Have you turned on valgrind support in Open MPI. That is required to quite these bogus warnings.
-Nathan
On Wed, Jan 14, 2015 at 10:17:50AM +0000, Victor Vysotskiy wrote:
> Hi,
>
> Our parallel applications behaves strange when it is compiled with Openmpi
> v1.8.4 on both Linux and Mac OS X platforms. The Valgrind reports memory
> problems in OpenMPI rather than in our code:
>
> =4440== Invalid read of size 1
> ==4440== at 0xCAD6D37: ompi_osc_rdma_callback (osc_rdma_data_move.c:1650)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== by 0xD149BCB: ompi_coll_tuned_barrier_intra_dec_fixed
> (coll_tuned_decision_fixed.c:194)
> ==4440== Address 0xd6d5d80 is 0 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
>
> ==4440== Invalid read of size 2
> ==4440== at 0xCAD68C4: process_frag (osc_rdma_data_move.c:1554)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d88 is 8 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ...
>
> Enclosed please find the complete report for the master processes. Could it
> be that these invalid memory operations are caused by our code? The line 94
> in our code looks like:
>
> MPI_Win_create(buff,size,sizeof(long int),MPI_INFO_NULL,MPI_COMM_WORLD,&twin);
>
> /* char *buff;
> MPI_Aint size;
> MPI_Win twin;
> */
>
> I would greatly appreciate any help you can give me in working this problem.
>
> With best regards,
> Victor.
>
> P.s. The output of "ompi_info -- all" is also attached.
> ==4440== Memcheck, a memory error detector
> ==4440== Copyright (C) 2002-2012, and GNU GPL'd, by Julian Seward et al.
> ==4440== Using Valgrind-3.8.1 and LibVEX; rerun with -h for copyright info
> ==4440==
> ==4440== Warning: set address range perms: large range [0x1617c028,
> 0x2617c058) (noaccess)
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6D37: ompi_osc_rdma_callback (osc_rdma_data_move.c:1650)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== by 0xD149BCB: ompi_coll_tuned_barrier_intra_dec_fixed
> (coll_tuned_decision_fixed.c:194)
> ==4440== Address 0xd6d5d80 is 0 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6D74: ompi_osc_rdma_callback (osc_rdma_data_move.c:1654)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== by 0xD149BCB: ompi_coll_tuned_barrier_intra_dec_fixed
> (coll_tuned_decision_fixed.c:194)
> ==4440== Address 0xd6d5d80 is 0 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 2
> ==4440== at 0xCAD68C4: process_frag (osc_rdma_data_move.c:1554)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d88 is 8 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD68CF: process_frag (osc_rdma_data_move.c:1554)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d84 is 4 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 2
> ==4440== at 0xCAD6C02: process_frag (osc_rdma_data_move.c:1560)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d88 is 8 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6917: process_frag (osc_rdma_data_move.c:1561)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d91 is 17 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6935: process_frag (osc_rdma_data_move.c:1561)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d90 is 16 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6969: process_frag (osc_rdma_data_move.c:1566)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d91 is 17 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6988: process_frag (osc_rdma_data_move.c:1567)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d90 is 16 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD6A4E: process_frag (osc_rdma_data_move.c:1583)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d84 is 4 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCADE072: ompi_osc_rdma_process_lock
> (osc_rdma_passive_target.c:802)
> ==4440== by 0xCAD6A60: process_frag (osc_rdma_data_move.c:1583)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5d94 is 20 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 8
> ==4440== at 0xCADE10F: ompi_osc_rdma_process_lock
> (osc_rdma_passive_target.c:816)
> ==4440== by 0xCAD6A60: process_frag (osc_rdma_data_move.c:1583)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5d98 is 24 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6EFC: ompi_osc_rdma_callback (osc_rdma_data_move.c:1684)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== by 0xD149BCB: ompi_coll_tuned_barrier_intra_dec_fixed
> (coll_tuned_decision_fixed.c:194)
> ==4440== Address 0xd6d5d80 is 0 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 1
> ==4440== at 0xCAD6F07: ompi_osc_rdma_callback (osc_rdma_data_move.c:1685)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== by 0xD149BCB: ompi_coll_tuned_barrier_intra_dec_fixed
> (coll_tuned_decision_fixed.c:194)
> ==4440== Address 0xd6d5d81 is 1 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD6A08: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d84 is 4 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F6E25: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:566)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD50C8: process_acc (osc_rdma_data_move.c:1166)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== Address 0xd6d5db0 is 48 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F6E34: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:574)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD50C8: process_acc (osc_rdma_data_move.c:1166)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== Address 0xd6d5db4 is 52 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 8
> ==4440== at 0xCAD50E7: process_acc (osc_rdma_data_move.c:1171)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5da0 is 32 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 8
> ==4440== at 0xCAD3D51: ompi_osc_rdma_acc_start (osc_rdma_data_move.c:802)
> ==4440== by 0xCAD5137: process_acc (osc_rdma_data_move.c:1175)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== Address 0xd6d5da8 is 40 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD3D70: ompi_osc_rdma_acc_start (osc_rdma_data_move.c:803)
> ==4440== by 0xCAD5137: process_acc (osc_rdma_data_move.c:1175)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== Address 0xd6d5d98 is 24 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD3DC4: ompi_osc_rdma_acc_start (osc_rdma_data_move.c:810)
> ==4440== by 0xCAD5137: process_acc (osc_rdma_data_move.c:1175)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== Address 0xd6d5d94 is 20 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 8
> ==4440== at 0x5196482: ompi_op_base_2buff_sum_int64_t
> (op_base_functions.c:235)
> ==4440== by 0x51A25C6: ompi_op_reduce (op.h:571)
> ==4440== by 0x51A34E6: ompi_osc_base_process_op
> (osc_base_obj_convert.c:179)
> ==4440== by 0xCAD3411: osc_rdma_accumulate_buffer
> (osc_rdma_data_move.c:598)
> ==4440== by 0xCAD3DED: ompi_osc_rdma_acc_start (osc_rdma_data_move.c:810)
> ==4440== by 0xCAD5137: process_acc (osc_rdma_data_move.c:1175)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== Address 0xd6d5db8 is 56 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 8
> ==4440== at 0xCAD5249: process_acc (osc_rdma_data_move.c:1186)
> ==4440== by 0xCAD6A1A: process_frag (osc_rdma_data_move.c:1576)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5da0 is 32 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD6AAE: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d84 is 4 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 8
> ==4440== at 0xCAD31A8: process_get (osc_rdma_data_move.c:528)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5dd0 is 80 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F6E88: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:585)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== Address 0xd6d5ddc is 92 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F6E92: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:586)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== Address 0xd6d5de0 is 96 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F6E9C: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:587)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== Address 0xd6d5de4 is 100 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F6F46: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:609)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== Address 0xd6d5de8 is 104 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F73ED: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F7408: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F83F3: ompi_datatype_create_indexed
> (ompi_datatype_create_indexed.c:45)
> ==4440== by 0x50F741D: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5df8 is 120 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F83FC: ompi_datatype_create_indexed
> (ompi_datatype_create_indexed.c:46)
> ==4440== by 0x50F741D: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5df0 is 112 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F845D: ompi_datatype_create_indexed
> (ompi_datatype_create_indexed.c:52)
> ==4440== by 0x50F741D: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5dfc is 124 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F84D7: ompi_datatype_create_indexed
> (ompi_datatype_create_indexed.c:58)
> ==4440== by 0x50F741D: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5dfc is 124 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F84F0: ompi_datatype_create_indexed
> (ompi_datatype_create_indexed.c:59)
> ==4440== by 0x50F741D: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5df4 is 116 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F8509: ompi_datatype_create_indexed
> (ompi_datatype_create_indexed.c:60)
> ==4440== by 0x50F741D: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:698)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5df4 is 116 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F743A: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:700)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F7450: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F5AA0: ompi_datatype_set_args (ompi_datatype_args.c:152)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F5AAB: ompi_datatype_set_args (ompi_datatype_args.c:153)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 2
> ==4440== at 0x4C2E9D0: memcpy@@GLIBC_2.14 (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x50F5AE4: ompi_datatype_set_args (ompi_datatype_args.c:153)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== Address 0xd6d5df6 is 118 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 2
> ==4440== at 0x4C2E9E4: memcpy@@GLIBC_2.14 (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x50F5AE4: ompi_datatype_set_args (ompi_datatype_args.c:153)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== Address 0xd6d5df2 is 114 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F5AEC: ompi_datatype_set_args (ompi_datatype_args.c:154)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0x50F5AF8: ompi_datatype_set_args (ompi_datatype_args.c:155)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== Address 0xd6d5dec is 108 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 2
> ==4440== at 0x4C2E9D0: memcpy@@GLIBC_2.14 (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x50F5B31: ompi_datatype_set_args (ompi_datatype_args.c:155)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== Address 0xd6d5dfe is 126 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 2
> ==4440== at 0x4C2E9E4: memcpy@@GLIBC_2.14 (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x50F5B31: ompi_datatype_set_args (ompi_datatype_args.c:155)
> ==4440== by 0x50F7487: __ompi_datatype_create_from_args
> (ompi_datatype_args.c:701)
> ==4440== by 0x50F7013: __ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:649)
> ==4440== by 0x50F7986: ompi_datatype_create_from_packed_description
> (ompi_datatype_args.c:788)
> ==4440== by 0xCAD20F1: ompi_osc_base_datatype_create
> (osc_base_obj_convert.h:52)
> ==4440== by 0xCAD2B4E: datatype_create (osc_rdma_data_move.c:333)
> ==4440== by 0xCAD3223: process_get (osc_rdma_data_move.c:536)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== Address 0xd6d5dfa is 122 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 2
> ==4440== at 0xCAD3242: process_get (osc_rdma_data_move.c:542)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5dc2 is 66 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD3252: process_get (osc_rdma_data_move.c:542)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5dc4 is 68 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 8
> ==4440== at 0xCAD3357: process_get (osc_rdma_data_move.c:546)
> ==4440== by 0xCAD6AC0: process_frag (osc_rdma_data_move.c:1593)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5dc8 is 72 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD6A8B: process_frag (osc_rdma_data_move.c:1589)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== by 0xD157FC1: ompi_coll_tuned_barrier_intra_two_procs
> (coll_tuned_barrier.c:318)
> ==4440== Address 0xd6d5d84 is 4 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD60AB: process_unlock (osc_rdma_data_move.c:1400)
> ==4440== by 0xCAD6A9D: process_frag (osc_rdma_data_move.c:1589)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5e08 is 136 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD6108: process_unlock (osc_rdma_data_move.c:1404)
> ==4440== by 0xCAD6A9D: process_frag (osc_rdma_data_move.c:1589)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5e08 is 136 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCAD614B: process_unlock (osc_rdma_data_move.c:1406)
> ==4440== by 0xCAD6A9D: process_frag (osc_rdma_data_move.c:1589)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== by 0xD1578C3: ompi_coll_tuned_sendrecv_zero
> (coll_tuned_barrier.c:77)
> ==4440== Address 0xd6d5e08 is 136 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
> ==4440== Invalid read of size 4
> ==4440== at 0xCADE54C: ompi_osc_rdma_process_unlock
> (osc_rdma_passive_target.c:928)
> ==4440== by 0xCAD6192: process_unlock (osc_rdma_data_move.c:1411)
> ==4440== by 0xCAD6A9D: process_frag (osc_rdma_data_move.c:1589)
> ==4440== by 0xCAD6DBB: ompi_osc_rdma_callback (osc_rdma_data_move.c:1656)
> ==4440== by 0xC05E87F: ompi_request_complete (request.h:402)
> ==4440== by 0xC05F1F6: recv_request_pml_complete (pml_ob1_recvreq.h:181)
> ==4440== by 0xC060476: mca_pml_ob1_recv_frag_callback_match
> (pml_ob1_recvfrag.c:243)
> ==4440== by 0xB9F9D4E: mca_btl_vader_check_fboxes (btl_vader_fbox.h:220)
> ==4440== by 0xB9FC23C: mca_btl_vader_component_progress
> (btl_vader_component.c:695)
> ==4440== by 0x606C1C7: opal_progress (opal_progress.c:187)
> ==4440== by 0x50E7A22: opal_condition_wait (condition.h:78)
> ==4440== by 0x50E8360: ompi_request_default_wait_all (req_wait.c:281)
> ==4440== Address 0xd6d5e04 is 132 bytes inside a block of size 8,208 alloc'd
> ==4440== at 0x4C2CD7B: malloc (in
> /usr/lib/valgrind/vgpreload_memcheck-amd64-linux.so)
> ==4440== by 0x60BAD50: opal_malloc (malloc.c:101)
> ==4440== by 0xCAD07DF: component_select (osc_rdma_component.c:462)
> ==4440== by 0x51A2253: ompi_osc_base_select (osc_base_init.c:73)
> ==4440== by 0x50EF1E7: ompi_win_create (win.c:152)
> ==4440== by 0x51625AB: PMPI_Win_create (pwin_create.c:79)
> ==4440== by 0x5B3647: gtsk_setup_ (gtsk_nxtval.c:94)
> ==4440==
>
> Package: Open MPI victor@quant Distribution
> Open MPI: 1.8.4
> Open MPI repo revision: v1.8.3-330-g0344f04
> Open MPI release date: Dec 19, 2014
> Open RTE: 1.8.4
> Open RTE repo revision: v1.8.3-330-g0344f04
> Open RTE release date: Dec 19, 2014
> OPAL: 1.8.4
> OPAL repo revision: v1.8.3-330-g0344f04
> OPAL release date: Dec 19, 2014
> MPI API: 3.0
> Ident string: 1.8.4
> Prefix: /opt/mpi/openmpi-1.8.4.dbg
> Exec_prefix: /opt/mpi/openmpi-1.8.4.dbg
> Bindir: /opt/mpi/openmpi-1.8.4.dbg/bin
> Sbindir: /opt/mpi/openmpi-1.8.4.dbg/sbin
> Libdir: /opt/mpi/openmpi-1.8.4.dbg/lib
> Incdir: /opt/mpi/openmpi-1.8.4.dbg/include
> Mandir: /opt/mpi/openmpi-1.8.4.dbg/share/man
> Pkglibdir: /opt/mpi/openmpi-1.8.4.dbg/lib/openmpi
> Libexecdir: /opt/mpi/openmpi-1.8.4.dbg/libexec
> Datarootdir: /opt/mpi/openmpi-1.8.4.dbg/share
> Datadir: /opt/mpi/openmpi-1.8.4.dbg/share
> Sysconfdir: /opt/mpi/openmpi-1.8.4.dbg/etc
