879; Mrate: 0.276 Threads: 4; Latency: 14.797; Mrate: 0.270 Blocking communication with message size 16 bytes ------------------------------------------------------ Threads: 1; Latency: 0.505; Mrate: 1.981 Threads: 2; Latency: 6.678; Mrate: 0.299 Threads: 3; Latency: 11.167; Mrate: 0.269 Threads: 4; Latency: 10.697; Mrate: 0.374 Blocking communication with message size 64 bytes ------------------------------------------------------ Threads: 1; Latency: 0.502; Mrate: 1.991 Threads: 2; Latency: 6.965; Mrate: 0.287 Threads: 3; Latency: 9.466; Mrate: 0.317 Threads: 4; Latency: 14.861; Mrate: 0.269 Blocking communication with message size 256 bytes ------------------------------------------------------ Threads: 1; Latency: 0.655; Mrate: 1.527 Threads: 2; Latency: 6.879; Mrate: 0.291 Threads: 3; Latency: 11.012; Mrate: 0.272 Threads: 4; Latency: 15.068; Mrate: 0.265 Blocking communication with message size 1024 bytes ------------------------------------------------------ Threads: 1; Latency: 0.662; Mrate: 1.510 Threads: 2; Latency: 6.887; Mrate: 0.290 Threads: 3; Latency: 11.132; Mrate: 0.269 Threads: 4; Latency: 15.453; Mrate: 0.259 Non-blocking communication with message size 0 bytes ---------------------------------------------------------- Threads: 1; Latency: 0.518; Mrate: 1.932 Threads: 2; Latency: 4.988; Mrate: 0.401 Threads: 3; Latency: 7.940; Mrate: 0.378 Threads: 4; Latency: 12.453; Mrate: 0.321 Non-blocking communication with message size 1 bytes ---------------------------------------------------------- Threads: 1; Latency: 0.504; Mrate: 1.983 Threads: 2; Latency: 4.682; Mrate: 0.427 Threads: 3; Latency: 8.790; Mrate: 0.341 Threads: 4; Latency: 12.537; Mrate: 0.319 Non-blocking communication with message size 4 bytes ---------------------------------------------------------- Threads: 1; Latency: 0.506; Mrate: 1.975 Threads: 2; Latency: 4.645; Mrate: 0.431 Threads: 3; Latency: 8.440; Mrate: 0.355 Threads: 4; Latency: 12.623; Mrate: 0.317 Non-blocking communication with message size 16 bytes ---------------------------------------------------------- Threads: 1; Latency: 0.506; Mrate: 1.976 Threads: 2; Latency: 4.694; Mrate: 0.426 Threads: 3; Latency: 9.017; Mrate: 0.333 Threads: 4; Latency: 12.465; Mrate: 0.321 Non-blocking communication with message size 64 bytes ---------------------------------------------------------- Threads: 1; Latency: 0.508; Mrate: 1.967 Threads: 2; Latency: 4.738; Mrate: 0.422 Threads: 3; Latency: 8.743; Mrate: 0.343 Threads: 4; Latency: 11.333; Mrate: 0.353 Non-blocking communication with message size 256 bytes ---------------------------------------------------------- Threads: 1; Latency: 0.519; Mrate: 1.925 Threads: 2; Latency: 5.537; Mrate: 0.361 Threads: 3; Latency: 9.809; Mrate: 0.306 Threads: 4; Latency: 12.508; Mrate: 0.320 Non-blocking communication with message size 1024 bytes ---------------------------------------------------------- Threads: 1; Latency: 0.653; Mrate: 1.532 Threads: 2; Latency: 5.688; Mrate: 0.352 Threads: 3; Latency: 9.682; Mrate: 0.310 Threads: 4; Latency: 13.303; Mrate: 0.301 No errors
Passed Multi-threaded send/recv - threaded_sr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
The buffer size needs to be large enough to cause the rndv protocol to be used. If the MPI provider doesn't use a rndv protocol then the size doesn't matter.
No errors
Passed Multiple threads context dup - ctxdup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates communicators concurrently in different threads.
No errors
Passed Multiple threads context idup - ctxidup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates communicators concurrently, non-blocking, in different threads.
No errors
Passed Multiple threads dup leak - dup_leak_test
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test repeatedly duplicates and frees communicators with multiple threads concurrently to stress the multithreaded aspects of the context ID allocation code. Thanks to IBM for providing the original version of this test.
No errors
Failed Multispawn - multispawn
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
This (is a placeholder for a) test that creates 4 threads, each of which does a concurrent spawn of 4 more processes, for a total of 17 MPI processes. The resulting intercomms are tested for consistency (to ensure that the spawns didn't get confused among the threads). As an option, it will time the Spawn calls. If the spawn calls block the calling thread, this may show up in the timing of the calls.
Assertion failed in file ../src/mpid/ch4/netmod/ofi/ofi_spawn.c at line 753: 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x14cf68f70b8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14cf689fbcd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1f12da8) [0x14cf68cb9da8] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91c19) [0x14cf68a38c19] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91f44) [0x14cf68a38f44] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Comm_spawn+0x1e2) [0x14cf686269f2] ./multispawn() [0x203fc3] ./multispawn() [0x204123] /lib64/libc.so.6(__libc_start_main+0xea) [0x14cf64ffb3ea] ./multispawn() [0x203eba] MPICH ERROR [Rank 0] [job id 0ad984a8-51bf-4622-a5c8-b009ea33da39] [Tue May 9 07:56:35 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Passed Simple thread comm dup - comm_dup_deadlock
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of threads in MPI with communicator duplication.
No errors
Passed Simple thread comm idup - comm_idup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of threads in MPI with non-blocking communicator duplication.
No Errors
Passed Simple thread finalize - initth
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
The test here is a simple one that Finalize exits, so the only action is to write no error.
No errors
Passed Simple thread initialize - initth2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
The test initializes a thread, then calls MPI_Finalize() and prints "No errors".
No errors
Failed Taskmaster threaded - th_taskmaster
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
This is a simple test that creates threads to verifiy compatibility between MPI and the pthread library.
Assertion failed in file ../src/mpid/ch4/netmod/ofi/ofi_spawn.c at line 753: 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x149096dafb8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14909683acd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1f12da8) [0x149096af8da8] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91c19) [0x149096877c19] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91f44) [0x149096877f44] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Comm_spawn+0x1e2) [0x1490964659f2] ./th_taskmaster() [0x204106] ./th_taskmaster() [0x20428f] /lib64/libpthread.so.0(+0x8539) [0x1490931d9539] /lib64/libc.so.6(clone+0x3f) [0x149092f11cff] MPICH ERROR [Rank 0] [job id fd9aa424-98e4-45b7-9f54-8007f1003feb] [Tue May 9 07:56:44 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Passed Thread Group creation - comm_create_threads
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Every thread paticipates in a distinct MPI_Comm_create group, distinguished by its thread-id (used as the tag). Threads on even ranks join an even comm and threads on odd ranks join the odd comm.
No errors
Passed Thread/RMA interaction - multirma
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This is a simple test of threads in MPI.
No errors
Passed Threaded group - comm_create_group_threads
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
In this test a number of threads are created with a distinct MPI communicator (or comm) group distinguished by its thread-id (used as a tag). Threads on even ranks join an even comm and threads on odd ranks join the odd comm.
No errors
Passed Threaded ibsend - ibsend
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This program performs a short test of MPI_BSEND in a multithreaded environment. It starts a single receiver thread that expects NUMSENDS messages and NUMSENDS sender threads, that use MPI_Bsend to send a message of size MSGSIZE to its right neigbour or rank 0 if (my_rank==comm_size-1), i.e. target_rank = (my_rank+1)%size.
After all messages have been received, the receiver thread prints a message, the threads are joined into the main thread and the application terminates.
No Errors
Passed Threaded request - greq_test
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Threaded generalized request tests.
Post Init ... Starting work in thread ... Testing ... Work in thread done !!! Testing ... Starting work in thread ... Work in thread done !!! Testing ... Starting work in thread ... Work in thread done !!! Goodbye !!! No errors
Passed Threaded wait/test - greq_wait
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Threaded wait/test request tests.
Post Init ... Waiting ... Starting work in thread ... Work in thread done !!! Waiting ... Starting work in thread ... Work in thread done !!! Waiting ... Starting work in thread ... Work in thread done !!! Goodbye !!! No errors
MPI-Toolkit Interface - Score: 80% Passed
This group features tests that involve the MPI Tool interface available in MPI-3.0 and higher.
Passed MPI_T 3.1 get index call - mpit_get_index
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests that the MPI 3.1 Toolkit interface *_get_index name lookup functions work as expected.
No errors
Passed MPI_T cycle variables - mpit_vars
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
To print out all MPI_T control variables, performance variables and their categories in the MPI implementation.
109 MPI Control Variables MPIR_CVAR_REDUCE_SCATTER_COMMUTATIVE_LONG_MSG_SIZE=524288 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_SCATTER_MAX_COMMSIZE=1000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NETWORK_BUFFER_COLL_OPT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SYNC_FREQ=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_BLK_SIZE=16384 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_CHUNKING_MAX_NODES=90 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHER_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHERV_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALLV_THROTTLE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_ONLY_TREE=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTERNODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTRANODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_COLL_OPT_OFF SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_COLL_SYNC SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SHORT_MSG=131072 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNCHRONOUS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHARED_MEM_COLL_OPT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_GPU_STAGING_THRESHOLD=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_BUF_SIZE=262144 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_ABORT_ON_RW_ERROR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_STRIDE=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_CB_ALIGN=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DVS_MAXNODES=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_IRECV=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_ISEND=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_SIZE_ISEND=10485760 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_INTERVAL_MSEC SCOPE_READONLY NO_OBJECT MPI_UNSIGNED_LONG VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS_SCALE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIME_WAITS=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_WRITE_EXIT_BARRIER=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DS_WRITE_CRAY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_CONNECT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_NODES_AGGREGATOR=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_DPM_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SINGLE_HOST_ENABLED=1 SCOPE_ALL_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_XRCD_BASE_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_MAPPING SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NUM_NICS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SELECTION=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SYMMETRY_TEST=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_RMA_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_DEFAULT_TCLASS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_TCLASS_ERRORS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_UCX_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_UCX_RC_MAX_RANKS=7 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_MODE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_SIZE=8192 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHM_PROGRESS_MAX_BATCH_SIZE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CH4_RMA_THREAD_HOT=0 SCOPE_GROUP_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ABORT_ON_ERROR=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CPUMASK_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENV_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OPTIMIZED_MEMCPY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_VERBOSITY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_METHOD=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_SYSTEM_MEMCPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_VERSION_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_GPU_STREAM_TRIGGERED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NUM_MAX_GPU_STREAMS=27 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEMCPY_MEM_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MSG_QUEUE_DBG=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_BUFFER_ALIAS_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_INTERNAL_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_PG_SZ SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_OPT_THREAD_SYNC=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_THREAD_YIELD_FREQ=10000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEM_DEBUG_FNAME SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MALLOC_FALLBACK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_DIRECT_GPU_ACCESS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_G2G_PIPELINE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_MANAGED_MEMORY_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_AREA_OPT=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_REGISTER_SHARED_MEM_REGION=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_ENABLED=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_THRESHOLD=1024 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_PROTOCOL SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GPU_NO_ASYNC_COPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENABLE_YAKSA=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_DEVICE_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_REGISTER_HOST_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_ALLREDUCE_USE_KERNEL=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_MAX_PENDING=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_SHM_ACCUMULATE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC 0 MPI Performance Variables 24 MPI_T categories Category COLLECTIVE has 32 control variables, 0 performance variables, 0 subcategories Description: A category for collective communication variables. Category COMMUNICATOR has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control communicator construction and operation Category DATALOOP has 0 control variables, 0 performance variables, 0 subcategories Description: Dataloop-related CVARs Category ERROR_HANDLING has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control error handling behavior (stack traces, aborts, etc) Category THREADS has 0 control variables, 0 performance variables, 0 subcategories Description: multi-threading cvars Category DEBUGGER has 0 control variables, 0 performance variables, 0 subcategories Description: cvars relevant to the "MPIR" debugger interface Category DEVELOPER has 0 control variables, 0 performance variables, 0 subcategories Description: useful for developers working on MPICH itself Category CRAY_MPIIO has 20 control variables, 0 performance variables, 0 subcategories Description: A category for variables that control Cray's MPI-IO technology. Category DIMS has 0 control variables, 0 performance variables, 0 subcategories Description: Dims_create cvars Category PROCESS_MANAGER has 1 control variables, 0 performance variables, 0 subcategories Description: cvars that control the client-side process manager code Category MEMORY has 0 control variables, 0 performance variables, 0 subcategories Description: affects memory allocation and usage, including MPI object handles Category NODEMAP has 1 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of nodemap Category REQUEST has 0 control variables, 0 performance variables, 0 subcategories Description: A category for requests mangement variables Category CRAY_GNI has 0 control variables, 0 performance variables, 0 subcategories Description: A category for variables that control Cray's GNI technology. Category NEMESIS has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of the ch3:nemesis channel Category FT has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of fault tolerance Category CH3 has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of ch3 Category CH4_OFI has 12 control variables, 0 performance variables, 0 subcategories Description: A category for CH4 OFI netmod variables Category CH4 has 1 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of the CH4 device Category CRAY_CONTROL has 17 control variables, 0 performance variables, 0 subcategories Description: A category for variables that control the flow of Cray MPICH Category CRAY_DISPLAY has 7 control variables, 0 performance variables, 0 subcategories Description: A category for variables that enable displaying of system details. Has no effect on the flow of Cray MPICH. Category CRAY_DMAPP has 0 control variables, 0 performance variables, 0 subcategories Description: A category for variables that are specific to Cray DMAPP technology. Category CRAY_GPU has 16 control variables, 0 performance variables, 0 subcategories Description: A category for variables that affect Cray's GPU support Category CH4_UCX has 2 control variables, 0 performance variables, 0 subcategories Description: No errors
Passed MPI_T multithreaded - mpit_threading
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is adapted from test/mpi/mpi_t/mpit_vars.c. But this is a multithreading version in which multiple threads will call MPI_T routines.
With verbose set, thread 0 will prints out MPI_T control variables, performance variables and their categories.
