def getValue(value):
filteredValue = StringHelper.filterString(value)
if isSettingValue(filteredValue):
if StringHelper.isNotBlank(filteredValue):
if c.OPEN_LIST == filteredValue[0]:
return getList(filteredValue)
elif c.OPEN_TUPLE == filteredValue[0]:
return getTuple(filteredValue)
elif c.OPEN_DICTIONARY == filteredValue[0]:
return getDictionary(filteredValue)
elif c.OPEN_SET == filteredValue[0]:
return getSet(filteredValue)
parsedValue = None
try:
parsedValue = int(filteredValue)
except:
try:
parsedValue = float(filteredValue)
except:
try:
parsedValue = filteredValue
if not filteredValue is None:
if filteredValue == c.TRUE:
parsedValue = True
elif filteredValue == c.FALSE:
parsedValue = False
except:
parsedValue = filteredValue
return parsedValue
return filteredValue
def lineAproved(settingLine):
approved = True
if c.NEW_LINE == settingLine:
approved = False
if c.HASH_TAG in settingLine:
filteredSettingLine = StringHelper.filterString(settingLine)
if filteredSettingLine is None or c.NOTHING == filteredSettingLine or c.NEW_LINE == filteredSettingLine:
approved = False
return approved
def update(environmentKey, environmentValue, default=None) :
if ObjectHelper.isNotEmpty(environmentKey) :
associatedValue = None
if not environmentValue is None :
associatedValue = str(StringHelper.filterString(environmentValue))
OS.environ[environmentKey] = associatedValue
elif not default is None :
associatedValue = str(StringHelper.filterString(default))
OS.environ[environmentKey] = associatedValue
else :
try:
delete(environmentKey)
except Exception as exception :
LogHelper.warning(update, f'Failed to delete "{environmentKey}" enviroment variable key', exception=exception)
return associatedValue
else :
LogHelper.debug(update, f'arguments: environmentKey: {environmentKey}, environmentValue: {environmentValue}, default: {default}')
raise Exception(f'Error associating environment variable "{environmentKey}" key to environment variable "{environmentValue}" value')
def getSetting(nodeKey, settingTree):
setting = None
try:
setting = SettingHelperHelper.accessTree(nodeKey, settingTree)
except Exception as exception:
LogHelper.failure(
getSetting,
f'Not possible to get {nodeKey} node key. Returning "{setting}" by default',
exception)
return StringHelper.filterString(setting) if isinstance(setting,
str) else setting
def getFilteredSetting(settingKey, settingValue, nodeKey, settingTree):
# print(f'getFilteredSetting: settingValue: "{settingValue}"')
if StringHelper.isNotBlank(settingValue):
settingEvaluationList = settingValue.split(c.COLON)
if len(settingEvaluationList) > 1:
defaultSettingValue = c.COLON.join(
settingValue.split(c.COLON)[1:]).strip()
# print(f' defaultSettingValue: {defaultSettingValue}')
else:
defaultSettingValue = c.NONE
if isSettingInjection(defaultSettingValue):
return getSettingInjectionValue(settingKey, defaultSettingValue,
nodeKey, settingTree)
return StringHelper.filterString(defaultSettingValue)
# print(f' settingValue: {settingValue}')
return settingValue
def getDictionary(value):
splitedValue = value[1:-1].split(c.COLON)
keyList = []
for index in range(len(splitedValue) - 1):
keyList.append(
StringHelper.filterString(splitedValue[index].split(
c.COMA)[-1].strip()))
valueList = []
valueListSize = len(splitedValue) - 1
for index in range(valueListSize):
if index == valueListSize - 1:
correctValue = splitedValue[index + 1].strip()
else:
correctValue = c.COMA.join(splitedValue[index + 1].split(
c.COMA)[:-1]).strip()
valueList.append(getValue(correctValue))
resultantDictionary = dict()
for index in range(len(keyList)):
resultantDictionary[keyList[index]] = valueList[index]
return resultantDictionary
def accessTree(nodeKey, tree):
if ObjectHelper.isNotNone(tree):
strippedNodeKey = nodeKey.strip()
if ObjectHelper.isEmpty(nodeKey):
returnTree = None
try:
returnTree = StringHelper.filterString(tree)
except Exception as exception:
LogHelper.failure(
accessTree,
f'Failed to get filtered string from {tree} tree. Returning it the way it is by default',
exception)
returnTree = tree
return returnTree
elif isinstance(nodeKey, str):
nodeKeyList = nodeKey.split(c.DOT)
if len(nodeKeyList) == 1:
nextNodeKey = c.NOTHING
else:
nextNodeKey = c.DOT.join(nodeKeyList[1:])
return accessTree(nextNodeKey, tree.get(nodeKeyList[0]))
def getStrReturn(
key,
value,
collectionType,
quote,
prettyFunction,
tabCount,
nullValue,
trueValue,
falseValue,
withColors
) :
valueValue = prettyFunction(
value,
quote = quote,
tabCount = tabCount,
nullValue = nullValue,
trueValue = trueValue,
falseValue = falseValue,
withColors = withColors,
joinAtReturn = False
)
if c.TYPE_DICT == collectionType :
filteredAndColoredQuote = getFilteredAndColoredQuote(key, quote, prettyFunction, withColors, c.QUOTE_PROMPT_COLOR)
filteredAndColoredColonSpace = getItAsColoredString(c.COLON_SPACE, prettyFunction, withColors, color=c.COLON_PROMPT_COLOR)
return [tabCount * c.TAB, *filteredAndColoredQuote, *getItAsColoredString(key if StringHelper.prettyPython==prettyFunction else StringHelper.filterString(prettyFunction(key, quote=quote, tabCount=tabCount, nullValue=nullValue, trueValue=trueValue, falseValue=falseValue)), prettyFunction, withColors), *filteredAndColoredQuote, *filteredAndColoredColonSpace, *valueValue]
else :
return [tabCount * c.TAB, *valueValue]
def getAttibuteValue(settingLine):
possibleValue = StringHelper.filterString(settingLine)
return getValue(c.COLON.join(possibleValue.split(c.COLON)[1:]))
def getAttributeKey(settingLine):
possibleKey = StringHelper.filterString(settingLine)
return possibleKey.split(c.COLON)[0].strip()
