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rocm-systems/tests/common/fwd.hpp
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Trowbridge, Ian de3a874b1a Add rocDecode API support (#4)
* Add rocDecode API support

* Update CI

* CI update: Sanitizers run on ubuntu 22.04

---------

Co-authored-by: Jonathan R. Madsen <jonathanrmadsen@gmail.com>
2025-01-21 21:00:43 -06:00

122 linhas
4.1 KiB
C++

#pragma once
#include "fwd.h"
#include <dlfcn.h>
#include <cstdint>
#include <cstdio>
#include <cstdlib>
#ifndef ROCP_REG_FILE_NAME
# define ROCP_REG_FILE_NAME \
::std::string{ __FILE__ } \
.substr(::std::string_view{ __FILE__ }.find_last_of('/') + 1) \
.c_str()
#endif
namespace
{
decltype(hip_init)* hip_init_fn = nullptr;
decltype(hsa_init)* hsa_init_fn = nullptr;
decltype(ncclGetVersion)* ncclGetVersion_fn = nullptr;
decltype(roctxRangePush)* roctxRangePush_fn = nullptr;
decltype(roctxRangePush)* roctxRangePop_fn = nullptr;
decltype(rocDecCreateDecoder)* rocDecCreateDecoder_fn = nullptr;
enum rocp_reg_test_modes : uint8_t
{
ROCP_REG_TEST_NONE = 0x0,
ROCP_REG_TEST_HIP = (1 << 0),
ROCP_REG_TEST_HSA = (1 << 1),
ROCP_REG_TEST_ROCTX = (1 << 2),
ROCP_REG_TEST_RCCL = (1 << 3),
ROCP_REG_TEST_ROCDECODE = (1 << 4),
};
template <uint8_t Idx = ROCP_REG_TEST_NONE>
inline void
resolve_symbols(int _open_mode = RTLD_LOCAL | RTLD_LAZY)
{
auto* _open_mode_env = std::getenv("ROCP_REG_TEST_OPEN_MODE");
if(_open_mode_env)
{
constexpr auto npos = std::string_view::npos;
auto _open_mode_v = std::string_view{ _open_mode_env };
if(_open_mode_v.find("RTLD_GLOBAL") != npos)
_open_mode = RTLD_GLOBAL;
else if(_open_mode_v.find("RTLD_NOLOAD") != npos)
_open_mode = RTLD_NOLOAD;
else
_open_mode = RTLD_LOCAL;
if(_open_mode_v.find("RTLD_NOW") != npos)
_open_mode |= RTLD_NOW;
else
_open_mode |= RTLD_LAZY;
}
auto _resolve_dlopen = [_open_mode](void*& _handle, const char* _lib_name) {
fprintf(
stderr, "[%s] dlopen %s, %i\n", ROCP_REG_FILE_NAME, _lib_name, _open_mode);
_handle = dlopen(_lib_name, _open_mode);
if(!_handle)
{
fprintf(stderr, "Failure opening '%s'\n", _lib_name);
exit(EXIT_FAILURE);
}
};
auto _resolve_dlsym = [](auto& _func, void* _handle, const char* _func_name) {
if(!_func && _handle && _func_name)
{
auto* _func_v = dlsym(_handle, _func_name);
if(_func_v) *(void**) (&_func) = _func_v;
}
};
void* amdhip_handle = nullptr;
void* hsart_handle = nullptr;
void* roctx_handle = nullptr;
void* rccl_handle = nullptr;
void* rocdecode_handle = nullptr;
if constexpr((Idx & ROCP_REG_TEST_HIP) == ROCP_REG_TEST_HIP)
{
hip_init_fn = hip_init;
if(!hip_init_fn) _resolve_dlopen(amdhip_handle, "libamdhip64.so");
_resolve_dlsym(hip_init_fn, amdhip_handle, "hip_init");
}
if constexpr((Idx & ROCP_REG_TEST_HSA) == ROCP_REG_TEST_HSA)
{
hsa_init_fn = hsa_init;
if(!hsa_init_fn) _resolve_dlopen(hsart_handle, "libhsa-runtime64.so");
_resolve_dlsym(hsa_init_fn, hsart_handle, "hsa_init");
}
if constexpr((Idx & ROCP_REG_TEST_ROCTX) == ROCP_REG_TEST_ROCTX)
{
roctxRangePush_fn = roctxRangePush;
roctxRangePop_fn = roctxRangePop;
if(!roctxRangePush_fn || !roctxRangePop_fn)
_resolve_dlopen(roctx_handle, "libroctx64.so");
_resolve_dlsym(roctxRangePush_fn, roctx_handle, "roctxRangePush");
_resolve_dlsym(roctxRangePop_fn, roctx_handle, "roctxRangePop");
}
if constexpr((Idx & ROCP_REG_TEST_RCCL) == ROCP_REG_TEST_RCCL)
{
ncclGetVersion_fn = ncclGetVersion;
if(!ncclGetVersion_fn) _resolve_dlopen(rccl_handle, "librccl.so");
_resolve_dlsym(ncclGetVersion_fn, rccl_handle, "ncclGetVersion");
}
if constexpr((Idx & ROCP_REG_TEST_ROCDECODE) == ROCP_REG_TEST_ROCDECODE)
{
rocDecCreateDecoder_fn = rocDecCreateDecoder;
if(!rocDecCreateDecoder_fn) _resolve_dlopen(rocdecode_handle, "librocdecode.so");
_resolve_dlsym(rocDecCreateDecoder_fn, rocdecode_handle, "rocDecCreateDecoder");
}
}
} // namespace