109 MPI Control Variables MPIR_CVAR_REDUCE_SCATTER_COMMUTATIVE_LONG_MSG_SIZE=524288 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_SCATTER_MAX_COMMSIZE=1000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NETWORK_BUFFER_COLL_OPT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SYNC_FREQ=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_BLK_SIZE=16384 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_CHUNKING_MAX_NODES=90 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHER_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHERV_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALLV_THROTTLE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_ONLY_TREE=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTERNODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTRANODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_COLL_OPT_OFF SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_COLL_SYNC SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SHORT_MSG=131072 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNCHRONOUS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHARED_MEM_COLL_OPT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_GPU_STAGING_THRESHOLD=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_BUF_SIZE=262144 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_ABORT_ON_RW_ERROR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_STRIDE=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_CB_ALIGN=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DVS_MAXNODES=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_IRECV=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_ISEND=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_SIZE_ISEND=10485760 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_INTERVAL_MSEC SCOPE_READONLY NO_OBJECT MPI_UNSIGNED_LONG VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS_SCALE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIME_WAITS=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_WRITE_EXIT_BARRIER=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DS_WRITE_CRAY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_CONNECT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_NODES_AGGREGATOR=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_DPM_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SINGLE_HOST_ENABLED=1 SCOPE_ALL_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_XRCD_BASE_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_MAPPING SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NUM_NICS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SELECTION=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SYMMETRY_TEST=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_RMA_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_DEFAULT_TCLASS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_TCLASS_ERRORS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_UCX_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_UCX_RC_MAX_RANKS=7 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_MODE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_SIZE=8192 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHM_PROGRESS_MAX_BATCH_SIZE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CH4_RMA_THREAD_HOT=0 SCOPE_GROUP_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ABORT_ON_ERROR=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CPUMASK_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENV_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OPTIMIZED_MEMCPY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_VERBOSITY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_METHOD=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_SYSTEM_MEMCPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_VERSION_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_GPU_STREAM_TRIGGERED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NUM_MAX_GPU_STREAMS=27 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEMCPY_MEM_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MSG_QUEUE_DBG=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_BUFFER_ALIAS_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_INTERNAL_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_PG_SZ SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_OPT_THREAD_SYNC=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_THREAD_YIELD_FREQ=10000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEM_DEBUG_FNAME SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MALLOC_FALLBACK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_DIRECT_GPU_ACCESS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_G2G_PIPELINE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_MANAGED_MEMORY_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_AREA_OPT=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_REGISTER_SHARED_MEM_REGION=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_ENABLED=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_THRESHOLD=1024 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_PROTOCOL SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GPU_NO_ASYNC_COPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENABLE_YAKSA=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_DEVICE_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_REGISTER_HOST_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_ALLREDUCE_USE_KERNEL=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_MAX_PENDING=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_SHM_ACCUMULATE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC 0 MPI Performance Variables 24 MPI_T categories Category COLLECTIVE has 32 control variables, 0 performance variables, 0 subcategories Category COMMUNICATOR has 0 control variables, 0 performance variables, 0 subcategories Category DATALOOP has 0 control variables, 0 performance variables, 0 subcategories Category ERROR_HANDLING has 0 control variables, 0 performance variables, 0 subcategories Category THREADS has 0 control variables, 0 performance variables, 0 subcategories Category DEBUGGER has 0 control variables, 0 performance variables, 0 subcategories Category DEVELOPER has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_MPIIO has 20 control variables, 0 performance variables, 0 subcategories Category DIMS has 0 control variables, 0 performance variables, 0 subcategories Category PROCESS_MANAGER has 1 control variables, 0 performance variables, 0 subcategories Category MEMORY has 0 control variables, 0 performance variables, 0 subcategories Category NODEMAP has 1 control variables, 0 performance variables, 0 subcategories Category REQUEST has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_GNI has 0 control variables, 0 performance variables, 0 subcategories Category NEMESIS has 0 control variables, 0 performance variables, 0 subcategories Category FT has 0 control variables, 0 performance variables, 0 subcategories Category CH3 has 0 control variables, 0 performance variables, 0 subcategories Category CH4_OFI has 12 control variables, 0 performance variables, 0 subcategories Category CH4 has 1 control variables, 0 performance variables, 0 subcategories Category CRAY_CONTROL has 17 control variables, 0 performance variables, 0 subcategories Category CRAY_DISPLAY has 7 control variables, 0 performance variables, 0 subcategories Category CRAY_DMAPP has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_GPU has 16 control variables, 0 performance variables, 0 subcategories Category CH4_UCX has 2 control variables, 0 performance variables, 0 subcategories No errors
Passed MPI_T string handling - mpi_t_str
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A test that MPI_T string handling is working as expected.
No errors
Failed MPI_T write variable - cvarwrite
Build: Passed
Execution: Failed
Exit Status: Failed with signal 15
MPI Processes: 1
Test Description:
This test writes to control variables exposed by MPI_T functionality of MPI_3.0.
Total 109 MPI control variables INTERNAL ERROR: invalid error code 44 (Ring ids do not match) in PMPI_T_cvar_write:129 MPICH ERROR [Rank 0] [job id 5dfbd267-190a-4cff-a288-dbd2a83c9adc] [Tue May 9 07:56:19 2023] [x1001c5s0b0n1] - Abort(201998863) (rank 0 in comm 0): Fatal error in PMPI_T_cvar_write: Other MPI error, error stack: PMPI_T_cvar_write(143): MPI_T_cvar_write(handle=0x1d82650, buf=0x7ffc2e555294) PMPI_T_cvar_write(129): x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 15
MPI-3.0 - Score: 99% Passed
This group features tests that exercises MPI-3.0 and higher functionality. Note that the test suite was designed to be compiled and executed under all versions of MPI. If the current version of MPI the test suite is less that MPI-3.0, the executed code will report "MPI-3.0 or higher required" and will exit.
Passed Aint add and diff - aintmath
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests the MPI 3.1 standard functions MPI_Aint_diff and MPI_Aint_add.
No errors
Passed C++ datatypes - cxx-types
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks for the existence of four new C++ named predefined datatypes that should be accessible from C and Fortran.
No errors
Passed Comm_create_group excl 4 rank - comm_create_group4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test using 4 processes creates a group with the even processes using MPI_Group_excl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group excl 8 rank - comm_create_group8
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This test using 8 processes creates a group with the even processes using MPI_Group_excl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group incl 2 rank - comm_group_half2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test using 2 processes creates a group with ranks less than size/2 using MPI_Group_range_incl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group incl 4 rank - comm_group_half4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test using 4 processes creates a group with ranks less than size/2 using MPI_Group_range_incl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group incl 8 rank - comm_group_half8
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This test using 8 processes creates a group with ranks less than size/2 using MPI_Group_range_incl() and uses this group to create a communicator. Then both the communicator and group are freed.
No errors
Passed Comm_create_group random 2 rank - comm_group_rand2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test using 2 processes creates and frees groups by randomly adding processes to a group, then creating a communicator with the group.
No errors
Passed Comm_create_group random 4 rank - comm_group_rand4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test using 4 processes creates and frees groups by randomly adding processes to a group, then creating a communicator with the group.
No errors
Passed Comm_create_group random 8 rank - comm_group_rand8
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This test using 8 processes creates and frees groups by randomly adding processes to a group, then creating a communicator with the group.
No errors
Passed Comm_idup 2 rank - comm_idup2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Multiple tests using 2 processes that make rank 0 wait in a blocking receive until all other processes have called MPI_Comm_idup(), then call idup afterwards. Should ensure that idup doesn't deadlock. Includes a test using an intercommunicator.]
No errors
Passed Comm_idup 4 rank - comm_idup4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Multiple tests using 4 processes that make rank 0 wait in a blocking receive until all other processes have called MPI_Comm_idup(), then call idup afterwards. Should ensure that idup doesn't deadlock. Includes a test using an intercommunicator.
No errors
Passed Comm_idup 9 rank - comm_idup9
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 9
Test Description:
Multiple tests using 9 processes that make rank 0 wait in a blocking receive until all other processes have called MPI_Comm_idup(), then call idup afterwards. Should ensure that idup doesn't deadlock. Includes a test using an intercommunicator.]
No errors
Passed Comm_idup multi - comm_idup_mul
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Simple test creating multiple communicators with MPI_Comm_idup.
No errors
Passed Comm_idup overlap - comm_idup_overlap
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Each pair of processes uses MPI_Comm_idup() to dup the communicator such that the dups are overlapping. If this were done with MPI_Comm_dup() this should deadlock.
No errors
Passed Comm_split_type basic - cmsplit_type
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests MPI_Comm_split_type() including a test using MPI_UNDEFINED.
Created subcommunicator of size 2 Created subcommunicator of size 1 Created subcommunicator of size 2 Created subcommunicator of size 1 No errors
Passed Comm_with_info dup 2 rank - dup_with_info2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test exercises MPI_Comm_dup_with_info() with 2 processes by setting the info for a communicator, duplicating it, and then testing the communicator.
No errors
Passed Comm_with_info dup 4 rank - dup_with_info4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises MPI_Comm_dup_with_info() with 4 processes by setting the info for a communicator, duplicating it, and then testing the communicator.
No errors
Passed Comm_with_info dup 9 rank - dup_with_info9
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 9
Test Description:
This test exercises MPI_Comm_dup_with_info() with 9 processes by setting the info for a communicator, duplicating it, and then testing the communicator.
No errors
Passed Compare_and_swap contention - compare_and_swap
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests MPI_Compare_and_swap using self communication, neighbor communication, and communication with the root causing contention.
No errors
Passed Datatype get structs - get-struct
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test was motivated by the failure of an example program for RMA involving simple operations on a struct that included a struct. The observed failure was a SEGV in the MPI_Get.
No errors
Passed Fetch_and_op basic - fetch_and_op
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This simple set of tests executes the MPI_Fetch_and op() calls on RMA windows using a selection of datatypes with multiple different communicators, communication patterns, and operations.
No errors
Passed Get_acculumate basic - get_acc_local
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Get Accumulated Test. This is a simple test of MPI_Get_accumulate() on a local window.
No errors
Passed Get_accumulate communicators - get_accumulate
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Get Accumulate Test. This simple set of tests executes MPI_Get_accumulate on RMA windows using a selection of datatypes with multiple different communicators, communication patterns, and operations.
No errors
Passed Iallreduce basic - iallred
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Simple test for MPI_Iallreduce() and MPI_Allreduce().
No errors
Passed Ibarrier - ibarrier
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test calls MPI_Ibarrier() followed by an conditional loop containing usleep(1000) and MPI_Test(). This test hung indefinitely under some MPI implementations.
No errors
Passed Large counts for types - large-count
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks for large count functionality ("MPI_Count") mandated by MPI-3, as well as behavior of corresponding pre-MPI-3 interfaces that have better defined behavior when an "int" quantity would overflow.
No errors
Passed Large types - large_type
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks that MPI can handle large datatypes.
No errors
Passed Linked list construction fetch/op - linked_list_fop
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test constructs a distributed shared linked list using MPI-3 dynamic windows with MPI_Fetch_and_op. Initially process 0 creates the head of the list, attaches it to an RMA window, and broadcasts the pointer to all processes. All processes then concurrently append N new elements to the list. When a process attempts to attach its element to the tail of list it may discover that its tail pointer is stale and it must chase ahead to the new tail before the element can be attached.
No errors
Passed Linked list construction lockall - linked_list_lockall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Construct a distributed shared linked list using MPI-3 dynamic RMA windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. All processes then concurrently append N new elements to the list. When a process attempts to attach its element to the tail of list it may discover that its tail pointer is stale and it must chase ahead to the new tail before the element can be attached. This version of the test suite uses MPI_Win_lock_all() instead of MPI_Win_lock(MPI_LOCK_EXCLUSIVE, ...).
No errors
Passed Linked-list construction lock shr - linked_list_bench_lock_shr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test constructs a distributed shared linked list using MPI-3 dynamic windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. Each process "p" then appends N new elements to the list when the tail reaches process "p-1". This test is similar to Linked_list construction test 2 (rma/linked_list_bench_lock_excl) but uses an MPI_LOCK_SHARED parameter to MPI_Win_Lock().
No errors
Passed Linked_list construction - linked_list_bench_lock_all
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Construct a distributed shared linked list using MPI-3 dynamic windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. Each process "p" then appends N new elements to the list when the tail reaches process "p-1".
No errors
Passed Linked_list construction lock excl - linked_list_bench_lock_excl
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
MPI-3 distributed linked list construction example. Construct a distributed shared linked list using proposed MPI-3 dynamic windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. Each process "p" then appends N new elements to the list when the tail reaches process "p-1". The test uses the MPI_LOCK_EXCLUSIVE argument with MPI_Win_lock().
No errors
Passed Linked_list construction put/get - linked_list
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test constructs a distributed shared linked list using MPI-3 dynamic windows with MPI_Put and MPI_Get. Initially process 0 creates the head of the list, attaches it to an RMA window, and broadcasts the pointer to all processes. All processes then concurrently append N new elements to the list. When a process attempts to attach its element to the tail of list it may discover that its tail pointer is stale and it must chase ahead to the new tail before the element can be attached.
No errors
Passed MCS_Mutex_trylock - mutex_bench
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises the MCS_Mutex_lock calls by having multiple competing processes repeatedly lock and unlock a mutex.
No errors
Passed MPI RMA read-and-ops - reqops
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises atomic, one-sided read-and-operation calls. Includes multiple tests for different RMA request-based operations, communicators, and wait patterns.
No errors
Passed MPI_Dist_graph_create - distgraph1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test excercises MPI_Dist_graph_create() and MPI_Dist_graph_adjacent().
using graph layout 'deterministic complete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'every other edge deleted' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'only self-edges' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'no edges' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs using graph layout 'a random incomplete graph' testing MPI_Dist_graph_create_adjacent testing MPI_Dist_graph_create w/ outgoing only testing MPI_Dist_graph_create w/ incoming only testing MPI_Dist_graph_create w/ rank 0 specifies only testing MPI_Dist_graph_create w/ rank 0 specifies only -- NULLs testing MPI_Dist_graph_create w/ no graph testing MPI_Dist_graph_create w/ no graph testing MPI_Dist_graph_create w/ no graph -- NULLs testing MPI_Dist_graph_create w/ no graph -- NULLs+MPI_UNWEIGHTED testing MPI_Dist_graph_create_adjacent w/ no graph testing MPI_Dist_graph_create_adjacent w/ no graph -- MPI_WEIGHTS_EMPTY testing MPI_Dist_graph_create_adjacent w/ no graph -- NULLs testing MPI_Dist_graph_create_adjacent w/ no graph -- NULLs+MPI_UNWEIGHTED No errors
Passed MPI_Get_library_version test - library_version
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
MPI-3.0 Test returns MPI library version.
MPI VERSION : CRAY MPICH version 8.1.9.11 (ANL base 3.4a2) MPI BUILD INFO : Wed Aug 18 13:38 2021 (git hash 403e16f) No errors
Passed MPI_Info_create basic - comm_info
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 6
Test Description:
Simple test for MPI_Comm_{set,get}_info.
No errors
Passed MPI_Info_get basic - infoenv
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This is a simple test of the MPI_Info_get() function.
