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function prepareCompiler(product, input, outputs, defines, includePaths, compilerFlags)
{
var optimization = input.module.optimization
var debugInformation = input.module.debugInformation
var architecture = input.module.architecture
var toolchainInstallPath = product.module.toolchainInstallPath
var args = ['/nologo', '/c', '/Zm200', '/Zc:wchar_t-']
// C or C++
if (input.fileTags.indexOf('c') >= 0) {
args.push('/TC')
}
// enable unwind semantics
args.push("/EHsc")
// optimization:
if (optimization === 'small')
args.push('/Os')
else if (optimization === 'fast')
args.push('/O2')
if (debugInformation) {
args.push('/Zi')
args.push('/MDd')
} else {
args.push('/MD')
}
// warnings:
var warningLevel = input.module.warningLevel
if (warningLevel === 'none')
args.push('/w')
if (warningLevel === 'all')
args.push('/Wall')
for (var i in includePaths)
args.push('/I' + FileInfo.toWindowsSeparators(includePaths[i]))
for (i in defines)
args.push('/D' + defines[i])
var objOutput = outputs.obj ? outputs.obj[0] : undefined
var pchOutput = outputs["c++_pch"] ? outputs["c++_pch"][0] : undefined
// precompiled header file
if (product.module.precompiledHeader) {
if (pchOutput) {
// create pch
args.push('/Yc')
args.push('/Fp' + FileInfo.toWindowsSeparators(pchOutput.fileName))
args.push('/Fo' + FileInfo.toWindowsSeparators(objOutput.fileName))
args.push('/TP')
args.push(FileInfo.toWindowsSeparators(input.fileName))
} else {
// use pch
var pchHeaderName = FileInfo.toWindowsSeparators(product.module.precompiledHeader)
var pchName = FileInfo.toWindowsSeparators(product.module.precompiledHeaderDir[0] + "\\.obj\\" + product.name + "\\" + product.name + ".pch")
args.push("/FI" + pchHeaderName)
args.push("/Yu" + pchHeaderName)
args.push("/Fp" + pchName)
}
}
args.push('/Fo' + FileInfo.toWindowsSeparators(objOutput.fileName))
args.push(FileInfo.toWindowsSeparators(input.fileName))
var clPath = toolchainInstallPath + '/VC/bin/'
var is64bit = (architecture === "x86_64")
if (is64bit)
clPath += 'amd64/'
clPath += 'cl.exe'
for (var i in compilerFlags) {
args.push(i)
}
var cmd = new Command(clPath, args)
cmd.description = (pchOutput ? 'pre' : '') + 'compiling ' + FileInfo.fileName(input.fileName)
cmd.highlight = "compiler";
cmd.workingDirectory = FileInfo.path(objOutput.fileName)
cmd.responseFileThreshold = product.module.responseFileThreshold
cmd.responseFileUsagePrefix = '@';
// cl.exe outputs the cpp file name. We filter that out.
cmd.stdoutFilterFunction = "function(output) {";
cmd.stdoutFilterFunction += "return output.replace('" + FileInfo.fileName(input.fileName) + "\\r\\n', '');";
cmd.stdoutFilterFunction += "}";
return cmd;
}
function prepareLinker(product, inputs, outputs, libraryPaths, dynamicLibraries, staticLibraries)
{
var linkDLL = (outputs.dynamiclibrary ? true : false)
var primaryOutput = (linkDLL ? outputs.dynamiclibrary[0] : outputs.application[0])
var optimization = product.module.optimization
var debugInformation = product.module.debugInformation
var architecture = product.module.architecture
var windowsSDKPath = product.module.windowsSDKPath
var generateManifestFiles = !linkDLL && product.module.generateManifestFiles
var toolchainInstallPath = product.module.toolchainInstallPath
var args = ['/nologo']
if (linkDLL) {
args.push('/DLL');
args.push('/IMPLIB:' + FileInfo.toWindowsSeparators(outputs.dynamiclibrary_import[0].fileName));
}
if (debugInformation)
args.push('/DEBUG')
else
args.push('/INCREMENTAL:NO')
var manifestFileName
if (generateManifestFiles) {
manifestFileName = FileInfo.toWindowsSeparators(primaryOutput.fileName)
manifestFileName += '.intermediate.manifest'
args.push('/MANIFEST', '/MANIFESTFILE:' + manifestFileName)
}
var allInputs = inputs.obj.concat(inputs.staticlibrary || [])
if (inputs.dynamiclibrary_import)
allInputs = inputs.obj.concat(inputs.dynamiclibrary_import)
for (var i in allInputs) {
var fileName = FileInfo.toWindowsSeparators(allInputs[i].fileName)
args.push(fileName)
}
for (var i in staticLibraries) {
var staticLibrary = staticLibraries[i];
if (!staticLibrary.match(/\.lib$/i))
staticLibrary += ".lib";
args.push(staticLibrary)
}
for (var i in dynamicLibraries) {
var dynamicLibrary = dynamicLibraries[i];
if (!dynamicLibrary.match(/\.lib$/i))
dynamicLibrary += ".lib";
args.push(dynamicLibrary)
}
var nativeOutputFileName = FileInfo.toWindowsSeparators(primaryOutput.fileName)
args.push('/OUT:' + nativeOutputFileName)
for (var i in libraryPaths) {
args.push('/LIBPATH:' + FileInfo.toWindowsSeparators(libraryPaths[i]))
}
args = args.concat(dynamicLibraries)
var is64bit = (architecture == "x86_64")
var linkerPath = toolchainInstallPath + '/VC/bin/'
if (is64bit)
linkerPath += 'amd64/'
linkerPath += 'link.exe'
var commands = [];
var cmd = new Command(linkerPath, args)
cmd.description = 'linking ' + FileInfo.fileName(primaryOutput.fileName)
cmd.highlight = 'linker';
cmd.workingDirectory = FileInfo.path(primaryOutput.fileName)
cmd.responseFileThreshold = product.module.responseFileThreshold
cmd.responseFileUsagePrefix = '@';
commands.push(cmd);
if (generateManifestFiles) {
// embed the generated manifest files
var args = [
'/nologo', '/manifest', manifestFileName,
'/outputresource:' + nativeOutputFileName + ';1'
]
var mtPath = windowsSDKPath + '/bin/mt.exe'
var cmd = new Command(mtPath, args)
cmd.description = 'embedding manifest into ' + FileInfo.fileName(primaryOutput.fileName)
cmd.highlight = 'linker';
cmd.workingDirectory = FileInfo.path(primaryOutput.fileName)
commands.push(cmd);
}
return commands;
}
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