Previous code would blindly set executable bit on all allocations.
Change-Id: Id1154f08f6ba21c633905fd46b06053994d6f3cc
[ROCm/ROCR-Runtime commit: 75143555fa]
Using "PROGRAMS" and "FILES" without specifying permissions will
automatically select the right permissions.
PROGRAMS is used for executables, FILES is used for data files
Change-Id: I0fb6eff257a8f936848bd648cf877da6dc0b6906
Using "PROGRAMS" and "FILES" without specifying permissions will
automatically select the right permissions.
PROGRAMS is used for executables, FILES is used for data files
Change-Id: I0fb6eff257a8f936848bd648cf877da6dc0b6906
[ROCm/ROCR-Runtime commit: 8fd1b14a42]
Fix segfault on p2p copies when 2 agents cannot access each other's
memory (usually because the PCI BAR's are out of range). The
AcquireAsyncCopyAccess function should return NULL in that case, so that
the test can be skipped.
Change-Id: If018f3609dd21a01c56eaec94de3bca52c385c4d
Fix segfault on p2p copies when 2 agents cannot access each other's
memory (usually because the PCI BAR's are out of range). The
AcquireAsyncCopyAccess function should return NULL in that case, so that
the test can be skipped.
Change-Id: If018f3609dd21a01c56eaec94de3bca52c385c4d
[ROCm/ROCR-Runtime commit: 4ba4867fa5]
1) Since g_devices is not initialized when stream_per_thread constructor
is called on windows, m_streams is empty when hipDeviceReset is called.
2) clear_spt tries to access empty vector causing segfaults in
hipDeviceReset call.
3) on linux ROCCLR_INIT_PRIORITY makes sure that g_devices is initialized
first before tls constructor creates stream_per_thread object.
Change-Id: Ib2ba643d1278d820287ea3b242ed0878d7529165
[ROCm/clr commit: 450eca293b]
1) Since g_devices is not initialized when stream_per_thread constructor
is called on windows, m_streams is empty when hipDeviceReset is called.
2) clear_spt tries to access empty vector causing segfaults in
hipDeviceReset call.
3) on linux ROCCLR_INIT_PRIORITY makes sure that g_devices is initialized
first before tls constructor creates stream_per_thread object.
Change-Id: Ib2ba643d1278d820287ea3b242ed0878d7529165
The amdgpu-arch tool is not supported for static build.
This commit adds changes to detect the build type during
cmake config and use the rocm_agent_enumerator for static build.
Change-Id: I8a295e01f54075507390ef540f16b28bb20237a9
[ROCm/clr commit: a02888af58]
The amdgpu-arch tool is not supported for static build.
This commit adds changes to detect the build type during
cmake config and use the rocm_agent_enumerator for static build.
Change-Id: I8a295e01f54075507390ef540f16b28bb20237a9
Remove KFD-specific Allocate/Free calls from the AMD::MemoryRegion.
The KFD-driver-specific Allocate/Free calls are now implemented in
the KfdDriver. Future changes will migrate the remaining KFD-specific
calls out of AMD::MemoryRegion.
This allows the MemoryRegion to be used across AMD drivers like the
XDNA driver.
Change-Id: Ib6a2a9e5e1a15e61644d2592beb3a8e6578c3010
Remove KFD-specific Allocate/Free calls from the AMD::MemoryRegion.
The KFD-driver-specific Allocate/Free calls are now implemented in
the KfdDriver. Future changes will migrate the remaining KFD-specific
calls out of AMD::MemoryRegion.
This allows the MemoryRegion to be used across AMD drivers like the
XDNA driver.
Change-Id: Ib6a2a9e5e1a15e61644d2592beb3a8e6578c3010
[ROCm/ROCR-Runtime commit: 68669f4e1a]
Adds the initial KFD driver interface and use it to open the
KFD from amd_topology.cpp.
This change is to show the direction of the Driver interface for
initially supporting the KFD and to get feedback on the approach.
For now we wrap relevant ROCt calls behind this generic driver
interface so that we can generalize core ROCr components like
MemoryRegion, Runtime, etc.
Now that ROCt is incorporated into ROCr, we can more fully integrate
ROCt into the Driver interface. Ideally, we get to a point where
the generic Driver interface can support KFD, XDNA, and potential
future drivers.
Change-Id: I4573fd6af1f8398233ee9d3814d9f3139dd0279c
Adds the initial KFD driver interface and use it to open the
KFD from amd_topology.cpp.
This change is to show the direction of the Driver interface for
initially supporting the KFD and to get feedback on the approach.
For now we wrap relevant ROCt calls behind this generic driver
interface so that we can generalize core ROCr components like
MemoryRegion, Runtime, etc.
Now that ROCt is incorporated into ROCr, we can more fully integrate
ROCt into the Driver interface. Ideally, we get to a point where
the generic Driver interface can support KFD, XDNA, and potential
future drivers.
Change-Id: I4573fd6af1f8398233ee9d3814d9f3139dd0279c
[ROCm/ROCR-Runtime commit: c42ff44a6a]
If some agents cannot access the memory buffer directly, this will cause
the hsa_amd_interop_map_buffer API call to fail
Change-Id: If2f0e1735c2926440d657831de50775d7f304c8e
If some agents cannot access the memory buffer directly, this will cause
the hsa_amd_interop_map_buffer API call to fail
Change-Id: If2f0e1735c2926440d657831de50775d7f304c8e
[ROCm/ROCR-Runtime commit: 2360253b3b]
Enum type for compute AQL is defined as larger then targeted SDMAs
enum types. We should only deny legacy calls for SDMA queues that
require targeted engines.
Change-Id: I6386a8700b3b18af825b6f0d2be27052cc8de0f5
Enum type for compute AQL is defined as larger then targeted SDMAs
enum types. We should only deny legacy calls for SDMA queues that
require targeted engines.
Change-Id: I6386a8700b3b18af825b6f0d2be27052cc8de0f5
[ROCm/ROCR-Runtime commit: ae99effb29]
Marko Arandjelovic
Jimbo Xie
Joseph Greathouse
Julia Jiang
Jeremy Newton
David Yat Sin
Giovanni LB
Rahul Manocha
Jaydeep Patel
Ioannis Assiouras
Zhang Ava
Vladana Stojiljkovic
Anusha GodavarthySurya
Tony Gutierrez
Shweta Khatri
Jonathan Kim