def getFilterMap(callNode, fileId_):
global fileId, verbose
verbose = True
fileId = fileId_
result = {}
if callNode.type != "call":
return result
operand = callNode.getChild("operand")
if operand:
operand_string, isComplete = treeutil.assembleVariable(operand.getChildByPosition(0))
if not operand or not isComplete or operand_string != "qx.core.Environment.filter":
log("Warning", "Can only work on qx.core.Environment.filter call. Ignoring this occurrence.", operand)
return result
params = callNode.getChild("params")
if len(params.children) != 1:
log("Warning", "Expecting exactly one argument for qx.core.Environment.filter. Ignoring this occurrence.", params)
return result
# Get the map from the find call
firstParam = params.getChildByPosition(0)
if not firstParam.type == "map":
log("Warning", "First argument must be a map! Ignoring this occurrence.", firstParam)
return result
result = treeutil.mapNodeToMap(firstParam)
return result
def checkPrivate(allVars):
privateElement = re.compile(r"\b__")
def findPrivate(allVars):
variables = []
for node in allVars:
fullName, isComplete = treeutil.assembleVariable(node)
if privateElement.search(fullName):
variables.append(node)
return variables
def isLocalPrivate(var, fullName):
allIdentifier = fullName.split(".")
first = second = None
if len(allIdentifier) > 0:
first = allIdentifier[0]
if len(allIdentifier) > 1:
second = allIdentifier[1]
return first and (first == "this" or first == "that") and second and privateElement.match(second)
variables = findPrivate(allVars)
for var in variables:
fullName = treeutil.assembleVariable(var)[0]
if (
isLocalPrivate(var, fullName) and fullName.split(".")[1] not in restricted
): # local privates are ok, as long as they are declared
self.log(
var,
"Undeclared private data field '%s'. You should list this field in the members section."
% fullName,
)
return
def findPrivate(allVars):
variables = []
for node in allVars:
fullName, isComplete = treeutil.assembleVariable(node)
if privateElement.search(fullName):
variables.append(node)
return variables
def findPrivate(allVars):
variables = []
for node in allVars:
fullName, isComplete = treeutil.assembleVariable(node)
if privateElement.search(fullName):
variables.append(node)
return variables
def checkPrivate(allVars):
privateElement = re.compile(r'\b__')
def findPrivate(allVars):
variables = []
for node in allVars:
fullName, isComplete = treeutil.assembleVariable(node)
if privateElement.search(fullName):
variables.append(node)
return variables
def isLocalPrivate(var, fullName):
allIdentifier = fullName.split('.')
first = second = None
if len(allIdentifier) > 0:
first = allIdentifier[0]
if len(allIdentifier) > 1:
second = allIdentifier[1]
return (first and (first == "this" or first == "that")
and second and privateElement.match(second))
variables = findPrivate(allVars)
for var in variables:
fullName = treeutil.assembleVariable(var)[0]
if isLocalPrivate(var, fullName) and fullName.split(
'.'
)[1] not in restricted: # local privates are ok, as long as they are declared
self.log(
var,
"Undeclared private data field '%s'. You should list this field in the members section."
% fullName)
return
def findProtected(allVars):
variables = []
for node in allVars:
# only check protected in lval position
if (node.hasParent() and node.parent.type == "left" and
node.parent.hasParent() and node.parent.parent.type == "assignment" and
protectedElement.search(treeutil.assembleVariable(node)[0])):
variables.append(node)
return variables
def findProtected(allVars):
variables = []
for node in allVars:
# only check protected in lval position
if (node.hasParent() and node.parent.type == "left"
and node.parent.hasParent()
and node.parent.parent.type == "assignment"
and protectedElement.search(
treeutil.assembleVariable(node)[0])):
variables.append(node)
return variables
def checkImplicit(allVars):
def hasUndeclaredMember(fullName):
allIdentifier = fullName.split('.')
first = second = None
if len(allIdentifier) > 0:
first = allIdentifier[0]
if len(allIdentifier) > 1:
second = allIdentifier[1]
return (first and
(first == "this" or first == "that") and
second and
second not in restricted) # <- this is bogus, too narrow
for var in allVars:
fullName = treeutil.assembleVariable(var)[0]
if hasUndeclaredMember(fullName):
self.log(var, "Undeclared local data field in '%s'! You should list this field in the member section." % fullName)
return
def checkImplicit(allVars):
def hasUndeclaredMember(fullName):
allIdentifier = fullName.split('.')
first = second = None
if len(allIdentifier) > 0:
first = allIdentifier[0]
if len(allIdentifier) > 1:
second = allIdentifier[1]
return (first and (first == "this" or first == "that")
and second and second not in restricted
) # <- this is bogus, too narrow
for var in allVars:
fullName = treeutil.assembleVariable(var)[0]
if hasUndeclaredMember(fullName):
self.log(
var,
"Undeclared local data field in '%s'! You should list this field in the member section."
% fullName)
return
def getFilterMap(callNode, fileId_):
global fileId, verbose
verbose = True
fileId = fileId_
result = {}
if callNode.type != "call":
return result
operand = callNode.getChild("operand")
if operand:
operand_string, isComplete = treeutil.assembleVariable(
operand.getChildByPosition(0))
if not operand or not isComplete or operand_string != "qx.core.Environment.filter":
log(
"Warning",
"Can only work on qx.core.Environment.filter call. Ignoring this occurrence.",
operand)
return result
params = callNode.getChild("params")
if len(params.children) != 1:
log(
"Warning",
"Expecting exactly one argument for qx.core.Environment.filter. Ignoring this occurrence.",
params)
return result
# Get the map from the find call
firstParam = params.getChildByPosition(0)
if not firstParam.type == "map":
log("Warning",
"First argument must be a map! Ignoring this occurrence.",
firstParam)
return result
result = treeutil.mapNodeToMap(firstParam)
return result