No errors
Passed MPI_Mprobe() series - mprobe1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This tests MPI_Mprobe() using a series of tests. Includes tests with send and Mprobe+Mrecv, send and Mprobe+Imrecv, send and Improbe+Mrecv, send and Improbe+Irecv, Mprobe+Mrecv with MPI_PROC_NULL, Mprobe+Imrecv with MPI_PROC_NULL, Improbe+Mrecv with MPI_PROC_NULL, Improbe+Imrecv, and test to verify MPI_Message_c2f() and MPI_Message_f2c() are present.
No errors
Passed MPI_Status large count - big_count_status
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test manipulates an MPI status object using MPI_Status_set_elements_x() with various large count values and verifying MPI_Get_elements_x() and MPI_Test_cancelled() produce the correct values.
No errors
Passed MPI_T 3.1 get index call - mpit_get_index
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests that the MPI 3.1 Toolkit interface *_get_index name lookup functions work as expected.
No errors
Passed MPI_T cycle variables - mpit_vars
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
To print out all MPI_T control variables, performance variables and their categories in the MPI implementation.
109 MPI Control Variables MPIR_CVAR_REDUCE_SCATTER_COMMUTATIVE_LONG_MSG_SIZE=524288 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_SCATTER_MAX_COMMSIZE=1000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NETWORK_BUFFER_COLL_OPT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SYNC_FREQ=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_BLK_SIZE=16384 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_CHUNKING_MAX_NODES=90 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHER_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHERV_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALLV_THROTTLE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_ONLY_TREE=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTERNODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTRANODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_COLL_OPT_OFF SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_COLL_SYNC SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SHORT_MSG=131072 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNCHRONOUS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHARED_MEM_COLL_OPT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_GPU_STAGING_THRESHOLD=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_BUF_SIZE=262144 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_ABORT_ON_RW_ERROR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_STRIDE=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_CB_ALIGN=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DVS_MAXNODES=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_IRECV=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_ISEND=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_SIZE_ISEND=10485760 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_INTERVAL_MSEC SCOPE_READONLY NO_OBJECT MPI_UNSIGNED_LONG VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS_SCALE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIME_WAITS=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_WRITE_EXIT_BARRIER=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DS_WRITE_CRAY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_CONNECT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_NODES_AGGREGATOR=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_DPM_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SINGLE_HOST_ENABLED=1 SCOPE_ALL_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_XRCD_BASE_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_MAPPING SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NUM_NICS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SELECTION=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SYMMETRY_TEST=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_RMA_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_DEFAULT_TCLASS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_TCLASS_ERRORS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_UCX_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_UCX_RC_MAX_RANKS=7 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_MODE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_SIZE=8192 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHM_PROGRESS_MAX_BATCH_SIZE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CH4_RMA_THREAD_HOT=0 SCOPE_GROUP_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ABORT_ON_ERROR=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CPUMASK_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENV_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OPTIMIZED_MEMCPY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_VERBOSITY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_METHOD=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_SYSTEM_MEMCPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_VERSION_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_GPU_STREAM_TRIGGERED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NUM_MAX_GPU_STREAMS=27 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEMCPY_MEM_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MSG_QUEUE_DBG=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_BUFFER_ALIAS_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_INTERNAL_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_PG_SZ SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_OPT_THREAD_SYNC=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_THREAD_YIELD_FREQ=10000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEM_DEBUG_FNAME SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MALLOC_FALLBACK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_DIRECT_GPU_ACCESS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_G2G_PIPELINE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_MANAGED_MEMORY_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_AREA_OPT=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_REGISTER_SHARED_MEM_REGION=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_ENABLED=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_THRESHOLD=1024 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_PROTOCOL SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GPU_NO_ASYNC_COPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENABLE_YAKSA=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_DEVICE_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_REGISTER_HOST_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_ALLREDUCE_USE_KERNEL=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_MAX_PENDING=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_SHM_ACCUMULATE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC 0 MPI Performance Variables 24 MPI_T categories Category COLLECTIVE has 32 control variables, 0 performance variables, 0 subcategories Description: A category for collective communication variables. Category COMMUNICATOR has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control communicator construction and operation Category DATALOOP has 0 control variables, 0 performance variables, 0 subcategories Description: Dataloop-related CVARs Category ERROR_HANDLING has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control error handling behavior (stack traces, aborts, etc) Category THREADS has 0 control variables, 0 performance variables, 0 subcategories Description: multi-threading cvars Category DEBUGGER has 0 control variables, 0 performance variables, 0 subcategories Description: cvars relevant to the "MPIR" debugger interface Category DEVELOPER has 0 control variables, 0 performance variables, 0 subcategories Description: useful for developers working on MPICH itself Category CRAY_MPIIO has 20 control variables, 0 performance variables, 0 subcategories Description: A category for variables that control Cray's MPI-IO technology. Category DIMS has 0 control variables, 0 performance variables, 0 subcategories Description: Dims_create cvars Category PROCESS_MANAGER has 1 control variables, 0 performance variables, 0 subcategories Description: cvars that control the client-side process manager code Category MEMORY has 0 control variables, 0 performance variables, 0 subcategories Description: affects memory allocation and usage, including MPI object handles Category NODEMAP has 1 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of nodemap Category REQUEST has 0 control variables, 0 performance variables, 0 subcategories Description: A category for requests mangement variables Category CRAY_GNI has 0 control variables, 0 performance variables, 0 subcategories Description: A category for variables that control Cray's GNI technology. Category NEMESIS has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of the ch3:nemesis channel Category FT has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of fault tolerance Category CH3 has 0 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of ch3 Category CH4_OFI has 12 control variables, 0 performance variables, 0 subcategories Description: A category for CH4 OFI netmod variables Category CH4 has 1 control variables, 0 performance variables, 0 subcategories Description: cvars that control behavior of the CH4 device Category CRAY_CONTROL has 17 control variables, 0 performance variables, 0 subcategories Description: A category for variables that control the flow of Cray MPICH Category CRAY_DISPLAY has 7 control variables, 0 performance variables, 0 subcategories Description: A category for variables that enable displaying of system details. Has no effect on the flow of Cray MPICH. Category CRAY_DMAPP has 0 control variables, 0 performance variables, 0 subcategories Description: A category for variables that are specific to Cray DMAPP technology. Category CRAY_GPU has 16 control variables, 0 performance variables, 0 subcategories Description: A category for variables that affect Cray's GPU support Category CH4_UCX has 2 control variables, 0 performance variables, 0 subcategories Description: No errors
Passed MPI_T multithreaded - mpit_threading
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is adapted from test/mpi/mpi_t/mpit_vars.c. But this is a multithreading version in which multiple threads will call MPI_T routines.
With verbose set, thread 0 will prints out MPI_T control variables, performance variables and their categories.
109 MPI Control Variables MPIR_CVAR_REDUCE_SCATTER_COMMUTATIVE_LONG_MSG_SIZE=524288 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_SCATTER_MAX_COMMSIZE=1000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NETWORK_BUFFER_COLL_OPT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SYNC_FREQ=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_BLK_SIZE=16384 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_CHUNKING_MAX_NODES=90 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHER_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLGATHERV_VSHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALL_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLTOALLV_THROTTLE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_ONLY_TREE=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTERNODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_BCAST_INTRANODE_RADIX=4 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_COLL_OPT_OFF SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_COLL_SYNC SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SHORT_MSG=131072 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_REDUCE_NO_SMP=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNCHRONOUS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHARED_MEM_COLL_OPT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLREDUCE_GPU_STAGING_THRESHOLD=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_BUF_SIZE=262144 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_GATHERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SHORT_MSG=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_SYNC_FREQ=16 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MAX_TMP_SIZE SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_SCATTERV_MIN_COMM_SIZE=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_ABORT_ON_RW_ERROR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_AGGREGATOR_PLACEMENT_STRIDE=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_CB_ALIGN=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DVS_MAXNODES=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_HINTS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_IRECV=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_NUM_ISEND=50 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_MAX_SIZE_ISEND=10485760 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_STATS_INTERVAL_MSEC SCOPE_READONLY NO_OBJECT MPI_UNSIGNED_LONG VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIMERS_SCALE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_TIME_WAITS=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_WRITE_EXIT_BARRIER=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_DS_WRITE_CRAY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_CONNECT SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MPIIO_OFI_STARTUP_NODES_AGGREGATOR=2 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_DPM_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SINGLE_HOST_ENABLED=1 SCOPE_ALL_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_XRCD_BASE_DIR SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NIC_MAPPING SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_NUM_NICS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SELECTION=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_SKIP_NIC_SYMMETRY_TEST=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_RMA_STARTUP_CONNECT=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OFI_DEFAULT_TCLASS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_OFI_TCLASS_ERRORS SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_UCX_VERBOSE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_UCX_RC_MAX_RANKS=7 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_MODE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_SMP_SINGLE_COPY_SIZE=8192 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_SHM_PROGRESS_MAX_BATCH_SIZE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CH4_RMA_THREAD_HOT=0 SCOPE_GROUP_EQ NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ABORT_ON_ERROR=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_CPUMASK_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENV_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_OPTIMIZED_MEMCPY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_VERBOSITY=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_STATS_FILE SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RANK_REORDER_METHOD=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_SYSTEM_MEMCPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_VERSION_DISPLAY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_USE_GPU_STREAM_TRIGGERED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NUM_MAX_GPU_STREAMS=27 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEMCPY_MEM_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MSG_QUEUE_DBG=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_BUFFER_ALIAS_CHECK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_INTERNAL_MEM_AFFINITY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_POLICY SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_ALLOC_MEM_PG_SZ SCOPE_READONLY NO_OBJECT Invalid:MPI_LONG VERBOSITY_USER_BASIC MPIR_CVAR_OPT_THREAD_SYNC=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_THREAD_YIELD_FREQ=10000 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_MEM_DEBUG_FNAME SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_MALLOC_FALLBACK=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_NO_DIRECT_GPU_ACCESS=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_G2G_PIPELINE=8 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_MANAGED_MEMORY_SUPPORT_ENABLED=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_STAGING_AREA_OPT=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_COLL_REGISTER_SHARED_MEM_REGION=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_ENABLED=-1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_THRESHOLD=1024 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_IPC_PROTOCOL SCOPE_READONLY NO_OBJECT MPI_CHAR VERBOSITY_USER_BASIC MPIR_CVAR_GPU_NO_ASYNC_COPY=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_ENABLE_YAKSA=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_DEVICE_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_EAGER_REGISTER_HOST_MEM=1 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_GPU_ALLREDUCE_USE_KERNEL=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_MAX_PENDING=64 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC MPIR_CVAR_RMA_SHM_ACCUMULATE=0 SCOPE_READONLY NO_OBJECT MPI_INT VERBOSITY_USER_BASIC 0 MPI Performance Variables 24 MPI_T categories Category COLLECTIVE has 32 control variables, 0 performance variables, 0 subcategories Category COMMUNICATOR has 0 control variables, 0 performance variables, 0 subcategories Category DATALOOP has 0 control variables, 0 performance variables, 0 subcategories Category ERROR_HANDLING has 0 control variables, 0 performance variables, 0 subcategories Category THREADS has 0 control variables, 0 performance variables, 0 subcategories Category DEBUGGER has 0 control variables, 0 performance variables, 0 subcategories Category DEVELOPER has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_MPIIO has 20 control variables, 0 performance variables, 0 subcategories Category DIMS has 0 control variables, 0 performance variables, 0 subcategories Category PROCESS_MANAGER has 1 control variables, 0 performance variables, 0 subcategories Category MEMORY has 0 control variables, 0 performance variables, 0 subcategories Category NODEMAP has 1 control variables, 0 performance variables, 0 subcategories Category REQUEST has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_GNI has 0 control variables, 0 performance variables, 0 subcategories Category NEMESIS has 0 control variables, 0 performance variables, 0 subcategories Category FT has 0 control variables, 0 performance variables, 0 subcategories Category CH3 has 0 control variables, 0 performance variables, 0 subcategories Category CH4_OFI has 12 control variables, 0 performance variables, 0 subcategories Category CH4 has 1 control variables, 0 performance variables, 0 subcategories Category CRAY_CONTROL has 17 control variables, 0 performance variables, 0 subcategories Category CRAY_DISPLAY has 7 control variables, 0 performance variables, 0 subcategories Category CRAY_DMAPP has 0 control variables, 0 performance variables, 0 subcategories Category CRAY_GPU has 16 control variables, 0 performance variables, 0 subcategories Category CH4_UCX has 2 control variables, 0 performance variables, 0 subcategories No errors
Passed MPI_T string handling - mpi_t_str
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
A test that MPI_T string handling is working as expected.
No errors
Failed MPI_T write variable - cvarwrite
Build: Passed
Execution: Failed
Exit Status: Failed with signal 15
MPI Processes: 1
Test Description:
This test writes to control variables exposed by MPI_T functionality of MPI_3.0.
Total 109 MPI control variables INTERNAL ERROR: invalid error code 44 (Ring ids do not match) in PMPI_T_cvar_write:129 MPICH ERROR [Rank 0] [job id 5dfbd267-190a-4cff-a288-dbd2a83c9adc] [Tue May 9 07:56:19 2023] [x1001c5s0b0n1] - Abort(201998863) (rank 0 in comm 0): Fatal error in PMPI_T_cvar_write: Other MPI error, error stack: PMPI_T_cvar_write(143): MPI_T_cvar_write(handle=0x1d82650, buf=0x7ffc2e555294) PMPI_T_cvar_write(129): x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 15
Passed MPI_Win_allocate_shared - win_large_shm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_Win_allocate and MPI_Win_allocate_shared when allocating memory with size of 1GB per process. Also tests having every other process allocate zero bytes and tests having every other process allocate 0.5GB.
No errors
Passed Matched Probe - mprobe
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This routine is designed to test the MPI-3.0 matched probe support. The support provided in MPI-2.2 was not thread safe allowing other threads to usurp messages probed in other threads.
The rank=0 process generates a random array of floats that is sent to mpi rank 1. Rank 1 send a message back to rank 0 with the message length of the received array. Rank 1 spawns 2 or more threads that each attempt to read the message sent by rank 0. In general, all of the threads have equal access to the data, but the first one to probe the data will eventually end of processing the data, and all the others will relent. The threads use MPI_Improbe(), so if there is nothing to read, the thread will rest for 0.1 secs before reprobing. If nothing is probed within a fixed number of cycles, the thread exists and sets it thread exit status to 1. If a thread is able to read the message, it returns an exit status of 0.
mpi_rank:1 thread 0 MPI_rank:1 mpi_rank:1 thread 1 MPI_rank:1 mpi_rank:1 thread 2 MPI_rank:1 mpi_rank:1 thread 3 MPI_rank:1 mpi_rank:1 thread 3 used 4 read cycle. mpi_rank:1 thread 3 local memory request (bytes):400 of local allocation:800 mpi_rank:1 thread 3 recv'd 100 MPI_FLOATs from rank:0. mpi_rank:0 main() received message from rank:1 that the received message length was 400 bytes long. No errors. mpi_rank:1 thread 3 sending rank:0 the number of MPI_FLOATs received:100 mpi_rank:1 thread 0 giving up reading data. mpi_rank:1 main() thread 0 exit status:1 mpi_rank:1 thread 2 giving up reading data. mpi_rank:1 thread 1 giving up reading data. mpi_rank:1 main() thread 1 exit status:1 mpi_rank:1 main() thread 2 exit status:1 mpi_rank:1 main() thread 3 exit status:0
Passed Multiple threads context dup - ctxdup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates communicators concurrently in different threads.
