void ProjectGenerator::buildDependencies(const string & sProjectName, StaticList & vLibs, StaticList & vAddLibs)
{
//Add any forced dependencies
if (sProjectName.compare("libavformat") == 0) {
vAddLibs.push_back("ws2_32"); //Add the additional required libs
}
//Determine only those dependencies that are valid for current project
map<string, bool> mProjectDeps;
buildProjectDependencies(sProjectName, mProjectDeps);
//Loop through each known configuration option and add the required dependencies
vector<string> vExternLibs;
m_ConfigHelper.getConfigList("EXTERNAL_LIBRARY_LIST", vExternLibs);
for (vector<string>::iterator vitLib = vExternLibs.begin(); vitLib < vExternLibs.end(); vitLib++) {
//Check if enabled
if (m_ConfigHelper.getConfigOption(*vitLib)->m_sValue.compare("1") == 0) {
//Check if this dependency is valid for this project (if the dependency is not known default to enable)
if (mProjectDeps.find(*vitLib) == mProjectDeps.end()) {
cout << " Warning: Unknown dependency found (" << *vitLib << ")" << endl;
} else if (!mProjectDeps[*vitLib]) {
//This dependency is not valid for this project so skip it
continue;
}
string sLib;
if (vitLib->compare("avisynth") == 0) {
//doesnt need any additional libs
} else if (vitLib->compare("bzlib") == 0) {
sLib = "libbz2";
} else if (vitLib->compare("libcdio") == 0) {
sLib = "libcdio_paranoia";
} else if (vitLib->compare("libfdk_aac") == 0) {
sLib = "libfdk-aac";
} else if (vitLib->compare("libnpp") == 0) {
vAddLibs.push_back("nppi"); //Add the additional required libs
//CUDA 7.5 onwards only provides npp for x64
} else if (vitLib->compare("libxvid") == 0) {
sLib = "libxvidcore";
} else if (vitLib->compare("openssl") == 0) {
//Needs ws2_32 but libavformat needs this even if not using openssl so it is already included
sLib = "libssl";
} else if (vitLib->compare("decklink") == 0) {
//doesnt need any additional libs
} else if (vitLib->compare("opengl") == 0) {
vAddLibs.push_back("Opengl32"); //Add the additional required libs
} else if (vitLib->compare("opencl") == 0) {
vAddLibs.push_back("OpenCL"); //Add the additional required libs
} else if (vitLib->compare("openal") == 0) {
vAddLibs.push_back("OpenAL32"); //Add the additional required libs
} else if (vitLib->compare("nvenc") == 0) {
//Doesnt require any additional libs
} else if (vitLib->compare("cuda") == 0) {
vAddLibs.push_back("cuda"); //Add the additional required libs
} else if (vitLib->compare("schannel") == 0) {
vAddLibs.push_back("Secur32"); //Add the additional required libs
} else {
//By default just use the lib name and prefix with lib if not already
if (vitLib->find("lib") == 0) {
sLib = *vitLib;
} else {
sLib = "lib" + *vitLib;
}
}
if (sLib.length() > 0) {
//Check already not in list
vector<string>::iterator vitList = vLibs.begin();
for (vitList; vitList < vLibs.end(); vitList++) {
if (vitList->compare(sLib) == 0) {
break;
}
}
if (vitList == vLibs.end()) {
vLibs.push_back(sLib);
}
}
}
}
//Add in extralibs used for various devices
if (sProjectName.compare("libavdevice") == 0) {
vExternLibs.resize(0);
m_ConfigHelper.getConfigList("OUTDEV_LIST", vExternLibs);
m_ConfigHelper.getConfigList("INDEV_LIST", vExternLibs);
for (vector<string>::iterator vitLib = vExternLibs.begin(); vitLib < vExternLibs.end(); vitLib++) {
//Check if enabled
if (m_ConfigHelper.getConfigOption(*vitLib)->m_sValue.compare("1") == 0) {
//Add the additional required libs
if (vitLib->compare("dshow_indev") == 0) {
vAddLibs.push_back("strmiids");
} else if (vitLib->compare("vfwcap_indev") == 0) {
vAddLibs.push_back("vfw32");
vAddLibs.push_back("shlwapi");
