def __init__(self,nodeGradesInfos=[]):
X86AnalyzerBase.__init__(self,nodeGradesInfos)
self.problem = Problem(MinConflictsSolver())
# this is to make it human readable ..
# we will generator the solution only when we need it and then cache it
# TODO make __
self.sol = None
for key in self.rewriteDict.keys():
self.rewriteDict[key]['symbolCache'] = {}
self.rewriteDict[key]['curLine'] = 1
self.rewriteDict[key]['curPos'] = 1
self.createRewrite()
def __init__(self, nodeGradesInfos=[]):
X86AnalyzerBase.__init__(self, nodeGradesInfos)
self.problem = Problem(MinConflictsSolver())
# this is to make it human readable ..
# we will generator the solution only when we need it and then cache it
# TODO make __
self.sol = None
for key in self.rewriteDict.keys():
self.rewriteDict[key]['symbolCache'] = {}
self.rewriteDict[key]['curLine'] = 1
self.rewriteDict[key]['curPos'] = 1
self.createRewrite()
def __init__(self,nodeGradesInfos=[]):
X86AnalyzerBase.__init__(self,nodeGradesInfos)
self.createRewrite()
self.__createBlackList()
def __init__(self,nodeGradesInfos=[]):
X86AnalyzerBase.__init__(self,nodeGradesInfos)
self.createRewrite()
self.__createBlackList()