def __init__(self, log: Log, variableProcessor: VariableProcessor,
recipeBuilderSetup: Optional[RecipeBuilderSetup],
platformName: str, cmakeConfig: GeneratorCMakeConfig) -> None:
super().__init__()
self.__Log = log # type: Log
self.__VariableProcessor = variableProcessor # type: VariableProcessor
self.IsEnabled = recipeBuilderSetup is not None # type: bool
self.TargetLocation = None # Optional[ResolvedPath]
self.DownloadCacheRootPath = None # Optional[str]
self.__TempRootPath = None # Optional[str]
self.__TempPipelineRootPath = None # Optional[str]
self.InstallRootLocation = None # Optional[ResolvedPath]
self.ReadonlyCache_DownloadCacheRootPath = None # Optional[str]
if self.IsEnabled and recipeBuilderSetup is not None:
targetLocation = recipeBuilderSetup.TargetLocation
readonlyCachePath = recipeBuilderSetup.ReadonlyCachePath
if not IOUtil.IsAbsolutePath(targetLocation.ResolvedPath):
raise Exception(
"Install area path is not absolute: '{0}'".format(
targetLocation.ResolvedPath))
if not readonlyCachePath is None and not IOUtil.IsAbsolutePath(
readonlyCachePath):
raise Exception(
"Install area readonly cache path is not absolute: '{0}'".
format(readonlyCachePath))
self.TargetLocation = targetLocation
self.DownloadCacheRootPath = IOUtil.Join(
targetLocation.ResolvedPath, ".DownloadCache")
self.__TempRootPath = IOUtil.Join(targetLocation.ResolvedPath,
".Temp")
baseTempDirectory = IOUtil.Join(self.__TempRootPath, "pipeline")
baseTempDirectory = IOUtil.Join(baseTempDirectory, platformName)
self.__TempPipelineRootPath = IOUtil.Join(
baseTempDirectory, cmakeConfig.GeneratorRecipeShortName)
sourceBaseInstallDirectory = IOUtil.Join(targetLocation.SourcePath,
platformName)
sourceInstallRootPath = IOUtil.Join(
sourceBaseInstallDirectory,
cmakeConfig.GeneratorRecipeShortName)
baseInstallDirectory = IOUtil.Join(targetLocation.ResolvedPath,
platformName)
installRootPath = IOUtil.Join(baseInstallDirectory,
cmakeConfig.GeneratorRecipeShortName)
self.InstallRootLocation = ResolvedPath(sourceInstallRootPath,
installRootPath)
self.ReadonlyCache_DownloadCacheRootPath = None if readonlyCachePath is None else IOUtil.Join(
readonlyCachePath, ".DownloadCache")
def __init__(self, log: Log, variableProcessor: VariableProcessor,
recipeBuilderSetup: Optional[RecipeBuilderSetup],
platformName: str, compilerGeneratorName: str) -> None:
super(RecipePathBuilder, self).__init__()
self.__Log = log # type: Log
self.__VariableProcessor = variableProcessor # type: VariableProcessor
self.IsEnabled = recipeBuilderSetup is not None # type: bool
self.TargetPath = None # Optional[str]
self.DownloadCacheRootPath = None # Optional[str]
self.__TempRootPath = None # Optional[str]
self.__TempPipelineRootPath = None # Optional[str]
self.InstallRootPath = None # Optional[str]
self.ReadonlyCache_DownloadCacheRootPath = None # Optional[str]
if self.IsEnabled and recipeBuilderSetup is not None:
targetPath = recipeBuilderSetup.TargetPath
readonlyCachePath = recipeBuilderSetup.ReadonlyCachePath
if not IOUtil.IsAbsolutePath(targetPath):
raise Exception(
"Install area path is not absolute: '{0}'".format(
targetPath))
if not readonlyCachePath is None and not IOUtil.IsAbsolutePath(
readonlyCachePath):
raise Exception(
"Install area readonly cache path is not absolute: '{0}'".
