def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.address = NumberMatch(
JSONHelper.getNumberOrStringChecked(obj, "address", True))
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.functionName = StringMatch(JSONHelper.getNumberOrStringChecked(obj, "functionName", True))
self.frameNumber = JSONHelper.getNumberOrStringChecked(obj, "frameNumber")
if self.frameNumber != None:
self.frameNumber = NumberMatch(self.frameNumber)
else:
# Default to 0
self.frameNumber = NumberMatch(0)
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.functionName = StringMatch(JSONHelper.getNumberOrStringChecked(obj, "functionName", True))
self.frameNumber = JSONHelper.getNumberOrStringChecked(obj, "frameNumber")
if self.frameNumber != None:
self.frameNumber = NumberMatch(self.frameNumber)
else:
# Default to 0
self.frameNumber = NumberMatch(0)
class StackFrameSymptom(Symptom):
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.functionName = StringMatch(
JSONHelper.getNumberOrStringChecked(obj, "functionName", True))
self.frameNumber = JSONHelper.getNumberOrStringChecked(
obj, "frameNumber")
if self.frameNumber is not None:
self.frameNumber = NumberMatch(self.frameNumber)
else:
# Default to 0
self.frameNumber = NumberMatch(0)
def matches(self, crashInfo):
'''
Check if the symptom matches the given crash information
@type crashInfo: CrashInfo
@param crashInfo: The crash information to check against
@rtype: bool
@return: True if the symptom matches, False otherwise
'''
for idx in range(len(crashInfo.backtrace)):
# Not the most efficient way for very long stacks with a small match area
if self.frameNumber.matches(idx):
if self.functionName.matches(crashInfo.backtrace[idx]):
return True
return False
class StackFrameSymptom(Symptom):
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.functionName = StringMatch(JSONHelper.getNumberOrStringChecked(obj, "functionName", True))
self.frameNumber = JSONHelper.getNumberOrStringChecked(obj, "frameNumber")
if self.frameNumber != None:
self.frameNumber = NumberMatch(self.frameNumber)
else:
# Default to 0
self.frameNumber = NumberMatch(0)
def matches(self, crashInfo):
'''
Check if the symptom matches the given crash information
@type crashInfo: CrashInfo
@param crashInfo: The crash information to check against
@rtype: bool
@return: True if the symptom matches, False otherwise
'''
for idx in range(len(crashInfo.backtrace)):
# Not the most efficient way for very long stacks with a small match area
if self.frameNumber.matches(idx):
if self.functionName.matches(crashInfo.backtrace[idx]):
return True
return False
class StackSizeSymptom(Symptom):
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.stackSize = NumberMatch(JSONHelper.getNumberOrStringChecked(obj, "size", True))
def matches(self, crashInfo):
'''
Check if the symptom matches the given crash information
@type crashInfo: CrashInfo
@param crashInfo: The crash information to check against
@rtype: bool
@return: True if the symptom matches, False otherwise
'''
return self.stackSize.matches(len(crashInfo.backtrace))
class StackSizeSymptom(Symptom):
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.stackSize = NumberMatch(JSONHelper.getNumberOrStringChecked(obj, "size", True))
def matches(self, crashInfo):
'''
Check if the symptom matches the given crash information
@type crashInfo: CrashInfo
@param crashInfo: The crash information to check against
@rtype: bool
@return: True if the symptom matches, False otherwise
'''
return self.stackSize.matches(len(crashInfo.backtrace))
class CrashAddressSymptom(Symptom):
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.address = NumberMatch(JSONHelper.getNumberOrStringChecked(obj, "address", True))
def matches(self, crashInfo):
'''
Check if the symptom matches the given crash information
@type crashInfo: CrashInfo
@param crashInfo: The crash information to check against
@rtype: bool
@return: True if the symptom matches, False otherwise
'''
# In case the crash address is not available,
# the NumberMatch class will return false to not match.
return self.address.matches(crashInfo.crashAddress)
class CrashAddressSymptom(Symptom):
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.address = NumberMatch(JSONHelper.getNumberOrStringChecked(obj, "address", True))
def matches(self, crashInfo):
'''
Check if the symptom matches the given crash information
@type crashInfo: CrashInfo
@param crashInfo: The crash information to check against
@rtype: bool
@return: True if the symptom matches, False otherwise
'''
# In case the crash address is not available,
# the NumberMatch class will return false to not match.
return self.address.matches(crashInfo.crashAddress)
def __init__(self, obj):
'''
Private constructor, called by L{Symptom.fromJSONObject}. Do not use directly.
'''
Symptom.__init__(self, obj)
self.address = NumberMatch(JSONHelper.getNumberOrStringChecked(obj, "address", True))