def main(fileName, outputDir="./"):
# The dict to maintain the mapping between library name and generated enum name.
# It is better to keep in caller script.
libraryDict = {
"libdrm_amdgpu.so.1": "LibDrmAmdgpu",
"libdrm.so.2": "LibDrm",
}
libraryDictAlts = None
procMgr = proc.ProcMgr(fileName,
libraryDict,
needSpecializedInit=True,
libraryDictAlts=libraryDictAlts)
intro = "Modify the procAnalysis.py and drmLoader.py in the tools/generate directory OR drmLoader.proc instead"
# let procMgr generate the class named as Dri3Loader
fp = open(os.path.join(outputDir, "g_drmLoader.h"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
# adding special include files or customized lines
fp.write("#pragma once\n\n")
fp.write("#include \"core/os/amdgpu/amdgpuHeaders.h\"\n")
fp.write("#include \"palFile.h\"\n")
fp.write("#include \"palLibrary.h\"\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateHeadFile(fp, "DrmLoader")
fp.write("} // Amdgpu\n")
fp.write("} // Pal\n")
fp.close()
fp = open(os.path.join(outputDir, "g_drmLoader.cpp"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
fp.write("#include \"core/os/amdgpu/amdgpuPlatform.h\"\n")
fp.write("#include \"core/os/amdgpu/g_drmLoader.h\"\n")
fp.write("#include \"palAssert.h\"\n")
fp.write("#include \"palSysUtil.h\"\n\n")
fp.write("#include <dlfcn.h>\n")
fp.write("#include <time.h>\n")
fp.write("#include <string.h>\n\n")
fp.write("using namespace Util;\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateCppFile(fp, "DrmLoader")
fp.write(
"void DrmLoader::SpecializedInit(\n Platform* pPlatform,\n char* pDtifLibName)\n"
)
fp.write("{\n")
fp.write("}\n\n")
fp.write("} // Linux\n")
fp.write("} // Pal\n")
fp.close()
def main(fileName, outputDir="./"):
# The dict to maintain the mapping between library name and generated enum name.
# It is better to keep in caller script.
libraryDict = {"libwayland-client.so.0": "LibWaylandClient"}
procMgr = proc.ProcMgr(fileName, libraryDict, 0)
intro = "Modify the procAnalysis.py and waylandLoader.py in the tools/generate directory OR waylandWindowSystem.proc instead"
# let procMgr generate the class named as WaylandLoader
fp = open(os.path.join(outputDir, "g_waylandLoader.h"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
# adding special include files or customized lines
fp.write("#pragma once\n\n")
fp.write(
"#include \"core/os/amdgpu/wayland/mesa/wayland-drm-client-protocol.h\"\n\n"
)
fp.write("#ifdef None\n")
fp.write("#undef None\n")
fp.write("#endif\n")
fp.write("#ifdef Success\n")
fp.write("#undef Success\n")
fp.write("#endif\n")
fp.write("#ifdef Always\n")
fp.write("#undef Always\n")
fp.write("#endif\n\n")
fp.write("#include \"palFile.h\"\n")
fp.write("#include \"palLibrary.h\"\n\n")
fp.write("using namespace Util;\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateHeadFile(fp, "WaylandLoader")
fp.write("} // Amdgpu\n")
fp.write("} // Pal\n")
fp.close()
fp = open(os.path.join(outputDir, "g_waylandLoader.cpp"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
fp.write("#include \"core/os/amdgpu/wayland/g_waylandLoader.h\"\n")
fp.write("#include \"palAssert.h\"\n")
fp.write("#include \"palSysUtil.h\"\n\n")
fp.write("#include <string.h>\n\n")
fp.write("using namespace Util;\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateCppFile(fp, "WaylandLoader")
fp.write("} // Amdgpu\n")
fp.write("} // Pal\n")
fp.close()
#
#######################################################################################################################
import procAnalysis as proc
import os, sys
if __name__ == '__main__':
fileName = sys.argv[1]
# The dict to maintain the mapping between library name and generated enum name.
# It is better to keep in caller script.
libraryDict = {
"libdrm.so.2": "LibDrm",
"libdrm_amdgpu.so.1": "LibDrmAmdgpu"
}
procMgr = proc.ProcMgr(fileName, libraryDict, 1)
intro = "Modify the procsAnalysis.py and drmLoader.py in the tools/generate directory OR drmLoader.proc instead"
# let procMgr generate the class named as Dri3Loader
fp = open("g_drmLoader.h", 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
# adding special include files or customized lines
fp.write("#pragma once\n\n")
fp.write("#include \"core/os/amdgpu/amdgpuHeaders.h\"\n")
fp.write("#include \"palFile.h\"\n")
fp.write("#include \"palLibrary.h\"\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
def main(fileName, outputDir="./"):
