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
[ROCm/rdc commit: 78e2f2486b]
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
[ROCm/rdc commit: eab3625d65]
Also:
* print header line every 50 line on output
* print events that are being listened for with header
* cpplint clean-up
Change-Id: Ic049eb79156a9528b556e56f0fa43e1344f898cc
[ROCm/rdc commit: b278cd379b]
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
[ROCm/rdc commit: ba35cdcfe2]
Bill(Shuzhou) Liu
Chris Freehill