* In a scenario where kernel is launched with hipExtLaunchKernelGGL and stop event is used, hipGraphInstantiate leaks. Since stop event is used, profiling is enabled and Timestamp (ReferencedCountedObject) is created, but it doesn't get released.
* The idea behind this solution is that profiling should be disabled when command is captured, hence the timestamp should not be created. Because information about capturing isn't available when kernel command is created, packet capturing state is used to determine whether to create a timestamp or not.
Change-Id: Ia23adac4592ded4fb5e236acf99e12e729f63692
[ROCm/clr commit: da5f1a6146]
Gfx12 has 16 bits for grid dim Y/Z. Detect gfxIp and return error if dim y/z > 16 bits
Change-Id: I43dd14affc9e4073d0b1232e7523967f0180fa31
[ROCm/clr commit: 0a918c8f96]
Although unpinned copies require synchronizations
in HIP, runtime can avoid syncs for H2D copies with
a staging buffer
Change-Id: If2203c6bc0cbd89742823688dc8e89e9acd873b2
[ROCm/clr commit: 29cc678d8d]
This reverts commit 2e7581a69a.
Changing the error code is considered as a breaking change,
so it should be done in major releases only.
The other reason for reverting the commit is that this change itself
is incorrect. Cuda behaves in the same way as hip when
pResDesc or pTexDesc are nullptr.
Change-Id: I3abee6b79279b81ab01c7f8466c7f8e3776c4109
[ROCm/clr commit: cfdc9dfc36]
1) Child Graph nodes need to have parent graph dependencies in waitlist.
2) Marker is placed on base stream with parent graph waitlist
Change-Id: Iec65a0171ea387be05b0733abcc708fb630e4be4
[ROCm/clr commit: 4d1ded9eaf]
The new set tracks only the queues that have a command
submitted to them. This allows for fast iteration
in waitActiveStreams.
Change-Id: I2c832eefa01280d9a87a5f57874d36d2e9441de7
[ROCm/clr commit: bcc545e6b8]
1) currently cpu wait is set to true, which makes the host wait for last
command in queue to finish even if the kernel execution has already
finished causing delay in device sync call.
2) device sync only needs to await completion when hw event
is not ready.
Change-Id: I91e3e89d39a1193ae06abac822cea8ae651493a5
[ROCm/clr commit: eb1089593e]
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]
This change adds a new HIP API `hipExtHostAlloc` which preserves
the functionality of `hipHostMalloc`.
Change-Id: I13504c6fc13465ddd7aed329795bb4f2fef1baff
[ROCm/clr commit: 2c84211b58]
SPT is destroyed with hipDeviceReset(). If a
stream is created right after reset, the same
object id could be reused. Later SPT destructor
incorrectly verifies that the stream is valid
referring to the reused object id causing the
corruption.
Change-Id: I3b1f7ffdf8bab874dca7b8fde22318162997b8f6
[ROCm/clr commit: f6a68b3c2e]
This change adds fixes in optimized multistream path for childGraph uses cases.
1) For childgraph nodes, rely on runNodes() only to process
the childgraph and skip calls to createCommand and enqueueCommands.
This ensures that the start/end markers are enqueued correctly
with respect to the childGraph commands.
In addition, the runNodes() for the childgraph should be called after
the dependency walkthrough to make sure that the subgraph is executed once.
2) Nodes with no outgoing edges should be marked
as a leafs regardless of which stream they are assigned to.
This is to ensure that marker dependencies from nodes
that run on non-zero stream to subgraph leafs that run on zero stream
are still set up correctly.
Change-Id: I4a5f4f3b0e0d01e515cdcb045b46c2798f291255
[ROCm/clr commit: 464b99373b]
When source or destination pitch is set to zero in hip_Memcpy2D struct
it should default to WidthInBytes + [src/dst]XInBytes
Change-Id: Id57b53cab40ba72ced231258da9356554c4868c3
[ROCm/clr commit: 7a1e818c82]
Releasing graph exec after wait completes and before delete hip::stream obj
during stream destroy.
Change-Id: I1d68aa8d844f7d3af330c6d09c44af07f8553551
[ROCm/clr commit: 8e80429b87]
- Added the optimized multi stream path in graph execution. It uses a fixed number of async streams in the execution
- Optimize the launch latency, where commands
creation and execution is done at the same time
- Optimize the scheduling to use less barriers and waiting signals if
the same queue can be detected
- The new path is controlled by DEBUG_HIP_FORCE_GRAPH_QUEUES
environment variable, where 0 will use the original path and any other
value will force the number of asynchronous queues for execution
- DEBUG_HIP_FORCE_ASYNC_QUEUE can force single queue async
execution in graphs(applicable for Navi families only)
Change-Id: I7eb40bc15c45f508d6911868a6f6d4c3598d380e
[ROCm/clr commit: 9db52f9a46]
=> Added support to capture multiple AQL Packets.
=> Added Interface to callback to hip runtime from rocclr to allocate
kernel args from the graph kernel arg pool.
=> Enabled Support to capture memset node.
Change-Id: I7e1c2ba06927459e024653058af142bd82192c43
[ROCm/clr commit: bd3a35bde1]
hipDeviceSynchronize called from __hipUnregisterFatBinary
accesses static maps and monitors. This change ensures these ojects
are not destroyed before __hipUnregisterFatBinary is called.
Additionally it disables the teardown process for static build.
Change-Id: I46b58641d60efcf6637a8e99cdd786ffe9e2c77d
[ROCm/clr commit: 9b33db9b24]
This issue was happening because of incorrect usage of getStream call,
if we get the null stream first and then typecast it, and call on
getStream again, we lose the advantage of simply passing "nullptr" to
indicate NULL stream. Thus we enter the waitActiveStream call and add
barriers to sync across streams.
Change-Id: I94dc4e3ec927295b9e1ab6dee4b37d7d3e00b0cc
[ROCm/clr commit: cda4b7db1c]
Vladana Stojiljkovic
Rahul Manocha
Jonathan R. Madsen
pghafari
Jatin Chaudhary
German Andryeyev
Anusha GodavarthySurya
Saleel Kudchadker
kjayapra-amd
Marko Arandjelovic
Satyanvesh Dittakavi
Jaydeep Patel
Ioannis Assiouras
Ajay
victzhan
Tao Sang
Sourabh Betigeri
Julia Jiang