def _getDir(self, rootName, folder, template):
if folder != None:
folder = self._expandDir(folder)
folder = fileutils.ensureAbsDirPath(folder)
folder = fileutils.cleanupPath(folder)
return virtualpath.VirtualPath(folder, rootName)
folder = fileutils.ensureAbsDirPath(template % self.subdir)
folder = fileutils.cleanupPath(folder)
return virtualpath.VirtualPath(folder, rootName)
def virtualize(cls, path, local):
"""
From a path and local, it creates a VirtualPath instance.
"""
path = fileutils.cleanupPath(path)
for name, value in local.iterVirtualRoots():
value = fileutils.cleanupPath(value)
if path.startswith(value):
path = fileutils.ensureAbsPath(path[len(value):])
return VirtualPath(path, name)
raise errors.VirtualPathError("Cannot virtualize local path '%s', "
"no compatible virtual root found" % path)
def __get__(self, obj, type=None):
storeValue = getattr(obj.store, self._storePropertyName)
if storeValue != None:
value = obj._expandDir(storeValue)
value = fileutils.ensureAbsDirPath(value)
value = fileutils.cleanupPath(value)
return virtualpath.VirtualPath(value)
return getattr(obj.parent, self._basePropertyName)
def subdir(self):
subdir = self.store.subdir
if subdir != None:
subdir = fileutils.str2path(subdir)
subdir = fileutils.ensureRelDirPath(subdir)
return fileutils.cleanupPath(subdir)
subdir = fileutils.str2filename(self.store.name)
return fileutils.ensureDirPath(subdir)
def __init__(self, profCtx, targStore):
base.BaseStoreContext.__init__(self, profCtx, targStore)
self._variables.addVar("targetName", self.name)
subdir = self.store.subdir or ""
subdir = fileutils.str2path(subdir)
subdir = fileutils.ensureRelDirPath(subdir)
subdir = fileutils.cleanupPath(subdir)
self._variables.addVar("targetSubdir", subdir)
targPath = (fileutils.joinPath(self._variables["sourceDir"], subdir)
+ self._variables["sourceFile"])
self._variables.addFileVars(fileutils.ensureRelPath(targPath),
"target", extension=self.extension)
def _getDir(self, custData, profData, kind="incoming"):
middle, attr = {"incoming": ("incoming", "inputDir"),
"outgoing": ("outgoing", "outputDir"),
"links": ("links", "linkDir"),
"errors": ("failed", "errorDir")}[kind]
if getattr(profData, attr):
return getattr(profData, attr)
if getattr(custData, attr):
result = getattr(custData, attr)
elif custData.subdir:
result = custData.subdir
else:
result = fileutils.str2filename(custData.name)
result = fileutils.ensureRelDirPath(result)
result = "%sfiles/%s/" % (result, middle)
if profData.subdir:
result = result + profData.subdir
else:
result = result + fileutils.str2filename(profData.name)
return fileutils.cleanupPath(result)
def _guessOverridenDir(self, dir, custData, profData):
for middle, new in [('incoming', 'incoming'),
('outgoing', 'outgoing'),
('errors', 'failed'),
('links', 'links'),
('thumbnails', 'thumbnails')]:
try:
i = dir.index(middle)
p1 = dir[:i].strip('/')
p2 = dir[i + len(middle):].strip('/')
# Check to reorder profiles directories
custSubdir = custData.subdir or fileutils.str2filename(custData.name)
profSubdir = profData.subdir or fileutils.str2filename(profData.name)
if p1 == (custSubdir + '/' + profSubdir):
result = custSubdir + "/files/" + new + "/" + profSubdir + '/' + p2
else:
result = p1 + "/files/" + new + "/" + p2
result = fileutils.ensureDirPath(result)
result = fileutils.cleanupPath(result)
return result
except ValueError:
pass
return dir
def __get__(self, obj, type=None):
template = getattr(obj, self._templatePropertyName)
path = obj._variables.substitute(template)
path = fileutils.ensureRelPath(path)
return fileutils.cleanupPath(path)
def doneRepRelPath(self):
path = self._variables.substitute(self.reportFileTemplate)
path = fileutils.ensureRelPath(path)
return fileutils.cleanupPath(path)
def configRelPath(self):
path = self._variables.substitute(self.configFileTemplate)
path = fileutils.ensureRelPath(path)
return fileutils.cleanupPath(path)