from abc import ABC, abstractmethod
class Student(ABC):
def __init__(self):
pass
def delete(self):
pass
class Mentor():
def __init__(self):
pass
def delete(self):
pass
class Object():
def __init__(self):
pass
def delete(self):
pass
def example_obj(self, g):
#implementation
def example_bool(self, b):
def example_int(self, i):
def example_float(self, f):
def example_double(self, d):
def example_string(self, s):
def example_obj_array(self, gs):
def example_primitive_array(self, is):
class Student():
def __init__(self, aNumber):
self._canSetNumber2 = None
self._number2 = None
self._number = None
self._number = aNumber
self._canSetNumber2 = True
def setNumber2(self, aNumber2):
wasSet = False
self._canSetNumber2 = False
self._number2 = aNumber2
wasSet = True
return wasSet
def getNumber(self):
return self._number
def getNumber2(self):
return self._number2
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "number" + ":" + str(self.getNumber()) + "," + "number2" + ":" + str(self.getNumber2()) + "]"
class Mentor():
def __init__(self, aCapacity, aId, aName):
self._name = None
self._id = None
self._capacity = None
self._capacity = aCapacity
self._id = aId
self._name = aName
@classmethod
def alternateConstructor(cls):
self = cls.__new__(cls)
self._name = None
self._id = None
self._capacity = None
self._capacity = "31"
self._name = "Umple"
return self
def setCapacity(self, aCapacity):
wasSet = False
self._capacity = aCapacity
wasSet = True
return wasSet
def setId(self, aId):
wasSet = False
self._id = aId
wasSet = True
return wasSet
def setName(self, aName):
wasSet = False
self._name = aName
wasSet = True
return wasSet
def getCapacity(self):
return self._capacity
def getId(self):
return self._id
def getName(self):
return self._name
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "capacity" + ":" + str(self.getCapacity()) + "," + "id" + ":" + str(self.getId()) + "," + "name" + ":" + str(self.getName()) + "]"
from NetworkNode import NetworkNode
from enum import Enum, auto
class Router(NetworkNode):
class Status(Enum):
def _generate_next_value_(name, start, count, last_values):
return name
def __str__(self):
return str(self.value)
disconnected = auto()
connected = auto()
def __init__(self, aIpAddress):
self._status = None
self._ipAddress = None
self._ipAddress = aIpAddress
self.setStatus(Router.Status.disconnected)
def getStatusFullName(self):
answer = self._status.__str__()
return answer
def getStatus(self):
return self._status
def createConnection(self):
wasEventProcessed = False
aStatus = self._status
if aStatus == Router.Status.disconnected :
self.setStatus(Router.Status.connected)
wasEventProcessed = True
else :
pass
return wasEventProcessed
def disconnectRequest(self):
wasEventProcessed = False
aStatus = self._status
if aStatus == Router.Status.connected :
self.setStatus(Router.Status.disconnected)
wasEventProcessed = True
else :
pass
return wasEventProcessed
def setStatus(self, aStatus):
self._status = aStatus
def delete(self):
pass
def connect(self):
return False
def disconnect(self):
return False
def errorDetected(self):
return False
def __str__(self):
return str(super().__str__()) + "[" + "]"
from NetworkNode import NetworkNode
from enum import Enum, auto
class Router(NetworkNode):
class Status(Enum):
def _generate_next_value_(name, start, count, last_values):
return name
def __str__(self):
return str(self.value)
disconnected = auto()
connected = auto()
def __init__(self, aIpAddress):
self._status = None
self._ipAddress = None
self._ipAddress = aIpAddress
self.setStatus(Router.Status.disconnected)
def getStatusFullName(self):
answer = self._status.__str__()
return answer
def getStatus(self):
return self._status
def connect(self):
wasEventProcessed = False
aStatus = self._status
if aStatus == Router.Status.disconnected :
self.setStatus(Router.Status.connected)
wasEventProcessed = True
else :
pass
return wasEventProcessed
def disconnect(self):
wasEventProcessed = False
aStatus = self._status
if aStatus == Router.Status.connected :
self.setStatus(Router.Status.disconnected)
wasEventProcessed = True
else :
pass
return wasEventProcessed
def errorDetected(self):
wasEventProcessed = False
aStatus = self._status
if aStatus == Router.Status.connected :