> Sharedstatedir: /opt/mpi/openmpi-1.8.4.dbg/com
> Localstatedir: /opt/mpi/openmpi-1.8.4.dbg/var
> Infodir: /opt/mpi/openmpi-1.8.4.dbg/share/info
> Pkgdatadir: /opt/mpi/openmpi-1.8.4.dbg/share/openmpi
> Pkglibdir: /opt/mpi/openmpi-1.8.4.dbg/lib/openmpi
> Pkgincludedir: /opt/mpi/openmpi-1.8.4.dbg/include/openmpi
> Configured architecture: x86_64-unknown-linux-gnu
> Configure host: quant
> Configured by: victor
> Configured on: Mon Jan 12 23:20:01 UTC 2015
> Configure host: quant
> Built by: victor
> Built on: m??n 12 jan 2015 23:30:55 UTC
> Built host: quant
> C bindings: yes
> C++ bindings: yes
> Fort mpif.h: yes (all)
> Fort use mpi: yes (limited: overloading)
> Fort use mpi size: deprecated-ompi-info-value
> Fort use mpi_f08: no
> Fort mpi_f08 compliance: The mpi_f08 module was not built
> Fort mpi_f08 subarrays: no
> Java bindings: no
> Wrapper compiler rpath: runpath
> C compiler: gcc
> C compiler absolute: /usr/bin/gcc
> C compiler family name: GNU
> C compiler version: 4.7.3
> C char size: 1
> C bool size: 1
> C short size: 2
> C int size: 4
> C long size: 8
> C float size: 4
> C double size: 8
> C pointer size: 8
> C char align: 1
> C bool align: 1
> C int align: 4
> C float align: 4
> C double align: 8
> C++ compiler: g++
> C++ compiler absolute: /usr/bin/g++
> Fort compiler: gfortran
> Fort compiler abs: /usr/bin/gfortran
> Fort ignore TKR: no
> Fort 08 assumed shape: no
> Fort optional args: no
> Fort INTERFACE: yes
> Fort ISO_FORTRAN_ENV: yes
> Fort STORAGE_SIZE: no
> Fort BIND(C) (all): no
> Fort ISO_C_BINDING: yes
> Fort SUBROUTINE BIND(C): no
> Fort TYPE,BIND(C): no
> Fort T,BIND(C,name="a"): no
> Fort PRIVATE: no
> Fort PROTECTED: no
> Fort ABSTRACT: no
> Fort ASYNCHRONOUS: no
> Fort PROCEDURE: no
> Fort C_FUNLOC: no
> Fort f08 using wrappers: no
> Fort MPI_SIZEOF: no
> Fort integer size: 4
> Fort logical size: 4
> Fort logical value true: 1
> Fort have integer1: yes
> Fort have integer2: yes
> Fort have integer4: yes
> Fort have integer8: yes
> Fort have integer16: no
> Fort have real4: yes
> Fort have real8: yes
> Fort have real16: yes
> Fort have complex8: yes
> Fort have complex16: yes
> Fort have complex32: yes
> Fort integer1 size: 1
> Fort integer2 size: 2
> Fort integer4 size: 4
> Fort integer8 size: 8
> Fort integer16 size: -1
> Fort real size: 4
> Fort real4 size: 4
> Fort real8 size: 8
> Fort real16 size: 16
> Fort dbl prec size: 8
> Fort cplx size: 8
> Fort dbl cplx size: 16
> Fort cplx8 size: 8
> Fort cplx16 size: 16
> Fort cplx32 size: 32
> Fort integer align: 4
> Fort integer1 align: 1
> Fort integer2 align: 2
> Fort integer4 align: 4
> Fort integer8 align: 8
> Fort integer16 align: -1
> Fort real align: 4
> Fort real4 align: 4
> Fort real8 align: 8
> Fort real16 align: 16
> Fort dbl prec align: 8
> Fort cplx align: 4
> Fort dbl cplx align: 8
> Fort cplx8 align: 4
> Fort cplx16 align: 8
> Fort cplx32 align: 16
> C profiling: yes
> C++ profiling: yes
> Fort mpif.h profiling: yes
> Fort use mpi profiling: yes
> Fort use mpi_f08 prof: no
> C++ exceptions: no
> Thread support: posix (MPI_THREAD_MULTIPLE: no, OPAL support: yes,
> OMPI progress: no, ORTE progress: yes, Event lib: yes)
> Sparse Groups: no
> Build CFLAGS: -g -finline-functions -fno-strict-aliasing -pthread
> Build CXXFLAGS: -g -finline-functions -pthread
> Build FCFLAGS: -g
> Build LDFLAGS: -export-dynamic
> Build LIBS: -lrt -lm -lutil
> Wrapper extra CFLAGS: -pthread
> Wrapper extra CXXFLAGS: -pthread
> Wrapper extra FCFLAGS: -pthread
> Wrapper extra LDFLAGS: -Wl,-rpath -Wl,@{libdir} -Wl,--enable-new-dtags
> Wrapper extra LIBS: -lm -lnuma -ldl -lutil
> Internal debug support: yes
> MPI interface warnings: yes
> MPI parameter check: always
> Memory profiling support: no
> Memory debugging support: yes
> libltdl support: yes
> Heterogeneous support: no
> mpirun default --prefix: no
> MPI I/O support: yes
> MPI_WTIME support: gettimeofday
> Symbol vis. support: yes
> Host topology support: yes
> MPI extensions:
> FT Checkpoint support: no (checkpoint thread: no)
> C/R Enabled Debugging: no
> VampirTrace support: yes
> MPI_MAX_PROCESSOR_NAME: 256
> MPI_MAX_ERROR_STRING: 256
> MPI_MAX_OBJECT_NAME: 64
> MPI_MAX_INFO_KEY: 36
> MPI_MAX_INFO_VAL: 256
> MPI_MAX_PORT_NAME: 1024
> MPI_MAX_DATAREP_STRING: 128
> MCA mca: parameter "mca_param_files" (current value:
> "/home/victor/.openmpi/mca-params.conf:/opt/mpi/openmpi-1.8.4.dbg/etc/openmpi-mca-params.conf",
> data source: default, level: 2 user/detail, type: string, deprecated,
> synonym of: mca_base_param_files)
> Path for MCA configuration files containing
> variable values
> MCA mca: parameter "mca_component_path" (current value:
> "/opt/mpi/openmpi-1.8.4.dbg/lib/openmpi:/home/victor/.openmpi/components",
> data source: default, level: 9 dev/all, type: string, deprecated, synonym of:
> mca_base_component_path)
> Path where to look for Open MPI and ORTE components
> MCA mca: parameter "mca_component_show_load_errors" (current
> value: "true", data source: default, level: 9 dev/all, type: bool,
> deprecated, synonym of: mca_base_component_show_load_errors)
> Whether to show errors for components that failed
> to load or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mca: parameter "mca_component_disable_dlopen" (current
> value: "false", data source: default, level: 9 dev/all, type: bool,
> deprecated, synonym of: mca_base_component_disable_dlopen)
> Whether to attempt to disable opening dynamic
> components or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mca: parameter "mca_verbose" (current value: "stderr",
> data source: default, level: 9 dev/all, type: string, deprecated, synonym of:
> mca_base_verbose)
> Specifies where the default error output stream
> goes (this is separate from distinct help messages). Accepts a
> comma-delimited list of: stderr, stdout, syslog,
> syslogpri:<notice|info|debug>, syslogid:<str> (where str is the prefix string
> for all syslog notices), file[:filename] (if filename is not specified, a
> default filename is used), fileappend (if not specified, the file is opened
> for truncation), level[:N] (if specified, integer verbose level; otherwise, 0
> is implied)
> MCA mca: parameter "mca_base_param_files" (current value:
> "/home/victor/.openmpi/mca-params.conf:/opt/mpi/openmpi-1.8.4.dbg/etc/openmpi-mca-params.conf",
> data source: default, level: 2 user/detail, type: string, synonyms:
> mca_param_files)
> Path for MCA configuration files containing
> variable values
> MCA mca: informational "mca_base_override_param_file"
> (current value:
> "/opt/mpi/openmpi-1.8.4.dbg/etc/openmpi-mca-params-override.conf", data
> source: default, level: 2 user/detail, type: string)
> Variables set in this file will override any value
> set inthe environment or another configuration file
> MCA mca: parameter "mca_base_suppress_override_warning"
> (current value: "false", data source: default, level: 2 user/detail, type:
> bool)
> Suppress warnings when attempting to set an
> overridden value (default: false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mca: parameter "mca_base_param_file_prefix" (current
> value: "", data source: default, level: 3 user/all, type: string)
> Aggregate MCA parameter file sets
> MCA mca: parameter "mca_base_param_file_path" (current
> value:
> "/opt/mpi/openmpi-1.8.4.dbg/share/openmpi/amca-param-sets:/home/victor/Develop/MOLCAS/molcas.master.openmpi184",
> data source: default, level: 3 user/all, type: string)
> Aggregate MCA parameter Search path
> MCA mca: parameter "mca_base_param_file_path_force" (current
> value: "", data source: default, level: 3 user/all, type: string)
> Forced Aggregate MCA parameter Search path
> MCA mca: parameter "mca_base_component_path" (current value:
> "/opt/mpi/openmpi-1.8.4.dbg/lib/openmpi:/home/victor/.openmpi/components",
> data source: default, level: 9 dev/all, type: string, synonyms:
> mca_component_path)
> Path where to look for Open MPI and ORTE components
> MCA mca: parameter "mca_base_component_show_load_errors"
> (current value: "true", data source: default, level: 9 dev/all, type: bool,
> synonyms: mca_component_show_load_errors)
> Whether to show errors for components that failed
> to load or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mca: parameter "mca_base_component_disable_dlopen"
> (current value: "false", data source: default, level: 9 dev/all, type: bool,
> synonyms: mca_component_disable_dlopen)
> Whether to attempt to disable opening dynamic
> components or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mca: parameter "mca_base_verbose" (current value:
> "stderr", data source: default, level: 9 dev/all, type: string, synonyms:
> mca_verbose)
> Specifies where the default error output stream
> goes (this is separate from distinct help messages). Accepts a
> comma-delimited list of: stderr, stdout, syslog,
> syslogpri:<notice|info|debug>, syslogid:<str> (where str is the prefix string
> for all syslog notices), file[:filename] (if filename is not specified, a
> default filename is used), fileappend (if not specified, the file is opened
> for truncation), level[:N] (if specified, integer verbose level; otherwise, 0
> is implied)
> MCA opal: parameter "opal_signal" (current value: "6,7,8,11",
> data source: default, level: 3 user/all, type: string)
> Comma-delimited list of integer signal numbers to
> Open MPI to attempt to intercept. Upon receipt of the intercepted signal,
> Open MPI will display a stack trace and abort. Open MPI will *not* replace
> signals if handlers are already installed by the time MPI_INIT is invoked.
> Optionally append ":complain" to any signal number in the comma-delimited
> list to make Open MPI complain if it detects another signal handler (and
> therefore does not insert its own).
> MCA opal: parameter "opal_set_max_sys_limits" (current value:
> "", data source: default, level: 3 user/all, type: string)
> Set the specified system-imposed limits to the
> specified value, including "unlimited".Supported params: core, filesize,
> maxmem, openfiles, stacksize, maxchildren
> MCA opal: parameter "opal_progress_debug" (current value:
> "false", data source: default, level: 8 dev/detail, type: bool)
> Set to non-zero to debug progress engine features
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA opal: parameter "opal_debug_threads" (current value:
> "false", data source: default, level: 8 dev/detail, type: bool)
> Debug thread usage within OPAL. Reports out when
> threads are acquired and released.
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA opal: parameter "opal_net_private_ipv4" (current value:
> "10.0.0.0/8;172.16.0.0/12;192.168.0.0/16;169.254.0.0/16", data source:
> default, level: 3 user/all, type: string)
> Semicolon-delimited list of CIDR notation entries
> specifying what networks are considered "private" (default value based on
> RFC1918 and RFC3330)
> MCA opal: parameter "opal_event_include" (current value:
> "poll", data source: default, level: 3 user/all, type: string, synonym of:
> event_libevent2021_event_include)
> Comma-delimited list of libevent subsystems to use
> (epoll, poll, select -- available on your platform)
> MCA backtrace: parameter "backtrace" (current value: "", data
> source: default, level: 2 user/detail, type: string)
> Default selection set of components for the
> backtrace framework (<none> means use all components that can be found)
> MCA backtrace: parameter "backtrace_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the backtrace framework (0 = no
> verbosity)
> MCA compress: parameter "compress" (current value: "", data
> source: default, level: 2 user/detail, type: string)
> Default selection set of components for the
> compress framework (<none> means use all components that can be found)
> MCA compress: parameter "compress_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the compress framework (0 = no
> verbosity)
> MCA compress: parameter "compress_bzip_priority" (current value:
> "10", data source: default, level: 9 dev/all, type: int)
> Priority of the COMPRESS bzip component (default:
> 10)
> MCA compress: parameter "compress_bzip_verbose" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Verbose level for the COMPRESS bzip component
> MCA compress: parameter "compress_gzip_priority" (current value:
> "15", data source: default, level: 9 dev/all, type: int)
> Priority of the COMPRESS gzip component (default:
> 15)
> MCA compress: parameter "compress_gzip_verbose" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Verbose level for the COMPRESS gzip component
> MCA crs: parameter "crs" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the crs
> framework (<none> means use all components that can be found)
> MCA crs: parameter "crs_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the crs framework (0 = no
> verbosity)
> MCA crs: informational "crs_none_priority" (current value:
> "1", data source: default, level: 3 user/all, type: int)
> Priority of the crs none component
> MCA crs: parameter "crs_none_select_warning" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Enable warning when the 'none' component is
> selected when checkpoint/restart functionality is requested.[Default =
> disabled/no-warning]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA db: parameter "db" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the db
> framework (<none> means use all components that can be found)
> MCA db: parameter "db_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the db framework (0 = no
> verbosity)
> MCA db: parameter "db_hash_store_priority" (current value:
> "1", data source: default, level: 9 dev/all, type: int)
> Priority dictating order in which store commands
> will given to database components
> MCA db: parameter "db_hash_fetch_priority" (current value:
> "100", data source: default, level: 9 dev/all, type: int)
> Priority dictating order in which fetch commands
> will given to database components
> MCA db: parameter "db_print_file" (current value: "", data
> source: default, level: 9 dev/all, type: string)
> Print to the indicated file (- => stdout, + =>
> stderr)
> MCA event: parameter "event" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the event
> framework (<none> means use all components that can be found)
> MCA event: parameter "event_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the event framework (0 = no
> verbosity)
> MCA event: parameter "event_libevent2021_event_include"
> (current value: "poll", data source: default, level: 3 user/all, type:
> string, synonyms: opal_event_include)
> Comma-delimited list of libevent subsystems to use
> (epoll, poll, select -- available on your platform)
> MCA hwloc: parameter "hwloc" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the hwloc
> framework (<none> means use all components that can be found)
> MCA hwloc: parameter "hwloc_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the hwloc framework (0 = no
> verbosity)
> MCA hwloc: parameter "hwloc_base_mem_alloc_policy" (current
> value: "none", data source: default, level: 9 dev/all, type: int)
> General memory allocations placement policy (this
> is not memory binding). "none" means that no memory policy is applied.
> "local_only" means that a process' memory allocations will be restricted to
> its local NUMA node. If using direct launch, this policy will not be in
> effect until after MPI_INIT. Note that operating system paging policies are
> unaffected by this setting. For example, if "local_only" is used and local
> NUMA node memory is exhausted, a new memory allocation may cause paging.
> Valid values: 0:"none", 1:"local_only"
> MCA hwloc: parameter "hwloc_base_mem_bind_failure_action"
> (current value: "warn", data source: default, level: 9 dev/all, type: int)
> What Open MPI will do if it explicitly tries to
> bind memory to a specific NUMA location, and fails. Note that this is a
> different case than the general allocation policy described by
> hwloc_base_alloc_policy. A value of "silent" means that Open MPI will
> proceed without comment. A value of "warn" means that Open MPI will warn the
> first time this happens, but allow the job to continue (possibly with
> degraded performance). A value of "error" means that Open MPI will abort the
> job if this happens.