} else if ((vitLib->compare("wasapi_indev") == 0) || (vitLib->compare("wasapi_outdev") == 0)) {
vAddLibs.push_back("ksuser");
}
}
}
}
}
void projectGenerator::buildDependencies( const string & sProjectName, StaticList & vLibs, StaticList & vAddLibs, StaticList & vIncludeDirs, StaticList & vLib32Dirs, StaticList & vLib64Dirs )
{
//Add any forced dependencies
if( sProjectName.compare( "libavformat" ) == 0 )
{
vAddLibs.push_back( "ws2_32" ); //Add the additional required libs
}
//Determine only those dependencies that are valid for current project
map<string,bool> mProjectDeps;
buildProjectDependencies( sProjectName, mProjectDeps );
//Loop through each known configuration option and add the required dependencies
vector<string> vExternLibs;
m_ConfigHelper.getConfigList( "EXTERNAL_LIBRARY_LIST", vExternLibs );
//Add extra external libraries
vExternLibs.push_back( "vfwcap_indev" );
vExternLibs.push_back( "dshow_indev" );
for( vector<string>::iterator vitLib=vExternLibs.begin(); vitLib<vExternLibs.end(); vitLib++ )
{
//Check if enabled
if( m_ConfigHelper.getConfigOption( *vitLib )->m_sValue.compare("1") == 0 )
{
//Check if this dependency is valid for this project (if the dependency is not known default to enable)
if( mProjectDeps.find( *vitLib ) == mProjectDeps.end() )
{
cout << " Warning: Unknown dependency found (" << *vitLib << ")" << endl;
}
else
{
if( !mProjectDeps[*vitLib] )
{
//This dependency is not valid for this project so skip it
continue;
}
}
string sLib;
if( vitLib->compare("avisynth") == 0 )
{
//doesnt need any additional libs
}
else if( vitLib->compare("bzlib") == 0 )
{
sLib = "libbz2";
}
else if( vitLib->compare("zlib") == 0 )
{
sLib = "libz";
}
else if( vitLib->compare( "libcdio" ) == 0 )
{
sLib = "libcdio_paranoia";
}
else if( vitLib->compare("libfdk_aac") == 0 )
{
sLib = "libfdk-aac";
}
else if( vitLib->compare("libxvid") == 0 )
{
sLib = "libxvidcore";
}
else if( vitLib->compare( "libmfx" ) == 0 )
{
vAddLibs.push_back( "libmfx" ); //Only 1 lib for debug/release
}
else if( vitLib->compare("openssl") == 0 )
{
//Needs ws2_32 but libavformat needs this even if not using openssl so it is already included
sLib = "libopenssl";
}
else if( vitLib->compare("vfwcap_indev") == 0 )
{
vAddLibs.push_back( "vfw32" ); //Add the additional required libs
vAddLibs.push_back( "shlwapi" );
}
else if( vitLib->compare("dshow_indev") == 0 )
{
vAddLibs.push_back( "strmiids" ); //Add the additional required libs
}
else if( vitLib->compare("decklink") == 0 )
{
//doesnt need any additional libs
}
else if( vitLib->compare("sdl") == 0 )
{
vAddLibs.push_back( "SDL" ); //Add the additional required libs
}
else if( vitLib->compare( "opengl" ) == 0 )
{
vAddLibs.push_back( "Opengl32" ); //Add the additional required libs
}
else if( vitLib->compare( "opencl" ) == 0 )
{
vAddLibs.push_back( "OpenCL" ); //Add the additional required libs
}
else if( vitLib->compare( "openal" ) == 0 )
{
vAddLibs.push_back( "OpenAL32" ); //Add the additional required libs
}
else if( vitLib->compare( "nvenc" ) == 0 )
{
//Doesnt require any additional libs
}
else
{
//By default just use the lib name and prefix with lib if not already
if( vitLib->find( "lib" ) == 0 )
{
sLib = *vitLib;
}
else
{
sLib = "lib" + *vitLib;
}
}
if( sLib.length() > 0 )
{
//Check already not in list
vector<string>::iterator vitList=vLibs.begin();
for( vitList; vitList<vLibs.end(); vitList++ )
{
if( vitList->compare( sLib ) == 0 )
{
break;
}
}
if( vitList == vLibs.end() )
{
vLibs.push_back( sLib );
}
}
//Add in the additional include directories
if( vitLib->compare("libopus") == 0 )
{