No errors
Passed Multiple threads context idup - ctxidup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates communicators concurrently, non-blocking, in different threads.
No errors
Passed Non-blocking basic - nonblocking4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a weak sanity test that all non-blocking collectives specified by MPI-3 are present in the library and accept arguments as expected. This test does not check for progress, matching issues, or sensible output buffer values.
No errors
Passed Non-blocking intracommunicator - nonblocking2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This is a basic test of all 17 non-blocking collective operations specified by the MPI-3 standard. It only exercises the intracommunicator functionality, does not use MPI_IN_PLACE, and only transmits/receives simple integer types with relatively small counts. It does check a few fancier issues, such as ensuring that "premature user releases" of MPI_Op and MPI_Datatype objects does not result in a segfault.
No errors
Passed Non-blocking overlapping - nonblocking3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
This test attempts to execute multiple simultaneous non-blocking collective (NBC) MPI routines at the same time, and manages their completion with a variety of routines (MPI_{Wait,Test}{,_all,_any,_some}). The test also exercises a few point-to-point operations.
No errors
Passed Non-blocking wait - nonblocking
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 10
Test Description:
This is a weak sanity test that all non-blocking collectives specified by MPI-3 are present in the library and take arguments as expected. Includes calls to MPI_Wait() immediately following non-blocking collective calls. This test does not check for progress, matching issues, or sensible output buffer values.
No errors
Passed One-Sided get-accumulate indexed - strided_getacc_indexed
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This code performs N strided get accumulate operations into a 2d patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI indexed type.
No errors
Passed RMA MPI_PROC_NULL target - rmanull
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test MPI_PROC_NULL as a valid target for many RMA operations using active target synchronization, passive target synchronization, and request-based passive target synchronization.
No errors
Passed RMA Shared Memory - fence_shm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This simple RMA shared memory test uses MPI_Win_allocate_shared() with MPI_Win_fence() and MPI_Put() calls with and without assert MPI_MODE_NOPRECEDE.
No errors
Passed RMA zero-byte transfers - rmazero
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests zero-byte transfers for a selection of communicators for many RMA operations using active target synchronizaiton and request-based passive target synchronization.
No errors
Passed RMA zero-size compliance - badrma
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
The test uses various combinations of either zero size datatypes or zero size counts for Put, Get, Accumulate, and Get_Accumulate. All tests should pass to be compliant with the MPI-3.0 specification.
No errors
Passed Request-based operations - req_example
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Example 11.21 from the MPI 3.0 spec. The following example shows how RMA request-based operations can be used to overlap communication with computation. Each process fetches, processes, and writes the result for NSTEPS chunks of data. Instead of a single buffer, M local buffers are used to allow up to M communication operations to overlap with computation.
No errors
Passed Simple thread comm idup - comm_idup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of threads in MPI with non-blocking communicator duplication.
No Errors
Passed Thread/RMA interaction - multirma
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This is a simple test of threads in MPI.
No errors
Passed Threaded group - comm_create_group_threads
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
In this test a number of threads are created with a distinct MPI communicator (or comm) group distinguished by its thread-id (used as a tag). Threads on even ranks join an even comm and threads on odd ranks join the odd comm.
No errors
Passed Type_create_hindexed_block - hindexed_block
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Tests behavior with a hindexed_block that can be converted to a contig easily. This is specifically for coverage. Returns the number of errors encountered.
No errors
Passed Type_create_hindexed_block contents - hindexed_block_contents
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test is a simple check of MPI_Type_create_hindexed_block() using MPI_Type_get_envelope() and MPI_Type_get_contents().
No errors
Passed Win_allocate_shared zero - win_zero
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_Win_allocate_shared when size of the shared memory region is 0 and when the size is 0 on every other process and 1 on the others.
No errors
Passed Win_create_dynamic - win_dynamic_acc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises dynamic RMA windows using the MPI_Win_create_dynamic() and MPI_Accumulate() operations.
No errors
Passed Win_flush basic - flush
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Window Flush. This simple test flushes a shared window using MPI_Win_flush() and MPI_Win_flush_all().
No errors
Passed Win_flush_local basic - flush_local
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Window Flush. This simple test flushes a shared window using MPI_Win_flush_local() and MPI_Win_flush_local_all().
No errors
Passed Win_get_attr - win_flavors
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test determines which "flavor" of RMA is created by creating windows and using MPI_Win_get_attr to access the attributes of each window.
No errors
Passed Win_info - win_info
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates an RMA info object, sets key/value pairs on the object, then duplicates the info object and confirms that the key/value pairs are in the same order as the original.
No errors
Passed Window same_disp_unit - win_same_disp_unit
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test the acceptance of the MPI 3.1 standard same_disp_unit info key for window creation.
No errors
MPI-2.2 - Score: 95% Passed
This group features tests that exercises MPI functionality of MPI-2.2 and earlier.
Passed Alloc_mem - alloc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple check to see if MPI_Alloc_mem() is supported.
No errors
Passed C/Fortran interoperability supported - interoperability
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks if the C-Fortran (F77) interoperability functions are supported using the MPI-2.2 specification.
No errors
Passed Comm_create intercommunicators - iccreate
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This program tests MPI_Comm_create() using a selection of intercommunicators. Creates a new communicator from an intercommunicator, duplicates the communicator, and verifies that it works. Includes test with one side of intercommunicator being set with MPI_GROUP_EMPTY.
Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Testing communication on intercomm 'Single rank in each group', remote_size=1 my recvs completed, about to waitall Creating a new intercomm (manual dup) isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv isends posted, about to recv my recvs completed, about to waitall isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=7 isends posted, about to recv Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=6 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=6 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=2 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm 0-0 Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm 0-0 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Creating a new intercomm 0-0 Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 Testing communication on intercomm 'Dup of original', remote_size=4 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv Creating a new intercomm 0-0 Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 my recvs completed, about to waitall Creating a new intercomm 0-0 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm 0-0 No errors Testing communication on intercomm 'Single rank in each group', remote_size=1 isends posted, about to recv Creating a new intercomm (manual dup) Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup) Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall Creating a new intercomm (manual dup (done)) Result of comm/intercomm compare is 1 Testing communication on intercomm 'Dup of original', remote_size=3 isends posted, about to recv my recvs completed, about to waitall my recvs completed, about to waitall
Passed Comm_split intercommunicators - icsplit
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
This tests MPI_Comm_split() using a selection of intercommunicators. The split communicator is tested using simple send and receive routines.
Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Created intercomm Intercomm by splitting MPI_COMM_WORLD Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 1, rest Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD into 2, rest Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then dup'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then then splitting again Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm No errors Created intercomm Intercomm by splitting MPI_COMM_WORLD (discarding rank 0 in the left group) then MPI_Intercomm_create'ing Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Created intercomm Intercomm by splitting MPI_COMM_WORLD then discarding 0 ranks with MPI_Comm_create Testing communication on intercomm Testing communication on intercomm Testing communication on intercomm
Passed Communicator attributes - attributes
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Returns all communicator attributes that are not supported. The test is run as a single process MPI job and fails if any attributes are not supported.
No errors
Passed Deprecated routines - deprecated
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks all MPI deprecated routines as of MPI-2.2, but not including routines removed by MPI-3 if this is an MPI-3 implementation.
MPI_Attr_delete(): is functional. MPI_Attr_get(): is functional. MPI_Attr_put(): is functional. MPI_Keyval_create(): is functional. MPI_Keyval_free(): is functional. MPI_Address(): is removed by MPI 3.0+. MPI_Errhandler_create(): is removed by MPI 3.0+. MPI_Errhandler_get(): is removed by MPI 3.0+. MPI_Errhandler_set(): is removed by MPI 3.0+. MPI_Type_extent(): is removed by MPI 3.0+. MPI_Type_hindexed(): is removed by MPI 3.0+. MPI_Type_hvector(): is removed by MPI 3.0+. MPI_Type_lb(): is removed by MPI 3.0+. MPI_Type_struct(): is removed by MPI 3.0+. MPI_Type_ub(): is removed by MPI 3.0+. No errors
Passed Error Handling - errors
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports the default action taken on an error. It also reports if error handling can be changed to "returns", and if so, if this functions properly.
MPI errors are fatal by default. MPI errors can be changed to MPI_ERRORS_RETURN. Call MPI_Send() with a bad destination rank. Error code: 403319814 Error string: Invalid rank, error stack: PMPI_Send(163): MPI_Send(buf=0x7ffdb969647c, count=1, MPI_INT, dest=1, tag=MPI_ANY_TAG, MPI_COMM_WORLD) failed PMPI_Send(100): Invalid rank has value 1 but must be nonnegative and less than 1 No errors
Passed Extended collectives - collectives
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Checks if "extended collectives" are supported, i.e., collective operations with MPI-2 intercommunicators.
No errors
Passed Init arguments - init_args
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
In MPI-1.1, it is explicitly stated that an implementation is allowed to require that the arguments argc and argv passed by an application to MPI_Init in C be the same arguments passed into the application as the arguments to main. In MPI-2 implementations are not allowed to impose this requirement. Conforming implementations of MPI allow applications to pass NULL for both the argc and argv arguments of MPI_Init(). This test prints the result of the error status of MPI_Init(). If the test completes without error, it reports 'No errors.'
MPI_INIT accepts Null arguments for MPI_init(). No errors
Passed MPI-2 replaced routines - mpi_2_functions
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks the presence of all MPI-2.2 routines that replaced deprecated routines.
No errors
Passed MPI-2 type routines - mpi_2_functions_bcast
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test checks that a subset of MPI-2 routines that replaced MPI-1 routines work correctly.
rank:1/2 c:'C',d[6]={3.141590,1.000000,12.310000,7.980000,5.670000,12.130000},b="123456"
rank:1/2 MPI_Bcast() of struct.
rank:0/2 c:'C',d[6]={3.141590,1.000000,12.310000,7.980000,5.670000,12.130000},b="123456"
rank:0/2 MPI_Bcast() of struct.
No errors
Passed MPI_Topo_test dgraph - dgraph_unwgt
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Specify a distributed graph of a bidirectional ring of the MPI_COMM_WORLD communicator. Thus each node in the graph has a left and right neighbor.
No errors
Failed Master/slave - master
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 1
Test Description:
This test running as a single MPI process spawns four slave processes using MPI_Comm_spawn(). The master process sends and receives a message from each slave. If the test completes, it will report 'No errors.', otherwise specific error messages are listed.
MPI_UNIVERSE_SIZE read 1 MPI_UNIVERSE_SIZE forced to 4 master rank creating 4 slave processes. Assertion failed in file ../src/mpid/ch4/netmod/ofi/ofi_spawn.c at line 753: 0 /opt/cray/pe/lib64/libmpi_cray.so.12(MPL_backtrace_show+0x26) [0x14f3749d8b8b] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c54cd4) [0x14f374463cd4] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1f12da8) [0x14f374721da8] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91c19) [0x14f3744a0c19] /opt/cray/pe/lib64/libmpi_cray.so.12(+0x1c91f44) [0x14f3744a0f44] /opt/cray/pe/lib64/libmpi_cray.so.12(MPI_Comm_spawn+0x1e2) [0x14f37408e9f2] ./master() [0x203e79] /lib64/libc.so.6(__libc_start_main+0xea) [0x14f370a633ea] ./master() [0x203b6a] MPICH ERROR [Rank 0] [job id 721731bf-b043-4dd2-8019-f6d0670c9eec] [Tue May 9 07:56:33 2023] [x1001c5s0b0n1] - Abort(1): Internal error x1001c5s0b0n1.hsn0.warhawk.afrl.hpc.mil: rank 0 exited with code 1
Passed One-sided communication - one_sided_modes
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks MPI-2.2 one-sided communication modes reporting those that are not defined. If the test compiles, then "No errors" is reported, else, all undefined modes are reported as "not defined."
No errors
Passed One-sided fences - one_sided_fences
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies that one-sided communication with active target synchronization with fences functions properly. If all operations succeed, one-sided communication with active target synchronization with fences is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with active target synchronization with fences is reported as NOT supported.
No errors
Passed One-sided passiv - one_sided_passive
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies one-sided-communication with passive target synchronization functions properly. If all operations succeed, one-sided-communication with passive target synchronization is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with passive target synchronization with fences is reported as NOT supported.
No errors
Passed One-sided post - one_sided_post
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies one-sided-communication with active target synchronization with post/start/complete/wait functions properly. If all operations succeed, one-sided communication with active target synchronization with post/start/complete/wait is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with active target synchronization with post/start/complete/wait is reported as NOT supported.
No errors
Passed One-sided routines - one_sided_routines
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports if one-sided communication routines are defined. If this test compiles, one-sided communication is reported as defined, otherwise "not supported".
No errors
Passed Reduce_local basic - reduce_local
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
A simple test of MPI_Reduce_local(). Uses MPI_SUM as well as user defined operators on arrays of increasing size.
No errors
Passed Thread support - thread_safety
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports the level of thread support provided. This is either MPI_THREAD_SINGLE, MPI_THREAD_FUNNELED, MPI_THREAD_SERIALIZED, or MPI_THREAD_MULTIPLE.
MPI_THREAD_MULTIPLE requested. MPI_THREAD_MULTIPLE is supported. No errors
RMA - Score: 100% Passed
This group features tests that involve Remote Memory Access, sometimes called one-sided communication. Remote Memory Access is similar in fuctionality to shared memory access.
Passed ADLB mimic - adlb_mimic1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
This test uses one server process (S), one target process (T) and a bunch of origin processes (O). 'O' PUTs (LOCK/PUT/UNLOCK) data to a distinct part of the window, and sends a message to 'S' once the UNLOCK has completed. The server forwards this message to 'T'. 'T' GETS the data from this buffer (LOCK/GET/UNLOCK) after it receives the message from 'S', to see if it contains the correct contents.
No errors
Passed Accumulate fence sum alloc_mem - accfence2_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_Accumulate with fence. This test is the same as "Accumulate with fence sum" except that it uses alloc_mem() to allocate memory.
No errors
Passed Accumulate parallel pi - ircpi
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test calculates pi by integrating the function 4/(1+x*x) using MPI_Accumulate and other RMA functions.
