class User(StateNode):
STATE_ACTIVE = 'Active'
def __init__( self, name, parent ):
StateNode.__init__( self, name, parent, initialState = self.STATE_ACTIVE )
self.log = Logger().get_instance( self.__class__.__name__ )
self.dialogs = {}
def identifyEvent( self, event ):
self.log.info( str(event) )
if isinstance( event, MessageEvent ):
return event.id
elif isinstance( event, StateChangeNotification ):
if event.node in self.dialogs.itervalues():
return 'Dialog' + event.node.currentState
raise SipException( '[' + str(self.name) + '] ' + 'Ignoring event ' + str(event) + '.' )
def inActive_onRxRequest( self, event ):
callid = event.message['Call-ID']
if not callid in self.dialogs:
dialog = Dialog( callid, self, event )
dialog.addListener( self )
self.dialogs[callid] = dialog
#FIXME: We don't really want to create a dialog for everything (e.g. REGISTER).
# Even if we create a dummy dialog, then the subscribe and register dialogs would conflict.
dialog = self.dialogs[callid]
self.send( event, dialog, False )
def inActive_onRxResponse( self, event ):
callid = event.message['Call-ID']
if not callid in self.dialogs:
self.handled = True
raise SipException( 'Dialog, ' + str(callid) + ' not found in user, ' + str(self.name) + '.' )
else:
dialog = self.dialogs[callid]
self.send( event, dialog, False )
def inActive_onTxRequest( self, event ):
self.notify( event, False )
def inActive_onTxResponse( self, event ):
self.notify( event, False )
def inActive_onDialogEarly( self, event ):
#FIXME:
self.inActive_onDialogProceeding( self, event )
def inActive_onDialogProceeding( self, event ):
dialog = [ d for d in self.dialogs.itervalues() ][0]
transaction = dialog.transaction
#FIXME:
e = transaction.lastRequestEvent
ne = createResponseEvent( e, 200 )
self.notify( ne, True )
event.handled = True
def __init__(self,mtdSrcDict,classDict,pkgDict,impDict,mtdInv): self.mtdSrcDict = mtdSrcDict self.classDict = classDict self.pkgDict = pkgDict self.impDict = impDict self.mtdInv = mtdInv self.log = Logger().get_instance(self)
def __init__(self, pkgDict, impDict, inhDict, classDict, methDict,
mtdSrcDict, miList, mtdpfDict, sFile, nr, content, raw):
self.log = Logger().get_instance(self)
self.pkgDict = pkgDict
self.impDict = impDict
self.inhDict = inhDict
self.classDict = classDict
self.methDict = methDict
self.mtdSrcDict = mtdSrcDict
self.miList = miList
self.sourceFile = sFile
self.lineNr = nr
self.content = content
self.raw = raw # full grep content
self.mtdpfDict = mtdpfDict
# to be filled in
self.src_unqName = None # fully qualified caller method
self.src_name = None # caller method
self.src_param = None # caller method parameters
self.dst_base = None
self.dst_name = None
self.dst_param = None
self.srcLoc = None # caller method filename
self.srcLineNr = None # caller method line number
self.dstLoc = None
self.dstLineNr = None
def __init__(self, line):
self.log = Logger().get_instance(self)
self.cols = line.split(";")
self.owner = self.cols[0]
self.name = self.cols[1] + "(" + utils.cleanCol(self.cols[7]) + ")"
sourceFile = self.cols[3]
lineNr = self.cols[4].split(".")[0]
self.sourceLocation = SourceLocation(sourceFile, lineNr, lineNr)
self.isConstructor = False
# TODO: parse visibility codes
self.accessControlQualifier = "public"
# TODO: static?
self.hasClassScope = False
# TODO: abstract? Interface?
self.isAbstract = False
params = self.cols[7]
if "{}" == params:
self.parameters = []
self.parameterNames = []
else:
self.parameters = utils.cleanCol(params).split(",")
self.parameterNames = utils.cleanCol(self.cols[8]).split(",")
# to be resolved later
self.package = None
self.retType = None
self.parentType = None
# scope, visibility, abstract
self.__resolveCharacteristics(self.cols[5])
def __init__(self, obj=None):
"""
初始化方法：
- 1.初始化配置信息
- 2.初始化 className
- 3.初始化数据库表的主键
"""
if not obj:
raise Exception(
"BaseDao is missing a required parameter --> obj(class object).\nFor example [super().__init__(User)]."