self.setStatus(Router.Status.disconnected)
wasEventProcessed = True
else :
pass
return wasEventProcessed
def setStatus(self, aStatus):
self._status = aStatus
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "]"
from NetworkNode import NetworkNode
from enum import Enum, auto
class Router(NetworkNode):
class Status(Enum):
def _generate_next_value_(name, start, count, last_values):
return name
def __str__(self):
return str(self.value)
disconnected = auto()
connected = auto()
def __init__(self, aIpAddress):
self._status = None
self._ipAddress = None
self._ipAddress = aIpAddress
self.setStatus(Router.Status.disconnected)
def getStatusFullName(self):
answer = self._status.__str__()
return answer
def getStatus(self):
return self._status
def connect(self):
wasEventProcessed = False
aStatus = self._status
if aStatus == Router.Status.disconnected :
self.setStatus(Router.Status.connected)
wasEventProcessed = True
else :
pass
return wasEventProcessed
def disconnect(self):
wasEventProcessed = False
aStatus = self._status
if aStatus == Router.Status.connected :
self.setStatus(Router.Status.disconnected)
wasEventProcessed = True
else :
pass
return wasEventProcessed
def setStatus(self, aStatus):
self._status = aStatus
def delete(self):
pass
def errorDetected(self):
return False
def __str__(self):
return str(super().__str__()) + "[" + "]"
class Mentor():
def __init__(self):
pass
def delete(self):
pass
def showMe(self):
class Student():
def __init__(self):
pass
def delete(self):
pass
import os
class Mentor():
MAX = 100
MIN = -99
HELLO = "Hello"
nextX = 1
mentorsById = dict()
def __init__(self, aStr, aD, aI, aId):
from Time import Time
from Date import Date
self._canSetStr2 = None
self._x = None
self._w = None
self._v = None
self._u = None
self._tt = None
self._s = None
self._r = None
self._q = None
self._p = None
self._id = None
self._i = None
self._t = None
self._d = None
self._name = None
self._lBool = None
self._lDoub = None
self._someName = None
self._str2 = None
self._str = None
self._str = aStr
self._canSetStr2 = True
self._someName = None
self._lDoub = 0
self._lBool = False
self._name = "Johannes"
self._d = aD
self._t = Time()
self._i = aI
self.resetP()
self._q = "chicken"
self.resetR()
self._s = "123"
self._tt = Date.valueOf("1978-12-25")
self._u = Time.valueOf("12:13:14")
self.resetV()
self.resetW()
self._x, Mentor.nextX = Mentor.nextX, Mentor.nextX + 1
if not self.setId(aId) :
raise RuntimeError ("Cannot create due to duplicate id. See http://manual.umple.org?RE003ViolationofUniqueness.html")
def setStr2(self, aStr2):
wasSet = False
if not self._canSetStr2 :
return False
self._canSetStr2 = False
self._str2 = aStr2
wasSet = True
return wasSet
def setSomeName(self, aSomeName):
wasSet = False
self._someName = aSomeName
wasSet = True
return wasSet
def setLDoub(self, aLDoub):
wasSet = False
self._lDoub = aLDoub
wasSet = True
return wasSet
def setLBool(self, aLBool):
wasSet = False
self._lBool = aLBool
wasSet = True
return wasSet
def setName(self, aName):
wasSet = False
self._name = aName
wasSet = True
return wasSet
def setD(self, aD):
wasSet = False
self._d = aD
wasSet = True
return wasSet
def setI(self, aI):
wasSet = False
self._i = aI
wasSet = True
return wasSet
def setId(self, aId):
wasSet = False
anOldId = self.getId()
if not (anOldId is None) and anOldId == aId :
return True
if Mentor.hasWithId(aId) :
return wasSet
self._id = aId
wasSet = True
if not (anOldId is None) :
Mentor.mentorsById.remove(anOldId)
Mentor.mentorsById[aId] = self
return wasSet
def setP(self, aP):
wasSet = False
self._p = aP
wasSet = True
return wasSet
def resetP(self):
wasReset = False
self._p = self.getDefaultP()
wasReset = True
return wasReset
def setQ(self, aQ):
wasSet = False
self._q = aQ
wasSet = True
return wasSet
def setR(self, aR):
wasSet = False
self._r = aR
wasSet = True
return wasSet
def resetR(self):
wasReset = False
self._r = self.getDefaultR()
wasReset = True
return wasReset
def setTt(self, aTt):
wasSet = False
self._tt = aTt
wasSet = True
return wasSet
def setU(self, aU):
wasSet = False
self._u = aU
wasSet = True
return wasSet
def setV(self, aV):
wasSet = False
self._v = aV
wasSet = True
return wasSet
def resetV(self):
wasReset = False
self._v = self.getDefaultV()
wasReset = True
return wasReset