> Valid values: 0:"silent", 1:"warn", 2:"error"
> MCA hwloc: parameter "hwloc_base_binding_policy" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> Policy for binding processes. Allowed values: none,
> hwthread, core, l1cache, l2cache, l3cache, socket, numa, board ("none" is the
> default when oversubscribed, "core" is the default when np<=2, and "socket"
> is the default when np>2). Allowed qualifiers: overload-allowed, if-supported
> MCA hwloc: parameter "hwloc_base_bind_to_core" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Bind processes to cores
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA hwloc: parameter "hwloc_base_bind_to_socket" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Bind processes to sockets
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA hwloc: parameter "hwloc_base_report_bindings" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Report bindings to stderr
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA hwloc: parameter "hwloc_base_slot_list" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> List of processor IDs to bind processes to
> [default=NULL]
> MCA hwloc: parameter "hwloc_base_cpu_set" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> Comma-separated list of ranges specifying logical
> cpus allocated to this job [default: none]
> MCA hwloc: parameter "hwloc_base_use_hwthreads_as_cpus"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Use hardware threads as independent cpus
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA hwloc: parameter "hwloc_base_topo_file" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Read local topology from file instead of directly
> sensing it
> MCA if: parameter "if" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the if
> framework (<none> means use all components that can be found)
> MCA if: parameter "if_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the if framework (0 = no
> verbosity)
> MCA if: parameter "if_base_do_not_resolve" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> If nonzero, do not attempt to resolve interfaces
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA if: parameter "if_base_retain_loopback" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> If nonzero, retain loopback interfaces
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA memchecker: parameter "memchecker" (current value: "", data
> source: default, level: 2 user/detail, type: string)
> Default selection set of components for the
> memchecker framework (<none> means use all components that can be found)
> MCA memchecker: parameter "memchecker_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the memchecker framework (0 =
> no verbosity)
> MCA memchecker: parameter "memchecker_valgrind_priority" (current
> value: "0", data source: default, level: 3 user/all, type: int)
> Priority for the memchecker valgrind component
> (default: 0)
> MCA memcpy: parameter "memcpy" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the memcpy
> framework (<none> means use all components that can be found)
> MCA memcpy: parameter "memcpy_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the memcpy framework (0 = no
> verbosity)
> MCA memory: parameter "memory" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the memory
> framework (<none> means use all components that can be found)
> MCA memory: parameter "memory_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the memory framework (0 = no
> verbosity)
> MCA memory: parameter "memory_linux_ptmalloc2_available"
> (current value: "true", data source: default, level: 3 user/all, type: bool)
> Whether ptmalloc2 support is included in Open MPI
> or not (1 = yes, 0 = no)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA memory: parameter "memory_linux_ummunotify_available"
> (current value: "false", data source: default, level: 3 user/all, type: bool)
> Whether ummunotify support is included in Open MPI
> or not (1 = yes, 0 = no)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA memory: parameter "memory_linux_ptmalloc2_enable" (current
> value: "-1", data source: default, level: 3 user/all, type: int)
> Whether to enable ptmalloc2 support or not
> (negative = try to enable, but continue even if support is not available, 0 =
> do not enable support, positive = try to enable and fail if support is not
> available)
> MCA memory: parameter "memory_linux_ummunotify_enable" (current
> value: "-1", data source: default, level: 3 user/all, type: int)
> Whether to enable ummunotify support or not
> (negative = try to enable, but continue even if support is not available, 0 =
> do not enable support, positive = try to enable and fail if support is not
> available)
> MCA memory: parameter "memory_linux_disable" (current value:
> "false", data source: default, level: 3 user/all, type: bool)
> If this MCA parameter is set to 1 **VIA ENVIRONMENT
> VARIABLE ONLY*** (this MCA parameter *CANNOT* be set in a file or on the
> mpirun command line!), this component will be disabled and will not attempt
> to use either ummunotify or memory hook support
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA pstat: parameter "pstat" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the pstat
> framework (<none> means use all components that can be found)
> MCA pstat: parameter "pstat_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the pstat framework (0 = no
> verbosity)
> MCA sec: parameter "sec" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the sec
> framework (<none> means use all components that can be found)
> MCA sec: parameter "sec_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the sec framework (0 = no
> verbosity)
> MCA shmem: parameter "shmem" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the shmem
> framework (<none> means use all components that can be found)
> MCA shmem: parameter "shmem_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the shmem framework (0 = no
> verbosity)
> MCA shmem: parameter "shmem_mmap_priority" (current value:
> "50", data source: default, level: 3 user/all, type: int)
> Priority for shmem mmap component (default: 50)
> MCA shmem: parameter "shmem_mmap_enable_nfs_warning" (current
> value: "true", data source: default, level: 9 dev/all, type: bool)
> Enable the warning emitted when Open MPI detects
> that its shared memory backing file is located on a network filesystem (1 =
> enabled, 0 = disabled).
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA shmem: parameter "shmem_mmap_relocate_backing_file"
> (current value: "0", data source: default, level: 9 dev/all, type: int)
> Whether to change the default placement of backing
> files or not (Negative = try to relocate backing files to an area rooted at
> the path specified by shmem_mmap_backing_file_base_dir, but continue with the
> default path if the relocation fails, 0 = do not relocate, Positive = same as
> the negative option, but will fail if the relocation fails.
> MCA shmem: parameter "shmem_mmap_backing_file_base_dir"
> (current value: "/dev/shm", data source: default, level: 9 dev/all, type:
> string)
> Specifies where backing files will be created when
> shmem_mmap_relocate_backing_file is in use.
> MCA shmem: parameter "shmem_posix_priority" (current value:
> "40", data source: default, level: 3 user/all, type: int)
> Priority for the shmem posix component (default: 40)
> MCA shmem: parameter "shmem_sysv_priority" (current value:
> "30", data source: default, level: 3 user/all, type: int)
> Priority for the shmem sysv component (default: 30)
> MCA timer: parameter "timer" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the timer
> framework (<none> means use all components that can be found)
> MCA timer: parameter "timer_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the timer framework (0 = no
> verbosity)
> MCA orte: parameter "orte_tmpdir_base" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> Base of the session directory tree to be used by
> all processes
> MCA orte: parameter "orte_local_tmpdir_base" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Base of the session directory tree to be used by
> orterun/mpirun
> MCA orte: parameter "orte_remote_tmpdir_base" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Base of the session directory tree on remote nodes,
> if required to be different from head node
> MCA orte: parameter "orte_no_session_dirs" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Prohibited locations for session directories
> (multiple locations separated by ',', default=NULL)
> MCA orte: parameter "orte_create_session_dirs" (current
> value: "true", data source: default, level: 9 dev/all, type: bool)
> Create session directories
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_execute_quiet" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Do not output error and help messages
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_report_silent_errors" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Report all errors, including silent ones
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_debug" (current value: "false",
> data source: default, level: 9 dev/all, type: bool)
> Top-level ORTE debug switch (default: false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_debug_verbose" (current value:
> "-1", data source: default, level: 9 dev/all, type: int)
> Verbosity level for ORTE debug messages (default: 1)
> MCA orte: parameter "orte_debug_daemons_file" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether want stdout/stderr of daemons to go to a
> file or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_debug_daemons" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether to debug the ORTE daemons or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_progress_thread_debug" (current
> value: "-1", data source: default, level: 9 dev/all, type: int)
> Debug level for ORTE progress threads
> MCA orte: parameter "orte_leave_session_attached" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether applications and/or daemons should leave
> their sessions attached so that any output can be received - this allows X
> forwarding without all the attendant debugging output
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_output_debugger_proctable" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether or not to output the debugger proctable
> after launch (default: false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_debugger_test_daemon" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> Name of the executable to be used to simulate a
> debugger colaunch (relative or absolute path)
> MCA orte: parameter "orte_debugger_test_attach" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Test debugger colaunch after debugger attachment
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_debugger_check_rate" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> Set rate (in secs) for auto-detect of debugger
> attachment (0 => do not check)
> MCA orte: parameter "orte_do_not_launch" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Perform all necessary operations to prepare to
> launch the application, but do not actually launch it
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_daemon_spin" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Have any orteds spin until we can connect a
> debugger to them
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_daemon_fail" (current value: "-1",
> data source: default, level: 9 dev/all, type: int)
> Have the specified orted fail after init for
> debugging purposes
> MCA orte: parameter "orte_daemon_fail_delay" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Have the specified orted fail after specified
> number of seconds (default: 0 => no delay)
> MCA orte: parameter "orte_startup_timeout" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Seconds to wait for startup or job launch before
> declaring failed_to_start (default: 0 => do not check)
> MCA orte: parameter "orte_timing_details" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Request that detailed timing data by reported
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_timing" (current value: "false",
> data source: default, level: 9 dev/all, type: bool)
> Request that critical timing loops be measured
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_base_user_debugger" (current value:
> "totalview @mpirun@ -a @mpirun_args@ : ddt -n @np@ -start @executable@
> @executable_argv@ @single_app@ : fxp @mpirun@ -a @mpirun_args@", data source:
> default, level: 9 dev/all, type: string)
> Sequence of user-level debuggers to search for in
> orterun
> MCA orte: parameter "orte_default_hostfile" (current value:
> "/opt/mpi/openmpi-1.8.4.dbg/etc/openmpi-default-hostfile", data source:
> default, level: 9 dev/all, type: string)
> Name of the default hostfile (relative or absolute
> path, "none" to ignore environmental or default MCA param setting)
> MCA orte: parameter "orte_node_regex" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> Regular expression defining nodes in the system
> MCA orte: parameter "orte_keep_fqdn_hostnames" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether or not to keep FQDN hostnames [default: no]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_retain_aliases" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether or not to keep aliases for host names
> [default: no]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_hostname_alias_index" (current
> value: "1", data source: default, level: 9 dev/all, type: int)
> If hostname aliases are being retained, which one
> to use for the debugger proc table [default: 1st alias]
> MCA orte: parameter "orte_xml_output" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Display all output in XML format (default: false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_tag_output" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Tag all output with [job,rank] (default: false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_xml_file" (current value: "", data
> source: default, level: 9 dev/all, type: string)
> Provide all output in XML format to the specified
> file
> MCA orte: parameter "orte_timestamp_output" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Timestamp all application process output (default:
> false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_output_filename" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Redirect output from application processes into
> filename.rank [default: NULL]
> MCA orte: parameter "orte_show_resolved_nodenames" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Display any node names that are resolved to a
> different name (default: false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_hetero_nodes" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Nodes in cluster may differ in topology, so send
> the topology back from each node [Default = false]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_launch_agent" (current value:
> "orted", data source: default, level: 9 dev/all, type: string)
> Command used to start processes on remote nodes
> (default: orted)
> MCA orte: parameter "orte_fork_agent" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> Command used to fork processes on remote nodes
> (default: NULL)
> MCA orte: parameter "orte_allocation_required" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether or not an allocation by a resource manager
> is required [default: no]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_map_stddiag_to_stderr" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Map output from opal_output to stderr of the local
> process [default: no]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_xterm" (current value: "", data
> source: default, level: 9 dev/all, type: string)
> Create a new xterm window and display output from
> the specified ranks there [default: none]
> MCA orte: parameter "orte_forward_job_control" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Forward SIGTSTP (after converting to SIGSTOP) and
> SIGCONT signals to the application procs [default: no]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_report_launch_progress" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Output a brief periodic report on launch progress
> [default: no]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_report_events" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> URI to which events are to be reported (default:
> NULL)
> MCA orte: parameter "orte_enable_recovery" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Enable recovery from process failure [Default =
> disabled]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_max_restarts" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> Max number of times to restart a failed process
> MCA orte: parameter "orte_abort_on_non_zero_status" (current
> value: "true", data source: default, level: 9 dev/all, type: bool)
> Abort the job if any process returns a non-zero
> exit status - no restart in such cases
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_allowed_exit_without_sync" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Process exiting without calling finalize will not
> trigger job termination
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_staged_execution" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Staged execution is being used
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_report_child_jobs_separately"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Return the exit status of the primary job only
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_stat_history_size" (current value:
> "1", data source: default, level: 9 dev/all, type: int)
> Number of stat samples to keep
> MCA orte: parameter "orte_forward_envars" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> Comma-delimited environmental variables to forward,
> can include value to set
> MCA orte: parameter "orte_max_vm_size" (current value: "-1",
> data source: default, level: 9 dev/all, type: int)
> Maximum size of virtual machine - used to subdivide
> allocation
> MCA orte: parameter "orte_set_default_slots" (current value:
> "cores", data source: default, level: 9 dev/all, type: string)
> Set the number of slots on nodes that lack such
> info to the number of specified objects [a number, "cores" (default),
> "numas", "sockets", "hwthreads" (default if hwthreads_as_cpus is set), or
> "none" to skip this option]
> MCA orte: parameter "orte_display_alloc" (current value:
> "false", data source: default, level: 9 dev/all, type: bool, synonyms:
> ras_base_display_alloc)
> Whether to display the allocation after it is
> determined
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_display_devel_alloc" (current
> value: "false", data source: default, level: 9 dev/all, type: bool, synonyms:
> ras_base_display_devel_alloc)
> Whether to display a developer-detail allocation
> after it is determined
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_soft_locations" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Treat -host directives as desired, but not required
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_daemon_cores" (current value: "",
> data source: default, level: 5 tuner/detail, type: string)
> Restrict the ORTE daemons (including mpirun) to
> operate on the specified cores (comma-separated list of ranges)
> MCA orte: parameter "orte_rsh_agent" (current value: "ssh :
> rsh", data source: default, level: 9 dev/all, type: string, deprecated,
> synonym of: plm_rsh_agent)
> The command used to launch executables on remote
> nodes (typically either "ssh" or "rsh")
> MCA orte: parameter "orte_assume_same_shell" (current value:
> "true", data source: default, level: 9 dev/all, type: bool, synonym of:
> plm_rsh_assume_same_shell)
> If set to true, assume that the shell on the remote
> node is the same as the shell on the local node. Otherwise, probe for what
> the remote shell [default: 1]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_rankfile" (current value: "", data
> source: default, level: 5 tuner/detail, type: string, synonym of:
> rmaps_rank_file_path)
> Name of the rankfile to be used for mapping
> processes (relative or absolute path)
> MCA orte: parameter "orte_base_help_aggregate" (current
> value: "true", data source: default, level: 9 dev/all, type: bool)
> If orte_base_help_aggregate is true, duplicate help
> messages will be aggregated rather than displayed individually. This can be
> helpful for parallel jobs that experience multiple identical failures; rather
> than print out the same help/failure message N times, display it once with a
> count of how many processes sent the same message.
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA orte: parameter "orte_ess_jobid" (current value: "", data
> source: default, level: 9 dev/all, type: string, synonym of: ess_base_jobid)
> Process jobid
> MCA orte: parameter "orte_ess_vpid" (current value: "", data
> source: default, level: 9 dev/all, type: string, synonym of: ess_base_vpid)
> Process vpid
> MCA orte: parameter "orte_ess_num_procs" (current value:
> "-1", data source: default, level: 9 dev/all, type: int, synonym of:
> ess_base_num_procs)
> Used to discover the number of procs in the job
> MCA dfs: parameter "dfs" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the dfs
> framework (<none> means use all components that can be found)
> MCA dfs: parameter "dfs_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the dfs framework (0 = no
> verbosity)
> MCA dfs: parameter "dfs_orted_num_worker_threads" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> Number of worker threads to use for processing file
> requests
> MCA dfs: parameter "dfs_test_select" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Apps select the test plug-in for the DFS framework
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA errmgr: parameter "errmgr" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the errmgr
> framework (<none> means use all components that can be found)
> MCA errmgr: parameter "errmgr_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the errmgr framework (0 = no
> verbosity)
> MCA errmgr: parameter "errmgr_default_app_priority" (current
> value: "1000", data source: default, level: 9 dev/all, type: int)
> Priority of the default_app errmgr component
> MCA errmgr: parameter "errmgr_default_hnp_priority" (current
> value: "1000", data source: default, level: 9 dev/all, type: int)
> Priority of the default_hnp errmgr component
> MCA errmgr: parameter "errmgr_default_orted_priority" (current
> value: "1000", data source: default, level: 9 dev/all, type: int)
> Priority of the default_orted errmgr component
> MCA errmgr: parameter "errmgr_default_tool_priority" (current
> value: "1000", data source: default, level: 9 dev/all, type: int)
> Priority of the default_tool errmgr component
> MCA ess: parameter "ess" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the ess
> framework (<none> means use all components that can be found)
> MCA ess: parameter "ess_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the ess framework (0 = no
> verbosity)
> MCA ess: parameter "ess_base_stream_buffering" (current
> value: "default", data source: default, level: 9 dev/all, type: int)
> Adjust buffering for stdout/stderr [-1 system
> default] [0 unbuffered] [1 line buffered] [2 fully buffered] (Default: -1)
> Valid values: -1:"default", 0:"unbuffered",
> 1:"line_buffered", 2:"fully_buffered"
> MCA ess: parameter "ess_singleton_server" (current value:
> "", data source: default, level: 9 dev/all, type: string, synonyms: server)
> Server to be used as HNP - [file|FILE]:<filename>
> or just uri
> MCA filem: parameter "filem" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the filem
> framework (<none> means use all components that can be found)
> MCA filem: parameter "filem_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the filem framework (0 = no
> verbosity)
> MCA filem: parameter "filem_raw_flatten_directory_trees"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Put all files in the working directory instead of
> creating their respective directory trees
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA grpcomm: parameter "grpcomm" (current value: "", data
> source: default, level: 2 user/detail, type: string)
> Default selection set of components for the grpcomm
> framework (<none> means use all components that can be found)
> MCA grpcomm: parameter "grpcomm_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the grpcomm framework (0 = no
> verbosity)
> MCA iof: parameter "iof" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the iof
> framework (<none> means use all components that can be found)
> MCA iof: parameter "iof_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the iof framework (0 = no
> verbosity)
> MCA iof: parameter "iof_base_output_limit" (current value:
> "2147483647", data source: default, level: 9 dev/all, type: size_t)
> Maximum backlog of output messages [default:
> unlimited]
> MCA iof: parameter "iof_base_input_files" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Comma-separated list of input files to be read and
> sent to stdin of procs (default: NULL)
> MCA odls: parameter "odls" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the odls
> framework (<none> means use all components that can be found)
> MCA odls: parameter "odls_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the odls framework (0 = no
> verbosity)
> MCA odls: parameter "odls_base_sigkill_timeout" (current
> value: "1", data source: default, level: 9 dev/all, type: int)
> Time to wait for a process to die after issuing a
> kill signal to it
> MCA oob: parameter "oob" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the oob
> framework (<none> means use all components that can be found)
> MCA oob: parameter "oob_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the oob framework (0 = no
> verbosity)
> MCA oob: parameter "oob_base_enable_module_progress_threads"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether to independently progress OOB messages for
> each interface
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA oob: parameter "oob_tcp_peer_limit" (current value:
> "-1", data source: default, level: 9 dev/all, type: int)
> Maximum number of peer connections to
> simultaneously maintain (-1 = infinite)
> MCA oob: parameter "oob_tcp_peer_retries" (current value:
> "2", data source: default, level: 9 dev/all, type: int)
> Number of times to try shutting down a connection
> before giving up
> MCA oob: parameter "oob_tcp_sndbuf" (current value:
> "131072", data source: default, level: 9 dev/all, type: int)
> TCP socket send buffering size (in bytes)
> MCA oob: parameter "oob_tcp_rcvbuf" (current value:
> "131072", data source: default, level: 9 dev/all, type: int)
> TCP socket receive buffering size (in bytes)
> MCA oob: parameter "oob_tcp_if_include" (current value: "",
> data source: default, level: 9 dev/all, type: string, synonyms:
> oob_tcp_include)
> Comma-delimited list of devices and/or CIDR
> notation of TCP networks to use for Open MPI bootstrap communication (e.g.,
> "eth0,192.168.0.0/16"). Mutually exclusive with oob_tcp_if_exclude.