vIncludeDirs.push_back("$(OutDir)\\include\\opus");
}
else if( vitLib->compare("libfreetype") == 0 )
{
vIncludeDirs.push_back("$(OutDir)\\include\\freetype2");
}
else if( vitLib->compare( "libfribidi" ) == 0 )
{
vIncludeDirs.push_back( "$(OutDir)\\include\\fribidi" );
}
else if( vitLib->compare("sdl") == 0 )
{
vIncludeDirs.push_back("$(OutDir)\\include\\SDL");
}
else if( vitLib->compare( "opengl" ) == 0 )
{
//Requires glext headers to be installed in include dir (does not require the libs)
}
else if( vitLib->compare( "opencl" ) == 0 )
{
//Need to check for the existence of environment variables
if( GetEnvironmentVariable( "AMDAPPSDKROOT", NULL, 0 ) )
{
vIncludeDirs.push_back( "$(AMDAPPSDKROOT)\\include\\" );
vLib32Dirs.push_back( "$(AMDAPPSDKROOT)\\lib\\Win32" );
vLib64Dirs.push_back( "$(AMDAPPSDKROOT)\\lib\\x64" );
}
else if( GetEnvironmentVariable( "INTELOCLSDKROOT", NULL, 0 ) )
{
vIncludeDirs.push_back( "$(INTELOCLSDKROOT)\\include\\" );
vLib32Dirs.push_back( "$(INTELOCLSDKROOT)\\lib\\x86" );
vLib64Dirs.push_back( "$(INTELOCLSDKROOT)\\lib\\x64" );
}
else if( GetEnvironmentVariable( "CUDA_PATH", NULL, 0 ) )
{
cout << " Warning: NVIDIA OpenCl currently is only 1.1. OpenCl 1.2 is needed for FFMpeg support" << endl;
vIncludeDirs.push_back( "$(CUDA_PATH)\\include\\" );
vLib32Dirs.push_back( "$(CUDA_PATH)\\lib\\Win32" );
vLib64Dirs.push_back( "$(CUDA_PATH)\\lib\\x64" );
}
else
{
cout << " Warning: Could not find an OpenCl SDK environment variable." << endl;
cout << " Either an OpenCL SDK is not installed or the environment variables are missing." << endl;
}
}
else if( vitLib->compare( "openal" ) == 0 )
{
if( !GetEnvironmentVariable( "OPENAL_SDK", NULL, 0 ) )
{
cout << " Warning: Could not find the OpenAl SDK environment variable." << endl;
cout << " Either the OpenAL SDK is not installed or the environment variable is missing." << endl;
cout << " Using the default environment variable of 'OPENAL_SDK'." << endl;
}
vIncludeDirs.push_back( "$(OPENAL_SDK)\\include\\" );
vLib32Dirs.push_back( "$(OPENAL_SDK)\\libs\\Win32" );
vLib64Dirs.push_back( "$(CUDA_PATH)\\lib\\Win64" );
}
else if( vitLib->compare( "nvenc" ) == 0 )
{
//Need to check for the existence of environment variables
if( !GetEnvironmentVariable( "CUDA_PATH", NULL, 0 ) )
{
cout << " Warning: Could not find the CUDA SDK environment variable." << endl;
cout << " Either the CUDA SDK is not installed or the environment variable is missing." << endl;
cout << " NVENC requires CUDA to be installed with NVENC headers made available in the CUDA SDK include path." << endl;
}
vIncludeDirs.push_back( "$(CUDA_PATH)\\include\\" );
}
else if( vitLib->compare( "libmfx" ) == 0 )
{
if( !GetEnvironmentVariable( "INTELMEDIASDKROOT", NULL, 0 ) )
{
cout << " Warning: Could not find the Intel Media SDK environment variable." << endl;
cout << " Either the Intel Media is not installed or the environment variable is missing." << endl;
cout << " Using the default environment variable of 'INTELMEDIASDKROOT'." << endl;
}
vIncludeDirs.push_back( "$(INTELMEDIASDKROOT)\\include\\" );
vLib32Dirs.push_back( "$(INTELMEDIASDKROOT)\\lib\\win32" );
vLib64Dirs.push_back( "$(INTELMEDIASDKROOT)\\lib\\x64" );
}
}
}
}
void ProjectGenerator::buildDependencyDirs(const string & sProjectName, StaticList & vIncludeDirs, StaticList & vLib32Dirs, StaticList & vLib64Dirs)
{
//Determine only those dependencies that are valid for current project
map<string, bool> mProjectDeps;
buildProjectDependencies(sProjectName, mProjectDeps);
//Loop through each known configuration option and add the required dependencies
