def getAssets(self, assetMacros={}):
# Memoizing needs assetMacros in the key, otherwise you get wrong
# results with multiple builds in one generator run.
macroskey = util.toString(assetMacros)
macroskey = sha_construct(macroskey).hexdigest()
if macroskey not in self._assetRegex:
# prepare a regex encompassing all asset hints, asset macros resolved
classAssets = self.getHints()['assetDeps'][:]
iresult = [] # [AssetHint]
for res in classAssets:
# expand file glob into regexp
res = re.sub(r'\*', ".*", res)
# expand macros
if res.find('${')>-1:
expres = self._expandMacrosInMeta(assetMacros, res)
else:
expres = [res]
# collect resulting asset objects
for e in expres:
assethint = AssetHint(res)
assethint.clazz = self
assethint.expanded = e
assethint.regex = re.compile(e)
if assethint not in iresult:
iresult.append(assethint)
self._assetRegex[macroskey] = iresult
return self._assetRegex[macroskey]
def getAssets(self, assetMacros={}):
# Memoizing needs assetMacros in the key, otherwise you get wrong
# results with multiple builds in one generator run.
macroskey = util.toString(assetMacros)
macroskey = sha_construct(macroskey).hexdigest()
if macroskey not in self._assetRegex:
# prepare a regex encompassing all asset hints, asset macros resolved
classAssets = self.getHints()['assetDeps'][:]
iresult = [] # [AssetHint]
for res in classAssets:
# expand file glob into regexp
res = re.sub(r'\*', ".*", res)
# expand macros
if res.find('${') > -1:
expres = self._expandMacrosInMeta(assetMacros, res)
else:
expres = [res]
# collect resulting asset objects
for e in expres:
assethint = AssetHint(res)
assethint.clazz = self
assethint.expanded = e
assethint.regex = re.compile(e)
if assethint not in iresult:
iresult.append(assethint)
self._assetRegex[macroskey] = iresult
return self._assetRegex[macroskey]
def filename(self, cacheId):
splittedId = cacheId.split("-")
if len(splittedId) == 1:
return cacheId
baseId = splittedId.pop(0)
digestId = sha_construct("-".join(splittedId)).hexdigest()
return "%s-%s" % (baseId, digestId)
def filename(self, cacheId):
cacheId = cacheId.encode('utf-8')
splittedId = cacheId.split("-")
if len(splittedId) == 1:
return cacheId
baseId = splittedId.pop(0)
digestId = sha_construct("-".join(splittedId)).hexdigest()
return "%s-%s" % (baseId, digestId)