> MCA oob: parameter "oob_tcp_if_exclude" (current value: "",
> data source: default, level: 9 dev/all, type: string, synonyms:
> oob_tcp_exclude)
> Comma-delimited list of devices and/or CIDR
> notation of TCP networks to NOT use for Open MPI bootstrap communication --
> all devices not matching these specifications will be used (e.g.,
> "eth0,192.168.0.0/16"). If set to a non-default value, it is mutually
> exclusive with oob_tcp_if_include.
> MCA oob: parameter "oob_tcp_static_ipv4_ports" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> Static ports for daemons and procs (IPv4)
> MCA oob: parameter "oob_tcp_dynamic_ipv4_ports" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> Range of ports to be dynamically used by daemons
> and procs (IPv4)
> MCA oob: parameter "oob_tcp_disable_ipv4_family" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Disable the IPv4 interfaces
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the plm
> framework (<none> means use all components that can be found)
> MCA plm: parameter "plm_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the plm framework (0 = no
> verbosity)
> MCA plm: parameter "plm_rsh_num_concurrent" (current value:
> "128", data source: default, level: 9 dev/all, type: int)
> How many plm_rsh_agent instances to invoke
> concurrently (must be > 0)
> MCA plm: parameter "plm_rsh_force_rsh" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Force the launcher to always use rsh
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_rsh_disable_qrsh" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Disable the launcher to use qrsh when under the
> Grid Engine parallel environment
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_rsh_daemonize_qrsh" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Daemonize the orted under the Grid Engine parallel
> environment
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_rsh_disable_llspawn" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Disable the use of llspawn when under the
> LoadLeveler environment
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_rsh_daemonize_llspawn" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Daemonize the orted when under the LoadLeveler
> environment
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_rsh_priority" (current value: "10",
> data source: default, level: 9 dev/all, type: int)
> Priority of the rsh plm component
> MCA plm: parameter "plm_rsh_delay" (current value: "", data
> source: default, level: 9 dev/all, type: string)
> Delay between invocations of the remote agent
> (sec[:usec])
> MCA plm: parameter "plm_rsh_no_tree_spawn" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> If set to true, do not launch via a tree-based
> topology
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_rsh_agent" (current value: "ssh :
> rsh", data source: default, level: 9 dev/all, type: string, synonyms:
> pls_rsh_agent, orte_rsh_agent)
> The command used to launch executables on remote
> nodes (typically either "ssh" or "rsh")
> MCA plm: parameter "plm_rsh_assume_same_shell" (current
> value: "true", data source: default, level: 9 dev/all, type: bool, synonyms:
> orte_assume_same_shell)
> If set to true, assume that the shell on the remote
> node is the same as the shell on the local node. Otherwise, probe for what
> the remote shell [default: 1]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_rsh_pass_environ_mca_params"
> (current value: "true", data source: default, level: 9 dev/all, type: bool)
> If set to false, do not include mca params from the
> environment on the orted cmd line
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA plm: parameter "plm_slurm_args" (current value: "", data
> source: default, level: 9 dev/all, type: string)
> Custom arguments to srun
> MCA ras: parameter "ras" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the ras
> framework (<none> means use all components that can be found)
> MCA ras: parameter "ras_base_display_alloc" (current value:
> "false", data source: default, level: 9 dev/all, type: bool, deprecated,
> synonym of: orte_display_alloc)
> Whether to display the allocation after it is
> determined
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA ras: parameter "ras_base_display_devel_alloc" (current
> value: "false", data source: default, level: 9 dev/all, type: bool,
> deprecated, synonym of: orte_display_devel_alloc)
> Whether to display a developer-detail allocation
> after it is determined
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA ras: parameter "ras_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the ras framework (0 = no
> verbosity)
> MCA ras: parameter "ras_loadleveler_priority" (current
> value: "90", data source: default, level: 9 dev/all, type: int)
> Priority of the loadleveler ras component
> MCA ras: parameter "ras_simulator_slots" (current value:
> "1", data source: default, level: 9 dev/all, type: string)
> Comma-separated list of number of slots on each
> node to simulate
> MCA ras: parameter "ras_simulator_max_slots" (current value:
> "0", data source: default, level: 9 dev/all, type: string)
> Comma-separated list of number of max slots on each
> node to simulate
> MCA ras: parameter "ras_simulator_num_nodes" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Comma-separated list of number of nodes to simulate
> for each topology
> MCA ras: parameter "ras_simulator_topo_files" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> Comma-separated list of files containing xml
> topology descriptions for simulated nodes
> MCA ras: parameter "ras_simulator_have_cpubind" (current
> value: "true", data source: default, level: 9 dev/all, type: bool)
> Topology supports binding to cpus
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA ras: parameter "ras_simulator_have_membind" (current
> value: "true", data source: default, level: 9 dev/all, type: bool)
> Topology supports binding to memory
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA ras: parameter "ras_slurm_dyn_allocate_timeout" (current
> value: "30", data source: default, level: 9 dev/all, type: int)
> Number of seconds to wait for Slurm dynamic
> allocation
> MCA ras: parameter "ras_slurm_enable_dyn_alloc" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether or not dynamic allocations are enabled
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA ras: parameter "ras_slurm_config_file" (current value:
> "", data source: default, level: 9 dev/all, type: string)
> Path to Slurm configuration file
> MCA ras: parameter "ras_slurm_enable_rolling_alloc" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Enable partial dynamic allocations
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the rmaps
> framework (<none> means use all components that can be found)
> MCA rmaps: parameter "rmaps_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the rmaps framework (0 = no
> verbosity)
> MCA rmaps: parameter "rmaps_base_pernode" (current value:
> "false", data source: default, level: 9 dev/all, type: bool, synonyms:
> rmaps_ppr_pernode)
> Launch one ppn as directed
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_n_pernode" (current value:
> "0", data source: default, level: 9 dev/all, type: int, synonyms:
> rmaps_ppr_n_pernode)
> Launch n procs/node
> MCA rmaps: parameter "rmaps_base_n_persocket" (current value:
> "0", data source: default, level: 9 dev/all, type: int, synonyms:
> rmaps_ppr_n_persocket)
> Launch n procs/socket
> MCA rmaps: parameter "rmaps_base_pattern" (current value: "",
> data source: default, level: 9 dev/all, type: string, synonyms:
> rmaps_ppr_pattern)
> Comma-separated list of number of processes on a
> given resource type [default: none]
> MCA rmaps: parameter "rmaps_base_mapping_policy" (current
> value: "", data source: default, level: 9 dev/all, type: string, synonyms:
> rmaps_base_schedule_policy)
> Mapping Policy [slot | hwthread | core
> (default:np<=2) | l1cache | l2cache | l3cache | socket (default:np>2) | numa
> | board | node | seq | dist | ppr], with allowed modifiers
> :PE=y,SPAN,OVERSUBSCRIBE,NOOVERSUBSCRIBE
> MCA rmaps: parameter "rmaps_base_schedule_policy" (current
> value: "", data source: default, level: 9 dev/all, type: string, deprecated,
> synonym of: rmaps_base_mapping_policy)
> Mapping Policy [slot | hwthread | core
> (default:np<=2) | l1cache | l2cache | l3cache | socket (default:np>2) | numa
> | board | node | seq | dist | ppr], with allowed modifiers
> :PE=y,SPAN,OVERSUBSCRIBE,NOOVERSUBSCRIBE
> MCA rmaps: parameter "rmaps_base_ranking_policy" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> Ranking Policy [slot (default:np<=2) | hwthread |
> core | l1cache | l2cache | l3cache | socket (default:np>2) | numa | board |
> node], with modifier :SPAN or :FILL
> MCA rmaps: parameter "rmaps_base_bycore" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether to map and rank processes round-robin by
> core
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_byslot" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether to map and rank processes round-robin by
> slot
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_bynode" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether to map and rank processes round-robin by
> node
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_cpus_per_proc" (current
> value: "1", data source: default, level: 9 dev/all, type: int, synonyms:
> rmaps_base_cpus_per_rank)
> Number of cpus to use for each rank [1-2**15
> (default=1)]
> MCA rmaps: parameter "rmaps_base_cpus_per_rank" (current
> value: "1", data source: default, level: 9 dev/all, type: int, synonym of:
> rmaps_base_cpus_per_proc)
> Number of cpus to use for each rank [1-2**15
> (default=1)]
> MCA rmaps: parameter "rmaps_base_no_schedule_local" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> If false, allow scheduling MPI applications on the
> same node as mpirun (default). If true, do not schedule any MPI applications
> on the same node as mpirun
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_no_oversubscribe" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> If true, then do not allow oversubscription of
> nodes - mpirun will return an error if there aren't enough nodes to launch
> all processes without oversubscribing
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_oversubscribe" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> If true, then allow oversubscription of nodes and
> overloading of processing elements
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_display_map" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether to display the process map after it is
> computed
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_display_devel_map" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether to display a developer-detail process map
> after it is computed
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_display_topo_with_map"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether to display the topology with the map
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_display_diffable_map"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether to display a diffable process map after it
> is computed
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_base_topology" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> hwloc topology file (xml format) describing the
> topology of the compute nodes [default: none]
> MCA rmaps: parameter "rmaps_ppr_pernode" (current value:
> "false", data source: default, level: 9 dev/all, type: bool, synonym of:
> rmaps_base_pernode)
> Launch one ppn as directed
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_ppr_n_pernode" (current value:
> "0", data source: default, level: 9 dev/all, type: int, synonym of:
> rmaps_base_n_pernode)
> Launch n procs/node
> MCA rmaps: parameter "rmaps_ppr_n_persocket" (current value:
> "0", data source: default, level: 9 dev/all, type: int, synonym of:
> rmaps_base_n_persocket)
> Launch n procs/socket
> MCA rmaps: parameter "rmaps_ppr_pattern" (current value: "",
> data source: default, level: 9 dev/all, type: string, synonym of:
> rmaps_base_pattern)
> Comma-separated list of number of processes on a
> given resource type [default: none]
> MCA rmaps: parameter "rmaps_ppr_priority" (current value:
> "90", data source: default, level: 9 dev/all, type: int)
> Priority of the ppr rmaps component
> MCA rmaps: parameter "rmaps_lama_priority" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Priority of the LAMA rmaps component
> MCA rmaps: parameter "rmaps_lama_timing" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Enable timing information. [Default = disabled]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_lama_map" (current value: "", data
> source: default, level: 5 tuner/detail, type: string)
> LAMA Map: Process layout iteration ordering (See
> documentation)
> MCA rmaps: parameter "rmaps_lama_bind" (current value: "",
> data source: default, level: 5 tuner/detail, type: string)
> LAMA Bind: Bind to the specified number of
> resources (See documentation)
> MCA rmaps: parameter "rmaps_lama_mppr" (current value: "",
> data source: default, level: 5 tuner/detail, type: string)
> LAMA MPPR: Maximum number of the specified
> resources available (See documentation)
> MCA rmaps: parameter "rmaps_lama_ordering" (current value: "",
> data source: default, level: 5 tuner/detail, type: string)
> LAMA Ordering: Ordering (s) sequential, (n) natural
> - Default: n (See documentation)
> MCA rmaps: parameter "rmaps_mindist_priority" (current value:
> "20", data source: default, level: 9 dev/all, type: int)
> Priority of the mindist rmaps component
> MCA rmaps: parameter "rmaps_rank_file_priority" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> Priority of the rank_file rmaps component
> MCA rmaps: parameter "rmaps_rank_file_path" (current value:
> "", data source: default, level: 5 tuner/detail, type: string, synonyms:
> orte_rankfile)
> Name of the rankfile to be used for mapping
> processes (relative or absolute path)
> MCA rmaps: parameter "rmaps_rank_file_physical" (current
> value: "false", data source: default, level: 5 tuner/detail, type: bool)
> Rankfile contains physical cpu designations
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA rmaps: parameter "rmaps_resilient_priority" (current
> value: "40", data source: default, level: 9 dev/all, type: int)
> Priority of the resilient rmaps component
> MCA rmaps: parameter "rmaps_resilient_fault_grp_file" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> Filename that contains a description of fault
> groups for this system
> MCA rmaps: parameter "rmaps_round_robin_priority" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> Priority of the rr rmaps component
> MCA rmaps: parameter "rmaps_seq_priority" (current value:
> "60", data source: default, level: 9 dev/all, type: int)
> Priority of the seq rmaps component
> MCA rml: parameter "rml" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the rml
> framework (<none> means use all components that can be found)
> MCA rml: parameter "rml_wrapper" (current value: "", data
> source: default, level: 9 dev/all, type: string, synonym of: rml_base_wrapper)
> Use a Wrapper component around the selected RML
> component
> MCA rml: parameter "rml_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the rml framework (0 = no
> verbosity)
> MCA rml: parameter "rml_base_wrapper" (current value: "",
> data source: default, level: 9 dev/all, type: string, synonyms: rml_wrapper)
> Use a Wrapper component around the selected RML
> component
> MCA routed: parameter "routed" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the routed
> framework (<none> means use all components that can be found)
> MCA routed: parameter "routed_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the routed framework (0 = no
> verbosity)
> MCA routed: parameter "routed_radix" (current value: "32", data
> source: default, level: 9 dev/all, type: int)
> Radix to be used for routed radix tree
> MCA routed: parameter "routed_radix_max_connections" (current
> value: "-1", data source: default, level: 9 dev/all, type: int)
> Send direct between daemons if the number of nodes
> is less than this number
> MCA sensor: parameter "sensor" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the sensor
> framework (<none> means use all components that can be found)
> MCA sensor: parameter "sensor_sample_rate" (current value: "0",
> data source: default, level: 9 dev/all, type: int, deprecated, synonym of:
> sensor_base_sample_rate)
> Sample rate in seconds
> MCA sensor: parameter "sensor_log_samples" (current value:
> "false", data source: default, level: 9 dev/all, type: bool, deprecated,
> synonym of: sensor_base_log_samples)
> Log samples to database
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA sensor: parameter "sensor_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the sensor framework (0 = no
> verbosity)
> MCA sensor: parameter "sensor_base_sample_rate" (current value:
> "0", data source: default, level: 9 dev/all, type: int, synonyms:
> sensor_sample_rate)
> Sample rate in seconds
> MCA sensor: parameter "sensor_base_log_samples" (current value:
> "false", data source: default, level: 9 dev/all, type: bool, synonyms:
> sensor_log_samples)
> Log samples to database
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA snapc: parameter "snapc" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the snapc
> framework (<none> means use all components that can be found)
> MCA snapc: parameter "snapc_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the snapc framework (0 = no
> verbosity)
> MCA snapc: parameter "snapc_base_only_one_seq" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Only store the most recent checkpoint sequence.
