1) Add Linker APIs to runtime to support SPIRV linking
2) Migrate Internal implementations to runtime and share with rtc
3) Add Support to bundled and unbundled SPIRV Code object linking.
Change-Id: Ic1fd4431f842a208a2468e8aec54a65b5fa6b0e3
This change removes the stream callback from hipStreamWaitEvent and
uses a stream memory wait operation instead. This allows the
hipStreamWaitEvent to be non-blocking on the host.
Change-Id: Ie5530febda5a5bcb5daa0db8a01249d6b137fd43
Add initial implementation of virtual memory heap with
dynamic virtual memory mapping support for memory pools.
DEBUG_HIP_MEM_POOL_VMHEAP controls the new method.
Change-Id: I8dc5be2e0f34ab472f1800f43bb6243639a5e500
- Also add a cache, which allows compiled code objects to be reused
instead of compiling again. This should improve performance on
multigpu systems.
Change-Id: Ib135d616c076b77f8aaf28de275d408b38021d89
There are 2 functional changes to this patch:
* Use GPU timing for internal markers for HIP.
* Measure CPU time closer to GPU timer, to reduce delta between GPU/CPU timestamp measurements.
There are some smaller non-functional updates:
* waifForFence -> waitForFence typo
* Remove unused drmProfiling
Change-Id: I4c5fa600a842ab60e454888779edcac8449a902a
Resolved an issue where hipEventSynchronize and hipStreamWaitEvent APIs
did not function correctly for events created with the hipEventInterprocess flag.
The bug caused the event to be incorrectly marked as "recorded,"
leading to these APIs failing to wait for the event as expected.
Change-Id: Ic9fdfaab2393beb93d6e0b83661545e902a63499
hipGetLastError should return the error by any of the previous APIs
in the same host thread to match the CUDA behavior, whereas
hipExtGetLastError will return the error by the immediate previous API.
This Ext API was added earlier to facilitate the existing HIP apps which
are following the current behavior of hipGetLastError
Change-Id: I61e95b1fc136cc761e2434e02187b7ed2598b733
This change fixes random segfaults in graph tests that
are seen after the change make internal callbacks non-blocking.
The callback thread that decreases the GraphExec ref count
may now run after the runtime shutdown. This can cause a segfault
because the hip::device that is accessed in GraphExec destructor
is already destroyed during runtime shutdown. This patch ensures
that the hip::device object stays alive until after the
callback thread completes.
Change-Id: I75a6ac01f27a0b2250bbd10ed389ebfb322927af
Fixes#123. find_program doesn't follow CMP0074 and thus ignores LLVM_ROOT and Clang_ROOT. This change adds LLVM_ROOT and Clang_ROOT to the search path of find_program for llvm-mc and clang in hiprtc to mimics previous add_package behaviour.
Caveat: cmake-specific variables like CMAKE_PREFIX_PATH will take precedence over paths specified with HINTS for find_program, there's no way to change the ordering unless we skip cmake-specific variables all together using NO_CMAKE_PATH and NO_CMAKE_ENVIRONMENT_PATH.
Change-Id: I1fedb60cda09744416e19b3c6e3e0c5c9045f8e7
- Added missing validation as graph node should not be created
if parameters are invalid
- Fix conversion of input params to graphNode params
Change-Id: I37ab04942b5fb2eb07386850cb7dbbf26f9ca967
If a module is loaded on one device, hipModuleGetFunction and other similar APIs should be able to run successfully from another device.
Change-Id: I96084cbd6c6dcf2a81019779a6ab1842ef2f35d1
The vector with all kernels is preallocated on the executable init.
Thus, reduce the scope of global lock to the binary creation only.
Change-Id: I73035013a6562175069137e895bba815f466ee35
Ioannis Assiouras
Pengda Xie
Rahul Manocha
Li, Todd tiantuo
German Andryeyev
Jimbo Xie
Jatin Chaudhary
Anusha GodavarthySurya
Aidan Belton-Schure
Satyanvesh Dittakavi
taosang2
Jacob Lambert
Saleel Kudchadker
Marko Arandjelovic
Sourabh Betigeri
zichguan-amd
Jaydeep Patel
Vladana Stojiljkovic
Marko Arandjelovic