)
else:
self.__logger = Logger(self.__class__) # 初始化日志对象
self.__logger.start() # 开启日志
if not self.__parser: # 解析 xml
self.__parser = ConfigurationParser()
self.__poolConfigDict = self.__parser.parseConfiguration()
print(self.__poolConfigDict)
self.__pool = PooledDB(**self.__poolConfigDict)
# 初始化参数
if (self.__obj == None) or (self.__obj != obj):
global PRIMARY_KEY_DICT_LIST
if (not PRIMARY_KEY_DICT_LIST) or (PRIMARY_KEY_DICT_LIST.count
== 0):
self.__init_primary_key_dict_list() # 初始化主键字典列表
self.__init_params(obj) # 初始化参数
self.__init_columns() # 初始化字段列表
self.__logger.end() # 结束日志
pass
def __init__(self, line):
self.log = Logger().get_instance(self)
cols = line.split(":")
self.sourceFile = cols[0].replace("./", "")
self.lineNr = cols[1]
self.content = cols[2].lstrip().split(
" ")[0].strip() # typically some code behind it
self.owner = ""
class Parser(object):
def __init__(self, fileName):
self.log = Logger().get_instance(self.__class__.__name__)
self.log.debug('Init parser for file ' + fileName)
self.fileName = fileName
def loadInClass(self, className):
pass
def __init__(self, line):
line = line.strip()
self.metricLOC, self.metricCC, self.metricCOM, \
self.pkgName, self.className, self.methodName = \
self.__decomposeCols(line)
self.invEntRef = None # ref to invokable entity; to be resolved later
self.log = Logger().get_instance(self)
class TransitiveInheritanceDictionary:
##
# Initialize a transitive inheritance dictionary given an include dictionary.
##
def __init__(self, inheritanceDictionary):
# initialize an empty dictionary
self.dict = {}
self.inhDict = inheritanceDictionary
self.calculateTransitiveSuperclasses()
self.inhDict = None
self.log = Logger().get_instance(self)
##
# Add the transitive included files for each including file.
##
def calculateTransitiveSuperclasses(self):
for subclass in self.inhDict.dict:
transitiveSuperclasses = self.inhDict.getTransitiveSuperclasses(subclass)
self.dict[subclass] = transitiveSuperclasses
##
# Is the dictionary aware of any superclasses of the given className
##
def hasKey(self, className):
return className in self.dict
##
# Retrieve a list of names of transitive superclasses of the given class-name.
##
def getTransitiveSuperclasses(self, className):
superclasses = []
if className in self.dict:
superclasses = self.dict[className]
return superclasses
##
# Verify whether the given superclass-name is a known (transitive) superclass of the given subclass-name.
##
def isSubclassOf(self, subclassName, superclassName):
return superclassName in self.getTransitiveSuperclasses(subclassName)
##
# Print the contents of the dictionary.
##
def printContent(self):
self.log.info("Dictionary has", len(self.dict), "elements:")
for key in self.dict:
self.log.info("[", key, ",", self.getTransitiveSuperclasses(key), "]")
def setUpClass(cls):
open(cls.log_file, mode="w", encoding="utf-8").close()
cls.file = open(cls.log_file, mode="r", encoding="utf-8")
file_handler = {
'class': 'logging.FileHandler',
'filename': cls.log_file
}
Logger.configure(root={"handlers": ["file"]},
handlers={"file": file_handler})
def __init__(self, inheritanceDictionary):
# initialize an empty dictionary
self.dict = {}
self.inhDict = inheritanceDictionary
self.calculateTransitiveSuperclasses()
self.inhDict = None
self.log = Logger().get_instance(self)
class Resources(Node):
"""Dispatches incoming MessageEvents based on the Request-URI."""
def __init__( self, name, parent ):
super( Resources, self ).__init__( name, parent )
self.log = Logger().get_instance( self.__class__.__name__ )
self.resources = {}
def identifyEvent( self, event ):
self.log.info( str(event) )
if isinstance( event, MessageEvent ):
return event.id
elif isinstance( event, ResourceEvent ):
return event.id
raise SipException( '[' + str(self.name) + '] ' + 'Ignoring event ' + str(event) + '.' )
def onBind( self, event ):
obj = importExtension( event.clsName )
if obj:
resource = obj( str(event.uri), self )
if resource:
resource.addListener( self )
self.resources[event.uri] = resource
if not obj or not resource:
raise Exception( 'Failed to import resource, ' + str(event.uri) + ', of type, ' + str(event.clsName) + '.' )
event.handled = True
def onUnbind( self, event ):
del self.resources[event.uri]
event.handled = True
def onRxRequest( self, event ):
try:
host = event.message.requestUri.host
resource = self.resources[host]
self.send( event, resource, queued=False )
except KeyError:
pass
def onRxResponse( self, event ):
raise 'FIXME:IMPLEMENT: Need to find the corresponding request, then the request-URI, then look up the resource in self.resources.'