format(readonlyCachePath))
self.TargetPath = targetPath
self.DownloadCacheRootPath = IOUtil.Join(targetPath,
".DownloadCache")
self.__TempRootPath = IOUtil.Join(targetPath, ".Temp")
baseTempDirectory = IOUtil.Join(self.__TempRootPath, "pipeline")
baseTempDirectory = IOUtil.Join(baseTempDirectory, platformName)
self.__TempPipelineRootPath = IOUtil.Join(baseTempDirectory,
compilerGeneratorName)
baseInstallDirectory = IOUtil.Join(targetPath, platformName)
self.InstallRootPath = IOUtil.Join(baseInstallDirectory,
compilerGeneratorName)
self.ReadonlyCache_DownloadCacheRootPath = None if readonlyCachePath is None else IOUtil.Join(
readonlyCachePath, ".DownloadCache")
def __GetEnvironmentVariable(self, name: str) -> str:
# For cache entries we allow the variable to not be defined, but if it is defned we retrieve is as normal
value = IOUtil.TryGetEnvironmentVariable(name)
if value is None:
raise EnvironmentError(
"{0} environment variable not set".format(name))
value = IOUtil.NormalizePath(value)
if value is None:
raise EnvironmentError(
"{0} environment variable not set".format(name))
if not IOUtil.IsAbsolutePath(value):
raise EnvironmentError(
"{0} environment path '{1}' is not absolute".format(
name, value))
if value.endswith("/"):
raise EnvironmentError(
"{0} environment path '{1}' not allowed to end with '/' or '\'"
.format(name, value))
# Create the directory if it didnt exist
if not IOUtil.IsDirectory(value) and not IOUtil.Exists(value):
self.__Log.LogPrint(
"The directory '{0}' did not exist, creating it".format(value))
IOUtil.SafeMakeDirs(value)
if not IOUtil.IsDirectory(value):
raise EnvironmentError(
"The {0} environment variable content '{1}' does not point to a valid directory"
.format(name, value))
return value
def __init__(self, filename: str, strPackageName: Optional[str],
packageLocation: ToolConfigPackageLocation) -> None:
super(PackageFile, self).__init__()
if not IOUtil.IsAbsolutePath(filename):
raise UsageErrorException()
if not isinstance(packageLocation, ToolConfigPackageLocation):
raise UsageErrorException()
filename = IOUtil.NormalizePath(filename)
if not filename.startswith(packageLocation.ResolvedPathEx):
raise UsageErrorException(
"The filename '{0}' does not belong to the supplied location '{1}'"
.format(filename, packageLocation.ResolvedPathEx))
self.Filename = IOUtil.GetFileName(filename)
self.RelativeFilePath = filename[
len(packageLocation.ResolvedPathEx
):] # The full relative path to the file
self.RelativeDirPath = IOUtil.GetDirectoryName(
self.RelativeFilePath) # The relative containing directory
self.AbsoluteFilePath = filename # type: str
self.AbsoluteDirPath = IOUtil.GetDirectoryName(filename) # type: str
self.PackageRootLocation = packageLocation # type: ToolConfigPackageLocation
self.PackageName = self.__DeterminePackageNameFromRelativeName(
self.RelativeDirPath
) if strPackageName is None else strPackageName # type: str
def __init__(self, log: Log, pythonScriptRoot: str) -> None:
super().__init__()
if not IOUtil.IsAbsolutePath(pythonScriptRoot):
raise Exception("pythonScriptRoot '{0}' is not absolute".format(
pythonScriptRoot))
self.Log = log
self.PythonScriptRoot = pythonScriptRoot # type: str
self.EnvDict = {} # type: Dict[str,str]
def __init__(self, packagePath: str, packageRelativeFilePath: str) -> None:
packagePath = IOUtil.NormalizePath(packagePath)
packageRelativeFilePath = IOUtil.NormalizePath(packageRelativeFilePath)
if not IOUtil.IsAbsolutePath(packagePath):
raise Exception("packagePath must be absolute")
if IOUtil.IsAbsolutePath(packageRelativeFilePath):
raise Exception("packageRelativeFilePath can not be absolute")
self.Filename = IOUtil.GetFileName(packageRelativeFilePath)
absFilePath = IOUtil.Join(packagePath, packageRelativeFilePath)
self.AbsoluteFilePath = absFilePath