# The dict to maintain the mapping between library name and generated enum name.
# It is better to keep in caller script.
libraryDict = {
"libxcb-sync.so.1": "LibXcbSync",
"libxcb-present.so.0": "LibXcbPresent",
"libxcb-dri3.so.0": "LibXcbDri3",
"libxcb-dri2.so.0": "LibXcbDri2",
"libxcb.so.1": "LibXcb",
"libxshmfence.so.1": "LibXshmFence",
"libX11-xcb.so": "LibX11Xcb",
"libX11.so": "LibX11",
"libxcb-randr.so.0": "LibXcbRandr"
}
procMgr = proc.ProcMgr(fileName, libraryDict, 0)
intro = "Modify the procsAnalysis.py and dri3Loader.py in the tools/generate directory OR dri3WindowSystem.proc instead"
# let procMgr generate the class named as Dri3Loader
fp = open(os.path.join(outputDir, "g_dri3Loader.h"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
# adding special include files or customized lines
fp.write("#pragma once\n\n")
fp.write("#include <X11/Xlib.h>\n")
fp.write("#include <X11/Xutil.h>\n")
fp.write("#include <X11/extensions/dri2tokens.h>\n")
fp.write("#ifdef None\n")
fp.write("#undef None\n")
fp.write("#endif\n")
fp.write("#ifdef Success\n")
fp.write("#undef Success\n")
fp.write("#endif\n")
fp.write("#ifdef Always\n")
fp.write("#undef Always\n")
fp.write("#endif\n")
fp.write("#include <xcb/dri3.h>\n")
fp.write("#include <xcb/dri2.h>\n")
fp.write("#include <xcb/xcb.h>\n")
fp.write("#include <xcb/present.h>\n")
fp.write("#include <xcb/randr.h>\n")
fp.write("extern \"C\"\n")
fp.write("{\n")
fp.write(" #include <X11/xshmfence.h>\n")
fp.write("}\n\n")
fp.write("#include \"palFile.h\"\n")
fp.write("#include \"palLibrary.h\"\n\n")
fp.write(
"#define XCB_RANDR_SUPPORTS_LEASE ((XCB_RANDR_MAJOR_VERSION > 1) || \\\n ((XCB_RANDR_MAJOR_VERSION == 1) && (XCB_RANDR_MINOR_VERSION >= 6)))\n\n"
)
fp.write("using namespace Util;\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateHeadFile(fp, "Dri3Loader")
fp.write("} // Amdgpu\n")
fp.write("} // Pal\n")
fp.close()
fp = open(os.path.join(outputDir, "g_dri3Loader.cpp"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
fp.write("#include \"core/os/amdgpu/dri3/g_dri3Loader.h\"\n")
fp.write("#include \"palAssert.h\"\n")
fp.write("#include \"palSysUtil.h\"\n\n")
fp.write("#include <string.h>\n")
fp.write("#include <xcb/xcb.h>\n\n")
fp.write("using namespace Util;\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateCppFile(fp, "Dri3Loader")
fp.write("} // Amdgpu\n")
fp.write("} // Pal\n")
fp.close()
def main(fileName, outputDir="./"):
# The dict to maintain the mapping between library name and generated enum name.
# It is better to keep in caller script.
libraryDict = {
"libdrm.so.2": "LibDrm",
"libdrm_amdgpu.so.1": "LibDrmAmdgpu"
}
procMgr = proc.ProcMgr(fileName, libraryDict, 1)
intro = "Modify the procsAnalysis.py and drmLoader.py in the tools/generate directory OR drmLoader.proc instead"
# let procMgr generate the class named as Dri3Loader
fp = open(os.path.join(outputDir, "g_drmLoader.h"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
# adding special include files or customized lines
fp.write("#pragma once\n\n")
fp.write("#include \"core/os/amdgpu/amdgpuHeaders.h\"\n")
fp.write("#include \"palFile.h\"\n")
fp.write("#include \"palLibrary.h\"\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateHeadFile(fp, "DrmLoader")
fp.write("} // Amdgpu\n")
fp.write("} // Pal\n")
fp.close()
fp = open(os.path.join(outputDir, "g_drmLoader.cpp"), 'w')
procMgr.GenerateHeader(fp)
procMgr.GenerateIntro(fp, intro)
fp.write("#include \"core/os/amdgpu/amdgpuPlatform.h\"\n")
fp.write("#include \"core/os/amdgpu/g_drmLoader.h\"\n")
fp.write("#include \"palAssert.h\"\n")
fp.write("#include \"palSysUtil.h\"\n\n")
fp.write("#include <dlfcn.h>\n")
fp.write("#include <time.h>\n")
fp.write("#include <string.h>\n\n")
fp.write("using namespace Util;\n\n")
fp.write("namespace Pal\n")
fp.write("{\n")
fp.write("namespace Amdgpu\n")
fp.write("{\n")
procMgr.GenerateCppFile(fp, "DrmLoader")
fp.write(
"void DrmLoader::SpecializedInit(\n Platform* pPlatform,\n char* pDtifLibName)\n"
)
fp.write("{\n")
fp.write("#if PAL_BUILD_DTIF\n")
fp.write(" if (pPlatform->IsDtifEnabled())\n")
fp.write(" {\n")
fp.write(
" if (dlopen(\"libtcore2.so\", RTLD_LAZY | RTLD_GLOBAL) != nullptr)\n"
)
fp.write(" {\n")
fp.write(
" if (m_library[LibDrmAmdgpu].Load(\"libdtif.so\") == Result::Success)\n"
)
fp.write(" {\n")
fp.write(
" Dtif::DtifCreateFunc* pfnDtifCreate = nullptr;\n\n")
fp.write(
" if (m_library[LibDrmAmdgpu].GetFunction(\"DtifCreate\", &pfnDtifCreate))\n"
)
fp.write(" {\n")
fp.write(" if (pfnDtifCreate(\"Vulkan\") != nullptr)\n")
fp.write(" {\n")
fp.write(" strcpy(pDtifLibName, \"libdtif.so\");\n")
fp.write(" }\n")
fp.write(" }\n")
fp.write(" }\n")
fp.write(" }\n")
fp.write(" }\n")
fp.write("#endif // PAL_BUILD_DTIF\n")
fp.write("}\n\n")
fp.write("} // Linux\n")
fp.write("} // Pal\n")
fp.close()