def onTxRequest( self, event ):
self.notify( event, queued=False )
def onTxResponse( self, event ):
self.notify( event, queued=False )
class Parser(object):
def __init__(self,fileName):
self.log = Logger().get_instance(self.__class__.__name__)
self.log.debug('Init parser for file '+fileName)
self.fileName = fileName
def loadInClass(self,className):
pass
class Event(Loadable):
def __init__(self, eventName=None):
self.log = Logger().get_instance(self.__class__.__name__)
self.eventName = eventName
self.eventParameters = []
def setDict(self, dictData):
self.log.debug(str(dictData))
self.eventName = dictData["eventName"]
self.eventParameters = dictData["eventParameters"]
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
self.zone = None
self.functions = []
self.contiguous = {}
self.contiguous['south'] = None
self.contiguous['north'] = None
self.contiguous['east'] = None
self.contiguous['west'] = None
self.character = None
def __init__(self, itemsLoader):
'''
Constructor
'''
'''
Logger
'''
self.log = Logger().get_instance(self.__class__.__name__)
'''
Tile loader able to convert tile CODE
'''
self.itemsLoader = itemsLoader
# self._name = name
# self._type = type
#
# self._move = move
# self._weapon_skill = weapon_skill
# self._ballistic_skill = ballistic_skill
# self._strength = strength
# self._toughness = toughness
# self._wounds = wounds
# self._current_wounds = wounds
# self._initiative = initiative
# self._attacks = attacks
# self._gold = gold
# self._armor = armor
# self._damage = damage
self._type = ""
self._name = ""
"""
all Stats
"""
self._move = 0
self._weapon_skill = 0
self._ballistic_skill = 0
self._strength = 0
self._toughness = 0
self._wounds = 0
self._initiative = 0
self._attacks = 0
self._gold = 0
self._armor = 0
self._damage = 0
self._extra_damage = 0
self._extra_damage_hit = 0
self._pinning = 6
self._current_wounds = 0
# Default battle level is 1
self._battle_level = 1
self._effects = []
class TransitiveInheritanceDictionary:
##
# Initialize a transitive inheritance dictionary given an include dictionary.
##
def __init__(self, inheritanceDictionary):
# initialize an empty dictionary
self.dict = {}
self.inhDict = inheritanceDictionary
self.calculateTransitiveSuperclasses()
self.inhDict = None
self.log = Logger().get_instance(self)
##
# Add the transitive included files for each including file.
##
def calculateTransitiveSuperclasses(self):
for subclass in self.inhDict.dict:
transitiveSuperclasses = self.inhDict.getTransitiveSuperclasses(
subclass)
self.dict[subclass] = transitiveSuperclasses
##
# Is the dictionary aware of any superclasses of the given className
##
def hasKey(self, className):
return (className in self.dict)
##
# Retrieve a list of names of transitive superclasses of the given class-name.
##
def getTransitiveSuperclasses(self, className):
superclasses = []
if (className in self.dict):
superclasses = self.dict[className]
return superclasses
##
# Verify whether the given superclass-name is a known (transitive) superclass of the given subclass-name.
##
def isSubclassOf(self, subclassName, superclassName):
return (superclassName in self.getTransitiveSuperclasses(subclassName))
##
# Print the contents of the dictionary.
##
def printContent(self):
self.log.info("Dictionary has", len(self.dict), "elements:")
for key in self.dict:
self.log.info("[", key, ",", self.getTransitiveSuperclasses(key),
"]")
class Item(object):
'''
classdocs
'''
_name = ""
_gold = 0
_effects = []
_type = 'Item'
_magical = False
_ranged = True
_modfiers = []
_profil = []
_maxUsage = -1
def __init__(self, name=None, gold=0, effects=None):
'''
Constructor
'''
'''
Logger
'''
self.log = Logger().get_instance(self.__class__.__name__)
self._name = name
self._gold = gold
self._effects = effects
self._type = None
self._basePurchasePrice = 0
def equip(self, target):
pass
def unequip(self, target):
pass
def use(self, target):
pass
def setDict(self,dictData):
self.log.debug(str(dictData))
self._name = dictData['name']
self._type = dictData['type']
self._gold = dictData['gold']
self._basePurchasePrice = dictData['basePurchasePrice']
self._description = dictData['description']
if dictData.has_key('stock'):
self._ranged = dictData['stock']
if dictData.has_key('maxUsage'):
self._ranged = dictData['maxUsage']
if dictData.has_key('ranged'):
self._ranged = dictData['ranged']
class Event(Loadable):