self.AbsoluteDirPath = IOUtil.GetDirectoryName(absFilePath)
self.PackageRelativeFilePath = packageRelativeFilePath
self.PackageRelativeDirPath = IOUtil.GetDirectoryName(
packageRelativeFilePath)
def __init__(self, userRequestedFNMatchPattern: str) -> None:
super().__init__()
userRequestedFNMatchPattern = IOUtil.NormalizePath(
userRequestedFNMatchPattern)
#self.FilterDirPath = IOUtil.NormalizePath(filterDirPath)
self.UserRequestedFNMatchPattern = userRequestedFNMatchPattern
self.IsAbsolutePattern = IOUtil.IsAbsolutePath(
userRequestedFNMatchPattern)
self.PatternFileName = IOUtil.GetFileName(userRequestedFNMatchPattern)
patternDirectory = IOUtil.GetDirectoryName(userRequestedFNMatchPattern)
if not self.IsAbsolutePattern and len(
patternDirectory) > 0 and not patternDirectory.startswith('/'):
patternDirectory = '/' + patternDirectory
self.PatternDirectory = patternDirectory
def __init__(self, filename: str, strPackageName: Optional[str],
packageLocation: ToolConfigPackageLocation) -> None:
filename = IOUtil.NormalizePath(filename)
if not IOUtil.IsAbsolutePath(filename):
raise UsageErrorException()
rootRelativePath = filename[len(packageLocation.ResolvedPathEx):]
super().__init__(IOUtil.GetDirectoryName(rootRelativePath),
packageLocation, False)
self.Filename = IOUtil.GetFileName(filename)
self.RootRelativeFilePath = rootRelativePath # The full root relative path to the file
self.AbsoluteFilePath = filename # type: str
self.PackageName = self.__DeterminePackageNameFromRelativeName(
self.RootRelativeDirPath
) if strPackageName is None else strPackageName # type: str
def __init__(self, log: Log, xmlElement: ET.Element) -> None:
super().__init__(log, xmlElement)
self.Name = self._ReadAttrib(xmlElement, 'Name')
self.Version = self._TryReadAttribAsVersion(
xmlElement, 'Version') # type: Optional[Version]
self.TargetName = self._TryReadAttrib(
xmlElement, 'TargetName') # type: Optional[str]
# A optional path that will be specified to cmake
self.Path = self._TryReadAttrib(xmlElement,
'Path') # type: Optional[str]
self.IfCondition = self._TryReadAttrib(
xmlElement, 'If',
DependencyCondition.FindPackageAllowed) # type: Optional[str]
if self.IfCondition != DependencyCondition.FindPackageAllowed:
raise XmlFormatException(
"Unsupported IfCondition '{0}' on FindPackage: '{1}'. Expected {2}"
.format(self.Version, self.Name,
DependencyCondition.FindPackageAllowed))
if self.Path is not None and IOUtil.IsAbsolutePath(self.Path):
raise XmlFormatException("Path '{0}' can not be absolute".format(
self.Path))
def __init__(self, path: str, packageLocation: ToolConfigPackageLocation, normalize: bool = True) -> None:
super().__init__()
path = IOUtil.NormalizePath(path) if normalize else path
if not isinstance(packageLocation, ToolConfigPackageLocation):
raise UsageErrorException()
if IOUtil.IsAbsolutePath(path):
if not path.startswith(packageLocation.ResolvedPathEx):
raise UsageErrorException("The path '{0}' does not belong to the supplied location '{1}'".format(path, packageLocation.ResolvedPathEx))
rootRelativeDirPath = path[len(packageLocation.ResolvedPathEx):]
absoluteDirPath = path
else:
rootRelativeDirPath = path
absoluteDirPath = IOUtil.Join(packageLocation.ResolvedPath, path)
self.RootRelativeDirPath = rootRelativeDirPath # The root relative containing directory
self.AbsoluteDirPath = absoluteDirPath # type: str
self.PackageRootLocation = packageLocation # type: ToolConfigPackageLocation
def Process(self, currentDirPath: str, toolConfig: ToolConfig,
localToolConfig: LocalToolConfig) -> None:
config = Config(self.Log, toolConfig,
localToolConfig.PackageConfigurationType,
localToolConfig.BuildVariantsDict,
localToolConfig.AllowDevelopmentPlugins)
# create a config we control and that can be used to just build the tool recipe's
configToolCheck = Config(self.Log, toolConfig,
