def __LocateRootDir(self, basicConfig: BasicConfig,
rootDirs: List[ToolConfigRootDirectory],
entryName: str,
projectRootDirectory: str) -> ToolConfigRootDirectory:
if projectRootDirectory is None or not entryName.startswith(
MagicStrings.ProjectRoot):
for rootDir in rootDirs:
if entryName.startswith(rootDir.Name):
return rootDir
else:
# Lets try to locate a root directory which the project is based in,
# then use it to dynamically add a new allowed root directory based on the project file location
for rootDir in rootDirs:
if projectRootDirectory == rootDir.ResolvedPath:
return ToolConfigRootDirectory(basicConfig, None,
rootDir.ProjectId, rootDir,
MagicStrings.ProjectRoot,
rootDir.DynamicName)
elif projectRootDirectory.startswith(rootDir.ResolvedPathEx):
dynamicRootDir = projectRootDirectory[len(rootDir.
ResolvedPathEx):]
dynamicRootDir = "{0}/{1}".format(rootDir.Name,
dynamicRootDir)
return ToolConfigRootDirectory(basicConfig, None,
rootDir.ProjectId, rootDir,
MagicStrings.ProjectRoot,
dynamicRootDir)
raise Exception(
"Path '{0}' is not based on one of the valid root directories {1}".
format(entryName, ", ".join(Util.ExtractNames(rootDirs))))
def __ResolveRootDirectories(
self, basicConfig: BasicConfig,
rootDirectories: List[XmlConfigFileAddRootDirectory],
configFileName: str) -> List[ToolConfigRootDirectory]:
uniqueNames = set() # type: Set[str]
rootDirs = [] # type: List[ToolConfigRootDirectory]
for rootDir in rootDirectories:
toolRootDir = ToolConfigRootDirectory(basicConfig, rootDir)
if not toolRootDir.Name in uniqueNames:
uniqueNames.add(toolRootDir.Name)
rootDirs.append(toolRootDir)
else:
raise DuplicatedConfigRootPath(toolRootDir.Name,
configFileName)
# We sort it so that the longest paths come first meaning we will always find the most exact match first
# if searching from the front to the end of the list and comparing to 'startswith'
rootDirs.sort(key=lambda s: -len(s.ResolvedPathEx))
return rootDirs