def setW(self, aW):
wasSet = False
self._w = aW
wasSet = True
return wasSet
def resetW(self):
wasReset = False
self._w = self.getDefaultW()
wasReset = True
return wasReset
def getStr(self):
return self._str
def getStr2(self):
return self._str2
def getSomeName(self):
return self._someName
def getLDoub(self):
return self._lDoub
def getLBool(self):
return self._lBool
def getName(self):
return self._name
def getD(self):
return self._d
def getI(self):
return self._i
def getDerivedTwiceI(self):
return self._i * 2
def getId(self):
return self._id
@staticmethod
def getWithId(aId):
return Mentor.mentorsById.get(aId)
@staticmethod
def hasWithId(aId):
return not (Mentor.getWithId(aId) is None)
def getP(self):
return self._p
def getDefaultP(self):
return "robot"
def getQ(self):
return self._q
def getR(self):
return self._r
def getDefaultR(self):
return ""
def getS(self):
return self._s
def getTt(self):
return self._tt
def getU(self):
return self._u
def getV(self):
return self._v
def getDefaultV(self):
from Date import Date
return Date.valueOf("1978-12-26")
def getW(self):
return self._w
def getDefaultW(self):
from Time import Time
return Time.valueOf("12:59:59")
def getX(self):
return self._x
def isLBool(self):
return self._lBool
def delete(self):
Mentor.mentorsById.remove(self.getId())
def __str__(self):
return str(super().__str__()) + "[" + "x" + ":" + str(self.getX()) + "," + "str" + ":" + str(self.getStr()) + "," + "str2" + ":" + str(self.getStr2()) + "," + "someName" + ":" + str(self.getSomeName()) + "," + "lDoub" + ":" + str(self.getLDoub()) + "," + "lBool" + ":" + str(self.getLBool()) + "," + "name" + ":" + str(self.getName()) + "," + "i" + ":" + str(self.getI()) + "," + "derivedTwiceI" + ":" + str(self.getDerivedTwiceI()) + "," + "id" + ":" + str(self.getId()) + "," + "p" + ":" + str(self.getP()) + "," + "q" + ":" + str(self.getQ()) + "," + "r" + ":" + str(self.getR()) + "," + "s" + ":" + str(self.getS()) + "]" + str(os.linesep) + " " + "d" + "=" + str((((self.getD().__str__().replaceAll(" ", " ")) if not self.getD() == self else "this") if not (self.getD() is None) else "null")) + str(os.linesep) + " " + "tt" + "=" + str((((self.getTt().__str__().replaceAll(" ", " ")) if not self.getTt() == self else "this") if not (self.getTt() is None) else "null")) + str(os.linesep) + " " + "u" + "=" + str((((self.getU().__str__().replaceAll(" ", " ")) if not self.getU() == self else "this") if not (self.getU() is None) else "null")) + str(os.linesep) + " " + "v" + "=" + str((((self.getV().__str__().replaceAll(" ", " ")) if not self.getV() == self else "this") if not (self.getV() is None) else "null")) + str(os.linesep) + " " + "w" + "=" + (((self.getW().__str__().replaceAll(" ", " ")) if not self.getW() == self else "this") if not (self.getW() is None) else "null")
class Student():
def __init__(self):
pass
def delete(self):
pass
class Foo():
def __init__(self):
self._bars = None
self._bars = []
def getBar(self, index):
aBar = self._bars[index]
return aBar
def getBars(self):
newBars = tuple(self._bars)
return newBars
def numberOfBars(self):
number = len(self._bars)
return number
def hasBars(self):
has = len(self._bars) > 0
return has
def indexOfBar(self, aBar):
index = (-1 if not aBar in self._bars else self._bars.index(aBar))
return index
@staticmethod
def minimumNumberOfBars():
return 0
def addBar1(self):
from Bar import Bar
return Bar(self)
def addBar2(self, aBar):
wasAdded = False
if (aBar) in self._bars :
return False
existingFoo = aBar.getFoo()
isNewFoo = not (existingFoo is None) and not self == existingFoo
if isNewFoo :
aBar.setFoo(self)
else :
self._bars.append(aBar)
wasAdded = True
return wasAdded
def removeBar(self, aBar):
wasRemoved = False
if not self == aBar.getFoo() :
self._bars.remove(aBar)
wasRemoved = True
return wasRemoved
def addBarAt(self, aBar, index):
wasAdded = False
if self.addBar(aBar) :
if index < 0 :
index = 0
if index > self.numberOfBars() :
index = self.numberOfBars() - 1
self._bars.remove(aBar)
self._bars.insert(index, aBar)
wasAdded = True
return wasAdded
def addOrMoveBarAt(self, aBar, index):
wasAdded = False
if (aBar) in self._bars :
if index < 0 :
index = 0
if index > self.numberOfBars() :
index = self.numberOfBars() - 1
self._bars.remove(aBar)
