Bumping HSA_AMD_INTERFACE_VERSION_MINOR version to 5 to account for
previously added GPU agent query: HSA_AMD_AGENT_INFO_MEMORY_PROPERTIES
Change-Id: Ic8cfdcfb7bad6f3d1e0b3d68f505a62074fc26b9
Support contiguous physical memory allocation flag. Allocations with
this flag will have contiguous physical memory. This is dependent on KFD
support for this flag and the AllocateKfdMemory(..) function call will
fail when it is not supported.
Change-Id: I6c51c8b061f7b026fdcc2aa2c37c74ecc13d95b6
New hsa_amd_queue_get_info API to support:
- HSA_AMD_QUEUE_INFO_AGENT: Agent that owns the underlying HW queue
- HSA_AMD_QUEUE_INFO_DOORBELL_ID: KFD doorbell ID of the queue
completion signal.
Change-Id: I98842131bcbdd08552649791a5d43e578a615808
- hsa_api_trace.h contains C++
- rocprofiler-sdk needs to include the table version number defines (*_MAJOR_VERSION and *_STEP_VERSION) for the HSA API in it's public headers
- rocprofiler-sdk needs it's public headers to be C-compatible so hsa_api_trace_version.h was created
Change-Id: Ieece990b3b7775cb0446b545c9e3391c5f691c61
The wavefront size is currently only exposed as an agent level
attribute. This is not correctyl, because while the agent has a default
wave front size that is usually correct, it can easily be overridden via
options like -mwavefrontsize64 on various ISAs. The wavefrontsize
attribute is actually more of a calling convention that is consistent
within a callgraph. Because the root of each call graph is a kernel in
this architecture, we need to be able to query this on a per-kernel
basis. This information is already avialable in the kernel descriptor
packet, but it wasn't exported.
This patch adds HSA_CODE_SYMBOL_INFO_KERNEL_WAVEFRONT_SIZE as a new
option to query on the executable symbol.
Change-Id: I744815c89cc9d4c82f25479bdd48ae1f32e859ff
Currently, the definition of hsa_amd_memory_fault_reason_t tries to
set a constant of 0x8000_0000 by using the definition "1 << 31".
However, the 1 in this definition is a signed integer by C++ rules.
On our architectures, shifting a signed integer by 31 results in
signed integer overflow. Signed integer overflow results in
undefined behavior.
Forcing the 1 to be unsigned avoids this.
Change-Id: I860431eeede4eff29598f646abf3c1337b048d71
Update the `hsa.h` header to use the gcc / clang `__BYTE_ORDER__`
macros where available to more accurately autodetect endianness for
the target.
Change-Id: I7312f3badcba9287a30eb14882b91e2a247acc5f
Add query to return flags for GPU agent memory properties and AQL
extensions.
Implement flag to determine that GPU agent is an APU
Change-Id: Ic04c51290b2b9763e14989c117f35a2e22297453
SegmentBuilder classes are used to get core dump data from the GPUs.
So far, it uses thunk API calls and smaps to collect all data from
the Hardware.
Signed-off-by: Alex Sierra <alex.sierra@amd.com>
Change-Id: I2ad70ca5a951885181d3142653b186b0f6be739e
For devices where the CP FW supports asynchronous scratch reclaim, ROCr
is able to claw-back scratch memory that was assigned to an AQL queue.
With that ability, ROCr does not have to rely on using USO
(use-scratch-once) when assigning large amounts of memory to a queue.
If we reach a situation where we are running low on device memory, ROCr
will attempt to claw-back the scratch memory.
Change-Id: Iddf8ec84e37ab8b9fdc58bafbe2b61fe2acb6eb7
Update queue structure to add members required for asynchronous reclaim
mechanism and dual-scratch. CP will set the AMD_QUEUE_CAPS_ASYNC_RECLAIM
bit on queue-connect to indicate whether the new features are supported.
The new members are ignored by previous versions of CP FW
Change-Id: Ic8e9ef41c5b1d04f09b43bc9b44b31527863d10f
Add handler to handle HW exception events reported by underlying
drivers. These events are generally caused by GPU resets and need the
application to abort.
As an improvement, in the future, we can provide additional information
about the exception (e.g mode-reset level)
Change-Id: If3fb5f19f9fce181a9d3b5e34a5506725856e7b0
Define AMD_AQL_FORMAT_INTERCEPT_MARKER AMD vendor AQL packet. Add
support to intercept queue to invoke a callback for these packets.