Enter the number of intervals: (0 quits) Number if intervals used: 10 pi is approximately 3.1424259850010983, Error is 0.0008333314113051 Enter the number of intervals: (0 quits) Number if intervals used: 100 pi is approximately 3.1416009869231241, Error is 0.0000083333333309 Enter the number of intervals: (0 quits) Number if intervals used: 1000 pi is approximately 3.1415927369231254, Error is 0.0000000833333322 Enter the number of intervals: (0 quits) Number if intervals used: 10000 pi is approximately 3.1415926544231318, Error is 0.0000000008333387 Enter the number of intervals: (0 quits) Number if intervals used: 100000 pi is approximately 3.1415926535981016, Error is 0.0000000000083085 Enter the number of intervals: (0 quits) Number if intervals used: 1000000 pi is approximately 3.1415926535899388, Error is 0.0000000000001457 Enter the number of intervals: (0 quits) Number if intervals used: 10000000 pi is approximately 3.1415926535899850, Error is 0.0000000000001918 Enter the number of intervals: (0 quits) Number if intervals used: 0 No errors.
Passed Accumulate with Lock - acc-loc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Accumulate Lock. This test uses MAXLOC and MINLOC with MPI_Accumulate on a 2Int datatype with and without MPI_Win_lock set with MPI_LOCK_SHARED.
No errors
Passed Accumulate with fence comms - accfence1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Simple test of Accumulate/Replace with fence for a selection of communicators and datatypes.
No errors
Passed Accumulate with fence sum - accfence2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_Accumulate using MPI_SUM with fence using a selection of communicators and datatypes and verifying the operations produce the correct result.
No errors
Passed Alloc_mem - alloc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Simple check to see if MPI_Alloc_mem() is supported.
No errors
Passed Alloc_mem basic - allocmem
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Allocate Memory. Simple test where MPI_Alloc_mem() and MPI_Free_mem() work together.
No errors
Passed Compare_and_swap contention - compare_and_swap
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests MPI_Compare_and_swap using self communication, neighbor communication, and communication with the root causing contention.
No errors
Passed Contention Put - contention_put
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Contended RMA put test. Each process issues COUNT put operations to non-overlapping locations on every other process and checks the correct result was returned.
No errors
Passed Contention Put/Get - contention_putget
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Contended RMA put/get test. Each process issues COUNT put and get operations to non-overlapping locations on every other process.
No errors
Passed Contiguous Get - contig_displ
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This program calls MPI_Get with an indexed datatype. The datatype comprises a single integer at an initial displacement of 1 integer. That is, the first integer in the array is to be skipped. This program found a bug in IBM's MPI in which MPI_Get ignored the displacement and got the first integer instead of the second. Run with one (1) process.
No errors
Passed Fetch_and_add allocmem - fetchandadd_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Fetch and add example from Using MPI-2 (the non-scalable version, Fig. 6.12). This test is the same as fetch_and_add test 1 (rma/fetchandadd) but uses MPI_Alloc_mem and MPI_Free_mem.
No errors
Passed Fetch_and_add basic - fetchandadd
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Fetch and add example from Using MPI-2 (the non-scalable version, Fig. 6.12). Root provides a shared counter array that other processes fetch and increment. Each process records the sum of values in the counter array after each fetch then the root gathers these sums and verifies each counter state is observed.
No errors
Passed Fetch_and_add tree allocmem - fetchandadd_tree_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Scalable tree-based fetch and add example from Using MPI-2, pg 206-207. This test is the same as fetch_and_add test 3 but uses MPI_Alloc_mem and MPI_Free_mem.
No errors
Passed Fetch_and_add tree atomic - fetchandadd_tree
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
Scalable tree-based fetch and add example from the book Using MPI-2, p. 206-207. This test is functionally attempting to perform an atomic read-modify-write sequence using MPI-2 one-sided operations. This version uses a tree instead of a simple array, where internal nodes of the tree hold the sums of the contributions of their children. The code in the book (Fig 6.16) has bugs that are fixed in this test.
No errors
Passed Fetch_and_op basic - fetch_and_op
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This simple set of tests executes the MPI_Fetch_and op() calls on RMA windows using a selection of datatypes with multiple different communicators, communication patterns, and operations.
No errors
Passed Get series - test5
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests a series of Gets. Runs using exactly two processors.
No errors
Passed Get series allocmem - test5_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests a series of Gets. Run with 2 processors. Same as "Get series" test (rma/test5) but uses alloc_mem.
No errors
Passed Get with fence basic - getfence1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Get with Fence. This is a simple test using MPI_Get() with fence for a selection of communicators and datatypes.
No errors
Passed Get_acculumate basic - get_acc_local
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Get Accumulated Test. This is a simple test of MPI_Get_accumulate() on a local window.
No errors
Passed Get_accumulate communicators - get_accumulate
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Get Accumulate Test. This simple set of tests executes MPI_Get_accumulate on RMA windows using a selection of datatypes with multiple different communicators, communication patterns, and operations.
No errors
Passed Keyvalue create/delete - fkeyvalwin
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Free keyval window. Test freeing keyvals while still attached to an RMA window, then make sure that the keyval delete code is still executed. Tested with a selection of windows.
No errors
Passed Linked list construction fetch/op - linked_list_fop
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test constructs a distributed shared linked list using MPI-3 dynamic windows with MPI_Fetch_and_op. Initially process 0 creates the head of the list, attaches it to an RMA window, and broadcasts the pointer to all processes. All processes then concurrently append N new elements to the list. When a process attempts to attach its element to the tail of list it may discover that its tail pointer is stale and it must chase ahead to the new tail before the element can be attached.
No errors
Passed Linked list construction lockall - linked_list_lockall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Construct a distributed shared linked list using MPI-3 dynamic RMA windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. All processes then concurrently append N new elements to the list. When a process attempts to attach its element to the tail of list it may discover that its tail pointer is stale and it must chase ahead to the new tail before the element can be attached. This version of the test suite uses MPI_Win_lock_all() instead of MPI_Win_lock(MPI_LOCK_EXCLUSIVE, ...).
No errors
Passed Linked-list construction lock shr - linked_list_bench_lock_shr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test constructs a distributed shared linked list using MPI-3 dynamic windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. Each process "p" then appends N new elements to the list when the tail reaches process "p-1". This test is similar to Linked_list construction test 2 (rma/linked_list_bench_lock_excl) but uses an MPI_LOCK_SHARED parameter to MPI_Win_Lock().
No errors
Passed Linked_list construction - linked_list_bench_lock_all
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Construct a distributed shared linked list using MPI-3 dynamic windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. Each process "p" then appends N new elements to the list when the tail reaches process "p-1".
No errors
Passed Linked_list construction lock excl - linked_list_bench_lock_excl
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
MPI-3 distributed linked list construction example. Construct a distributed shared linked list using proposed MPI-3 dynamic windows. Initially process 0 creates the head of the list, attaches it to the window, and broadcasts the pointer to all processes. Each process "p" then appends N new elements to the list when the tail reaches process "p-1". The test uses the MPI_LOCK_EXCLUSIVE argument with MPI_Win_lock().
No errors
Passed Linked_list construction put/get - linked_list
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test constructs a distributed shared linked list using MPI-3 dynamic windows with MPI_Put and MPI_Get. Initially process 0 creates the head of the list, attaches it to an RMA window, and broadcasts the pointer to all processes. All processes then concurrently append N new elements to the list. When a process attempts to attach its element to the tail of list it may discover that its tail pointer is stale and it must chase ahead to the new tail before the element can be attached.
No errors
Passed Lock-single_op-unlock - lockopts
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test passive target RMA on 2 processes with the original datatype derived from the target datatype. Includes multiple tests for MPI_Accumulate, MPI_Put, MPI_Put with MPI_Get move-to-end optimization, and MPI_Put with a MPI_Get already at the end move-to-end optimization.
No errors
Passed Locks with no RMA ops - locknull
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test creates a window, clears the memory in it using memset(), locks and unlocks it, then terminates.
No errors
Passed MCS_Mutex_trylock - mutex_bench
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises the MCS_Mutex_lock calls by having multiple competing processes repeatedly lock and unlock a mutex.
No errors
Passed MPI RMA read-and-ops - reqops
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises atomic, one-sided read-and-operation calls. Includes multiple tests for different RMA request-based operations, communicators, and wait patterns.
No errors
Passed MPI_Win_allocate_shared - win_large_shm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_Win_allocate and MPI_Win_allocate_shared when allocating memory with size of 1GB per process. Also tests having every other process allocate zero bytes and tests having every other process allocate 0.5GB.
No errors
Passed Matrix transpose PSCW - transpose3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Transposes a matrix using post/start/complete/wait and derived datatypes. Uses vector and hvector (Example 3.32 from MPI 1.1 Standard). Run using 2 processors.
No errors
Passed Matrix transpose accum - transpose5
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This does a transpose-accumulate operation. Uses vector and hvector datatypes (Example 3.32 from MPI 1.1 Standard). Run using 2 processors.
No errors
Passed Matrix transpose get hvector - transpose7
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test transpose a matrix with a get operation, fence, and derived datatypes. Uses vector and hvector (Example 3.32 from MPI 1.1 Standard). Run using exactly 2 processorss.
No errors
Passed Matrix transpose local accum - transpose6
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This does a local transpose-accumulate operation. Uses vector and hvector datatypes (Example 3.32 from MPI 1.1 Standard). Run using exactly 1 processor.
No errors
Passed Matrix transpose passive - transpose4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Transposes a matrix using passive target RMA and derived datatypes. Uses vector and hvector (Example 3.32 from MPI 1.1 Standard). Run using 2 processors.
No errors
Passed Matrix transpose put hvector - transpose1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Transposes a matrix using put, fence, and derived datatypes. Uses vector and hvector (Example 3.32 from MPI 1.1 Standard). Run using 2 processors.
No errors
Passed Matrix transpose put struct - transpose2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Transposes a matrix using put, fence, and derived datatypes. Uses vector and struct (Example 3.33 from MPI 1.1 Standard). We could use vector and type_create_resized instead. Run using exactly 2 processors.
No errors
Passed Mixed synchronization test - mixedsync
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Perform several RMA communication operations, mixing synchronization types. Use multiple communication to avoid the single-operation optimization that may be present.
Beginning loop 0 of mixed sync put operations Beginning loop 0 of mixed sync put operations Beginning loop 0 of mixed sync put operations Beginning loop 0 of mixed sync put operations About to perform exclusive lock Released exclusive lock About to start fence About to start fence Finished with fence sync Beginning loop 1 of mixed sync put operations About to perform exclusive lock Finished with fence sync Beginning loop 1 of mixed sync put operations About to start fence About to start fence Released exclusive lock About to start fence Finished with fence sync Begining loop 0 of mixed sync put/acc operations About to start fence Finished with fence sync Beginning loop 1 of mixed sync put operations Finished with fence sync Begining loop 0 of mixed sync put/acc operations Finished with fence sync Beginning loop 1 of mixed sync put operations Begining loop 1 of mixed sync put/acc operations About to start fence Begining loop 1 of mixed sync put/acc operations About to start fence Finished with fence sync Begining loop 0 of mixed sync put/acc operations Begining loop 0 of mixed sync put/get/acc operations Finished with fence sync Begining loop 0 of mixed sync put/acc operations Begining loop 0 of mixed sync put/get/acc operations Begining loop 1 of mixed sync put/acc operations Begining loop 1 of mixed sync put/get/acc operations Begining loop 1 of mixed sync put/acc operations Begining loop 1 of mixed sync put/get/acc operations Begining loop 0 of mixed sync put/get/acc operations Freeing the window Begining loop 0 of mixed sync put/get/acc operations Freeing the window Begining loop 1 of mixed sync put/get/acc operations No errors Begining loop 1 of mixed sync put/get/acc operations Freeing the window Freeing the window
Passed One-Sided accumulate indexed - strided_acc_indexed
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This code performs N accumulates into a 2d patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI indexed type.
No errors
Passed One-Sided accumulate one lock - strided_acc_onelock
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This code performs one-sided accumulate into a 2-D patch of a shared array.
No errors
Passed One-Sided accumulate subarray - strided_acc_subarray
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This code performs N accumulates into a 2d patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI subarray type.
No errors
Passed One-Sided get indexed - strided_get_indexed
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This code performs N strided get operations into a 2d patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI indexed type.
No errors
Passed One-Sided get-accumulate indexed - strided_getacc_indexed
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This code performs N strided get accumulate operations into a 2d patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI indexed type.
No errors
Passed One-Sided put-get indexed - strided_putget_indexed
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This code performs N strided put operations followed by get operations into a 2-D patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI indexed datatype.
No errors
Passed One-sided communication - one_sided_modes
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Checks MPI-2.2 one-sided communication modes reporting those that are not defined. If the test compiles, then "No errors" is reported, else, all undefined modes are reported as "not defined."
No errors
Passed One-sided fences - one_sided_fences
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies that one-sided communication with active target synchronization with fences functions properly. If all operations succeed, one-sided communication with active target synchronization with fences is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with active target synchronization with fences is reported as NOT supported.
No errors
Passed One-sided passiv - one_sided_passive
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies one-sided-communication with passive target synchronization functions properly. If all operations succeed, one-sided-communication with passive target synchronization is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with passive target synchronization with fences is reported as NOT supported.
No errors
Passed One-sided post - one_sided_post
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Verifies one-sided-communication with active target synchronization with post/start/complete/wait functions properly. If all operations succeed, one-sided communication with active target synchronization with post/start/complete/wait is reported as supported. If one or more operations fail, the failures are reported and one-sided-communication with active target synchronization with post/start/complete/wait is reported as NOT supported.
No errors
Passed One-sided routines - one_sided_routines
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Reports if one-sided communication routines are defined. If this test compiles, one-sided communication is reported as defined, otherwise "not supported".
No errors
Passed Put with fences - epochtest
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Put with Fences used to seperate epochs. This test looks at the behavior of MPI_Win_fence and epochs. Each MPI_Win_fence may both begin and end both the exposure and access epochs. Thus, it is not necessary to use MPI_Win_fence in pairs. Tested with a selection of communicators and datatypes.
The tests have the following form:
Process A Process B
fence fence
put,put
fence fence
put,put
fence fence
put,put put,put
fence fence
Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE No errors
Passed Put-Get-Accum PSCW - test2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests put and get with post/start/complete/wait on 2 processes.
No errors
Passed Put-Get-Accum PSCW allocmem - test2_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests put and get with post/start/complete/wait on 2 processes. Same as Put,Gets,Accumulate test 4 (rma/test2) but uses alloc_mem.
No errors
Passed Put-Get-Accum fence - test1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests a series of puts, gets, and accumulate on 2 processes using fence.
No errors
Passed Put-Get-Accum fence allocmem - test1_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests a series of put, get, and accumulate on 2 processes using fence. This test is the same as "Put-Get-Accumulate fence" (rma/test1) but uses alloc_mem.