> [Default = disabled]
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA snapc: parameter "snapc_base_global_snapshot_dir" (current
> value: "/home/victor", data source: default, level: 9 dev/all, type: string,
> deprecated, synonym of: sstore_base_global_snapshot_dir)
> The base directory to use when storing global
> snapshots
> MCA snapc: parameter "snapc_base_global_snapshot_ref" (current
> value: "", data source: default, level: 9 dev/all, type: string, deprecated,
> synonym of: sstore_base_global_snapshot_ref)
> The global snapshot reference to be used for this
> job. [Default = ompi_global_snapshot_MPIRUNPID.ckpt]
> MCA sstore: parameter "sstore" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the sstore
> framework (<none> means use all components that can be found)
> MCA sstore: parameter "sstore_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the sstore framework (0 = no
> verbosity)
> MCA sstore: parameter "sstore_base_global_snapshot_dir"
> (current value: "/home/victor", data source: default, level: 9 dev/all, type:
> string, synonyms: snapc_base_global_snapshot_dir)
> The base directory to use when storing global
> snapshots
> MCA sstore: parameter "sstore_base_global_snapshot_ref"
> (current value: "", data source: default, level: 9 dev/all, type: string,
> synonyms: snapc_base_global_snapshot_ref)
> The global snapshot reference to be used for this
> job. [Default = ompi_global_snapshot_MPIRUNPID.ckpt]
> MCA state: parameter "state" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the state
> framework (<none> means use all components that can be found)
> MCA state: parameter "state_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the state framework (0 = no
> verbosity)
> MCA state: parameter "state_novm_select" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Use this component
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA ompi: parameter "ompi_hostname_cutoff" (current value:
> "4294967295", data source: default, level: 9 dev/all, type: unsigned)
> If the number of processes in the application
> exceeds the provided value,hostnames for remote processes will not be
> retrieved by applications [default: UINT32_MAX]
> MCA mpi: parameter "mpi_ddt_unpack_debug" (current value:
> "false", data source: default, level: 3 user/all, type: bool)
> Whether to output debugging information in the ddt
> unpack functions (nonzero = enabled)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_ddt_pack_debug" (current value:
> "false", data source: default, level: 3 user/all, type: bool)
> Whether to output debugging information in the ddt
> pack functions (nonzero = enabled)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_ddt_position_debug" (current value:
> "false", data source: default, level: 3 user/all, type: bool)
> Non zero lead to output generated by the datatype
> position functions
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_ddt_copy_debug" (current value:
> "false", data source: default, level: 3 user/all, type: bool)
> Whether to output debugging information in the ddt
> copy functions (nonzero = enabled)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_param_check" (current value: "true",
> data source: default, level: 9 dev/all, type: bool)
> Whether you want MPI API parameters checked at
> run-time or not. Possible values are 0 (no checking) and 1 (perform checking
> at run-time)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_yield_when_idle" (current value:
> "true", data source: default, level: 9 dev/all, type: bool)
> Yield the processor when waiting for MPI
> communication (for MPI processes, will default to 1 when oversubscribing
> nodes)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_event_tick_rate" (current value:
> "-1", data source: default, level: 9 dev/all, type: int)
> How often to progress TCP communications (0 =
> never, otherwise specified in microseconds)
> MCA mpi: parameter "mpi_show_handle_leaks" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether MPI_FINALIZE shows all MPI handles that
> were not freed or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_no_free_handles" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Whether to actually free MPI objects when their
> handles are freed
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_show_mpi_alloc_mem_leaks" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> If >0, MPI_FINALIZE will show up to this many
> instances of memory allocated by MPI_ALLOC_MEM that was not freed by
> MPI_FREE_MEM
> MCA mpi: parameter "mpi_show_mca_params" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> Whether to show all MCA parameter values during
> MPI_INIT or not (good for reproducability of MPI jobs for debug purposes).
> Accepted values are all, default, file, api, and enviro - or a comma
> delimited combination of them
> MCA mpi: parameter "mpi_show_mca_params_file" (current
> value: "", data source: default, level: 9 dev/all, type: string)
> If mpi_show_mca_params is true, setting this string
> to a valid filename tells Open MPI to dump all the MCA parameter values into
> a file suitable for reading via the mca_param_files parameter (good for
> reproducability of MPI jobs)
> MCA mpi: parameter "mpi_abort_delay" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> If nonzero, print out an identifying message when
> MPI_ABORT is invoked (hostname, PID of the process that called MPI_ABORT) and
> delay for that many seconds before exiting (a negative delay value means to
> never abort). This allows attaching of a debugger before quitting the job.
> MCA mpi: informational "mpi_abort_print_stack" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> If nonzero, print out a stack trace when MPI_ABORT
> is invoked
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_preconnect_all" (current value:
> "false", data source: default, level: 9 dev/all, type: bool, deprecated,
> synonym of: mpi_preconnect_mpi)
> Whether to force MPI processes to fully wire-up the
> MPI connections between MPI processes during MPI_INIT (vs. making connections
> lazily -- upon the first MPI traffic between each process peer pair)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_leave_pinned" (current value: "-1",
> data source: default, level: 9 dev/all, type: int)
> Whether to use the "leave pinned" protocol or not.
> Enabling this setting can help bandwidth performance when repeatedly sending
> and receiving large messages with the same buffers over RDMA-based networks
> (0 = do not use "leave pinned" protocol, 1 = use "leave pinned" protocol, -1
> = allow network to choose at runtime).
> MCA mpi: parameter "mpi_leave_pinned_pipeline" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether to use the "leave pinned pipeline" protocol
> or not.
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_warn_on_fork" (current value:
> "true", data source: default, level: 9 dev/all, type: bool)
> If nonzero, issue a warning if program forks under
> conditions that could cause system errors
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: informational "mpi_have_sparse_group_storage"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether this Open MPI installation supports storing
> of data in MPI groups in "sparse" formats (good for extremely large process
> count MPI jobs that create many communicators/groups)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: informational "mpi_use_sparse_group_storage"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Whether to use "sparse" storage formats for MPI
> groups (only relevant if mpi_have_sparse_group_storage is 1)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: informational "mpi_built_with_cuda_support"
> (current value: "false", data source: default, level: 4 tuner/basic, type:
> bool)
> Whether CUDA GPU buffer support is built into
> library or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpi: parameter "mpi_cuda_support" (current value:
> "false", data source: default, level: 4 tuner/basic, type: bool)
> Whether CUDA GPU buffer support is enabled or not
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA allocator: parameter "allocator" (current value: "", data
> source: default, level: 2 user/detail, type: string)
> Default selection set of components for the
> allocator framework (<none> means use all components that can be found)
> MCA allocator: parameter "allocator_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the allocator framework (0 = no
> verbosity)
> MCA allocator: parameter "allocator_bucket_num_buckets" (current
> value: "30", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the bcol
> framework (<none> means use all components that can be found)
> MCA bcol: parameter "bcol_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the bcol framework (0 = no
> verbosity)
> MCA bcol: parameter "bcol_base_string" (current value:
> "basesmuma,basesmuma,iboffload,ptpcoll,ugni", data source: default, level: 9
> dev/all, type: string)
> Default set of basic collective components to use
> MCA bcol: parameter "bcol_basesmuma_priority" (current value:
> "90", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_basesmuma_num_ctl_banks"
> (current value: "2", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter
> "bcol_basesmuma_basesmuma_num_buffs_per_bank" (current value: "16", data
> source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_n_poll_loops" (current
> value: "4", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_n_groups_supported"
> (current value: "100", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_radix_fanin" (current
> value: "2", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_radix_fanout" (current
> value: "2", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_radix_read_tree" (current
> value: "3", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_order_reduction_tree"
> (current value: "2", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_k_nomial_radix" (current
> value: "3", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_num_to_probe" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_scatter_kary_radix"
> (current value: "4", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_min_frag_size" (current
> value: "4096", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_max_frag_size" (current
> value: "-1", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_basesmuma_can_use_user_buffers"
> (current value: "false", data source: default, level: 9 dev/all, type: bool)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA bcol: parameter "bcol_basesmuma_verbose" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> MCA bcol: parameter "bcol_ptpcoll_priority" (current value:
> "90", data source: default, level: 9 dev/all, type: int)
> PTPCOLL component priority(from 0(low) to 90 (high))
> MCA bcol: parameter "bcol_ptpcoll_verbose" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Output some verbose PTPCOLL information (0 = no
> output, nonzero = output)
> MCA bcol: parameter "bcol_ptpcoll_k_nomial_radix" (current
> value: "2", data source: default, level: 9 dev/all, type: int)
> The radix of K-Nomial Tree (starts from 2)
> MCA bcol: parameter "bcol_ptpcoll_narray_radix" (current
> value: "2", data source: default, level: 9 dev/all, type: int)
> The radix of Narray Tree (starts from 2)
> MCA bcol: parameter "bcol_ptpcoll_narray_knomial_radix"
> (current value: "2", data source: default, level: 9 dev/all, type: int)
> The radix of Narray/Knomial Tree for
> scatther-gather type algorithms(starts from 2)
> MCA bcol: parameter "bcol_ptpcoll_num_to_probe" (current
> value: "8", data source: default, level: 9 dev/all, type: int)
> Number of probe operation in single source data
> check(starts from 8)
> MCA bcol: parameter
> "bcol_ptpcoll_bcast_small_msg_known_root_alg" (current value: "1", data
> source: default, level: 9 dev/all, type: int)
> Algoritm selection for bcast small messages known
> root(1 - K-nomial, 2 - N-array)
> MCA bcol: parameter
> "bcol_ptpcoll_bcast_large_msg_known_root_alg" (current value: "1", data
> source: default, level: 9 dev/all, type: int)
> Algoritm selection for bcast large messages known
> root(1 - Binomial scatther-gather, 2 - N-array scather, K-nomial gather)
> MCA bcol: parameter "bcol_ptpcoll_barrier_alg" (current
> value: "1", data source: default, level: 9 dev/all, type: int)
> Algoritm selection for Barrier(1 - Recursive
> doubling, 2 - Recursive K-ing)
> MCA bcol: parameter "bcol_ptpcoll_min_frag_size" (current
> value: "4096", data source: default, level: 9 dev/all, type: int)
> Minimum fragment size
> MCA bcol: parameter "bcol_ptpcoll_max_frag_size" (current
> value: "-1", data source: default, level: 9 dev/all, type: int)
> Maximum fragment size
> MCA bcol: parameter "bcol_ptpcoll_can_use_user_buffers"
> (current value: "true", data source: default, level: 9 dev/all, type: bool)
> User memory can be used by the collective algorithms
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA bml: parameter "bml" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the bml
> framework (<none> means use all components that can be found)
> MCA bml: parameter "bml_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the bml framework (0 = no
> verbosity)
> MCA bml: parameter "bml_r2_show_unreach_errors" (current
> value: "true", data source: default, level: 9 dev/all, type: bool)
> Show error message when procs are unreachable
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA btl: parameter "btl" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the btl
> framework (<none> means use all components that can be found)
> MCA btl: parameter "btl_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the btl framework (0 = no
> verbosity)
> MCA btl: parameter "btl_base_include" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> MCA btl: parameter "btl_base_exclude" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> MCA btl: parameter "btl_base_warn_component_unused" (current
> value: "1", data source: default, level: 9 dev/all, type: int)
> This parameter is used to turn on warning messages
> when certain NICs are not used
> MCA btl: parameter "btl_self_free_list_num" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Number of fragments by default
> MCA btl: parameter "btl_self_free_list_max" (current value:
> "-1", data source: default, level: 9 dev/all, type: int)
> Maximum number of fragments
> MCA btl: parameter "btl_self_free_list_inc" (current value:
> "32", data source: default, level: 9 dev/all, type: int)
> Increment by this number of fragments
> MCA btl: parameter "btl_self_exclusivity" (current value:
> "65536", data source: default, level: 7 dev/basic, type: unsigned)
> BTL exclusivity (must be >= 0)
> MCA btl: parameter "btl_self_flags" (current value: "10",
> data source: default, level: 5 tuner/detail, type: unsigned)
> BTL bit flags (general flags: SEND=1, PUT=2, GET=4,
> SEND_INPLACE=8, RDMA_MATCHED=64, HETEROGENEOUS_RDMA=256; flags only used by
> the "dr" PML (ignored by others): ACK=16, CHECKSUM=32, RDMA_COMPLETION=128;
> flags only used by the "bfo" PML (ignored by others): FAILOVER_SUPPORT=512)
> MCA btl: parameter "btl_self_rndv_eager_limit" (current
> value: "131072", data source: default, level: 4 tuner/basic, type: size_t)
> Size (in bytes, including header) of "phase 1"
> fragment sent for all large messages (must be >= 0 and <= eager_limit)
> MCA btl: parameter "btl_self_eager_limit" (current value:
> "131072", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes, including header) of
> "short" messages (must be >= 1).
> MCA btl: parameter "btl_self_max_send_size" (current value:
> "262144", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes) of a single "phase 2"
> fragment of a long message when using the pipeline protocol (must be >= 1)
> MCA btl: parameter "btl_self_rdma_pipeline_send_length"
> (current value: "2147483647", data source: default, level: 4 tuner/basic,
> type: size_t)
> Length of the "phase 2" portion of a large message
> (in bytes) when using the pipeline protocol. This part of the message will
> be split into fragments of size max_send_size and sent using send/receive
> semantics (must be >= 0; only relevant when the PUT flag is set)
> MCA btl: parameter "btl_self_rdma_pipeline_frag_size"
> (current value: "2147483647", data source: default, level: 4 tuner/basic,
> type: size_t)
> Maximum size (in bytes) of a single "phase 3"
> fragment from a long message when using the pipeline protocol. These
> fragments will be sent using RDMA semantics (must be >= 1; only relevant when
> the PUT flag is set)
> MCA btl: parameter "btl_self_min_rdma_pipeline_size"
> (current value: "2147614719", data source: default, level: 4 tuner/basic,
> type: size_t)
> Messages smaller than this size (in bytes) will not
> use the RDMA pipeline protocol. Instead, they will be split into fragments
> of max_send_size and sent using send/receive semantics (must be >=0, and is
> automatically adjusted up to at least
> (eager_limit+btl_rdma_pipeline_send_length); only relevant when the PUT flag
> is set)
> MCA btl: parameter "btl_self_bandwidth" (current value: "0",
> data source: default, level: 5 tuner/detail, type: unsigned)
> Approximate maximum bandwidth of interconnect (0 =
> auto-detect value at run-time [not supported in all BTL modules], >= 1 =
> bandwidth in Mbps)
> MCA btl: informational "btl_sm_use_knem" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Whether knem support is desired or not (negative =
> try to enable knem support, but continue even if it is not available, 0 = do
> not enable knem support, positive = try to enable knem support and fail if it
> is not available)
> MCA btl: parameter "btl_sm_knem_dma_min" (current value:
> "0", data source: default, level: 9 dev/all, type: unsigned)
> Minimum message size (in bytes) to use the knem DMA
> mode; ignored if knem does not support DMA mode (0 = do not use the knem DMA
> mode)
> MCA btl: parameter "btl_sm_knem_max_simultaneous" (current
> value: "0", data source: default, level: 9 dev/all, type: unsigned)
> Max number of simultaneous ongoing knem operations
> to support (0 = do everything synchronously, which probably gives the best
> large message latency; >0 means to do all operations asynchronously, which
> supports better overlap for simultaneous large message sends)
> MCA btl: parameter "btl_sm_use_cma" (current value: "0",
> data source: default, level: 9 dev/all, type: unsigned)
> Whether or not to enable CMA
> MCA btl: parameter "btl_sm_free_list_num" (current value:
> "8", data source: default, level: 5 tuner/detail, type: int)
> MCA btl: parameter "btl_sm_free_list_max" (current value:
> "-1", data source: default, level: 5 tuner/detail, type: int)
> MCA btl: parameter "btl_sm_free_list_inc" (current value:
> "64", data source: default, level: 5 tuner/detail, type: int)
> MCA btl: parameter "btl_sm_max_procs" (current value: "-1",
> data source: default, level: 5 tuner/detail, type: int)
> MCA btl: parameter "btl_sm_fifo_size" (current value:
> "4096", data source: default, level: 4 tuner/basic, type: unsigned)
> MCA btl: parameter "btl_sm_num_fifos" (current value: "1",
> data source: default, level: 4 tuner/basic, type: int)
> MCA btl: parameter "btl_sm_fifo_lazy_free" (current value:
> "120", data source: default, level: 5 tuner/detail, type: unsigned)
> MCA btl: parameter "btl_sm_sm_extra_procs" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> MCA btl: parameter "btl_sm_exclusivity" (current value:
> "65535", data source: default, level: 7 dev/basic, type: unsigned)
> BTL exclusivity (must be >= 0)
> MCA btl: parameter "btl_sm_flags" (current value: "1", data
> source: default, level: 5 tuner/detail, type: unsigned)
> BTL bit flags (general flags: SEND=1, PUT=2, GET=4,
> SEND_INPLACE=8, RDMA_MATCHED=64, HETEROGENEOUS_RDMA=256; flags only used by
> the "dr" PML (ignored by others): ACK=16, CHECKSUM=32, RDMA_COMPLETION=128;
> flags only used by the "bfo" PML (ignored by others): FAILOVER_SUPPORT=512)
> MCA btl: parameter "btl_sm_rndv_eager_limit" (current value:
> "4096", data source: default, level: 4 tuner/basic, type: size_t)
> Size (in bytes, including header) of "phase 1"
> fragment sent for all large messages (must be >= 0 and <= eager_limit)
> MCA btl: parameter "btl_sm_eager_limit" (current value:
> "4096", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes, including header) of
> "short" messages (must be >= 1).