PluginSharedValues.TYPE_DEFAULT,
localToolConfig.BuildVariantsDict,
localToolConfig.AllowDevelopmentPlugins)
if localToolConfig.DryRun:
config.ForceDisableAllWrite()
configToolCheck.ForceDisableAllWrite()
self.__CheckUserArgs(localToolConfig.ClangFormatArgs, "formatArgs")
self.__CheckUserArgs(localToolConfig.ClangTidyArgs, "tidyArgs")
self.__CheckUserArgs(localToolConfig.ClangTidyPostfixArgs,
"tidyPostfixArgs")
applyClangFormat = toolConfig.ClangFormatConfiguration is not None and localToolConfig.ClangFormat
applyClangTidy = toolConfig.ClangTidyConfiguration is not None and localToolConfig.ClangTidy
if localToolConfig.IgnoreNotSupported or (
(localToolConfig.ScanSource or applyClangFormat)
and not applyClangTidy):
config.IgnoreNotSupported = True
configToolCheck.IgnoreNotSupported = True
packageFilters = localToolConfig.BuildPackageFilters
# Get the platform and see if its supported
platform = PluginConfig.GetGeneratorPluginById(
localToolConfig.PlatformName, False)
PlatformUtil.CheckBuildPlatform(platform.Name)
generatorContext = GeneratorContext(config,
config.ToolConfig.Experimental,
platform)
config.LogPrint("Active platform: {0}".format(platform.Name))
packageRecipeResultManager = None # type: Optional[PackageRecipeResultManager]
toolPackageNames = []
if applyClangFormat or applyClangTidy:
if applyClangFormat:
if toolConfig.ClangFormatConfiguration is None:
raise Exception("internal error")
toolPackageNames.append(
toolConfig.ClangFormatConfiguration.RecipePackageName)
if applyClangTidy:
if toolConfig.ClangTidyConfiguration is None:
raise Exception("internal error")
toolPackageNames.append(
toolConfig.ClangTidyConfiguration.RecipePackageName)
packageRecipeResultManager = ForceCheckBuildTools(
configToolCheck, generatorContext, toolPackageNames)
searchDir = currentDirPath
if localToolConfig.File is not None and IOUtil.IsAbsolutePath(
localToolConfig.File):
searchDir = IOUtil.GetDirectoryName(localToolConfig.File)
closestGenFilePath = FileFinder.TryFindClosestFileInRoot(
config, toolConfig, searchDir, config.GenFileName)
if closestGenFilePath is None:
closestGenFilePath = searchDir
if (self.Log.Verbosity >= 4):
self.Log.LogPrint("Closest '{0}' file path: '{1}'".format(
toolConfig.GenFileName, closestGenFilePath))
packageProcess = None # type: Optional[MainFlow.PackageLoadAndResolveProcess]
packages = None
discoverFeatureList = '*' in packageFilters.FeatureNameList
if discoverFeatureList or localToolConfig.Project is None or localToolConfig.ScanSource or applyClangFormat or applyClangTidy:
if discoverFeatureList:
config.LogPrint(
"No features specified, so using package to determine them"
)
if localToolConfig.ScanSource or applyClangFormat or applyClangTidy or discoverFeatureList:
packageProcess = self.__CreatePackageProcess(
config, toolConfig.GetMinimalConfig(), closestGenFilePath,
localToolConfig.Recursive, generatorContext.Platform,
toolPackageNames)
packageProcess.Resolve(generatorContext, packageFilters,
applyClangTidy, False)
packages = packageProcess.Packages
topLevelPackage = PackageListUtil.GetTopLevelPackage(packages)
if discoverFeatureList:
packageFilters.FeatureNameList = [
entry.Name
for entry in topLevelPackage.ResolvedAllUsedFeatures
]
customPackageFileFilter = None # type: Optional[CustomPackageFileFilter]
if not localToolConfig.ScanSource and not applyClangFormat and not applyClangTidy:
Validate.ValidatePlatform(config, localToolConfig.PlatformName,
packageFilters.FeatureNameList)
if packageProcess is None:
packageProcess = self.__CreatePackageProcess(
config, toolConfig.GetMinimalConfig(), closestGenFilePath,
localToolConfig.Recursive, generatorContext.Platform,
toolPackageNames)
if not packageProcess.IsFullResolve or packages is None:
# For now this requires a full resolve (but basically it only requires basic + files)
packages = packageProcess.Resolve(generatorContext,
packageFilters,
applyClangTidy, True)
topLevelPackage = PackageListUtil.GetTopLevelPackage(packages)
RecipeBuilder.ValidateInstallationForPackages(
config, generatorContext, topLevelPackage.ResolvedBuildOrder)
else:
if localToolConfig.File is not None:
# Delay extension validation
customPackageFileFilter = CustomPackageFileFilter(
localToolConfig.File)
theTopLevelPackage = None # type: Optional[Package]
filteredPackageList = [] # type: List[Package]
if applyClangTidy or applyClangFormat or localToolConfig.ScanSource:
addExternals = applyClangTidy
filteredPackageList, theTopLevelPackage = self.__PreparePackages(
self.Log, localToolConfig, packageProcess, generatorContext,
packageFilters, addExternals, packages, config.IsSDKBuild,
applyClangTidy, config)
if len(filteredPackageList) <= 0:
self.Log.DoPrint("No supported packages left to process")
return
if applyClangTidy:
self.__ApplyClangTidy(self.Log, toolConfig, localToolConfig,
packageRecipeResultManager,
theTopLevelPackage, filteredPackageList,
platform, config, generatorContext,
customPackageFileFilter)
if applyClangFormat:
self.__ApplyClangFormat(self.Log, toolConfig, localToolConfig,
packageRecipeResultManager,
filteredPackageList,
customPackageFileFilter)
# Scan source after 'format' to ensure we dont warn about stuff that has been fixed
if localToolConfig.ScanSource:
self.__ApplyScanSource(self.Log, localToolConfig,
config.IsSDKBuild, config.DisableWrite,
filteredPackageList,
customPackageFileFilter)
def Capture(log: Log, runCommand: List[str], pythonScriptRoot: str, envNameList: List[str]) -> Dict[str, str]:
"""
param: runCommand: the command we should run.
param: pythonScriptRoot: The root location of the FslBuild.py tools (this must be a absolute path)
This will be joined with the FslBuildDump.py name to get the absolute path to the python script.
"""
if not IOUtil.IsAbsolutePath(pythonScriptRoot):
raise Exception("pythonScriptRoot '{0}' is not absolute".format(pythonScriptRoot))
# Validate that the input is in the correct format and create a initial dict
entryDict = {} # type: Dict[str,str]
for envEntry in envNameList:
if not (envEntry.startswith("$(") and envEntry.endswith(")")):
raise Exception("Environment variable not in the correct $(NAME) format {0}".format(envEntry))
strippedEntry = envEntry[2:-1]
entryDict[envEntry] = strippedEntry
log.LogPrintVerbose(4, "Trying to capture environment variables: {0}".format(envNameList))
# call a custom python script with the stripped argument list using the 'generator' run script
# the scripts main role is to dump the listed environment variables to screen in a 'json dictionary' format that can be easily captured and
# decoded.
# Call generator run script (captured)
# 'use the "FslBuildDumpEnv --Env [ENV1,ENV2]" script to generate a json dump for the env variables
strEnv = "[{0}]".format(",".join(entryDict.values()))
commandName = 'FslBuildDumpEnv.py'
absCommandName = IOUtil.Join(pythonScriptRoot, commandName)
cmdList = [absCommandName, '--AllowNotFound', '--Enclose', '--Env', strEnv]
runCommand += cmdList
content = LocalUtil.TryRun(log, runCommand)
if content is None:
raise Exception("Failed to capture virtual variant environment variables {0}".format(envNameList))
# Parse captured json output
strJson = LocalUtil.ExtractJson(content)
# Decode json
jsonDict = json.loads(strJson)
finalDict = {} # type: Dict[str,str]
for key, value in jsonDict.items():
if not isinstance(key, str) or not isinstance(value, str):
LocalUtil.DumpCapture(log, 4, content)
raise Exception("captured json decode failed")
if not key in jsonDict:
LocalUtil.DumpCapture(log, 4, content)
raise Exception("Capture contained wrong key: '{0}".format(key))
finalDict[key] = value
