def ValidateString(sourceText, languageID, dummyData=None):
import localization
if dummyData is None:
dummyData = {
eveLocalization.VARIABLE_TYPE.CHARACTER: 1,
eveLocalization.VARIABLE_TYPE.NPCORGANIZATION: 1,
eveLocalization.VARIABLE_TYPE.ITEM: 1,
eveLocalization.VARIABLE_TYPE.LOCATION: 1,
eveLocalization.VARIABLE_TYPE.CHARACTERLIST: [1],
eveLocalization.VARIABLE_TYPE.MESSAGE: 1,
eveLocalization.VARIABLE_TYPE.DATETIME: blue.os.GetWallclockTime(),
eveLocalization.VARIABLE_TYPE.FORMATTEDTIME:
blue.os.GetWallclockTime(),
eveLocalization.VARIABLE_TYPE.TIMEINTERVAL: const.SEC,
eveLocalization.VARIABLE_TYPE.NUMERIC: 99.9,
eveLocalization.VARIABLE_TYPE.GENERIC: 'This is a test message.'
}
errors = []
oldMethod = localization.LogError
def ValidationLogError(*args):
oldMethod(*args)
errors.append(args)
localization.LogError = ValidationLogError
openCount = sourceText.count('{')
closeCount = sourceText.count('}')
if openCount != closeCount:
return ["Mismatching brackets in string '" + unicode(sourceText) + "'"]
try:
tags = localization._Tokenize(sourceText)
except Exception as e:
return [
"Exception occurred when attempting to tokenize string '" +
unicode(sourceText) + "': " + repr(e)
]
kwargs = {}
for tag in tags.values():
if tag['variableName'] and tag['variableType'] in dummyData:
kwargs[tag['variableName']] = dummyData[tag['variableType']]
if 'linkinfo' in tag['kwargs']:
kwargs[tag['kwargs']['linkinfo']] = ('showinfo', 1)
if 'quantity' in tag['kwargs']:
kwargs[tag['kwargs']['quantity']] = 3
result = sourceText
try:
result = eveLocalization.Parse(sourceText, languageID, tags, **kwargs)
except Exception as e:
errors = [
"Exception occurred when attempting to validate string '" +
unicode(sourceText) + "': " + repr(e) + repr(kwargs)
]
localization.LogError = oldMethod
if errors:
return errors
return result
def ValidateString(sourceText, languageID, dummyData = None):
import localization
if dummyData is None:
dummyData = {eveLocalization.VARIABLE_TYPE.CHARACTER: 1,
eveLocalization.VARIABLE_TYPE.NPCORGANIZATION: 1,
eveLocalization.VARIABLE_TYPE.ITEM: 1,
eveLocalization.VARIABLE_TYPE.LOCATION: 1,
eveLocalization.VARIABLE_TYPE.CHARACTERLIST: [1],
eveLocalization.VARIABLE_TYPE.MESSAGE: 1,
eveLocalization.VARIABLE_TYPE.DATETIME: blue.os.GetWallclockTime(),
eveLocalization.VARIABLE_TYPE.FORMATTEDTIME: blue.os.GetWallclockTime(),
eveLocalization.VARIABLE_TYPE.TIMEINTERVAL: const.SEC,
eveLocalization.VARIABLE_TYPE.NUMERIC: 99.9,
eveLocalization.VARIABLE_TYPE.GENERIC: 'This is a test message.'}
errors = []
oldMethod = localization.LogError
def ValidationLogError(*args):
oldMethod(*args)
errors.append(args)
localization.LogError = ValidationLogError
openCount = sourceText.count('{')
closeCount = sourceText.count('}')
if openCount != closeCount:
return ["Mismatching brackets in string '" + unicode(sourceText) + "'"]
try:
tags = localization._Tokenize(sourceText)
except Exception as e:
return ["Exception occurred when attempting to tokenize string '" + unicode(sourceText) + "': " + repr(e)]
kwargs = {}
for tag in tags.values():
if tag['variableName'] and tag['variableType'] in dummyData:
kwargs[tag['variableName']] = dummyData[tag['variableType']]
if 'linkinfo' in tag['kwargs']:
kwargs[tag['kwargs']['linkinfo']] = ('showinfo', 1)
if 'quantity' in tag['kwargs']:
kwargs[tag['kwargs']['quantity']] = 3
result = sourceText
try:
result = eveLocalization.Parse(sourceText, languageID, tags, **kwargs)
except Exception as e:
errors = ["Exception occurred when attempting to validate string '" + unicode(sourceText) + "': " + repr(e) + repr(kwargs)]
localization.LogError = oldMethod
if errors:
return errors
return result
def UpdateTextCache(self, messagePerLanguage, metaDataPerLanguage,
labelsDict):
for language in messagePerLanguage:
LogInfo(
'Preparing to update internal text and label cache. The sizes of new data dictionaries are: ',
len(messagePerLanguage.get(language, {})), ', ',
len(metaDataPerLanguage.get(language, {})))
if eveLocalization.HasLanguage(language):
newData = {}
for messageID, text in messagePerLanguage.get(language,
{}).iteritems():
try:
metaData = None
ignore, metaData, ignore = eveLocalization.GetMessageDataByID(
messageID, language)
except KeyError:
sys.exc_clear()
try:
newData[messageID] = (text, metaData,
localization._Tokenize(text))
except:
log.LogException()
continue
try:
eveLocalization.LoadMessageData(language, newData)
except:
log.LogException()
continue
for language in metaDataPerLanguage:
if eveLocalization.HasLanguage(language):
for messageID, metaData in metaDataPerLanguage.get(
language, {}).iteritems():
try:
text, ignore, tokens = eveLocalization.GetMessageDataByID(
messageID, language)
eveLocalization.LoadMessageData(
language, {messageID: (text, metaData, tokens)})
except:
log.LogException()
LogInfo('Updating label cache. New data size is ', len(labelsDict))
for label, messageID in labelsDict.iteritems():
self.languageLabels[label.encode('ascii')] = messageID
def UpdateTextCache(self, messagePerLanguage, metaDataPerLanguage, labelsDict):
for language in messagePerLanguage:
LogInfo('Preparing to update internal text and label cache. The sizes of new data dictionaries are: ', len(messagePerLanguage.get(language, {})), ', ', len(metaDataPerLanguage.get(language, {})))
if eveLocalization.HasLanguage(language):
newData = {}
for messageID, text in messagePerLanguage.get(language, {}).iteritems():
try:
metaData = None
ignore, metaData, ignore = eveLocalization.GetMessageDataByID(messageID, language)
except KeyError:
sys.exc_clear()
try:
newData[messageID] = (text, metaData, localization._Tokenize(text))
except:
log.LogException()
continue
try:
eveLocalization.LoadMessageData(language, newData)
except:
log.LogException()
continue
for language in metaDataPerLanguage:
if eveLocalization.HasLanguage(language):
for messageID, metaData in metaDataPerLanguage.get(language, {}).iteritems():
try:
text, ignore, tokens = eveLocalization.GetMessageDataByID(messageID, language)
eveLocalization.LoadMessageData(language, {messageID: (text, metaData, tokens)})
except:
log.LogException()
LogInfo('Updating label cache. New data size is ', len(labelsDict))
for label, messageID in labelsDict.iteritems():
self.languageLabels[label.encode('ascii')] = messageID