Change-Id: Ia58d5fe2171f563632b4edd6343e02585f49d149
Add compile time asserts to force incrementing API table STEP versions
each time a new function is added to each table. This is required for
profiler team to be able to add preprocessor macros to determine which
versions contain the new APIs.
Also incrementing the major versions to 2 to indicate new numbering
scheme.
Change-Id: I148a436a5ceab6be3906f8263b40ea9b07841577
Also changed enum value to leave gap between enums that only exist in
hsa_region_info_t and enums that exist in both hsa_amd_memory_pool_info_t
Change-Id: I8f9f31200de66648e9328e4203ab283068c993f0
Reverting this as current mainline compiler branch does not support
gfx1150/gfx1151 yet. Will bring back later.
This reverts commit e877840197.
Change-Id: I31ff4fb2d5817538094a7ffaeba96dd6a7d660c7
Add agent info query to return nearest CPU agent. This can be used to
determine which CPU agent is in the same NUMA region as the GPU agent.
Change-Id: I5400b4347ffbf4d2a836df31c4de443a38b0ecd1
Support function to retain allocation handle for memory mappings.
The get allocation properties function will return the current
allocation properties for existing memory mappings.
This is part of patch series for Virtual Memory API.
Change-Id: I0a53a11b6efc2b5bf9d463512a489a2abd812551
Support exporting and importing dmabuf file descriptors for memory
mappings. The exported dmabuf file descriptors are shareable posix
file descriptors that can be used for cross-vendor, cross-device
and cross-process memory sharing.
This is part of patch series for Virtual Memory API.
Change-Id: I3673fc009f7e73bc26be8349e19f66e20d0607c5
Mapping memory handles to virtual memory addresses do not make them
accessible. The set access function is needed to make the memory
mappings accessible to specific agents. The get access function
returns current access properties for individual agents.
This is part of patch series for Virtual Memory API.
Change-Id: I152ba0557fd2a802eb9d840568b68cdd1911b72c
Add support for mapping and unmapping memory handles to virtual
address ranges.
This is part of patch series for Virtual Memory API.
Change-Id: If512d49ff4211e68f2064249add607a3200e458a
Add support for creating and releasing memory handles. Memory
handles are memory allocations on device memory without a virtual
address.
This is part of patch series for Virtual Memory API.
Change-Id: I5dfb162eb1661621cce171b2870a3c93b24d840e
Add support for reserving virtual address ranges. Virtual address
ranges are addresses without any memory backing. These address ranges
need to be mapped to memory handles later.
This is part of patch series for Virtual Memory API.
Change-Id: I5d066e7421d6896f933f524312afc230a13d594e
Checks whether version of libdrm library installed on current
system supports the amdgpu_device_get_fd API. This API is
required to support the virtual memory API functions. The
amdgpu_device_get_fd function was introduced in libdrm-2.4.109.
Using a runtime check test instead of static dependency to be
able to support previous APIs on older versions of libdrm.
Add query for virtual memory API support.
This is part of patch series for Virtual Memory API.
Change-Id: Iec831eb24b5d1689c392e50ae86f4d52d4870ac4
Add new query for recommended granularity size. This is the
internal blocksize used. While the existing query for granularity
size returns the minimum size possible, it is recommended that
allocations and mappings are multiple of the recommended granularity
size to minimise internal memory fragmentation.
This is part of patch series for Virtual Memory API.
Change-Id: Ia82c8f073b2a2c47ecd26fbb0aba27b8b7cd965f
Added HSA_AMD_MEMORY_POOL_GLOBAL_FLAG_EXT_SCOPE_FINE_GRAINED flag to enable extended scope memory region
where the device-scope atomics act as system-scope atomics
Change-Id: I79fc3207cb630dfc68bed2f8aabd75f35fe80b12
Adding support for gfx941 and gfx942 ISAs.
gfx940 ISA will use sc0:1 sc1:1 on load/store operations
gfx942 ISA will use default load/store operations
Change-Id: If1efbef86f59e2cf2d48fe359cd4166405a0a579
David Yat Sin
Konstantin Zhuravlyov
Shweta.Khatri
pvanhout
Jonathan R. Madsen
Joseph Huber
Mythreya
Joseph Greathouse
Alex Sierra
Giovanni LB
Lang Yu
Tony Tye
Jonathan Kim
Ammar ELWazir