def Execute(self, toolFinder: PackageToolFinder, path: str,
target: CMakeTargetType, cmakeProjectName: str,
configuration: BuildVariantConfig, buildEnv: Dict[str, str],
parentPath: str) -> None:
projectFile = "rules.ninja"
if self.__UseRecipe:
toolPackage = toolFinder.GetToolPackageByToolName('ninja')
commandName = IOUtil.Join(toolPackage.AbsoluteToolPath,
self.__CommandName)
else:
commandName = self.__CommandName
self.Log.LogPrint(
"* Running ninja at '{0}' for project '{1}' and configuration '{2}'"
.format(path, projectFile,
BuildVariantConfig.ToString(configuration)))
buildCommand = [commandName]
if target == CMakeTargetType.Install:
buildCommand.append('install')
buildCommand += self.BuilderThreadArguments
try:
result = subprocess.call(buildCommand, cwd=path, env=buildEnv)
if result != 0:
raise Exception("ninja failed with {0} command {1}".format(
result, buildCommand))
except Exception:
self.Log.LogPrint("* ninja failed '{0}'".format(buildCommand))
raise
def FromBuildVariantConfig(buildVariantConfig: int) -> str:
if BuildVariantConfig.Release:
return CMakeBuildType.Release
elif BuildVariantConfig.Debug:
return CMakeBuildType.Debug
raise Exception("Unsupported BuildVariantConfig '{0}'".format(
BuildVariantConfig.ToString(buildVariantConfig)))
def __ParseConfiguration(self, configuration: str) -> List[int]:
configurations = configuration.split(';')
configurationList = []
for entry in configurations:
config = BuildVariantConfig.FromString(entry)
configurationList.append(config)
return configurationList
def Execute(self, toolFinder: PackageToolFinder, path: str,
target: CMakeTargetType, cmakeProjectName: str,
configuration: BuildVariantConfig, buildEnv: Dict[str, str],
parentPath: str) -> None:
projectFile = "Makefile"
self.Log.LogPrint(
"* Running make at '{0}' for project '{1}' and configuration '{2}'"
.format(path, projectFile,
BuildVariantConfig.ToString(configuration)))
buildCommand = ['make', '-f', projectFile]
buildCommand += self.BuilderThreadArguments
if target == CMakeTargetType.Install:
buildCommand.append('install')
try:
result = subprocess.call(buildCommand, cwd=path, env=buildEnv)
if result != 0:
raise Exception("make failed {0}".format(buildCommand))
except Exception:
self.Log.LogPrint("* make failed '{0}'".format(buildCommand))
raise
def Execute(self, toolFinder: PackageToolFinder, path: str,
target: CMakeTargetType, cmakeProjectName: str,
configuration: BuildVariantConfig, buildEnv: Dict[str, str],
parentPath: str) -> None:
self.Log.LogPrint(
"* Running make at '{0}' for project '{1}' and configuration '{2}'"
.format(path, cmakeProjectName,
BuildVariantConfig.ToString(configuration)))
cmakeConfig = CMakeBuildType.FromBuildVariantConfig(configuration)
buildCommand = ['cmake', '--build', path, '--config', cmakeConfig]
if self.NumBuildThreads > 0:
buildCommand += ['--parallel', str(self.NumBuildThreads)]
try:
result = subprocess.call(buildCommand,
cwd=parentPath,
env=buildEnv)
if result != 0:
raise Exception("cmake failed {0}".format(buildCommand))
except Exception:
self.Log.LogPrint("* cmake failed '{0}'".format(buildCommand))
raise
if target == CMakeTargetType.Install:
buildCommand = [
'cmake', '--install', path, '--config', cmakeConfig
]
try:
result = subprocess.call(buildCommand,
cwd=parentPath,
env=buildEnv)
if result != 0:
raise Exception("cmake failed {0}".format(buildCommand))
except Exception:
self.Log.LogPrint("* cmake failed '{0}'".format(buildCommand))
raise
def ParseBuildConfigString(config: str) -> BuildVariantConfig:
return BuildVariantConfig.FromString(config.lower())
def __init__(self, toolVersion: Version, platformName: str,
buildVariantConfig: BuildVariantConfig, buildDir: str,
buildDirSetByUser: bool, checkDir: str, generatorName: str,
installPrefix: Optional[str], cmakeVersion: CMakeVersion,
additionalGlobalConfigArguments: List[str],
additionalAppConfigArguments: List[str],
allowFindPackage: bool) -> None:
super().__init__()
PathUtil.ValidateIsNormalizedPath(buildDir, "BuildDir")
if installPrefix is not None:
PathUtil.ValidateIsNormalizedPath(installPrefix,
"DefaultInstallPrefix")
finalGeneratorName = CMakeHelper.DetermineFinalCMakeGenerator(
generatorName)
# its important that we use the generatorName for the GetCompilerShortIdFromGeneratorName to get the proper android name
generatorShortName = CMakeHelper.GetCompilerShortIdFromGeneratorName(
generatorName)
# Check if we should use a 'build variant temp dir'
if not buildDirSetByUser:
buildDir = IOUtil.Join(buildDir, generatorShortName)
if CMakeHelper.GetGeneratorMultiConfigCapabilities(
finalGeneratorName
) == CMakeGeneratorMultiConfigCapability.No:
buildDir = IOUtil.Join(
buildDir, BuildVariantConfig.ToString(buildVariantConfig))
self.ToolVersion = toolVersion
self.PlatformName = platformName
self.BuildDir = buildDir
self.CacheDir = IOUtil.Join(buildDir, '_fsl')
# If this is true the user specified the directory
self.BuildDirSetByUser = buildDirSetByUser
self.CheckDir = checkDir
# the active build variant
self.BuildVariantConfig = buildVariantConfig
self.GeneratorName = generatorName
self.InstallPrefix = installPrefix
self.CMakeVersion = cmakeVersion
self.CMakeCommand = CMakeHelper.DetermineCMakeCommand(platformName)
# The tool arguments
self.CMakeInternalArguments = CMakeHelper.DetermineGeneratorArguments(
finalGeneratorName, platformName)
# This contains only the user arguments for both recipe and apps
self.CMakeConfigUserGlobalArguments = additionalGlobalConfigArguments
self.CMakeConfigUserAppArguments = additionalAppConfigArguments
# The combined arguments that should be supplied to cmake
self.CMakeConfigRecipeArguments = self.CMakeInternalArguments + additionalGlobalConfigArguments
# The combined arguments that should be supplied to cmake
self.CMakeConfigAppArguments = self.CMakeInternalArguments + additionalGlobalConfigArguments + additionalAppConfigArguments
self.CMakeFinalGeneratorName = finalGeneratorName
self.GeneratorShortName = generatorShortName
self.GeneratorRecipeShortName = "{0}_{1}".format(
generatorShortName,
toolVersion.ToMajorMinorString().replace('.', '_'))
self.AllowFindPackage = allowFindPackage