No errors
Passed Put-Get-Accum fence derived - test1_dt
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests a series of puts, gets, and accumulate on 2 processes using fence. Same as "Put-Get-Accumulate fence" (rma/test1) but uses derived datatypes to receive data.
No errors
Passed Put-Get-Accum lock opt - test4
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests passive target RMA on 2 processes using a lock-single_op-unlock optimization.
No errors
Passed Put-Get-Accum lock opt allocmem - test4_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests passive target RMA on 2 processes. tests the lock-single_op-unlock optimization. Same as "Put-Get-accum lock opt" test (rma/test4) but uses alloc_mem.
No errors
Passed Put-Get-Accum true one-sided - test3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests the example in Fig 6.8, pg 142, MPI-2 standard. Process 1 has a blocking MPI_Recv between the Post and Wait. Therefore, this example will not run if the one-sided operations are simply implemented on top of MPI_Isends and Irecvs. They either need to be implemented inside the progress engine or using threads with Isends and Irecvs. In MPICH-2 (in MPICH), they are implemented in the progress engine.
No errors
Passed Put-Get-Accum true-1 allocmem - test3_am
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests the example in Fig 6.8, pg 142, MPI-2 standard. Process 1 has a blocking MPI_Recv between the Post and Wait. Therefore, this example will not run if the one-sided operations are simply implemented on top of MPI_Isends and Irecvs. They either need to be implemented inside the progress engine or using threads with Isends and Irecvs. In MPICH-2, they are implemented in the progress engine. This test is the same as Put,Gets,Accumulate test 6 (rma/test3) but uses alloc_mem.
No errors
Passed RMA MPI_PROC_NULL target - rmanull
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test MPI_PROC_NULL as a valid target for many RMA operations using active target synchronization, passive target synchronization, and request-based passive target synchronization.
No errors
Passed RMA Shared Memory - fence_shm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This simple RMA shared memory test uses MPI_Win_allocate_shared() with MPI_Win_fence() and MPI_Put() calls with and without assert MPI_MODE_NOPRECEDE.
No errors
Passed RMA contiguous calls - rma-contig
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test exercises the one-sided contiguous MPI calls using repeated RMA calls for multiple operations. Includes multiple tests for different lock modes and assert types.
Starting one-sided contiguous performance test with 2 processes
Synchronization mode: Exclusive lock
Trg. Rank Xfer Size Get (usec) Put (usec) Acc (usec) Get (MiB/s) Put (MiB/s) Acc (MiB/s)
0 8 9.646 9.739 9.794 0.791 0.783 0.779
0 16 9.785 9.811 9.990 1.559 1.555 1.527
0 32 9.727 9.731 9.932 3.138 3.136 3.073
0 64 9.552 9.395 9.470 6.390 6.497 6.445
0 128 9.459 9.395 9.416 12.905 12.993 12.965
0 256 9.370 9.365 9.556 26.056 26.069 25.548
0 512 9.419 9.427 9.428 51.839 51.799 51.791
0 1024 9.394 9.421 9.417 103.956 103.658 103.706
0 2048 9.338 9.355 9.851 209.155 208.769 198.267
0 4096 9.363 9.337 10.013 417.219 418.349 390.106
0 8192 9.472 9.346 11.349 824.830 835.905 688.408
0 16384 9.558 9.511 13.155 1634.728 1642.833 1187.729
0 32768 9.842 9.852 16.749 3175.317 3171.855 1865.750
0 65536 11.109 11.137 23.528 5625.968 5611.774 2656.369
0 131072 11.981 12.037 38.718 10433.582 10384.999 3228.444
0 262144 16.157 16.016 67.581 15472.759 15609.487 3699.270
0 524288 24.212 23.797 127.257 20650.883 21011.162 3929.060
0 1048576 37.382 37.010 241.193 26750.717 27019.667 4146.065
0 2097152 63.999 63.048 473.169 31250.447 31721.966 4226.823
1 8 17.707 17.184 17.914 0.431 0.444 0.426
1 16 17.716 17.372 15.510 0.861 0.878 0.984
1 32 17.883 17.500 15.370 1.707 1.744 1.986
1 64 17.848 17.575 15.423 3.420 3.473 3.957
1 128 17.846 17.255 15.713 6.840 7.075 7.769
1 256 17.793 17.467 15.936 13.721 13.977 15.320
1 512 17.688 17.454 16.151 27.605 27.976 30.233
1 1024 18.156 17.646 16.970 53.787 55.343 57.546
1 2048 19.119 18.613 18.186 102.154 104.934 107.394
1 4096 41.536 47.261 19.591 94.046 82.653 199.391
1 8192 55.512 55.697 22.427 140.735 140.268 348.359
1 16384 56.364 56.010 29.615 277.215 278.967 527.606
1 32768 60.357 60.048 29.579 517.752 520.415 1056.507
1 65536 64.520 62.560 38.198 968.691 999.039 1636.193
1 131072 70.891 72.655 58.869 1763.275 1720.463 2123.363
1 262144 84.786 86.700 89.963 2948.595 2883.523 2778.913
1 524288 105.723 108.172 153.952 4729.331 4622.252 3247.765
1 1048576 148.707 151.673 280.434 6724.634 6593.147 3565.897
1 2097152 233.662 241.243 531.091 8559.361 8290.399 3765.831
Starting one-sided contiguous performance test with 2 processes
Synchronization mode: Exclusive lock, MPI_MODE_NOCHECK
Trg. Rank Xfer Size Get (usec) Put (usec) Acc (usec) Get (MiB/s) Put (MiB/s) Acc (MiB/s)
0 8 5.648 5.648 5.733 1.351 1.351 1.331
0 16 5.778 5.602 5.602 2.641 2.724 2.724
0 32 5.587 5.563 5.668 5.463 5.486 5.384
0 64 5.678 5.646 5.636 10.750 10.811 10.829
0 128 5.592 5.517 5.807 21.829 22.126 21.023
0 256 5.713 5.659 5.712 42.732 43.145 42.743
0 512 5.699 5.657 5.724 85.680 86.312 85.304
0 1024 5.685 5.771 5.796 171.764 169.221 168.502
0 2048 5.716 5.775 6.023 341.705 338.183 324.284
0 4096 5.841 6.052 6.372 668.803 645.411 613.038
0 8192 5.588 5.584 7.523 1397.984 1399.067 1038.461
0 16384 5.619 5.617 9.362 2780.899 2781.609 1669.000
0 32768 5.902 5.933 12.523 5295.086 5266.888 2495.321
0 65536 6.958 6.822 19.238 8983.084 9161.447 3248.810
0 131072 7.924 7.845 34.408 15773.971 15934.556 3632.922
0 262144 11.635 11.353 64.015 21486.601 22020.560 3905.310
0 524288 19.071 17.608 120.538 26217.716 28395.484 4148.083
0 1048576 30.404 29.915 235.555 32890.338 33427.669 4245.294
0 2097152 59.565 58.857 456.163 33576.576 33980.629 4384.397
1 8 7.963 7.839 5.310 0.958 0.973 1.437
1 16 7.778 7.828 5.565 1.962 1.949 2.742
1 32 8.011 7.750 5.316 3.809 3.938 5.741
1 64 7.752 7.619 5.361 7.873 8.011 11.386
1 128 7.846 7.761 5.894 15.558 15.729 20.709
1 256 7.890 7.681 5.810 30.942 31.785 42.019
1 512 7.835 7.760 5.983 62.323 62.922 81.615
1 1024 7.896 7.650 6.055 123.681 127.659 161.282
1 2048 8.346 7.609 7.071 234.006 256.680 276.205
1 4096 45.765 44.220 8.089 85.354 88.336 482.937
1 8192 45.743 44.823 9.630 170.790 174.295 811.242
1 16384 44.321 43.795 15.080 352.541 356.779 1036.122
1 32768 48.013 47.935 20.523 650.871 651.921 1522.703
1 65536 51.695 51.849 28.152 1209.025 1205.421 2220.079
1 131072 60.260 59.280 48.332 2074.327 2108.649 2586.282
1 262144 69.305 68.730 80.709 3607.226 3637.413 3097.553
1 524288 93.180 94.434 145.495 5365.955 5294.723 3436.543
1 1048576 141.342 139.168 273.566 7075.025 7185.555 3655.424
1 2097152 229.499 227.359 553.228 8714.636 8796.678 3615.149
Starting one-sided contiguous performance test with 2 processes
Synchronization mode: Shared lock
Trg. Rank Xfer Size Get (usec) Put (usec) Acc (usec) Get (MiB/s) Put (MiB/s) Acc (MiB/s)
0 8 9.103 9.137 9.277 0.838 0.835 0.822
0 16 9.113 9.318 9.210 1.674 1.638 1.657
0 32 9.276 9.279 9.459 3.290 3.289 3.226
0 64 9.178 9.144 9.219 6.650 6.675 6.621
0 128 9.139 9.395 9.394 13.357 12.993 12.994
0 256 9.125 9.059 9.350 26.754 26.951 26.110
0 512 9.260 9.407 9.335 52.729 51.904 52.304
0 1024 9.263 9.347 9.536 105.427 104.482 102.412
0 2048 9.618 9.177 9.580 203.080 212.835 203.882
0 4096 9.596 9.361 9.953 407.054 417.269 392.475
0 8192 9.362 9.205 11.317 834.519 848.690 690.310
0 16384 9.459 9.671 12.419 1651.832 1615.677 1258.193
0 32768 9.633 9.509 15.961 3244.090 3286.377 1957.951
0 65536 11.186 10.973 23.070 5587.137 5695.626 2709.161
0 131072 11.515 11.815 37.692 10855.522 10579.760 3316.323
0 262144 15.502 15.417 67.588 16127.127 16216.249 3698.891
0 524288 22.783 21.601 123.539 21946.244 23147.114 4047.319
0 1048576 33.516 32.753 234.852 29836.888 30531.306 4258.009
0 2097152 57.375 56.090 459.045 34858.517 35657.182 4356.868
1 8 17.763 17.116 15.350 0.430 0.446 0.497
1 16 17.232 17.060 15.394 0.886 0.894 0.991
1 32 17.101 16.919 15.197 1.785 1.804 2.008
1 64 17.571 16.908 15.324 3.474 3.610 3.983
1 128 17.419 17.178 15.698 7.008 7.106 7.776
1 256 17.490 17.136 15.814 13.959 14.248 15.439
1 512 17.634 17.355 16.125 27.690 28.135 30.282
1 1024 18.523 17.579 16.281 52.722 55.552 59.981
1 2048 19.487 18.918 17.160 100.227 103.239 113.820
1 4096 61.609 61.776 17.917 63.404 63.232 218.019
1 8192 61.840 63.667 19.590 126.334 122.709 398.806
1 16384 62.180 61.699 24.796 251.286 253.244 630.135
1 32768 65.308 64.986 29.320 478.504 480.869 1065.832
1 65536 68.733 68.123 38.326 909.321 917.453 1630.753
1 131072 77.648 79.745 57.402 1609.833 1567.494 2177.612
1 262144 89.791 90.220 89.636 2784.229 2771.017 2789.068
1 524288 111.807 116.864 153.214 4471.994 4278.478 3263.401
1 1048576 151.815 160.152 279.648 6586.947 6244.050 3575.920
1 2097152 250.965 245.200 533.449 7969.228 8156.597 3749.184
Starting one-sided contiguous performance test with 2 processes
Synchronization mode: Shared lock, MPI_MODE_NOCHECK
Trg. Rank Xfer Size Get (usec) Put (usec) Acc (usec) Get (MiB/s) Put (MiB/s) Acc (MiB/s)
0 8 5.595 5.603 5.567 1.364 1.362 1.371
0 16 5.503 5.497 5.565 2.773 2.776 2.742
0 32 5.524 5.533 5.619 5.524 5.516 5.431
0 64 5.519 5.489 5.586 11.058 11.119 10.927
0 128 5.548 5.551 5.633 22.004 21.992 21.670
0 256 5.607 5.538 5.592 43.540 44.084 43.657
0 512 5.550 5.534 5.584 87.981 88.234 87.440
0 1024 5.618 5.521 5.715 173.829 176.869 170.890
0 2048 5.479 5.496 6.230 356.488 355.398 313.495
0 4096 5.466 5.483 7.338 714.652 712.436 532.333
0 8192 5.501 5.530 7.388 1420.156 1412.697 1057.472
0 16384 5.609 5.533 9.356 2785.575 2824.166 1670.108
0 32768 6.288 6.239 12.876 4969.879 5008.598 2427.024
0 65536 7.242 7.309 19.510 8630.774 8551.040 3203.560
0 131072 8.319 8.251 34.727 15026.438 15149.396 3599.534
0 262144 11.898 11.804 63.765 21011.748 21179.794 3920.671
0 524288 20.678 19.317 121.640 24179.786 25883.849 4110.506
0 1048576 33.304 32.328 235.473 30025.978 30933.366 4246.778
0 2097152 59.292 58.760 460.750 33731.638 34036.659 4340.748
1 8 7.736 7.368 5.340 0.986 1.035 1.429
1 16 7.633 7.360 5.372 1.999 2.073 2.840
1 32 7.641 7.376 5.337 3.994 4.138 5.718
1 64 7.690 7.428 5.369 7.937 8.217 11.369
1 128 7.752 7.411 5.785 15.747 16.471 21.102
1 256 7.827 7.500 5.971 31.191 32.553 40.890
1 512 7.843 7.559 6.209 62.254 64.600 78.643
1 1024 8.172 7.939 6.736 119.507 123.003 144.976
1 2048 8.839 8.813 7.755 220.954 221.613 251.843
1 4096 73.265 62.068 9.671 53.317 62.935 403.929
1 8192 67.307 61.944 12.997 116.072 126.122 601.098
1 16384 56.308 56.292 16.785 277.490 277.573 930.883
1 32768 59.291 53.601 20.521 527.064 583.010 1522.807
1 65536 56.388 55.426 28.938 1108.385 1127.639 2159.789
1 131072 63.426 64.784 48.191 1970.790 1929.489 2593.872
1 262144 77.106 79.710 80.560 3242.275 3136.362 3103.290
1 524288 101.328 107.281 144.579 4934.487 4660.645 3458.305
1 1048576 150.354 153.640 272.017 6650.955 6508.706 3676.247
1 2097152 235.503 239.120 521.811 8492.470 8364.012 3832.806
No errors
Passed RMA fence PSCW ordering - pscw_ordering
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This post/start/complete/wait operation test checks an oddball case for generalized active target synchronization where the start occurs before the post. Since start can block until the corresponding post, the group passed to start must be disjoint from the group passed to post for processes to avoid a circular wait. Here, odd/even groups are used to accomplish this and the even group reverses its start/post calls.
No errors
Passed RMA fence null - nullpscw
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 7
Test Description:
This simple test creates a window with a null pointer then performs a post/start/complete/wait operation.
