RAS plugin loaded rocm-smi which is in conflict with amd-smi library
Main source of grief was the map 'devInfoTypesStrings' that is defined
in both rocm-smi and amd-smi
We assume that rocm-smi would get lazy-loaded by RAS library and
overwrite symbols defined in amd-smi. devInfoTypesStrings in rocm-smi
contains different number of elements, the enums are also different.
RDC relies on amd-smi's enums.
One such enum is kDevGpuMetrics:
rocm-smi: kDevGpuMetrics = 68
amd-smi: kDevGpuMetrics = 75
Example of overlapping map definitions:
$ objdump --dynamic-syms /opt/rocm/lib/libamd_smi.so | grep devInfoTypesStrings
00000000003c4980 g DO .data.rel.ro0000000000000008 Base devInfoTypesStrings
00000000003db830 g DO .bss0000000000000030 Base _ZN3amd3smi6Device19devInfoTypesStringsE
$ objdump --dynamic-syms /opt/rocm/lib/librocm_smi64.so | grep devInfoTypesStrings
00000000003dc590 g DO .bss0000000000000030 Base _ZN3amd3smi6Device19devInfoTypesStringsE
00000000003c9c68 g DO .data.rel.ro0000000000000008 Base devInfoTypesStrings
Change-Id: Ib2f2db32b6abd7ebe84e7807c25581461eb86bae
Signed-off-by: Galantsev, Dmitrii <dmitrii.galantsev@amd.com>
Also add stddef.h workaround for old GCC.
RHEL-8 still uses GCC 8.5 and templates are not well supported.
Change-Id: Ia4dae23892ec63682ea848c46ba81de85cf6d209
Signed-off-by: Galantsev, Dmitrii <dmitrii.galantsev@amd.com>
This commit adds integration with ROCmTools
Additional changes:
- Fix DEB and RPM installation issue when systemd is not present
- Fix typos in rdc.h
- Wrap negative values in parentheses in rdc.h
- CMAKE: Improve rocm_smi searching
- README: Improve formatting, add info about ROCmTools
Metrics added: 700-714
Metrics can be listed with `rdci dmon --list-all`
Majority of the metrics are only supported by Instict (MI) series GPUs
700 RDC_FI_PROF_ELAPSED_CYCLES should be available on most devices
See README for more information
Change-Id: I907d3eacdc92fc5588ca6c76c2fa1ce0ad900770
Signed-off-by: Galantsev, Dmitrii <dmitrii.galantsev@amd.com>
A new diagnostic module librdc_rocr.so is created. The
module uses Rocr to test the memory allocation, memory access
and compute queue ready status.
Change-Id: I9098f4fc3209bf381b7cb3658a4e94c2e22f2fe9
The API interface defines how the caller will use the API. An
example also shows how the API can be used.
It also defines the RdcDiagnostic module which can load the
library dynamically and then dispatch diagnostic test to run.
Change-Id: I1e041aab86f7e19338860f5ba65262977f4ea9cb
The framework is required for RAS integration. When the RAS fields
need to be retrieved, the framework will load the RAS library at run time,
and then call the RAS function to retrieve RAS metrics.
* The RdcModuleMgr will be used to manage different modules. RDC
only has the telemetry module now.
* When RDCTelemetryModule is loaded, it will load the RAS library.
It will also call rdc_telemetry_fields_query() defined in the RAS
library for the list of fields RAS supported.
* The RdcSmiLib is a wrapper for the rocm_msi_lib to provide the
interface required by the RDCTelemetryModule.
* The RdcWatchTable will use the RdcModuleMgr to get the
RDCTelemetryModule to bulk fetch mulitple fields.
* The RdcTelemetryModule will dispatch those fields to different
library: RdcSmiLib or RdcRasLib.
The watch() and unwatch() in the RDCTelemetryModule will been implemented
at the next task.
Change-Id: I81b01d5b52d1ea3cdcec7c09af86b6622dd5899e
Galantsev, Dmitrii
Bill(Shuzhou) Liu