def __init__(self,eventName=None):
self.log = Logger().get_instance(self.__class__.__name__)
self.eventName = eventName
self.eventParameters = []
def setDict(self,dictData):
self.log.debug(str(dictData))
self.eventName = dictData['eventName']
self.eventParameters = dictData['eventParameters']
class AsciiRender(Render):
pass
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
def renderTabletop(self,tableTop):
asciiMap = ''
index=0
self.log.debug('Tabletop size x:'+str(tableTop.sizeX)+' y:'+str(tableTop.sizeY))
for i in range(0,tableTop.sizeY):
for j in range(0,tableTop.sizeX):
tile = tableTop.tiles[index]
asciiMap += self.getImageForTile(tile)
index +=1
asciiMap += '\n'
print asciiMap
def renderZone(self,zone):
asciiMap = ''
index=0
self.log.debug('Zone size x:'+str(zone.sizeX)+' y:'+str(zone.sizeY))
asciiMap += '\n| |'
for x in range(zone.getMinX(),zone.getMaxX() +1 ):
asciiMap += '|'+str(x)+'|'
asciiMap += '\n'
for y in range(zone.getMinY(),zone.getMaxY() +1 ):
asciiMap += '|'+str(y)+'|'
for x in range(0,zone.sizeX):
tile = zone.tiles[index]
asciiMap += self.getImageForTile(tile)
index +=1
asciiMap += '\n'
return asciiMap
def getImageForTile(self,tile):
if tile != None and tile.hasFunction('IO'):
return '[D]'
if tile != None and tile.hasFunction('Idol'):
return '[@]'
if tile != None and tile.hasFunction('Fire'):
return '[w]'
if tile != None and tile.hasFunction('Water'):
return '[~]'
if tile != None and tile.hasFunction('D'):
return '[ ]'
return '___';
class Item(object):
'''
classdocs
'''
_name = ""
_gold = 0
_effects = []
_type = 'Item'
_magical = False
_ranged = True
_modfiers = []
_profil = []
_maxUsage = -1
def __init__(self, name=None, gold=0, effects=None):
'''
Constructor
'''
'''
Logger
'''
self.log = Logger().get_instance(self.__class__.__name__)
self._name = name
self._gold = gold
self._effects = effects
self._type = None
self._basePurchasePrice = 0
def equip(self, target):
pass
def unequip(self, target):
pass
def use(self, target):
pass
def setDict(self, dictData):
self.log.debug(str(dictData))
self._name = dictData['name']
self._type = dictData['type']
self._gold = dictData['gold']
self._basePurchasePrice = dictData['basePurchasePrice']
self._description = dictData['description']
if dictData.has_key('stock'):
self._ranged = dictData['stock']
if dictData.has_key('maxUsage'):
self._ranged = dictData['maxUsage']
if dictData.has_key('ranged'):
self._ranged = dictData['ranged']
class AsciiRender(Render):
pass
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
def renderTabletop(self, tableTop):
asciiMap = ''
index = 0
self.log.debug('Tabletop size x:' + str(tableTop.sizeX) + ' y:' +
str(tableTop.sizeY))
for i in range(0, tableTop.sizeY):
for j in range(0, tableTop.sizeX):
tile = tableTop.tiles[index]
asciiMap += self.getImageForTile(tile)
index += 1
asciiMap += '\n'
print asciiMap
def renderZone(self, zone):
asciiMap = ''
index = 0
self.log.debug('Zone size x:' + str(zone.sizeX) + ' y:' +
str(zone.sizeY))
asciiMap += '\n| |'
for x in range(zone.getMinX(), zone.getMaxX() + 1):
asciiMap += '|' + str(x) + '|'
asciiMap += '\n'
for y in range(zone.getMinY(), zone.getMaxY() + 1):
asciiMap += '|' + str(y) + '|'
for x in range(0, zone.sizeX):
tile = zone.tiles[index]
asciiMap += self.getImageForTile(tile)
index += 1
asciiMap += '\n'
return asciiMap
def getImageForTile(self, tile):
if tile != None and tile.hasFunction('IO'):
return '[D]'
if tile != None and tile.hasFunction('Idol'):
return '[@]'
if tile != None and tile.hasFunction('Fire'):
return '[w]'
if tile != None and tile.hasFunction('Water'):
return '[~]'
if tile != None and tile.hasFunction('D'):
return '[ ]'
return '___'
class TileFunction:
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
self.name = ''
self.objectType = ''
self.code = ''
def setDict(self, dictData):
self.log.debug(str(dictData))
self.name = dictData['name']
self.objectType = dictData['objectType']
self.code = dictData['code']
def __init__(self, line):
TypedEntity.__init__(self, line)
self.log = Logger().get_instance(self)
self.namespaceName = None
self.cols = self.line.split(";")
self.sourceIndicationIndex = -1 # to be initialized by subclass
self.visibilityIndicationIndex = -1 # to be initialized by subclass
self.nameIndex = -1 # to be initialized by subclass
self.initialize()
self.postInitialize() # for subclasses to override
class AccessDictionary:
# initialize an empty dictionary
dict = {}
##
# Initialize a dictionary.
##
def __init__(self):
self.log = Logger().get_instance(self)
pass
##
# Print the dictionary
##
def printContent(self):
self.log.info("Dictionary has", len(self.dict), "elements:")
for key in self.dict:
self.log.info( "[",key,",",self.convertToList(self.dict[key]),"]")
def createKey(self, fileName, lineNr):
return fileName+":"+lineNr
def hasKeyFor(self, fileName, lineNr):
return self.hasKey(self.createKey(fileName,lineNr))
def hasKey(self, key):
return self.dict.has_key(key)
def getValue(self, fileName, lineNr):
assert self.hasKey(self.createKey(fileName, lineNr))
return self.dict[self.createKey(fileName, lineNr)]
def getValueAsList(self, fileName, lineNr):
return self.getValue(fileName, lineNr).split(",")
def convertToList(self, value):
return value.split(",")
def add(self, fileName, lineNr, typeClass):
if typeClass != "" and typeClass != None:
key = self.createKey(fileName, lineNr)
value = typeClass
if self.dict.has_key(key) :
value = self.dict[key]
valueAsList=self.convertToList(value)
if not typeClass in valueAsList:
value=value+","+typeClass
self.dict[key] = value
def __init__(self, line):
""" Initialize a method entity given a line from the SourceNavigator \
dbdump file (.methods). """
self.log = Logger().get_instance(self)
cols = line.split(";")
self.owner = cols[0]
self.name = cols[1]
self.sourceFile = cols[3]
self.lineNr = cols[4].split(".")[0]
self.visibility = "public"
# to be configured with additional information
self.package = None
self.attrType = None
self.parentType = None
def __init__(self, name=None, gold=0, effects=None):
'''
Constructor
'''
'''
Logger
'''
self.log = Logger().get_instance(self.__class__.__name__)
self._name = name
self._gold = gold
self._effects = effects
self._type = None
self._basePurchasePrice = 0
def __init__(self, line):
self.log = Logger().get_instance(self)
self.cols = line.split(";")
self.dst_class = self.cols[0]
self.dst_name = self.cols[1]
self.src_class = self.cols[3]
self.src_name = self.cols[4]
self.acc_type = self.cols[5]
self.sourceFile = self.cols[8]
self.lineNr = utils.removeUpfrontZeroes(self.cols[7])
self.src_param = utils.cleanCol(self.cols[10].strip()).split(",")
self.package = ""
self.srcSourceLocation = SourceLocation("", "0", "0")
self.dstSourceLocation = SourceLocation("", "0", "0")
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
super(TableTop, self).__init__()
self.zones = []
self.lastZones = []
self.sizeY = 0
self.sizeX = 2
self.initialConnector = Connector(None)
self.initialConnector.position1X = 0
self.initialConnector.position1Y = -1
self.initialConnector.position2X = 1
self.initialConnector.position2Y = -1
self.initialConnector.direction = 'south'
self.initialConnector.zoneDealer = None
class TileFunction:
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
self.name = ''
self.objectType = ''
self.code = ''
def setDict(self,dictData):
self.log.debug(str(dictData))
self.name = dictData['name']
self.objectType = dictData['objectType']
self.code = dictData['code']
class PackageDictionary:
##
# Initialize a dictionary.
##
def __init__(self):
self.dict={}
self.log = Logger().get_instance(self)
##
# Verify whether the dictionary contains a given Package-name.
##
def hasKey(self, nsName):
return (nsName in self.dict)
##
# Add a Package contained in the given sourceFile at the given line-nr
# to the dictionary.
#
# @nsName - the name of the Package
# @sourceFile - the name of the file in which the Package is declared
#
# @returns True/False indicating whether the Package was added
##
def add(self,sourceFile, nsName):
isAdded = False
if ( not(sourceFile in self.dict) ):
self.dict[sourceFile] = nsName
isAdded = True
else:
self.log.warn("Ignoring additional package declaration "+nsName+"for file ",\
sourceFile+" already packaged in "+self.dict[sourceFile])