for (map<string, bool>::iterator mitLib = mProjectDeps.begin(); mitLib != mProjectDeps.end(); mitLib++) {
//Check if enabled//Check if optimised value is valid for current configuration
ConfigGenerator::ValuesList::iterator vitProjectDep = m_ConfigHelper.getConfigOption(mitLib->first);
if (mitLib->second && (vitProjectDep != m_ConfigHelper.m_vConfigValues.end()) && (vitProjectDep->m_sValue.compare("1") == 0)) {
//Add in the additional include directories
if (mitLib->first.compare("libopus") == 0) {
vIncludeDirs.push_back("$(OutDir)/include/opus");
} else if (mitLib->first.compare("libfreetype") == 0) {
vIncludeDirs.push_back("$(OutDir)/include/freetype2");
} else if (mitLib->first.compare("libfribidi") == 0) {
vIncludeDirs.push_back("$(OutDir)/include/fribidi");
} else if (mitLib->first.compare("sdl") == 0) {
vIncludeDirs.push_back("$(OutDir)/include/SDL");
} else if (mitLib->first.compare("opengl") == 0) {
//Requires glext headers to be installed in include dir (does not require the libs)
} else if (mitLib->first.compare("opencl") == 0) {
//Need to check for the existence of environment variables
if (GetEnvironmentVariable("AMDAPPSDKROOT", NULL, 0)) {
vIncludeDirs.push_back("$(AMDAPPSDKROOT)/include/");
vLib32Dirs.push_back("$(AMDAPPSDKROOT)/lib/Win32");
vLib64Dirs.push_back("$(AMDAPPSDKROOT)/lib/x64");
} else if (GetEnvironmentVariable("INTELOCLSDKROOT", NULL, 0)) {
vIncludeDirs.push_back("$(INTELOCLSDKROOT)/include/");
vLib32Dirs.push_back("$(INTELOCLSDKROOT)/lib/x86");
vLib64Dirs.push_back("$(INTELOCLSDKROOT)/lib/x64");
} else if (GetEnvironmentVariable("CUDA_PATH", NULL, 0)) {
vIncludeDirs.push_back("$(CUDA_PATH)/include/");
vLib32Dirs.push_back("$(CUDA_PATH)/lib/Win32");
vLib64Dirs.push_back("$(CUDA_PATH)/lib/x64");
} else {
cout << " Warning: Could not find an OpenCl SDK environment variable." << endl;
cout << " Either an OpenCL SDK is not installed or the environment variables are missing." << endl;
cout << " The location of the OpenCl files will have to be manually specified as otherwise the project will not compile." << endl;
}
} else if (mitLib->first.compare("openal") == 0) {
if (!GetEnvironmentVariable("OPENAL_SDK", NULL, 0)) {
cout << " Warning: Could not find the OpenAl SDK environment variable." << endl;
cout << " Either the OpenAL SDK is not installed or the environment variable is missing." << endl;
cout << " Using the default environment variable of 'OPENAL_SDK'." << endl;
}
vIncludeDirs.push_back("$(OPENAL_SDK)/include/");
vLib32Dirs.push_back("$(OPENAL_SDK)/libs/Win32");
vLib64Dirs.push_back("$(OPENAL_SDK)/lib/Win64");
} else if (mitLib->first.compare("nvenc") == 0) {
//Need to check for the existence of environment variables
if (!GetEnvironmentVariable("CUDA_PATH", NULL, 0)) {
cout << " Warning: Could not find the CUDA SDK environment variable." << endl;
cout << " Either the CUDA SDK is not installed or the environment variable is missing." << endl;
cout << " NVENC requires CUDA to be installed with NVENC headers made available in the CUDA SDK include path." << endl;
}
vIncludeDirs.push_back("$(CUDA_PATH)/include/");
} else if (mitLib->first.compare("cuda") == 0) {
//Need to check for the existence of environment variables
if (!GetEnvironmentVariable("CUDA_PATH", NULL, 0)) {
cout << " Warning: Could not find the CUDA SDK environment variable." << endl;
cout << " Either the CUDA SDK is not installed or the environment variable is missing." << endl;
}
vIncludeDirs.push_back("$(CUDA_PATH)/include/");
vLib32Dirs.push_back("$(CUDA_PATH)/lib/Win32");
vLib64Dirs.push_back("$(CUDA_PATH)/lib/x64");
}
}
}
}
