def __applyMacros(self, value):
if isinstance(value, _MacrosValue):
macros = value.macros
dictValue = value.dictValue
simpleMacroses = macroses.getSyncMacroses()
if macros in simpleMacroses:
macrosKey = simpleMacroses[macros]()
else:
if macros == 'MACROS_DICT':
value = {}
for key, mValue in dictValue.iteritems():
value[key] = self.__applyMacros(mValue)
return value
raise SoftException(
"Unsupported macros '{0}', not found in {1}".format(
macros, simpleMacroses))
if macrosKey in dictValue:
return self.__applyMacros(dictValue[macrosKey])
if 'default' in dictValue:
return self.__applyMacros(dictValue['default'])
raise SoftException(
"Incorrect section in {0}, dict {1} with macros '{2}' should contains item '{3}' or 'default'"
.format(GUI_SETTINGS_FILE_PATH, dictValue, macros, macrosKey))
return value
def __init__(self):
super(URLMacros, self).__init__()
self.__asyncMacroses = macroses.getAsyncMacroses()
self.__syncMacroses = macroses.getSyncMacroses()
macrosKeys = self.__syncMacroses.keys()
macrosKeys.extend(self.__asyncMacroses.keys())
patterns = []
for macro in macrosKeys:
patterns.append('\\%(macro)s\\(.*\\)|\\%(macro)s' %
{'macro': self._getUserMacrosName(macro)})
self.__filter = re.compile('|'.join(patterns))
self.__argsFilter = re.compile('\\$(\\w*)(\\((.*)\\))?')
def __init__(self):
"""
Class of parser that replace macros to required value.
"""
super(URLMarcos, self).__init__()
self.__asyncMacroses = macroses.getAsyncMacroses()
self.__syncMacroses = macroses.getSyncMacroses()
macrosKeys = self.__syncMacroses.keys()
macrosKeys.extend(self.__asyncMacroses.keys())
patterns = []
for macro in macrosKeys:
patterns.append('\\%(macro)s\\(.*\\)|\\%(macro)s' % {'macro': self._getUserMacrosName(macro)})
self.__filter = re.compile('|'.join(patterns))
self.__argsFilter = re.compile('\\$(\\w*)(\\((.*)\\))?')
def __init__(self, allowedMacroses=None):
super(URLMacros, self).__init__()
self.__asyncMacroses = macroses.getAsyncMacroses()
self.__syncMacroses = macroses.getSyncMacroses()
macrosKeys = self.__syncMacroses.keys()
macrosKeys.extend(self.__asyncMacroses.keys())
if allowedMacroses is not None:
macrosKeys = [ key for key in macrosKeys if key in allowedMacroses ]
patterns = []
for macro in macrosKeys:
patterns.append('\\%(macro)s\\(.*\\)|\\%(macro)s' % {'macro': self._getUserMacrosName(macro)})
self.__filter = re.compile('|'.join(patterns))
self.__argsFilter = re.compile('\\$(\\w*)(\\((.*)\\))?')
return
def __applyMacros(self, value):
if isinstance(value, _MacrosValue):
macros = value.macros
dictValue = value.dictValue
simpleMacroses = macroses.getSyncMacroses()
if macros in simpleMacroses:
macrosKey = simpleMacroses[macros]()
else:
if macros == 'MACROS_DICT':
value = {}
for key, mValue in dictValue.iteritems():
value[key] = self.__applyMacros(mValue)
return value
raise AttributeError("Unsupported macros '{0}', not found in {1}".format(macros, simpleMacroses))
if macrosKey in dictValue or 'default' in dictValue:
value = dictValue.get(macrosKey, None) or dictValue['default']
return self.__applyMacros(value)
raise AttributeError("Incorrect section in {0}, dict {1} with macros '{2}' should contains item '{3}' or 'default'".format(GUI_SETTINGS_FILE_PATH, dictValue, macros, macrosKey))
return value