return isAdded
##
# Retrieve a list of [sourceFile, lineNr] elements for which it holds
# that in sourceFile at lineNr a class with name className is declared.
#
# @param className - the class name for which to find source locations.
#
# @returns a list of elements [sourceFile, lineNr]
##
def getPackageForFile(self, sourceFile):
noNS = ""
if ( sourceFile in self.dict ):
return self.dict[sourceFile]
else:
return noNS
def __init__(self,pkgDict,impDict,inhDict, classDict,methDict,mtdSrcDict,miList, mtdpfDict, sFile,nr,content, raw):
self.log = Logger().get_instance(self)
self.pkgDict = pkgDict
self.impDict = impDict
self.inhDict = inhDict
self.classDict = classDict
self.methDict = methDict
self.mtdSrcDict = mtdSrcDict
self.miList = miList
self.sourceFile = sFile
self.lineNr = nr
self.content = content
self.raw = raw # full grep content
self.mtdpfDict = mtdpfDict
# to be filled in
self.src_unqName = None # fully qualified caller method
self.src_name = None # caller method
self.src_param = None # caller method parameters
self.dst_base = None
self.dst_name = None
self.dst_param = None
self.srcLoc = None # caller method filename
self.srcLineNr = None # caller method line number
self.dstLoc = None
self.dstLineNr = None
def __init__(self, isImplementation, line):
TypedEntity.__init__(self, line)
MultipleLocationEntity.__init__(self)
self.log = Logger().get_instance(self)
self.isAbstract = False
self.isImplementation = isImplementation
self.namespaceName = None
def __init__(self, line):
self.log = Logger().get_instance(self)
cols = line.split(":")
self.sourceFile = cols[0].replace("./", "")
self.lineNr = cols[1]
self.content = cols[2].lstrip().split(" ")[0].strip() # typically some code behind it
self.owner = ""
def __init__(self, line):
self.log = Logger().get_instance(self)
self.cols = line.split(";")
self.owner = self.cols[0]
self.name = self.cols[1]+"("+utils.cleanCol(self.cols[7])+")"
sourceFile = self.cols[3]
lineNr = self.cols[4].split(".")[0]
self.sourceLocation = SourceLocation(sourceFile, lineNr, lineNr)
self.isConstructor = False
# TODO: parse visibility codes
self.accessControlQualifier = "public"
# TODO: static?
self.hasClassScope = False
# TODO: abstract? Interface?
self.isAbstract = False
params = self.cols[7]
if "{}" == params:
self.parameters = []
self.parameterNames = []
else:
self.parameters = utils.cleanCol(params).split(",")
self.parameterNames = utils.cleanCol(self.cols[8]).split(",")
# to be resolved later
self.package = None
self.retType = None
self.parentType = None
# scope, visibility, abstract
self.__resolveCharacteristics(self.cols[5])
def __init__(self, mtdSrcDict, classDict, pkgDict, impDict, mtdInv):
self.mtdSrcDict = mtdSrcDict
self.classDict = classDict
self.pkgDict = pkgDict
self.impDict = impDict
self.mtdInv = mtdInv
self.log = Logger().get_instance(self)
def __init__(self, activityDescription):
if sys.platform == "win32":
self.timer = time.clock
else:
self.timer = time.time
self.begin = self.end = 0
self.activityDescription = activityDescription
self.logger = Logger().get_instance(self)
def __init__(self, line):
self.log = Logger().get_instance(self)
cols = line.split(";")
# TODO: check number of cols
self.subclass = cols[0]
# fix SN messing up fully qualified inheritance [class A extends pkg.B {}]
self.superclass = cols[1].replace(".", "::")
sourceFile = cols[3]
start = cols[4].split(".")[0]
self.sourceLocation = SourceLocation(sourceFile, start, start)
vis = cols[5].strip()
self.accessControlQualifier = ""
self.decomposeVisibility(vis)
# to be filled in later
self.package = ""
self.superSourceLocation = None
def __init__(self, activityDescription): if sys.platform == "win32": self.timer = time.clock else: self.timer = time.time self.begin = self.end = 0 self.activityDescription = activityDescription self.logger = Logger().get_instance(self)
def __init__(self, includeDictionary):
# initialize an empty dictionary
self.dict = {}
self.includeDict = includeDictionary
self.calculateTransitiveIncludes()
self.includeDict = None
self.log = Logger().get_instance(self)
def __init__(self, line): line = line.strip() self.metricLOC, self.metricCC, self.metricCOM, \ self.pkgName, self.className, self.methodName = \ self.__decomposeCols(line) self.invEntRef = None # ref to invokable entity; to be resolved later self.log = Logger().get_instance(self)
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
self.loaders = []
self.data = {}
self.donjonSubTypeCount = {}
self.generateDongeonArray = []
self.renderObject = None
self.tableTop = TableTop()
self.firstZoneDealer = None
def __init__(self, inheritanceDictionary):
# initialize an empty dictionary
self.dict = {}
self.inhDict = inheritanceDictionary
self.calculateTransitiveSuperclasses()
self.inhDict = None
self.log = Logger().get_instance(self)
def __init__(self):
self.extractor = None
self.repositoryUri = None
self.repositoryType = None
self.folderName = None
self.checkOutByDate = True
self.cleanProjectFolder = False
self.log = Logger().get_instance(self)