> MCA btl: parameter "btl_sm_max_send_size" (current value:
> "32768", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes) of a single "phase 2"
> fragment of a long message when using the pipeline protocol (must be >= 1)
> MCA btl: parameter "btl_tcp_links" (current value: "1", data
> source: default, level: 4 tuner/basic, type: unsigned)
> MCA btl: parameter "btl_tcp_if_include" (current value: "",
> data source: default, level: 1 user/basic, type: string)
> Comma-delimited list of devices and/or CIDR
> notation of networks to use for MPI communication (e.g.,
> "eth0,192.168.0.0/16"). Mutually exclusive with btl_tcp_if_exclude.
> MCA btl: parameter "btl_tcp_if_exclude" (current value:
> "127.0.0.1/8,sppp", data source: default, level: 1 user/basic, type: string)
> Comma-delimited list of devices and/or CIDR
> notation of networks to NOT use for MPI communication -- all devices not
> matching these specifications will be used (e.g., "eth0,192.168.0.0/16"). If
> set to a non-default value, it is mutually exclusive with btl_tcp_if_include.
> MCA btl: parameter "btl_tcp_free_list_num" (current value:
> "8", data source: default, level: 5 tuner/detail, type: int)
> MCA btl: parameter "btl_tcp_free_list_max" (current value:
> "-1", data source: default, level: 5 tuner/detail, type: int)
> MCA btl: parameter "btl_tcp_free_list_inc" (current value:
> "32", data source: default, level: 5 tuner/detail, type: int)
> MCA btl: parameter "btl_tcp_sndbuf" (current value:
> "131072", data source: default, level: 4 tuner/basic, type: int)
> MCA btl: parameter "btl_tcp_rcvbuf" (current value:
> "131072", data source: default, level: 4 tuner/basic, type: int)
> MCA btl: parameter "btl_tcp_endpoint_cache" (current value:
> "30720", data source: default, level: 4 tuner/basic, type: int)
> The size of the internal cache for each TCP
> connection. This cache is used to reduce the number of syscalls, by replacing
> them with memcpy. Every read will read the expected data plus the amount of
> the endpoint_cache
> MCA btl: parameter "btl_tcp_use_nagle" (current value: "0",
> data source: default, level: 4 tuner/basic, type: int)
> Whether to use Nagle's algorithm or not (using
> Nagle's algorithm may increase short message latency)
> MCA btl: parameter "btl_tcp_port_min_v4" (current value:
> "1024", data source: default, level: 2 user/detail, type: int)
> The minimum port where the TCP BTL will try to bind
> (default 1024)
> MCA btl: parameter "btl_tcp_port_range_v4" (current value:
> "64511", data source: default, level: 2 user/detail, type: int)
> The number of ports where the TCP BTL will try to
> bind (default 64511). This parameter together with the port min, define a
> range of ports where Open MPI will open sockets.
> MCA btl: parameter "btl_tcp_warn_all_unfound_interfaces"
> (current value: "false", data source: default, level: 2 user/detail, type:
> bool)
> Issue a warning for all unfound interfaces included
> in if_exclude
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA btl: parameter "btl_tcp_exclusivity" (current value:
> "100", data source: default, level: 7 dev/basic, type: unsigned)
> BTL exclusivity (must be >= 0)
> MCA btl: parameter "btl_tcp_flags" (current value: "314",
> data source: default, level: 5 tuner/detail, type: unsigned)
> BTL bit flags (general flags: SEND=1, PUT=2, GET=4,
> SEND_INPLACE=8, RDMA_MATCHED=64, HETEROGENEOUS_RDMA=256; flags only used by
> the "dr" PML (ignored by others): ACK=16, CHECKSUM=32, RDMA_COMPLETION=128;
> flags only used by the "bfo" PML (ignored by others): FAILOVER_SUPPORT=512)
> MCA btl: parameter "btl_tcp_rndv_eager_limit" (current
> value: "65536", data source: default, level: 4 tuner/basic, type: size_t)
> Size (in bytes, including header) of "phase 1"
> fragment sent for all large messages (must be >= 0 and <= eager_limit)
> MCA btl: parameter "btl_tcp_eager_limit" (current value:
> "65536", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes, including header) of
> "short" messages (must be >= 1).
> MCA btl: parameter "btl_tcp_max_send_size" (current value:
> "131072", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes) of a single "phase 2"
> fragment of a long message when using the pipeline protocol (must be >= 1)
> MCA btl: parameter "btl_tcp_rdma_pipeline_send_length"
> (current value: "131072", data source: default, level: 4 tuner/basic, type:
> size_t)
> Length of the "phase 2" portion of a large message
> (in bytes) when using the pipeline protocol. This part of the message will
> be split into fragments of size max_send_size and sent using send/receive
> semantics (must be >= 0; only relevant when the PUT flag is set)
> MCA btl: parameter "btl_tcp_rdma_pipeline_frag_size"
> (current value: "2147483647", data source: default, level: 4 tuner/basic,
> type: size_t)
> Maximum size (in bytes) of a single "phase 3"
> fragment from a long message when using the pipeline protocol. These
> fragments will be sent using RDMA semantics (must be >= 1; only relevant when
> the PUT flag is set)
> MCA btl: parameter "btl_tcp_min_rdma_pipeline_size" (current
> value: "196608", data source: default, level: 4 tuner/basic, type: size_t)
> Messages smaller than this size (in bytes) will not
> use the RDMA pipeline protocol. Instead, they will be split into fragments
> of max_send_size and sent using send/receive semantics (must be >=0, and is
> automatically adjusted up to at least
> (eager_limit+btl_rdma_pipeline_send_length); only relevant when the PUT flag
> is set)
> MCA btl: parameter "btl_tcp_bandwidth" (current value:
> "100", data source: default, level: 5 tuner/detail, type: unsigned)
> Approximate maximum bandwidth of interconnect (0 =
> auto-detect value at run-time [not supported in all BTL modules], >= 1 =
> bandwidth in Mbps)
> MCA btl: parameter "btl_tcp_disable_family" (current value:
> "0", data source: default, level: 2 user/detail, type: int)
> MCA btl: parameter "btl_tcp_if_seq" (current value: "", data
> source: default, level: 9 dev/all, type: string)
> If specified, a comma-delimited list of TCP
> interfaces. Interfaces will be assigned, one to each MPI process, in a
> round-robin fashion on each server. For example, if the list is "eth0,eth1"
> and four MPI processes are run on a single server, then local ranks 0 and 2
> will use eth0 and local ranks 1 and 3 will use eth1.
> MCA btl: parameter "btl_vader_free_list_num" (current value:
> "8", data source: default, level: 9 dev/all, type: int)
> Initial number of fragments to allocate for shared
> memory communication.
> MCA btl: parameter "btl_vader_free_list_max" (current value:
> "4096", data source: default, level: 9 dev/all, type: int)
> Maximum number of fragments to allocate for shared
> memory communication.
> MCA btl: parameter "btl_vader_free_list_inc" (current value:
> "64", data source: default, level: 9 dev/all, type: int)
> Number of fragments to create on each allocation.
> MCA btl: parameter "btl_vader_memcpy_limit" (current value:
> "524288", data source: default, level: 5 tuner/detail, type: int)
> Message size to switch from using memove to memcpy.
> The relative speed of these two routines can vary by size.
> MCA btl: parameter "btl_vader_segment_size" (current value:
> "4194304", data source: default, level: 5 tuner/detail, type: int)
> Maximum size of all shared memory buffers (default:
> 4M)
> MCA btl: parameter "btl_vader_max_inline_send" (current
> value: "256", data source: default, level: 5 tuner/detail, type: unsigned)
> Maximum size to transfer using copy-in copy-out
> semantics
> MCA btl: parameter "btl_vader_fbox_threshold" (current
> value: "16", data source: default, level: 5 tuner/detail, type: unsigned)
> Number of sends required before an eager send
> buffer is setup for a peer (default: 16)
> MCA btl: parameter "btl_vader_fbox_max" (current value:
> "32", data source: default, level: 5 tuner/detail, type: unsigned)
> Maximum number of eager send buffers to allocate
> (default: 32)
> MCA btl: parameter "btl_vader_fbox_size" (current value:
> "4096", data source: default, level: 5 tuner/detail, type: unsigned)
> Size of per-peer fast transfer buffers (default: 4k)
> MCA btl: parameter "btl_vader_single_copy_mechanism"
> (current value: "none", data source: default, level: 3 user/all, type: int)
> Single copy mechanism to use (defaults to best
> available)
> Valid values: 3:"none"
> MCA btl: parameter "btl_vader_exclusivity" (current value:
> "65536", data source: default, level: 7 dev/basic, type: unsigned)
> BTL exclusivity (must be >= 0)
> MCA btl: parameter "btl_vader_flags" (current value: "8",
> data source: default, level: 5 tuner/detail, type: unsigned)
> BTL bit flags (general flags: SEND=1, PUT=2, GET=4,
> SEND_INPLACE=8, RDMA_MATCHED=64, HETEROGENEOUS_RDMA=256; flags only used by
> the "dr" PML (ignored by others): ACK=16, CHECKSUM=32, RDMA_COMPLETION=128;
> flags only used by the "bfo" PML (ignored by others): FAILOVER_SUPPORT=512)
> MCA btl: parameter "btl_vader_rndv_eager_limit" (current
> value: "32768", data source: default, level: 4 tuner/basic, type: size_t)
> Size (in bytes, including header) of "phase 1"
> fragment sent for all large messages (must be >= 0 and <= eager_limit)
> MCA btl: parameter "btl_vader_eager_limit" (current value:
> "4096", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes, including header) of
> "short" messages (must be >= 1).
> MCA btl: parameter "btl_vader_max_send_size" (current value:
> "32768", data source: default, level: 4 tuner/basic, type: size_t)
> Maximum size (in bytes) of a single "phase 2"
> fragment of a long message when using the pipeline protocol (must be >= 1)
> MCA coll: parameter "coll" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the coll
> framework (<none> means use all components that can be found)
> MCA coll: parameter "coll_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the coll framework (0 = no
> verbosity)
> MCA coll: parameter "coll_basic_priority" (current value:
> "10", data source: default, level: 9 dev/all, type: int)
> Priority of the basic coll component
> MCA coll: parameter "coll_basic_crossover" (current value:
> "4", data source: default, level: 9 dev/all, type: int)
> Minimum number of processes in a communicator
> before using the logarithmic algorithms
> MCA coll: parameter "coll_hierarch_priority" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Priority of the hierarchical coll component
> MCA coll: parameter "coll_hierarch_verbose" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Turn verbose message of the hierarchical coll
> component on/off
> MCA coll: parameter "coll_hierarch_use_rdma" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Switch from the send btl list used to detect
> hierarchies to the rdma btl list
> MCA coll: parameter "coll_hierarch_ignore_sm" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Ignore sm protocol when detecting hierarchies.
> Required to enable the usage of protocol specific collective operations
> MCA coll: parameter "coll_hierarch_detection_alg" (current
> value: "2", data source: default, level: 9 dev/all, type: int)
> Used to specify the algorithm for detecting
> Hierarchy.Choose between all or two levels of hierarchy
> MCA coll: parameter "coll_hierarch_bcast_alg" (current value:
> "4", data source: default, level: 9 dev/all, type: int)
> Used to specify the algorithm used for bcast
> operations.
> MCA coll: parameter "coll_hierarch_segment_size" (current
> value: "32768", data source: default, level: 9 dev/all, type: int)
> Used to specify the segment size for segmented
> algorithms.
> MCA coll: parameter "coll_inter_priority" (current value:
> "40", data source: default, level: 9 dev/all, type: int)
> Priority of the inter coll component
> MCA coll: parameter "coll_inter_verbose" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> Turn verbose message of the inter coll component
> on/off
> MCA coll: parameter "coll_libnbc_priority" (current value:
> "10", data source: default, level: 9 dev/all, type: int)
> Priority of the libnbc coll component
> MCA coll: parameter "coll_ml_priority" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> ML component priority(from 0(low) to 90 (high))
> MCA coll: parameter "coll_ml_verbose" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> Output some verbose ML information (0 = no output,
> nonzero = output)
> MCA coll: parameter "coll_ml_max_comm" (current value: "24",
> data source: default, level: 9 dev/all, type: int)
> Maximum number of communicators that can use coll/ml
> MCA coll: parameter "coll_ml_min_comm_size" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Minimum size of communicator to use coll/ml
> MCA coll: parameter "coll_ml_n_payload_mem_banks" (current
> value: "2", data source: default, level: 9 dev/all, type: int)
> Number of payload memory banks
> MCA coll: parameter "coll_ml_n_payload_buffs_per_bank"
> (current value: "16", data source: default, level: 9 dev/all, type: int)
> Number of payload buffers per bank
> MCA coll: parameter "coll_ml_payload_buffer_size" (current
> value: "4096", data source: default, level: 9 dev/all, type: unsigned long
> long)
> Size of payload buffers
> MCA coll: parameter "coll_ml_pipeline_depth" (current value:
> "2", data source: default, level: 9 dev/all, type: int)
> Size of fragmentation pipeline
> MCA coll: parameter "coll_ml_free_list_init_size" (current
> value: "128", data source: default, level: 9 dev/all, type: int)
> Initial size of free lists in coll/ml
> MCA coll: parameter "coll_ml_free_list_grow_size" (current
> value: "64", data source: default, level: 9 dev/all, type: int)
> Initial size of free lists in coll/ml
> MCA coll: parameter "coll_ml_free_list_max_size" (current
> value: "-1", data source: default, level: 9 dev/all, type: int)
> Initial size of free lists in coll/ml
> MCA coll: parameter "coll_ml_bcast_algorithm" (current value:
> "static", data source: default, level: 9 dev/all, type: int)
> Algorithm to use for broadcast
> Valid values: 0:"static", 1:"sequential",
> 2:"unknown-root"
> MCA coll: parameter "coll_ml_disable_allgather" (current
> value: "false", data source: default, level: 9 dev/all, type: bool)
> Disable Allgather
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA coll: parameter "coll_ml_disable_reduce" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Disable Reduce
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA coll: parameter "coll_ml_enable_fragmentation" (current
> value: "auto", data source: default, level: 9 dev/all, type: int)
> Disable/Enable fragmentation for large messages
> Valid values: 0:"disable", 1:"enable", 2:"auto"
> MCA coll: parameter "coll_ml_config_file" (current value:
> "/opt/mpi/openmpi-1.8.4.dbg/share/openmpi/mca-coll-ml.config", data source:
> default, level: 9 dev/all, type: string)
> ML collectives configuration file
> MCA coll: parameter "coll_ml_memory_manager_list_size"
> (current value: "24", data source: default, level: 9 dev/all, type: size_t)
> Memory manager list size
> MCA coll: parameter "coll_ml_memory_manager_block_size"
> (current value: "3145728", data source: default, level: 9 dev/all, type:
> size_t)
> Memory manager block size
> MCA coll: parameter "coll_ml_memory_manager_alignment"
> (current value: "3145728", data source: default, level: 9 dev/all, type:
> size_t)
> Memory manager alignment
> MCA coll: parameter "coll_self_priority" (current value:
> "75", data source: default, level: 9 dev/all, type: int)
> MCA coll: parameter "coll_sm_priority" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> Priority of the sm coll component
> MCA coll: parameter "coll_sm_control_size" (current value:
> "4096", data source: default, level: 9 dev/all, type: int)
> Length of the control data -- should usually be
> either the length of a cache line on most SMPs, or the size of a page on
> machines that support direct memory affinity page placement (in bytes)
> MCA coll: parameter "coll_sm_fragment_size" (current value:
> "8192", data source: default, level: 9 dev/all, type: int)
> Fragment size (in bytes) used for passing data
> through shared memory (will be rounded up to the nearest control_size size)
> MCA coll: parameter "coll_sm_comm_in_use_flags" (current
> value: "2", data source: default, level: 9 dev/all, type: int)
> Number of "in use" flags, used to mark a message
> passing area segment as currently being used or not (must be >= 2 and <=
> comm_num_segments)
> MCA coll: parameter "coll_sm_comm_num_segments" (current
> value: "8", data source: default, level: 9 dev/all, type: int)
> Number of segments in each communicator's shared
> memory message passing area (must be >= 2, and must be a multiple of
> comm_in_use_flags)
> MCA coll: parameter "coll_sm_tree_degree" (current value:
> "4", data source: default, level: 9 dev/all, type: int)
> Degree of the tree for tree-based operations (must
> be => 1 and <= min(control_size, 255))
> MCA coll: parameter "coll_sm_info_num_procs" (current value:
> "4", data source: default, level: 9 dev/all, type: int)
> Number of processes to use for the calculation of
> the shared_mem_size MCA information parameter (must be => 2)
> MCA coll: informational "coll_sm_shared_mem_used_data"
> (current value: "548864", data source: default, level: 9 dev/all, type: int)
> Amount of shared memory used, per communicator, in
> the shared memory data area for info_num_procs processes (in bytes)
> MCA coll: parameter "coll_tuned_priority" (current value:
> "30", data source: default, level: 6 tuner/all, type: int)
> Priority of the tuned coll component
> MCA coll: parameter
> "coll_tuned_pre_allocate_memory_comm_size_limit" (current value: "32768",
> data source: default, level: 6 tuner/all, type: int)
> Size of communicator were we stop pre-allocating
> memory for the fixed internal buffer used for message requests etc that is
> hung off the communicator data segment. I.e. if you have a 100'000 nodes you
> might not want to pre-allocate 200'000 request handle slots per communicator
> instance!