# Ensure that all the requested entries are present
if len(finalDict) != len(entryDict):
missingKeys = []
for key in entryDict:
if not key in finalDict:
missingKeys.append(key)
LocalUtil.DumpCapture(log, 4, content)
raise Exception("The Captured environment variable output is missing for: {0}".format(missingKeys))
log.LogPrintVerbose(4, "Captured environment variables: {0}".format(finalDict))
return finalDict
def Process(self, currentDirPath: str, toolConfig: ToolConfig,
localToolConfig: LocalToolConfig) -> None:
#self.Log.LogPrintVerbose(2, "*** Forcing the legacy clang tidy mode ***")
#localToolConfig.Legacy = True
config = Config(self.Log, toolConfig,
localToolConfig.PackageConfigurationType,
localToolConfig.BuildVariantsDict,
localToolConfig.AllowDevelopmentPlugins)
# create a config we control and that can be used to just build the tool recipe's
configToolCheck = Config(self.Log, toolConfig,
PluginSharedValues.TYPE_DEFAULT,
localToolConfig.BuildVariantsDict,
localToolConfig.AllowDevelopmentPlugins)
if localToolConfig.DryRun:
config.ForceDisableAllWrite()
configToolCheck.ForceDisableAllWrite()
self.__CheckUserArgs(localToolConfig.ClangFormatArgs, "formatArgs")
self.__CheckUserArgs(localToolConfig.ClangTidyArgs, "tidyArgs")
self.__CheckUserArgs(localToolConfig.ClangTidyPostfixArgs,
"tidyPostfixArgs")
applyClangFormat = toolConfig.ClangFormatConfiguration is not None and localToolConfig.ClangFormat
applyClangTidy = toolConfig.ClangTidyConfiguration is not None and localToolConfig.ClangTidy
if localToolConfig.IgnoreNotSupported or (
(localToolConfig.ScanSource or applyClangFormat)
and not applyClangTidy):
config.IgnoreNotSupported = True
configToolCheck.IgnoreNotSupported = True
packageFilters = localToolConfig.BuildPackageFilters
# Get the platform and see if its supported
buildVariantConfig = BuildVariantConfigUtil.GetBuildVariantConfig(
localToolConfig.BuildVariantsDict)
if localToolConfig.Legacy and applyClangTidy and config.ToolConfig.CMakeConfiguration is not None:
# For the LEGACY clangTidy implementation we disable allow find package for the build checks for now as we dont use cmake for those
# We basically have to update the tidy pass to utilize ninja+cmake for the tidy pass so that find_package will work
self.Log.LogPrintVerbose(2, "Force disabling 'AllowFindPackage'")
config.ToolConfig.CMakeConfiguration.SetAllowFindPackage(False)
cmakeUserConfig = localToolConfig.GetUserCMakeConfig()
if not localToolConfig.Legacy and applyClangTidy:
config.LogPrintVerbose(
2, "Forcing the ninja generator for clang tidy")
cmakeUserConfig.GeneratorName = "Ninja"
generator = self.ToolAppContext.PluginConfigContext.GetGeneratorPluginById(
localToolConfig.PlatformName, localToolConfig.Generator,
buildVariantConfig, config.ToolConfig.DefaultPackageLanguage,
config.ToolConfig.CMakeConfiguration, cmakeUserConfig, True)
PlatformUtil.CheckBuildPlatform(generator.PlatformName)
generatorContext = GeneratorContext(config, self.ErrorHelpManager,
packageFilters.RecipeFilterManager,
config.ToolConfig.Experimental,
generator)
self.Log.LogPrint("Active platform: {0}".format(
generator.PlatformName))
packageRecipeResultManager = None # type: Optional[PackageRecipeResultManager]
toolPackageNamesSet = set()
toolPackageNames = []
if applyClangFormat or applyClangTidy:
if applyClangFormat:
if toolConfig.ClangFormatConfiguration is None:
raise Exception("internal error")
toolPackageNamesSet.add(
toolConfig.ClangFormatConfiguration.RecipePackageName)
toolPackageNamesSet.add(
toolConfig.ClangFormatConfiguration.NinjaRecipePackageName)
if applyClangTidy:
if toolConfig.ClangTidyConfiguration is None:
raise Exception("internal error")
toolPackageNamesSet.add(
toolConfig.ClangTidyConfiguration.ClangRecipePackageName)
toolPackageNamesSet.add(toolConfig.ClangTidyConfiguration.