self.saveCdifCounter = 0
self.reprocess = False
self.firstTransaction = False
self.fullMacroDict = {}
self.fullClassDict = EvoClassDictionary(None)
self.fullClassDict.restricting = False
self.fullAttrDict = EvoAccessibleEntityDictionary(None)
self.fullAttrDict.restricting = False
self.fullInvokableEntityDict = EvoInvokableEntityDictionary(None)
self.fullInvokableEntityDict.restricting = False
addLogTarget(self.log)
class Host(StateNode):
STATE_ACTIVE = 'Active'
def __init__( self, name, parent ):
StateNode.__init__( self, name, parent, initialState = self.STATE_ACTIVE )
self.log = Logger().get_instance( self.__class__.__name__ )
self.users = {}
def identifyEvent( self, event ):
self.log.info( str(event) )
if isinstance( event, MessageEvent ):
return event.id
elif isinstance( event, StateChangeNotification ):
if event.node in self.users.itervalues():
return 'User' + event.node.currentState
raise SipException( '[' + str(self.name) + '] ' + 'Ignoring event ' + str(event) + '.' )
def inActive_onRxRequest( self, event ):
userName = event.message['To'].uri.user
if not userName in self.users:
user = User( userName, self )
user.addListener( self )
self.users[userName] = user
event.localUser = self.users[userName]
self.send( event, event.localUser, False )
def inActive_onRxResponse( self, event ):
userName = event.message['From'].uri.user
if not userName in self.users:
self.users[userName] = User( userName, self )
event.localUser = self.users[userName]
self.send( event, event.localUser, False )
def inActive_onTxRequest( self, event ):
self.notify( event, False )
def inActive_onTxResponse( self, event ):
self.notify( event, False )
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
self.zone = None
self.functions = []
self.contiguous = {}
self.contiguous['south'] = None
self.contiguous['north'] = None
self.contiguous['east'] = None
self.contiguous['west'] = None
self.character = None
def __init__( self, name, parent ):
StateNode.__init__( self, name, parent, initialState = self.STATE_ACTIVE )
self.log = Logger().get_instance( self.__class__.__name__ )
self.authentication = AuthenticationAdapter( 'auth_adapter', self )
self.authentication.addListener( self )
self.authentication = None #FIXME:
self.transactions = {}
self.dialogs = {}
class Timer: def __init__(self, activityDescription): if sys.platform == "win32": self.timer = time.clock else: self.timer = time.time self.begin = self.end = 0 self.activityDescription = activityDescription self.logger = Logger().get_instance(self) ## # Starts the timer. ## def start(self): self.begin = self.timer() ## # Stop the timer. ## def stop(self): self.end = self.timer() def log(self, nrOfWorkItems): self.logger.info(self.activityDescription + " took "\ + `self.milli()` + " ms for " + `nrOfWorkItems` + " work items, or " \ + `self.getMillisPerItem(nrOfWorkItems)` + " ms per item.") def seconds(self): return self.milli() / 1000 def getMillisPerItem(self, nrOfItems): millisPerItem = 0 if nrOfItems != 0: millisPerItem = float(self.milli()) / float(nrOfItems) return millisPerItem def milli(self): return self.micro() / 1000 def micro(self): return int((self.end - self.begin) * 1000000)
class ZoneDealer:
def __init__(self,zones = []):
self.log = Logger().get_instance(self.__class__.__name__)
self.zones = zones
def addZone(self,zone):
self.log.debug('Add zone '+zone.name)
self.zones.append(zone)
def getAndRemoveZone(self):
if len(self.zones) > 0:
zone = self.zones.pop()
zone.zoneDealer = self
return zone
def split(self,count):
split = {}
if count == 0:
return None
elif count == 1:
split[0] = self
else:
for i in range(0,count):
split[i] = []
index = 0
for zone in self.zones:
split[index].append(zone)
index = index + 1
if index == count:
index=0
for i in range(0,count):
split[i] = ZoneDealer(split[i])
return split
def __str__(self, *args, **kwargs):
data = 'There are '+str(len(self.zones))+' zone in zoneDealer'
return data
class ZoneDealer:
def __init__(self, zones=[]):
self.log = Logger().get_instance(self.__class__.__name__)
self.zones = zones
def addZone(self, zone):
self.log.debug('Add zone ' + zone.name)
self.zones.append(zone)
def getAndRemoveZone(self):
if len(self.zones) > 0:
zone = self.zones.pop()
zone.zoneDealer = self
return zone
def split(self, count):
split = {}
if count == 0:
return None
elif count == 1:
split[0] = self
else:
for i in range(0, count):
split[i] = []
index = 0
for zone in self.zones:
split[index].append(zone)
index = index + 1
if index == count:
index = 0
for i in range(0, count):
split[i] = ZoneDealer(split[i])
return split
def __str__(self, *args, **kwargs):
data = 'There are ' + str(len(self.zones)) + ' zone in zoneDealer'
return data
def __init__(self,
scope,
transInhDict,
typedefDict,
invEntityDict,
accessDict=AccessDictionary()):
self.transInhDict = transInhDict
self.typedefDict = typedefDict
self.scope = scope
self.invEntityDict = invEntityDict
self.accessDict = accessDict
self.log = Logger().get_instance(self)
class ResolutionReport:
##
# Initialize the generic data.
##
def __init__(self, line):
self.line = line.strip()
self.entityType = "Undefined"
self.logger = Logger().get_instance(self)
self.logger.set_loglevel(LOGLEVEL_DEBUG)
##
# Return a string representation of the report.
##
def __repr__(self):
assert False, "Should be implemented by subclass."
##
# Verify whether the resolution succeeded.
##
def resolutionSucceeded(self):
assert False, "Should be implemented by subclass."
def log(self):
self.logger.debug("Failed to resolve " + self.entityType + ": " + self.line)
self.logger.debug(self.__repr__())
def logIfFlawed(self):
if self.resolutionFeasible() and (not self.resolutionSucceeded()):
self.log()
def __init__(self, line):
TypedEntity.__init__(self, line)
self.log = Logger().get_instance(self)
self.namespaceName = None
self.cols = self.line.split(";")
self.sourceIndicationIndex = -1 # to be initialized by subclass
self.visibilityIndicationIndex = -1 # to be initialized by subclass
self.nameIndex = -1 # to be initialized by subclass
self.initialize()
self.postInitialize() # for subclasses to override
def __init__(self, line):
""" Initialize a method entity given a line from the SourceNavigator \
dbdump file (.methods). """
self.log = Logger().get_instance(self)
cols = line.split(";")
self.owner = cols[0]
self.name = cols[1]
self.sourceFile = cols[3]
self.lineNr = cols[4].split(".")[0]
self.visibility = "public"
# to be configured with additional information
self.package = None
self.attrType = None
self.parentType = None
def __init__(self, line):
self.log = Logger().get_instance(self)
self.cols = line.split(";")
self.dst_class = self.cols[0]
self.dst_name = self.cols[1]
self.src_class = self.cols[3]
self.src_name = self.cols[4]
self.acc_type = self.cols[5]
self.sourceFile = self.cols[8]
self.lineNr = utils.removeUpfrontZeroes(self.cols[7])
self.src_param = utils.cleanCol(self.cols[10].strip()).split(",")
self.package = ""
self.srcSourceLocation = SourceLocation("","0","0")
self.dstSourceLocation = SourceLocation("","0","0")
def __init__( self, name, parent ): StateNode.__init__( self, name, parent, initialState = System.STATE_STOPPED ) self.log = Logger().get_instance( self.__class__.__name__ ) self.config = Configuration( 'config', self ) self.config.addListener( self ) self.network = MessageAdapter( 'msg_net', self ) self.network.addListener( self ) self.resources = Resources( 'resources', self ) self.resources.addListener( self ) self.addListener( parent )
def setup(self):
# Create a namespace object for the Friend of a friend namespace.
# figure out trailing pound thing...
#self.FOAF = Namespace(self.server.config.foaf_url + "#")
#self.TRUST = Namespace(self.server.config.trust_url + "#")
#self.WOT = Namespace(self.server.config.wot_url + "#")
#self.RDF = Namespace(self.server.config.rdf_url + "#")
self.FOAF = Namespace("http://xmlns.com/foaf/0.1/")
self.TRUST = Namespace("http://www.konfidi.org/ns/trust/1.2#")
self.WOT = Namespace("http://xmlns.com/wot/0.1/")
self.RDF = Namespace("http://www.w3.org/2000/01/rdf-schema#")
self.log = Logger().get_instance(self)
def __init__(self):
self.log = Logger().get_instance(self.__class__.__name__)
super(TableTop,self).__init__()
self.zones = []
self.lastZones = []
self.sizeY = 0
self.sizeX = 2
self.initialConnector = Connector(None)
self.initialConnector.position1X = 0
self.initialConnector.position1Y = -1
self.initialConnector.position2X = 1
self.initialConnector.position2Y = -1
self.initialConnector.direction = 'south'
self.initialConnector.zoneDealer = None