> MCA coll: parameter "coll_tuned_init_tree_fanout" (current
> value: "4", data source: default, level: 6 tuner/all, type: int)
> Inital fanout used in the tree topologies for each
> communicator. This is only an initial guess, if a tuned collective needs a
> different fanout for an operation, it build it dynamically. This parameter is
> only for the first guess and might save a little time
> MCA coll: parameter "coll_tuned_init_chain_fanout" (current
> value: "4", data source: default, level: 6 tuner/all, type: int)
> Inital fanout used in the chain (fanout followed by
> pipeline) topologies for each communicator. This is only an initial guess, if
> a tuned collective needs a different fanout for an operation, it build it
> dynamically. This parameter is only for the first guess and might save a
> little time
> MCA coll: parameter "coll_tuned_use_dynamic_rules" (current
> value: "false", data source: default, level: 6 tuner/all, type: bool)
> Switch used to decide if we use static (compiled/if
> statements) or dynamic (built at runtime) decision function rules
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA coll: parameter "coll_tuned_dynamic_rules_filename"
> (current value: "", data source: default, level: 6 tuner/all, type: string)
> Filename of configuration file that contains the
> dynamic (@runtime) decision function rules
> MCA coll: informational
> "coll_tuned_allreduce_algorithm_count" (current value: "5", data source:
> default, level: 5 tuner/detail, type: int)
> Number of allreduce algorithms available
> MCA coll: parameter "coll_tuned_allreduce_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which allreduce algorithm is used. Can be locked
> down to any of: 0 ignore, 1 basic linear, 2 nonoverlapping (tuned reduce +
> tuned bcast), 3 recursive doubling, 4 ring, 5 segmented ring
> Valid values: 0:"ignore", 1:"basic_linear",
> 2:"nonoverlapping", 3:"recursive_doubling", 4:"ring", 5:"segmented_ring"
> MCA coll: parameter
> "coll_tuned_allreduce_algorithm_segmentsize" (current value: "0", data
> source: default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for allreduce
> algorithms. Only has meaning if algorithm is forced and supports segmenting.
> 0 bytes means no segmentation.
> MCA coll: parameter
> "coll_tuned_allreduce_algorithm_tree_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for allreduce algorithms.
> Only has meaning if algorithm is forced and supports n-tree topo based
> operation.
> MCA coll: parameter
> "coll_tuned_allreduce_algorithm_chain_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for chains used for allreduce algorithms.
> Only has meaning if algorithm is forced and supports chain topo based
> operation.
> MCA coll: informational "coll_tuned_alltoall_algorithm_count"
> (current value: "5", data source: default, level: 5 tuner/detail, type: int)
> Number of alltoall algorithms available
> MCA coll: parameter "coll_tuned_alltoall_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which alltoall algorithm is used. Can be locked
> down to choice of: 0 ignore, 1 basic linear, 2 pairwise, 3: modified bruck,
> 4: linear with sync, 5:two proc only.
> Valid values: 0:"ignore", 1:"linear", 2:"pairwise",
> 3:"modified_bruck", 4:"linear_sync", 5:"two_proc"
> MCA coll: parameter
> "coll_tuned_alltoall_algorithm_segmentsize" (current value: "0", data source:
> default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for alltoall
> algorithms. Only has meaning if algorithm is forced and supports segmenting.
> 0 bytes means no segmentation.
> MCA coll: parameter
> "coll_tuned_alltoall_algorithm_tree_fanout" (current value: "4", data source:
> default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for alltoall algorithms.
> Only has meaning if algorithm is forced and supports n-tree topo based
> operation.
> MCA coll: parameter
> "coll_tuned_alltoall_algorithm_chain_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for chains used for alltoall algorithms.
> Only has meaning if algorithm is forced and supports chain topo based
> operation.
> MCA coll: parameter
> "coll_tuned_alltoall_algorithm_max_requests" (current value: "0", data
> source: default, level: 5 tuner/detail, type: int)
> Maximum number of outstanding send or recv
> requests. Only has meaning for synchronized algorithms.
> MCA coll: informational
> "coll_tuned_allgather_algorithm_count" (current value: "6", data source:
> default, level: 5 tuner/detail, type: int)
> Number of allgather algorithms available
> MCA coll: parameter "coll_tuned_allgather_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which allallgather algorithm is used. Can be locked
> down to choice of: 0 ignore, 1 basic linear, 2 bruck, 3 recursive doubling, 4
> ring, 5 neighbor exchange, 6: two proc only.
> Valid values: 0:"ignore", 1:"linear", 2:"bruck",
> 3:"recursive_doubling", 4:"ring", 5:"neighbor", 6:"two_proc"
> MCA coll: parameter
> "coll_tuned_allgather_algorithm_segmentsize" (current value: "0", data
> source: default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for allgather
> algorithms. Only has meaning if algorithm is forced and supports segmenting.
> 0 bytes means no segmentation. Currently, available algorithms do not support
> segmentation.
> MCA coll: parameter
> "coll_tuned_allgather_algorithm_tree_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for allgather algorithms.
> Only has meaning if algorithm is forced and supports n-tree topo based
> operation. Currently, available algorithms do not support n-tree topologies.
> MCA coll: parameter
> "coll_tuned_allgather_algorithm_chain_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for chains used for allgather algorithms.
> Only has meaning if algorithm is forced and supports chain topo based
> operation. Currently, available algorithms do not support chain topologies.
> MCA coll: informational
> "coll_tuned_allgatherv_algorithm_count" (current value: "5", data source:
> default, level: 5 tuner/detail, type: int)
> Number of allgatherv algorithms available
> MCA coll: parameter "coll_tuned_allgatherv_algorithm"
> (current value: "ignore", data source: default, level: 5 tuner/detail, type:
> int)
> Which allallgatherv algorithm is used. Can be
> locked down to choice of: 0 ignore, 1 default (allgathervv + bcast), 2 bruck,
> 3 ring, 4 neighbor exchange, 5: two proc only.
> Valid values: 0:"ignore", 1:"default", 2:"bruck",
> 3:"ring", 4:"neighbor", 5:"two_proc"
> MCA coll: parameter
> "coll_tuned_allgatherv_algorithm_segmentsize" (current value: "0", data
> source: default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for
> allgatherv algorithms. Only has meaning if algorithm is forced and supports
> segmenting. 0 bytes means no segmentation. Currently, available algorithms do
> not support segmentation.
> MCA coll: parameter
> "coll_tuned_allgatherv_algorithm_tree_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for allgatherv algorithms.
> Only has meaning if algorithm is forced and supports n-tree topo based
> operation. Currently, available algorithms do not support n-tree topologies.
> MCA coll: parameter
> "coll_tuned_allgatherv_algorithm_chain_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for chains used for allgatherv algorithms.
> Only has meaning if algorithm is forced and supports chain topo based
> operation. Currently, available algorithms do not support chain topologies.
> MCA coll: informational
> "coll_tuned_alltoallv_algorithm_count" (current value: "2", data source:
> default, level: 5 tuner/detail, type: int)
> Number of alltoallv algorithms available
> MCA coll: parameter "coll_tuned_alltoallv_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which alltoallv algorithm is used. Can be locked
> down to choice of: 0 ignore, 1 basic linear, 2 pairwise.
> Valid values: 0:"ignore", 1:"basic_linear",
> 2:"pairwise"
> MCA coll: informational "coll_tuned_barrier_algorithm_count"
> (current value: "6", data source: default, level: 5 tuner/detail, type: int)
> Number of barrier algorithms available
> MCA coll: parameter "coll_tuned_barrier_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which barrier algorithm is used. Can be locked down
> to choice of: 0 ignore, 1 linear, 2 double ring, 3: recursive doubling 4:
> bruck, 5: two proc only, 6: tree
> Valid values: 0:"ignore", 1:"linear",
> 2:"double_ring", 3:"recursive_doubling", 4:"bruck", 5:"two_proc", 6:"tree"
> MCA coll: informational "coll_tuned_bcast_algorithm_count"
> (current value: "6", data source: default, level: 5 tuner/detail, type: int)
> Number of bcast algorithms available
> MCA coll: parameter "coll_tuned_bcast_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which bcast algorithm is used. Can be locked down
> to choice of: 0 ignore, 1 basic linear, 2 chain, 3: pipeline, 4: split binary
> tree, 5: binary tree, 6: binomial tree.
> Valid values: 0:"ignore", 1:"basic_linear",
> 2:"chain", 3:"pipeline", 4:"split_binary_tree", 5:"binary_tree", 6:"binomial"
> MCA coll: parameter "coll_tuned_bcast_algorithm_segmentsize"
> (current value: "0", data source: default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for bcast
> algorithms. Only has meaning if algorithm is forced and supports segmenting.
> 0 bytes means no segmentation.
> MCA coll: parameter "coll_tuned_bcast_algorithm_tree_fanout"
> (current value: "4", data source: default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for bcast algorithms. Only
> has meaning if algorithm is forced and supports n-tree topo based operation.
> MCA coll: parameter "coll_tuned_bcast_algorithm_chain_fanout"
> (current value: "4", data source: default, level: 5 tuner/detail, type: int)
> Fanout for chains used for bcast algorithms. Only
> has meaning if algorithm is forced and supports chain topo based operation.
> MCA coll: informational "coll_tuned_reduce_algorithm_count"
> (current value: "6", data source: default, level: 5 tuner/detail, type: int)
> Number of reduce algorithms available
> MCA coll: parameter "coll_tuned_reduce_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which reduce algorithm is used. Can be locked down
> to choice of: 0 ignore, 1 linear, 2 chain, 3 pipeline, 4 binary, 5 binomial,
> 6 in-order binary
> Valid values: 0:"ignore", 1:"linear", 2:"chain",
> 3:"pipeline", 4:"binary", 5:"binomial", 6:"in-order_binary"
> MCA coll: parameter "coll_tuned_reduce_algorithm_segmentsize"
> (current value: "0", data source: default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for reduce
> algorithms. Only has meaning if algorithm is forced and supports segmenting.
> 0 bytes means no segmentation.
> MCA coll: parameter "coll_tuned_reduce_algorithm_tree_fanout"
> (current value: "4", data source: default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for reduce algorithms. Only
> has meaning if algorithm is forced and supports n-tree topo based operation.
> MCA coll: parameter
> "coll_tuned_reduce_algorithm_chain_fanout" (current value: "4", data source:
> default, level: 5 tuner/detail, type: int)
> Fanout for chains used for reduce algorithms. Only
> has meaning if algorithm is forced and supports chain topo based operation.
> MCA coll: parameter
> "coll_tuned_reduce_algorithm_max_requests" (current value: "0", data source:
> default, level: 5 tuner/detail, type: int)
> Maximum number of outstanding send requests on leaf
> nodes. 0 means no limit.
> MCA coll: informational
> "coll_tuned_reduce_scatter_algorithm_count" (current value: "2", data source:
> default, level: 5 tuner/detail, type: int)
> Number of reduce_scatter algorithms available
> MCA coll: parameter "coll_tuned_reduce_scatter_algorithm"
> (current value: "ignore", data source: default, level: 5 tuner/detail, type:
> int)
> Which reduce reduce_scatter algorithm is used. Can
> be locked down to choice of: 0 ignore, 1 non-overlapping (Reduce + Scatterv),
> 2 recursive halving, 3 ring
> Valid values: 0:"ignore", 1:"non-overlapping",
> 2:"recursive_halfing", 3:"ring"
> MCA coll: parameter
> "coll_tuned_reduce_scatter_algorithm_segmentsize" (current value: "0", data
> source: default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for
> reduce_scatter algorithms. Only has meaning if algorithm is forced and
> supports segmenting. 0 bytes means no segmentation.
> MCA coll: parameter
> "coll_tuned_reduce_scatter_algorithm_tree_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for reduce_scatter
> algorithms. Only has meaning if algorithm is forced and supports n-tree topo
> based operation.
> MCA coll: parameter
> "coll_tuned_reduce_scatter_algorithm_chain_fanout" (current value: "4", data
> source: default, level: 5 tuner/detail, type: int)
> Fanout for chains used for reduce_scatter
> algorithms. Only has meaning if algorithm is forced and supports chain topo
> based operation.
> MCA coll: informational "coll_tuned_gather_algorithm_count"
> (current value: "3", data source: default, level: 5 tuner/detail, type: int)
> Number of gather algorithms available
> MCA coll: parameter "coll_tuned_gather_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which gather algorithm is used. Can be locked down
> to choice of: 0 ignore, 1 basic linear, 2 binomial, 3 linear with
> synchronization.
> Valid values: 0:"ignore", 1:"basic_linear",
> 2:"binomial", 3:"linear_sync"
> MCA coll: parameter "coll_tuned_gather_algorithm_segmentsize"
> (current value: "0", data source: default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for gather
> algorithms. Only has meaning if algorithm is forced and supports segmenting.
> 0 bytes means no segmentation. Currently, available algorithms do not support
> segmentation.
> MCA coll: parameter "coll_tuned_gather_algorithm_tree_fanout"
> (current value: "4", data source: default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for gather algorithms. Only
> has meaning if algorithm is forced and supports n-tree topo based operation.
> Currently, available algorithms do not support n-tree topologies.
> MCA coll: parameter
> "coll_tuned_gather_algorithm_chain_fanout" (current value: "4", data source:
> default, level: 5 tuner/detail, type: int)
> Fanout for chains used for gather algorithms. Only
> has meaning if algorithm is forced and supports chain topo based operation.
> Currently, available algorithms do not support chain topologies.
> MCA coll: informational "coll_tuned_scatter_algorithm_count"
> (current value: "2", data source: default, level: 5 tuner/detail, type: int)
> Number of scatter algorithms available
> MCA coll: parameter "coll_tuned_scatter_algorithm" (current
> value: "ignore", data source: default, level: 5 tuner/detail, type: int)
> Which scatter algorithm is used. Can be locked down
> to choice of: 0 ignore, 1 basic linear, 2 binomial.
> Valid values: 0:"ignore", 1:"basic_linear",
> 2:"binomial"
> MCA coll: parameter
> "coll_tuned_scatter_algorithm_segmentsize" (current value: "0", data source:
> default, level: 5 tuner/detail, type: int)
> Segment size in bytes used by default for scatter
> algorithms. Only has meaning if algorithm is forced and supports segmenting.
> 0 bytes means no segmentation. Currently, available algorithms do not support
> segmentation.
> MCA coll: parameter
> "coll_tuned_scatter_algorithm_tree_fanout" (current value: "4", data source:
> default, level: 5 tuner/detail, type: int)
> Fanout for n-tree used for scatter algorithms. Only
> has meaning if algorithm is forced and supports n-tree topo based operation.
> Currently, available algorithms do not support n-tree topologies.
> MCA coll: parameter
> "coll_tuned_scatter_algorithm_chain_fanout" (current value: "4", data source:
> default, level: 5 tuner/detail, type: int)
> Fanout for chains used for scatter algorithms. Only
> has meaning if algorithm is forced and supports chain topo based operation.