No errors
Passed RMA fence put - putfence1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Tests MPI_Put and MPI_Win_fence with a selection of communicators and datatypes.
Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1 of sendtype MPI_INT receive type MPI_INT Putting count = 1 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1 of sendtype int-vector receive type MPI_INT Putting count = 1 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2 of sendtype MPI_INT receive type MPI_INT Putting count = 2 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2 of sendtype int-vector receive type MPI_INT Putting count = 2 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4 of sendtype MPI_INT receive type MPI_INT Putting count = 4 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4 of sendtype int-vector receive type MPI_INT Putting count = 4 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8 of sendtype MPI_INT receive type MPI_INT Putting count = 8 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8 of sendtype int-vector receive type MPI_INT Putting count = 8 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16 of sendtype MPI_INT receive type MPI_INT Putting count = 16 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16 of sendtype int-vector receive type MPI_INT Putting count = 16 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32 of sendtype MPI_INT receive type MPI_INT Putting count = 32 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32 of sendtype int-vector receive type MPI_INT Putting count = 32 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32 of sendtype MPI_INT receive type MPI_BYTE Putting count = 64 of sendtype MPI_INT receive type MPI_INT Putting count = 64 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 64 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 64 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 64 of sendtype int-vector receive type MPI_INT Putting count = 64 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 64 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 64 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 64 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 64 of sendtype MPI_LONG receive type MPI_LONG Putting count = 64 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 64 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 64 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 64 of sendtype MPI_INT receive type MPI_BYTE Putting count = 128 of sendtype MPI_INT receive type MPI_INT Putting count = 128 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 128 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 128 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 128 of sendtype int-vector receive type MPI_INT Putting count = 128 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 128 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 128 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 128 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 128 of sendtype MPI_LONG receive type MPI_LONG Putting count = 128 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 128 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 128 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 128 of sendtype MPI_INT receive type MPI_BYTE Putting count = 256 of sendtype MPI_INT receive type MPI_INT Putting count = 256 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 256 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 256 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 256 of sendtype int-vector receive type MPI_INT Putting count = 256 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 256 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 256 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 256 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 256 of sendtype MPI_LONG receive type MPI_LONG Putting count = 256 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 256 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 256 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 256 of sendtype MPI_INT receive type MPI_BYTE Putting count = 512 of sendtype MPI_INT receive type MPI_INT Putting count = 512 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 512 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 512 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 512 of sendtype int-vector receive type MPI_INT Putting count = 512 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 512 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 512 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 512 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 512 of sendtype MPI_LONG receive type MPI_LONG Putting count = 512 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 512 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 512 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 512 of sendtype MPI_INT receive type MPI_BYTE Putting count = 1024 of sendtype MPI_INT receive type MPI_INT Putting count = 1024 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 1024 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 1024 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 1024 of sendtype int-vector receive type MPI_INT Putting count = 1024 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 1024 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 1024 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 1024 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 1024 of sendtype MPI_LONG receive type MPI_LONG Putting count = 1024 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 1024 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 1024 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 1024 of sendtype MPI_INT receive type MPI_BYTE Putting count = 2048 of sendtype MPI_INT receive type MPI_INT Putting count = 2048 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 2048 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 2048 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 2048 of sendtype int-vector receive type MPI_INT Putting count = 2048 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 2048 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 2048 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 2048 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 2048 of sendtype MPI_LONG receive type MPI_LONG Putting count = 2048 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 2048 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 2048 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 2048 of sendtype MPI_INT receive type MPI_BYTE Putting count = 4096 of sendtype MPI_INT receive type MPI_INT Putting count = 4096 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 4096 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 4096 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 4096 of sendtype int-vector receive type MPI_INT Putting count = 4096 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 4096 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 4096 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 4096 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 4096 of sendtype MPI_LONG receive type MPI_LONG Putting count = 4096 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 4096 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 4096 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 4096 of sendtype MPI_INT receive type MPI_BYTE Putting count = 8192 of sendtype MPI_INT receive type MPI_INT Putting count = 8192 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 8192 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 8192 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 8192 of sendtype int-vector receive type MPI_INT Putting count = 8192 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 8192 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 8192 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 8192 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 8192 of sendtype MPI_LONG receive type MPI_LONG Putting count = 8192 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 8192 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 8192 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 8192 of sendtype MPI_INT receive type MPI_BYTE Putting count = 16384 of sendtype MPI_INT receive type MPI_INT Putting count = 16384 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 16384 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 16384 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 16384 of sendtype int-vector receive type MPI_INT Putting count = 16384 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 16384 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 16384 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 16384 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 16384 of sendtype MPI_LONG receive type MPI_LONG Putting count = 16384 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 16384 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 16384 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 16384 of sendtype MPI_INT receive type MPI_BYTE Putting count = 32768 of sendtype MPI_INT receive type MPI_INT Putting count = 32768 of sendtype MPI_DOUBLE receive type MPI_DOUBLE Putting count = 32768 of sendtype MPI_FLOAT_INT receive type MPI_FLOAT_INT Putting count = 32768 of sendtype dup of MPI_INT receive type dup of MPI_INT Putting count = 32768 of sendtype int-vector receive type MPI_INT Putting count = 32768 of sendtype int-indexed(4-int) receive type MPI_INT Putting count = 32768 of sendtype int-indexed(2 blocks) receive type MPI_INT Putting count = 32768 of sendtype MPI_INT receive type recv-int-indexed(4-int) Putting count = 32768 of sendtype MPI_SHORT receive type MPI_SHORT Putting count = 32768 of sendtype MPI_LONG receive type MPI_LONG Putting count = 32768 of sendtype MPI_CHAR receive type MPI_CHAR Putting count = 32768 of sendtype MPI_UINT64_T receive type MPI_UINT64_T Putting count = 32768 of sendtype MPI_FLOAT receive type MPI_FLOAT Putting count = 32768 of sendtype MPI_INT receive type MPI_BYTE No errors
Passed RMA fence put PSCW - putpscw1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Put with Post/Start/Complete/Wait using a selection of communicators and datatypes.
No errors
Passed RMA fence put base - put_base
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This code performs N strided put operations into a 2d patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI datatype. This test generates a datatype that is relative to an arbitrary base address in memory and tests the RMA implementation's ability to perform the correct transfer.
No errors
Passed RMA fence put bottom - put_bottom
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
One-Sided MPI 2-D Strided Put Test. This code performs N strided put operations into a 2d patch of a shared array. The array has dimensions [X, Y] and the subarray has dimensions [SUB_X, SUB_Y] and begins at index [0, 0]. The input and output buffers are specified using an MPI datatype. This test generates a datatype that is relative to MPI_BOTTOM and tests the RMA implementation's ability to perform the correct transfer.
No errors
Passed RMA fence put indexed - putfidx
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Put with Fence for an indexed datatype. One MPI Implementation fails this test with sufficiently large values of blksize. It appears to convert this type to an incorrect contiguous move.
No errors
Passed RMA get attributes - baseattrwin
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates a window, then extracts its attributes through a series of MPI_Win_get_attr calls.
No errors
Passed RMA lock contention accumulate - lockcontention
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
This is a modified version of Put,Gets,Accumulate test 9 (rma/test4). Tests passive target RMA on 3 processes. Tests the lock-single_op-unlock optimization.
No errors
Passed RMA lock contention basic - lockcontention2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Multiple tests for lock contention, including special cases within the MPI implementation; in this case, our coverage analysis showed the lockcontention test was not covering all cases and revealed a bug in the code. In all of these tests, each process writes (or accesses) the values rank + i*size_of_world for NELM times. This test strives to avoid operations not strictly permitted by MPI RMA, for example, it doesn't target the same locations with multiple put/get calls in the same access epoch.
No errors
Passed RMA lock contention optimized - lockcontention3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 8
Test Description:
Multiple additional tests for lock contention. These are designed to exercise some of the optimizations within MPICH, but all are valid MPI programs. Tests structure includes:
Lock local (must happen
at this time since application can use load store after thelock)
Send message to partner
Receive message
Send ack
Receive ack
Provide a delay so that the partner will see the conflict
Partner executes:
Lock // Note: this may block rma operations (see below)
Unlock
Send back to partner
Unlock
Receive from partner
Check for correct data
The delay may be implemented as a ring of message communication; this is likely to automatically scale the time to what is needed.
No errors
Passed RMA many ops basic - manyrma3
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Many RMA operations. This simple test creates an RMA window, locks it, and performs many accumulate operations on it.
No errors
Passed RMA many ops sync - manyrma2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests for correct handling of the case where many RMA operations occur between synchronization events. Includes options for multiple different RMA operations, and is currently run for accumulate with fence. This is one of the ways that RMA may be used, and is used in the reference implementation of the graph500 benchmark.
No errors
Passed RMA post/start/complete test - wintest
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests put and get with post/start/complete/test on 2 processes. Same as "Put-Get-Accum PSCW" test (rma/test2), but uses win_test instead of win_wait.
No errors
Passed RMA post/start/complete/wait - accpscw1
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Accumulate Post-Start-Complete-Wait. This test uses accumulate/replace with post/start/complete/wait for source and destination processes on a selection of communicators and datatypes.
No errors
Passed RMA rank 0 - selfrma
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test RMA calls to self using multiple RMA operations and checking the accuracy of the result.
No errors
Passed RMA zero-byte transfers - rmazero
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Tests zero-byte transfers for a selection of communicators for many RMA operations using active target synchronizaiton and request-based passive target synchronization.
No errors
Passed RMA zero-size compliance - badrma
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
The test uses various combinations of either zero size datatypes or zero size counts for Put, Get, Accumulate, and Get_Accumulate. All tests should pass to be compliant with the MPI-3.0 specification.
No errors
Passed Request-based operations - req_example
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Example 11.21 from the MPI 3.0 spec. The following example shows how RMA request-based operations can be used to overlap communication with computation. Each process fetches, processes, and writes the result for NSTEPS chunks of data. Instead of a single buffer, M local buffers are used to allow up to M communication operations to overlap with computation.
No errors
Passed Thread/RMA interaction - multirma
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This is a simple test of threads in MPI.
No errors
Passed Win_allocate_shared zero - win_zero
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Test MPI_Win_allocate_shared when size of the shared memory region is 0 and when the size is 0 on every other process and 1 on the others.
No errors
Passed Win_create_dynamic - win_dynamic_acc
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises dynamic RMA windows using the MPI_Win_create_dynamic() and MPI_Accumulate() operations.
No errors
Passed Win_create_errhandler - window_creation
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test creates 1000 RMA windows using MPI_Alloc_mem(), then frees the dynamic memory and the RMA windows that were created.
No errors
Passed Win_errhandler - wincall
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test creates and frees MPI error handlers in a loop (1000 iterations) to test the internal MPI RMA memory allocation routines.
No errors
Passed Win_flush basic - flush
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Window Flush. This simple test flushes a shared window using MPI_Win_flush() and MPI_Win_flush_all().
No errors
Passed Win_flush_local basic - flush_local
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
Window Flush. This simple test flushes a shared window using MPI_Win_flush_local() and MPI_Win_flush_local_all().
No errors
Passed Win_get_attr - win_flavors
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test determines which "flavor" of RMA is created by creating windows and using MPI_Win_get_attr to access the attributes of each window.
No errors
Passed Win_get_group basic - getgroup
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This is a simple test of MPI_Win_get_group() for a selection of communicators.
No errors
Passed Win_info - win_info
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test creates an RMA info object, sets key/value pairs on the object, then duplicates the info object and confirms that the key/value pairs are in the same order as the original.
No errors
Passed Window attributes order - attrorderwin
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Test creating and inserting and deleting attributes in different orders using MPI_Win_set_attr and MPI_Win_delete_attr to ensure the list management code handles all cases.
No errors
Passed Window same_disp_unit - win_same_disp_unit
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
Test the acceptance of the MPI 3.1 standard same_disp_unit info key for window creation.
No errors
Passed {Get,set}_name - winname
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This simple test exercises MPI_Win_set_name() and MPI_Win_get_name() using a selection of different windows.
No errors
Attributes Tests - Score: 100% Passed
This group features tests that involve attributes objects.
Passed At_Exit attribute order - attrend2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 5
Test Description:
The MPI-2.2 specification makes it clear that attributes are called on MPI_COMM_WORLD and MPI_COMM_SELF at the very beginning of MPI_Finalize in LIFO order with respect to the order in which they are set. This is useful for tools that want to perform the MPI equivalent of an "at_exit" action.
This test uses 20 attributes to ensure that the hash-table based MPI implementations do not accidentally pass the test except by being extremely "lucky". There are (20!) possible permutations providing about a 1 in 2.43e18 chance of getting LIFO ordering out of a hash table assuming a decent hash function is used.
No errors
Passed At_Exit function - attrend
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test demonstrates how to attach an "at-exit()" function to MPI_Finalize().
No errors
Passed Attribute callback error - attrerr
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test exercises attribute routines. It checks for correct behavior of the copy and delete functions on an attribute, particularly the correct behavior when the routine returns a failure.
MPI 1.2 Clarification: Clarification of Error Behavior of Attribute Callback Functions. Any return value other than MPI_SUCCESS is erroneous. The specific value returned to the user is undefined (other than it can't be MPI_SUCCESS). Proposals to specify particular values (e.g., user's value) failed.
No errors
Passed Attribute comm callback error - attrerrcomm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test exercises attribute routines. It checks for correct behavior of the copy and delete functions on an attribute, particularly the correct behavior when the routine returns failure.
MPI 1.2 Clarification: Clarification of Error Behavior of Attribute Callback Functions. Any return value other than MPI_SUCCESS is erroneous. The specific value returned to the user is undefined (other than it can't be MPI_SUCCESS). Proposals to specify particular values (e.g., user's value) failed. This test is similar in function to attrerr but uses communicators.
No errors
Passed Attribute delete/get - attrdeleteget
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This program illustrates the use of MPI_Comm_create_keyval() that creates a new attribute key.
No errors
Passed Attribute order - attrorder
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates and inserts attributes in different orders to ensure that the list management code handles all cases properly.
No errors
Passed Attribute type callback error - attrerrtype
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test checks for correct behavior of the copy and delete functions on an attribute, particularly the correct behavior when the routine returns failure.
Any return value other than MPI_SUCCESS is erroneous. The specific value returned to the user is undefined (other than it can't be MPI_SUCCESS). Proposals to specify particular values (e.g., user's value) have not been successful. This test is similar in function to attrerr but uses types.
No errors
Passed Attribute/Datatype - attr2type
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This program creates a contiguous datatype from type MPI_INT, attaches an attribute to the type, duplicates it, then deletes both the original and duplicate type.
No errors
Passed Basic Attributes - baseattrcomm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test accesses many attributes such as MPI_TAG_UB, MPI_HOST, MPI_IO, MPI_WTIME_IS_GLOBAL, and many others and reports any errors.