ClangTidyRecipePackageName)
toolPackageNamesSet.add(
toolConfig.ClangTidyConfiguration.NinjaRecipePackageName)
toolPackageNames = list(toolPackageNamesSet)
packageRecipeResultManager = ForceCheckBuildTools(
configToolCheck, generatorContext, toolPackageNames)
searchDir = currentDirPath
if localToolConfig.File is not None:
localToolConfig.File = IOUtil.NormalizePath(localToolConfig.File)
if IOUtil.IsAbsolutePath(localToolConfig.File):
searchDir = IOUtil.GetDirectoryName(localToolConfig.File)
closestGenFilePath = FileFinder.TryFindClosestFileInRoot(
config, toolConfig, searchDir, config.GenFileName)
if closestGenFilePath is None:
closestGenFilePath = searchDir
if self.Log.Verbosity >= 4:
self.Log.LogPrint("Closest '{0}' file path: '{1}'".format(
toolConfig.GenFileName, closestGenFilePath))
packageProcess = None # type: Optional[MainFlow.PackageLoadAndResolveProcess]
packages = None
discoverFeatureList = '*' in packageFilters.FeatureNameList
if discoverFeatureList or localToolConfig.Project is None or localToolConfig.ScanSource or applyClangFormat or applyClangTidy:
if discoverFeatureList:
config.LogPrint(
"No features specified, so using package to determine them"
)
if localToolConfig.ScanSource or applyClangFormat or applyClangTidy or discoverFeatureList:
packageProcess = self.__CreatePackageProcess(
config, toolConfig.GetMinimalConfig(generator.CMakeConfig),
closestGenFilePath, localToolConfig.Recursive,
generatorContext.Platform, toolPackageNames)
packageProcess.Resolve(generatorContext, packageFilters,
applyClangTidy, False)
packages = packageProcess.Packages
topLevelPackage = PackageListUtil.GetTopLevelPackage(packages)
if discoverFeatureList:
packageFilters.FeatureNameList = [
entry.Name
for entry in topLevelPackage.ResolvedAllUsedFeatures
]
customPackageFileFilter = None # type: Optional[CustomPackageFileFilter]
if not localToolConfig.ScanSource and not applyClangFormat and not applyClangTidy:
Validate.ValidatePlatform(config, localToolConfig.PlatformName,
packageFilters.FeatureNameList)
if packageProcess is None:
packageProcess = self.__CreatePackageProcess(
config, toolConfig.GetMinimalConfig(generator.CMakeConfig),
closestGenFilePath, localToolConfig.Recursive,
generatorContext.Platform, toolPackageNames)
if not packageProcess.IsFullResolve or packages is None:
# For now this requires a full resolve (but basically it only requires basic + files)
packages = packageProcess.Resolve(generatorContext,
packageFilters,
applyClangTidy, True)
topLevelPackage = PackageListUtil.GetTopLevelPackage(packages)
RecipeBuilder.ValidateInstallationForPackages(
config, config.SDKPath, generatorContext,
topLevelPackage.ResolvedBuildOrder)
else:
if localToolConfig.File is not None:
# Delay extension validation
customPackageFileFilter = CustomPackageFileFilter(
localToolConfig.File)
theTopLevelPackage = None # type: Optional[Package]
filteredPackageList = [] # type: List[Package]
if applyClangTidy or applyClangFormat or localToolConfig.ScanSource:
addExternals = applyClangTidy
filteredPackageList, theTopLevelPackage = self.__PreparePackages(
self.Log, localToolConfig, packageProcess, generatorContext,
packageFilters, addExternals, packages, config.IsSDKBuild,
applyClangTidy, config)
if len(filteredPackageList) <= 0:
self.Log.DoPrint("No supported packages left to process")
return
if applyClangTidy:
self.__ApplyClangTidy(self.Log, toolConfig, localToolConfig,
packageRecipeResultManager,
theTopLevelPackage, filteredPackageList,
generator, config, generatorContext,
customPackageFileFilter)
if applyClangFormat:
self.__ApplyClangFormat(self.Log, toolConfig, localToolConfig,
packageRecipeResultManager,
filteredPackageList,
customPackageFileFilter,
generatorContext.CMakeConfig)
# Scan source after 'format' to ensure we dont warn about stuff that has been fixed
if localToolConfig.ScanSource:
self.__ApplyScanSource(self.Log, localToolConfig,
config.IsSDKBuild, config.DisableWrite,
filteredPackageList,
customPackageFileFilter)