> Currently, available algorithms do not support chain topologies.
> MCA crcp: parameter "crcp" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the crcp
> framework (<none> means use all components that can be found)
> MCA crcp: parameter "crcp_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the crcp framework (0 = no
> verbosity)
> MCA dpm: parameter "dpm" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the dpm
> framework (<none> means use all components that can be found)
> MCA dpm: parameter "dpm_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the dpm framework (0 = no
> verbosity)
> MCA fbtl: parameter "fbtl" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the fbtl
> framework (<none> means use all components that can be found)
> MCA fbtl: parameter "fbtl_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the fbtl framework (0 = no
> verbosity)
> MCA fcoll: parameter "fcoll" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the fcoll
> framework (<none> means use all components that can be found)
> MCA fcoll: parameter "fcoll_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the fcoll framework (0 = no
> verbosity)
> MCA fcoll: parameter "fcoll_individual_priority" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> Priority of the individual fcoll component
> MCA fcoll: parameter "fcoll_individual_constant_cbs" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> wether we are using constant or scaling cycle
> buffer size in the individual fcoll component
> MCA fcoll: parameter "fcoll_individual_cycle_buffer_size"
> (current value: "33554432", data source: default, level: 9 dev/all, type: int)
> Cycle Buffer Size of the individual fcoll component
> MCA fcoll: parameter "fcoll_two_phase_priority" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> Priority of the two_phase fcoll component
> MCA fcoll: parameter "fcoll_two_phase_num_io_procs" (current
> value: "-1", data source: default, level: 9 dev/all, type: int)
> Number of writers in the two_phase fcoll component
> MCA fcoll: parameter "fcoll_two_phase_constant_cbs" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> wether we are using constant or scaling cycle
> buffer size in the two_phase fcoll component
> MCA fcoll: parameter "fcoll_two_phase_cycle_buffer_size"
> (current value: "33554432", data source: default, level: 9 dev/all, type: int)
> Cycle Buffer Size of the two_phase fcoll component
> MCA fcoll: parameter "fcoll_ylib_priority" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Priority of the ylib fcoll component
> MCA fcoll: parameter "fcoll_ylib_num_io_procs" (current value:
> "1", data source: default, level: 9 dev/all, type: int)
> Number of writers in the ylib fcoll component
> MCA fcoll: parameter "fcoll_ylib_stripe_size" (current value:
> "1048576", data source: default, level: 9 dev/all, type: int)
> Stripe Size of the ylib fcoll component
> MCA fcoll: parameter "fcoll_ylib_blocks_per_cycle" (current
> value: "20", data source: default, level: 9 dev/all, type: int)
> Blocks to write per cycle of the ylib fcoll
> component
> MCA fs: parameter "fs" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the fs
> framework (<none> means use all components that can be found)
> MCA fs: parameter "fs_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the fs framework (0 = no
> verbosity)
> MCA io: parameter "io" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the io
> framework (<none> means use all components that can be found)
> MCA io: parameter "io_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the io framework (0 = no
> verbosity)
> MCA io: parameter "io_ompio_priority" (current value: "10",
> data source: default, level: 9 dev/all, type: int)
> Priority of the io ompio component
> MCA io: parameter "io_ompio_delete_priority" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> Delete priority of the io ompio component
> MCA io: parameter "io_ompio_record_file_offset_info"
> (current value: "0", data source: default, level: 9 dev/all, type: int)
> The information of the file offset/length
> MCA io: parameter "io_ompio_coll_timing_info" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> Enable collective algorithm timing information
> MCA io: parameter "io_ompio_cycle_buffer_size" (current
> value: "33554432", data source: default, level: 9 dev/all, type: int)
> Cycle Buffer Size of individual reads/writes
> MCA io: parameter "io_ompio_bytes_per_agg" (current value:
> "33554432", data source: default, level: 9 dev/all, type: int)
> Bytes per aggregator process for automatic selection
> MCA io: parameter "io_ompio_sharedfp_lazy_open" (current
> value: "1", data source: default, level: 9 dev/all, type: int)
> lazy allocation of internal shared file pointer
> structures
> MCA io: parameter "io_romio_priority" (current value: "10",
> data source: default, level: 9 dev/all, type: int)
> Priority of the io romio component
> MCA io: parameter "io_romio_delete_priority" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> Delete priority of the io romio component
> MCA io: informational "io_romio_version" (current value:
> "from MPICH v3.0.4", data source: default, level: 9 dev/all, type: string)
> Version of ROMIO
> MCA io: informational "io_romio_user_configure_params"
> (current value: "", data source: default, level: 9 dev/all, type: string)
> User-specified command line parameters passed to
> ROMIO's configure script
> MCA io: informational "io_romio_complete_configure_params"
> (current value: " FROM_OMPI=yes CC='gcc -std=gnu99' CFLAGS='-g
> -finline-functions -fno-strict-aliasing -pthread' CPPFLAGS='
> -I/home/victor/Downloads/MPI/Build/openmpi-1.8.4/opal/mca/hwloc/hwloc191/hwloc/include
>
> -I/home/victor/Downloads/MPI/Build/openmpi-1.8.4/opal/mca/event/libevent2021/libevent
>
> -I/home/victor/Downloads/MPI/Build/openmpi-1.8.4/opal/mca/event/libevent2021/libevent/include'
> FFLAGS='' LDFLAGS=' ' --enable-shared --disable-static
> --prefix=/opt/mpi/openmpi-1.8.4.dbg --disable-aio", data source: default,
> level: 9 dev/all, type: string)
> Complete set of command line parameters passed to
> ROMIO's configure script
> MCA mpool: parameter "mpool" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the mpool
> framework (<none> means use all components that can be found)
> MCA mpool: parameter "mpool_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the mpool framework (0 = no
> verbosity)
> MCA mpool: parameter "mpool_grdma_rcache_name" (current value:
> "vma", data source: default, level: 9 dev/all, type: string)
> The name of the registration cache the mpool should
> use
> MCA mpool: parameter "mpool_grdma_print_stats" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> print pool usage statistics at the end of the run
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA mpool: parameter "mpool_sm_allocator" (current value:
> "bucket", data source: default, level: 9 dev/all, type: string)
> Name of allocator component to use with sm mpool
> MCA mpool: parameter "mpool_sm_min_size" (current value:
> "134217728", data source: default, level: 9 dev/all, type: unsigned long long)
> Minimum size of the sm mpool shared memory file
> MCA mpool: parameter "mpool_sm_verbose" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> Enable verbose output for mpool sm component
> MCA mtl: parameter "mtl" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the mtl
> framework (<none> means use all components that can be found)
> MCA mtl: parameter "mtl_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the mtl framework (0 = no
> verbosity)
> MCA op: parameter "op" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the op
> framework (<none> means use all components that can be found)
> MCA op: parameter "op_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the op framework (0 = no
> verbosity)
> MCA osc: parameter "osc" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the osc
> framework (<none> means use all components that can be found)
> MCA osc: parameter "osc_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the osc framework (0 = no
> verbosity)
> MCA osc: parameter "osc_rdma_no_locks" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Enable optimizations available only if MPI_LOCK is
> not used. Info key of same name overrides this value.
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA osc: parameter "osc_rdma_buffer_size" (current value:
> "8192", data source: default, level: 9 dev/all, type: unsigned)
> Data transfers smaller than this limit may be
> coalesced before being transferred (default: 8k)
> MCA pml: parameter "pml" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the pml
> framework (<none> means use all components that can be found)
> MCA pml: parameter "pml_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the pml framework (0 = no
> verbosity)
> MCA pml: parameter "pml_base_bsend_allocator" (current
> value: "basic", data source: default, level: 9 dev/all, type: string)
> MCA pml: parameter "pml_v_output" (current value: "stderr",
> data source: default, level: 9 dev/all, type: string)
> MCA pml: parameter "pml_v_verbose" (current value: "0", data
> source: default, level: 9 dev/all, type: int)
> Verbosity of the pml v component
> MCA pml: parameter "pml_v_vprotocol" (current value: "",
> data source: default, level: 9 dev/all, type: string, synonyms: vprotocol)
> Specify a specific vprotocol to use
> MCA pml: parameter "pml_bfo_verbose" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_bfo_free_list_num" (current value:
> "4", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_bfo_free_list_max" (current value:
> "-1", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_bfo_free_list_inc" (current value:
> "64", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_bfo_priority" (current value: "5",
> data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_bfo_send_pipeline_depth" (current
> value: "3", data source: default, level: 9 dev/all, type: unsigned)
> MCA pml: parameter "pml_bfo_recv_pipeline_depth" (current
> value: "4", data source: default, level: 9 dev/all, type: unsigned)
> MCA pml: parameter "pml_bfo_rdma_put_retries_limit" (current
> value: "5", data source: default, level: 9 dev/all, type: unsigned)
> MCA pml: parameter "pml_bfo_max_rdma_per_request" (current
> value: "4", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_bfo_max_send_per_range" (current
> value: "4", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_bfo_unexpected_limit" (current
> value: "128", data source: default, level: 9 dev/all, type: unsigned)
> MCA pml: parameter "pml_bfo_allocator" (current value:
> "bucket", data source: default, level: 9 dev/all, type: string)
> Name of allocator component for unexpected messages
> MCA pml: parameter "pml_cm_free_list_num" (current value:
> "4", data source: default, level: 9 dev/all, type: int)
> Initial size of request free lists
> MCA pml: parameter "pml_cm_free_list_max" (current value:
> "-1", data source: default, level: 9 dev/all, type: int)
> Maximum size of request free lists
> MCA pml: parameter "pml_cm_free_list_inc" (current value:
> "64", data source: default, level: 9 dev/all, type: int)
> Number of elements to add when growing request free
> lists
> MCA pml: parameter "pml_cm_priority" (current value: "10",
> data source: default, level: 9 dev/all, type: int)
> CM PML selection priority
> MCA pml: parameter "pml_ob1_verbose" (current value: "0",
> data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_ob1_free_list_num" (current value:
> "4", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_ob1_free_list_max" (current value:
> "-1", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_ob1_free_list_inc" (current value:
> "64", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_ob1_priority" (current value: "20",
> data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_ob1_send_pipeline_depth" (current
> value: "3", data source: default, level: 9 dev/all, type: size_t)
> MCA pml: parameter "pml_ob1_recv_pipeline_depth" (current
> value: "4", data source: default, level: 9 dev/all, type: size_t)
> MCA pml: parameter "pml_ob1_max_rdma_per_request" (current
> value: "4", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_ob1_max_send_per_range" (current
> value: "4", data source: default, level: 9 dev/all, type: int)
> MCA pml: parameter "pml_ob1_unexpected_limit" (current
> value: "128", data source: default, level: 9 dev/all, type: unsigned)
> MCA pml: parameter "pml_ob1_allocator" (current value:
> "bucket", data source: default, level: 9 dev/all, type: string)
> Name of allocator component for unexpected messages
> MCA pml: performance "pml_ob1_unexpected_msgq_length" (type:
> unsigned, class: size)
> Number of unexpected messages received by each peer
> in a communicator
> MCA pml: performance "pml_ob1_posted_recvq_length" (type:
> unsigned, class: size)
> Number of unmatched receives posted for each peer
> in a communicator
> MCA pubsub: parameter "pubsub" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the pubsub
> framework (<none> means use all components that can be found)
> MCA pubsub: parameter "pubsub_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the pubsub framework (0 = no
> verbosity)
> MCA pubsub: parameter "pubsub_orte_priority" (current value:
> "50", data source: default, level: 9 dev/all, type: int)
> Priority of the pubsub pmi component
> MCA pubsub: parameter "pubsub_orte_server" (current value: "",
> data source: default, level: 9 dev/all, type: string)
> Contact info for ompi_server for publish/subscribe
> operations
> MCA rcache: parameter "rcache" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the rcache
> framework (<none> means use all components that can be found)
> MCA rcache: parameter "rcache_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the rcache framework (0 = no
> verbosity)
> MCA rte: parameter "rte" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the rte
> framework (<none> means use all components that can be found)
> MCA rte: parameter "rte_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the rte framework (0 = no
> verbosity)
> MCA rte: parameter "rte_orte_direct_modex" (current value:
> "false", data source: default, level: 9 dev/all, type: bool)
> Enable direct modex (default: false)
> Valid values: 0: f|false|disabled, 1: t|true|enabled
> MCA sbgp: parameter "sbgp" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the sbgp
> framework (<none> means use all components that can be found)
> MCA sbgp: parameter "sbgp_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the sbgp framework (0 = no
> verbosity)
> MCA sbgp: parameter "sbgp_base_subgroups_string" (current
> value: "basesmsocket,basesmuma,ibnet,p2p", data source: default, level: 9
> dev/all, type: string)
> Default set of subgroup operations to apply
> MCA sbgp: parameter "sbgp_basesmsocket_priority" (current
> value: "90", data source: default, level: 9 dev/all, type: int)
> Priority for the sbgp basesmsocket component
> MCA sbgp: parameter "sbgp_basesmuma_priority" (current value:
> "90", data source: default, level: 9 dev/all, type: int)
> Priority of the sbgp basesmuma
> MCA sbgp: parameter "sbgp_p2p_priority" (current value: "90",
> data source: default, level: 9 dev/all, type: int)
> Priority for the sbgp p2p component
> MCA sharedfp: parameter "sharedfp" (current value: "", data
> source: default, level: 2 user/detail, type: string)
> Default selection set of components for the
> sharedfp framework (<none> means use all components that can be found)
> MCA sharedfp: parameter "sharedfp_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the sharedfp framework (0 = no
> verbosity)
> MCA sharedfp: parameter "sharedfp_individual_priority" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> Priority of the individual sharedfp component
> MCA sharedfp: parameter "sharedfp_individual_verbose" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> Verbosity of the individual sharedfp component
> MCA sharedfp: parameter "sharedfp_lockedfile_priority" (current
> value: "10", data source: default, level: 9 dev/all, type: int)
> Priority of the lockedfile sharedfp component
> MCA sharedfp: parameter "sharedfp_lockedfile_verbose" (current
> value: "0", data source: default, level: 9 dev/all, type: int)
> Verbosity of the lockedfile sharedfp component
> MCA sharedfp: parameter "sharedfp_sm_priority" (current value:
> "10", data source: default, level: 9 dev/all, type: int)
> Priority of the sm sharedfp component
> MCA sharedfp: parameter "sharedfp_sm_verbose" (current value:
> "0", data source: default, level: 9 dev/all, type: int)
> Verbosity of the sm sharedfp component
> MCA topo: parameter "topo" (current value: "", data source:
> default, level: 2 user/detail, type: string)
> Default selection set of components for the topo
> framework (<none> means use all components that can be found)
> MCA topo: parameter "topo_base_verbose" (current value: "0",
> data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the topo framework (0 = no
> verbosity)
> MCA vprotocol: parameter "vprotocol" (current value: "", data
> source: default, level: 9 dev/all, type: string, synonym of: pml_v_vprotocol)
> Specify a specific vprotocol to use
> MCA vprotocol: parameter "vprotocol_base_verbose" (current value:
> "0", data source: default, level: 8 dev/detail, type: int)
> Verbosity level for the vprotocol framework (0 = no
> verbosity)
> MCA vprotocol: parameter "vprotocol_pessimist_priority" (current
> value: "30", data source: default, level: 9 dev/all, type: int)
> MCA vprotocol: parameter "vprotocol_pessimist_free_list_num"
> (current value: "16", data source: default, level: 9 dev/all, type: int)
> MCA vprotocol: parameter "vprotocol_pessimist_free_list_max"
> (current value: "-1", data source: default, level: 9 dev/all, type: int)
> MCA vprotocol: parameter "vprotocol_pessimist_free_list_inc"
> (current value: "64", data source: default, level: 9 dev/all, type: int)
> MCA vprotocol: parameter "vprotocol_pessimist_sender_based_chunk"
> (current value: "268435456", data source: default, level: 9 dev/all, type:
> int)
> MCA vprotocol: parameter "vprotocol_pessimist_event_buffer_size"
> (current value: "1024", data source: default, level: 9 dev/all, type: int)
> MCA vprotocol: parameter "vprotocol_pessimist_sender_based_file"
> (current value: "vprotocol_pessimist-senderbased", data source: default,
> level: 9 dev/all, type: string)
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> Subscription: http://www.open-mpi.org/mailman/listinfo.cgi/users
> Link to this post:
> http://www.open-mpi.org/community/lists/users/2015/01/26175.php
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