No errors
Passed Basic MPI-3 attribute - baseattr2
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This program tests the integrity of the MPI-3.0 base attributes. The attribute keys tested are: MPI_TAG_UB, MPI_HOST, MPI_IO, MPI_WTIME_IS_GLOBAL, MPI_APPNUM, MPI_UNIVERSE_SIZE, MPI_LASTUSEDCODE
No errors
Passed Communicator Attribute Order - attrordercomm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates and inserts communicator attributes in different orders to ensure that the list management code handles all cases properly.
No errors
Passed Communicator attributes - attributes
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Returns all communicator attributes that are not supported. The test is run as a single process MPI job and fails if any attributes are not supported.
No errors
Passed Function keyval - fkeyval
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test illustrates the use of the copy and delete functions used in the manipulation of keyvals. It also tests to confirm that attributes are copied when communicators are duplicated.
No errors
Passed Intercommunicators - attric
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test exercises communicator attribute routines for intercommunicators.
start while loop, isLeft=TRUE start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup start while loop, isLeft=FALSE start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm got COMM_NULL, skipping start while loop, isLeft=FALSE start while loop, isLeft=TRUE start while loop, isLeft=FALSE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm got COMM_NULL, skipping Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=TRUE Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm start while loop, isLeft=FALSE No errors start while loop, isLeft=FALSE got COMM_NULL, skipping Keyval_create key=0xa4400000 value=9 Keyval_create key=0xa4400001 value=7 Comm_dup Keyval_free key=0xa4400000 Keyval_free key=0xa4400001 Comm_free comm Comm_free dup_comm
Passed Keyval communicators - fkeyvalcomm
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test tests freeing of keyvals while still attached to a communicator, then tests to make sure that the keyval delete and copy functions are executed properly.
No errors
Passed Keyval test with types - fkeyvaltype
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This tests illustrates the use of keyvals associated with datatypes.
No errors
Passed Multiple keyval_free - keyval_double_free
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This tests multiple invocations of keyval_free on the same keyval.
No errors
Passed RMA get attributes - baseattrwin
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates a window, then extracts its attributes through a series of MPI_Win_get_attr calls.
No errors
Passed Type Attribute Order - attrordertype
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This test creates and inserts type attributes in different orders to ensure that the list management codes handles all cases properly.
No errors
Passed Varying communicator orders/types - attrt
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test is similar to attr/attrordertype (creates/inserts attributes) but uses a different strategy of mixing attribute order, types, and with different types of communicators.
No errors
Performance - Score: 91% Passed
This group features tests that involve realtime latency performance analysis of MPI appications. Although performance testing is not an established goal of this test suite, these few tests were included because there has been discussion of including performance testing in future versions of the test suite. Such tests might be useful to aide users in determining what MPI features should be used for their particular application. These tests are exemplary of what future tests could provide.
Passed Datatype creation - twovec
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Make sure datatype creation is independent of data size. However, that there is no guarantee or expectation that the time would be constant. In particular, some optimizations might take more time than others.
The real goal of this is to ensure that the time to create a datatype doesn't increase strongly with the number of elements within the datatype, particularly for these datatypes that are quite simple patterns.
No errors
Passed Group creation - commcreatep
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 32
Test Description:
This is a performance test indexed by group number to look at how communicator creation scales with group. The cost should be linear or at worst ts*log(ts), where ts <= number of communicators.
size time 1 4.987136e-04 2 2.504276e-04 4 3.887435e-05 8 4.422085e-05 16 4.125250e-05 32 1.178419e-04 No errors
Passed MPI-Tracing package - allredtrace
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 32
Test Description:
This code is intended to test the trace overhead when using an MPI tracing package. The test is currently run in verbose mode with the number of processes set to 32 to run on the greatest number of HPC systems.
For delay count 13946, time is 1.110336e-02 No errors.
Passed MPI_Group_Translate_ranks perf - gtranksperf
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 20
Test Description:
Measure and compare the relative performance of MPI_Group_translate_ranks with small and large group2 sizes but a constant number of ranks. This serves as a performance sanity check for the Scalasca use case where we translate to MPI_COMM_WORLD ranks. The performance should only depend on the number of ranks passed, not the size of either group (especially group2). This test is probably only meaningful for large-ish process counts.
No errors
Passed MPI_{pack,unpack} perf - dtpack
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
This code may be used to test the performance of some of the noncontiguous datatype operations, including vector and indexed pack and unpack operations. To simplify the use of this code for tuning an MPI implementation, it uses no communication, just the MPI_Pack and MPI_Unpack routines. In addition, the individual tests are in separate routines, making it easier to compare the compiler-generated code for the user (manual) pack/unpack with the code used by the MPI implementation. Further, to be fair to the MPI implementation, the routines are passed the source and destination buffers; this ensures that the compiler can't optimize for statically allocated buffers.
TestVecPackDouble (USER): 0.016 0.016 0.016 0.016 0.016 0.016 0.016 0.016 0.015 0.015 [0.000] TestVecPackDouble (MPI): 0.017 0.017 0.017 0.017 0.017 0.017 0.017 0.016 0.017 0.017 [0.000] VecPackDouble : 1.65553e-05 1.55564e-05 (6.03356%) TestVecUnPackDouble (USER): 0.018 0.018 0.018 0.018 0.018 0.018 0.018 0.018 0.018 0.018 [0.000] TestVecUnPackDouble (MPI): 0.018 0.018 0.018 0.018 0.018 0.018 0.018 0.018 0.018 0.018 [0.000] VecUnPackDouble : 1.83074e-05 1.76151e-05 (3.78139%) TestIndexPackDouble (USER): 0.017 0.017 0.017 0.017 0.017 0.017 0.017 0.017 0.017 0.017 [0.000] TestIndexPackDouble (MPI): 0.017 0.017 0.017 0.017 0.017 0.017 0.017 0.017 0.017 0.017 [0.000] VecIndexDouble : 1.65227e-05 1.71116e-05 (3.44132%) TestVecPack2Double (USER): 0.023 0.023 0.023 0.023 0.023 0.023 0.023 0.023 0.023 0.023 [0.000] TestVecPack2Double (MPI): 0.024 0.024 0.024 0.024 0.024 0.024 0.024 0.024 0.023 0.024 [0.000] VecPack2Double : 2.35438e-05 2.31255e-05 (1.7766%) No errors
Passed Network performance - netmpi
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This test calculates bulk transfer rates and latency as a function of message buffer size.
0: x1001c5s0b0n1 1: x1001c5s3b0n0 Latency: 0.000002438 Sync Time: 0.000005902 Now starting main loop 0: 997 bytes 51368 times --> 2154.44 Mbps in 0.000003531 sec 1: 1000 bytes 35368 times --> 2151.96 Mbps in 0.000003545 sec 2: 1003 bytes 35328 times --> 2227.65 Mbps in 0.000003435 sec 3: 1497 bytes 36570 times --> 3110.80 Mbps in 0.000003671 sec 4: 1500 bytes 45395 times --> 3030.55 Mbps in 0.000003776 sec 5: 1503 bytes 44179 times --> 3129.05 Mbps in 0.000003665 sec 6: 1997 bytes 45569 times --> 3559.26 Mbps in 0.000004281 sec 7: 2000 bytes 43809 times --> 4084.49 Mbps in 0.000003736 sec 8: 2003 bytes 50223 times --> 4094.18 Mbps in 0.000003733 sec 9: 2497 bytes 33572 times --> 4887.63 Mbps in 0.000003898 sec 10: 2500 bytes 38478 times --> 4889.65 Mbps in 0.000003901 sec 11: 2503 bytes 38479 times --> 4901.09 Mbps in 0.000003896 sec 12: 3497 bytes 38553 times --> 6066.58 Mbps in 0.000004398 sec 13: 3500 bytes 40606 times --> 6211.64 Mbps in 0.000004299 sec 14: 3503 bytes 41555 times --> 6221.30 Mbps in 0.000004296 sec 15: 4497 bytes 24986 times --> 7565.89 Mbps in 0.000004535 sec 16: 4500 bytes 30623 times --> 7521.50 Mbps in 0.000004565 sec 17: 4503 bytes 30439 times --> 7566.11 Mbps in 0.000004541 sec 18: 6497 bytes 30616 times --> 9882.23 Mbps in 0.000005016 sec 19: 6500 bytes 34506 times --> 9868.32 Mbps in 0.000005025 sec 20: 6503 bytes 34448 times --> 9822.65 Mbps in 0.000005051 sec 21: 8497 bytes 19058 times --> 11427.61 Mbps in 0.000005673 sec 22: 8500 bytes 23328 times --> 11468.37 Mbps in 0.000005655 sec 23: 8503 bytes 23411 times --> 11419.36 Mbps in 0.000005681 sec 24: 12497 bytes 23310 times --> 14690.86 Mbps in 0.000006490 sec 25: 12500 bytes 26194 times --> 14702.98 Mbps in 0.000006486 sec 26: 12503 bytes 26212 times --> 14721.12 Mbps in 0.000006480 sec 27: 16497 bytes 13898 times --> 16037.45 Mbps in 0.000007848 sec 28: 16500 bytes 16409 times --> 16055.16 Mbps in 0.000007841 sec 29: 16503 bytes 16427 times --> 16044.05 Mbps in 0.000007848 sec No errors.
Passed Send/Receive basic perf - sendrecvperf
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 2
Test Description:
This program provides a simple test of send-receive performance between two (or more) processes. This test is sometimes called head-to-head or ping-ping test, as both processes send at the same time.
Irecv-send len time rate 1 2.9753 0.336101 2 3.92688 0.509311 4 3.09344 1.29306 8 3.16966 2.52393 16 3.49365 4.57973 32 3.01564 10.6113 64 3.10164 20.6343 128 3.02598 42.3004 256 25.2797 10.1267 512 3.87541 132.115 1024 4.19752 243.953 2048 4.4771 457.439 4096 6.04137 677.992 8192 6.34057 1292 16384 33.4022 490.506 32768 11.4821 2853.83 65536 15.6961 4175.3 131072 24.229 5409.71 262144 47.9229 5470.12 524288 99.1562 5287.5 Sendrecv len time (usec) rate (MB/s) 1 2.4403 0.409786 2 2.96904 0.673618 4 3.00615 1.33061 8 3.17562 2.5192 16 3.20213 4.99667 32 2.99391 10.6884 64 3.08577 20.7403 128 3.28098 39.0128 256 3.78314 67.6686 512 4.11729 124.354 1024 3.98628 256.881 2048 3.94879 518.639 4096 6.64976 615.962 8192 6.40473 1279.05 16384 9.11447 1797.58 32768 12.1466 2697.7 65536 17.8078 3680.18 131072 23.5433 5567.27 262144 40.1137 6535.03 524288 63.2842 8284.66 Pingpong len time (usec) rate (MB/s) 1 5.5455 0.180326 2 5.77271 0.346457 4 8.82927 0.453039 8 5.22332 1.53159 16 5.24122 3.05273 32 5.50982 5.80781 64 5.2398 12.2142 128 5.23495 24.451 256 6.70655 38.1717 512 6.73895 75.9762 1024 7.34047 139.501 2048 9.31772 219.796 4096 9.80184 417.881 8192 11.4183 717.443 16384 16.5411 990.505 32768 21.4457 1527.95 65536 28.4547 2303.17 131072 44.8876 2920 262144 70.6501 3710.45 524288 124.894 4197.85 1 2.98 2.44 5.55 2 3.93 2.97 5.77 4 3.09 3.01 8.83 8 3.17 3.18 5.22 16 3.49 3.20 5.24 32 3.02 2.99 5.51 64 3.10 3.09 5.24 128 3.03 3.28 5.23 256 25.28 3.78 6.71 512 3.88 4.12 6.74 1024 4.20 3.99 7.34 2048 4.48 3.95 9.32 4096 6.04 6.65 9.80 8192 6.34 6.40 11.42 16384 33.40 9.11 16.54 Irecv-Send too long: 16384 6.34 33.40 32768 11.48 12.15 21.45 65536 15.70 17.81 28.45 131072 24.23 23.54 44.89 262144 47.92 40.11 70.65 524288 99.16 63.28 124.89 No errors
Passed Synchonization basic perf - non_zero_root
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 4
Test Description:
This test compares the time it takes between a synchronization step between rank 0 and rank 1. If that difference is greater than 10 percent, it is considered an error.
No errors
Passed Timer sanity - timer
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 1
Test Description:
Check that the timer produces monotone nondecreasing times and that the tick is reasonable.
No errors
Failed Transposition type - transp-datatype
Build: Passed
Execution: Failed
Exit Status: Application_ended_with_error(s)
MPI Processes: 2
Test Description:
This test transposes a (100x100) two-dimensional array using two options: (1) manually send and transpose, and (2) send using an automatic hvector type. It fails if (2) is too much slower than (1).
Found 1 errors Transpose time with datatypes is more than twice time without datatypes 0.000105 0.000029 0.000024 x1001c5s3b0n0.hsn0.warhawk.afrl.hpc.mil: rank 1 exited with code 1
Passed Variable message length - adapt
Build: Passed
Execution: Passed
Exit Status: Execution_completed_no_errors
MPI Processes: 3
Test Description:
This test measures the latency involved in sending/receiving messages of varying size.
0: x1001c5s0b0n1 1: x1001c5s0b0n1 2: x1001c5s3b0n0 To determine 2 <-> 0 latency, using 65536 reps. To determine 0 <-> 1 latency, using 65536 reps. To determine 2 <-- 0 --> 1 latency, using 32768 reps Latency20_ : 0.000002302 Latency_01 : 0.000001872 Latency201 : 0.000004271 Now starting main loop 0: 72 bytes 22585 times --> 0: 72 bytes 27783 times --> 231.44 Mbps in 0.000002373 sec 299.67 Mbps in 0.000001833 sec 0: 72 bytes 12174 times --> 0.000002525 0.000003192 0.000003778 0.000004041 0.000004179 0.000004260 0.000004341 0.000004307 0.000004556 0.000004419 0.000004382 0.000004925 0.000004351 0.000004362 1: 75 bytes 21066 times --> 1: 75 bytes 27276 times --> 228.91 Mbps in 0.000002500 sec 314.45 Mbps in 0.000001820 sec 1: 75 bytes 11463 times --> 0.000002458 0.000003172 0.000003798 0.000004969 0.000004164 0.000004245 0.000004270 0.000004343 0.000004313 0.000004337 0.000004343 0.000004308 0.000004318 0.000003701 2: 78 bytes 20802 times --> 2: 78 bytes 28576 times --> 262.86 Mbps in 0.000002264 sec 413.68 Mbps in 0.000001439 sec 2: 78 bytes 14051 times --> 0.000002665 0.000002786 0.000003288 0.000003569 0.000003703 0.000003770 0.000003801 0.000003907 0.000003761 0.000003768 0.000003896 0.000003827 0.000003831 0.000003705 No errors.