self._bars.insert(index, aBar)
wasAdded = True
else :
wasAdded = self.addBarAt(aBar, index)
return wasAdded
def delete(self):
i = len(self._bars)
while i > 0 :
aBar = self._bars[i - 1]
aBar.delete()
i -= 1
def addBar(self, *argv):
from Bar import Bar
if len(argv) == 0 :
return self.addBar1()
if len(argv) == 1 and isinstance(argv[0], Bar) :
return self.addBar2(argv[0])
raise TypeError("No method matches provided parameters")
class Student():
def __init__(self):
self._grade = None
self._grade = ""
def setGrade(self, aGrade):
wasSet = False
self._grade = aGrade
wasSet = True
return wasSet
def getGrade(self):
return self._grade
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "grade" + ":" + str(self.getGrade()) + "]"
import os
class Token():
def __init__(self, aP):
self._p = None
self._p = aP
def setP(self, aP):
wasSet = False
self._p = aP
wasSet = True
return wasSet
def getP(self):
return self._p
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "]" + str(os.linesep) + " " + "p" + "=" + (((self.getP().__str__().replaceAll(" ", " ")) if not self.getP() == self else "this") if not (self.getP() is None) else "null")
class Student():
def __init__(self):
pass
def delete(self):
pass
class Foo():
def __init__(self):
pass
def delete(self):
pass
class Foo():
def __init__(self, aName):
self._name = None
self._name = aName
def setName(self, aName):
wasSet = False
self._name = aName
wasSet = True
return wasSet
def getName(self):
return self._name
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "name" + ":" + str(self.getName()) + "]"
class Token():
def __init__(self):
pass
def delete(self):
pass
class Foo():
def __init__(self, aTestAttribute1, aTestAttribute2, aTestAttribute3, aTestAttribute4):
self._testAttribute4 = None
self._testAttribute3 = None
self._testAttribute2 = None
self._testAttribute1 = None
self._testAttribute1 = aTestAttribute1
self._testAttribute2 = aTestAttribute2
self._testAttribute3 = aTestAttribute3
self._testAttribute4 = aTestAttribute4
def setTestAttribute1(self, aTestAttribute1):
wasSet = False
self._testAttribute1 = aTestAttribute1
wasSet = True
return wasSet
def setTestAttribute2(self, aTestAttribute2):
wasSet = False
self._testAttribute2 = aTestAttribute2
wasSet = True
return wasSet
def setTestAttribute3(self, aTestAttribute3):
wasSet = False
self._testAttribute3 = aTestAttribute3
wasSet = True
return wasSet
def setTestAttribute4(self, aTestAttribute4):
wasSet = False
self._testAttribute4 = aTestAttribute4
wasSet = True
return wasSet
def getTestAttribute1(self):
return self._testAttribute1
def getTestAttribute2(self):
return self._testAttribute2
def getTestAttribute3(self):
return self._testAttribute3
def getTestAttribute4(self):
return self._testAttribute4
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "testAttribute1" + ":" + str(self.getTestAttribute1()) + "," + "testAttribute2" + ":" + str(self.getTestAttribute2()) + "," + "testAttribute3" + ":" + str(self.getTestAttribute3()) + "," + "testAttribute4" + ":" + str(self.getTestAttribute4()) + "]"
from Mentor import Mentor
class SubMentor(Mentor):
def __init__(self, aName):
super().__init__(aName)
def delete(self):
super().delete()
from Mentor import Mentor
class SubMentor2(Mentor):
def __init__(self, aName, aSubName):
self._subName = None
super().__init__(aName)
self._subName = aSubName
def setSubName(self, aSubName):
wasSet = False
self._subName = aSubName
wasSet = True
return wasSet
def getSubName(self):
return self._subName
def delete(self):
super().delete()
def __str__(self):
return str(super().__str__()) + "[" + "subName" + ":" + str(self.getSubName()) + "]"
class Token():
def __init__(self):
self._positions = None
self._positions = []
def addPosition(self, aPosition):
wasAdded = False
wasAdded = self._positions.append(aPosition)
return wasAdded
def removePosition(self, aPosition):
wasRemoved = False
wasRemoved = self._positions.remove(aPosition)
return wasRemoved
def getPosition(self, index):
aPosition = self._positions[index]
return aPosition
def getPositions(self):
newPositions = self._positions.copy()
return newPositions
def numberOfPositions(self):
number = len(self._positions)
return number
def hasPositions(self):
has = len(self._positions) > 0
return has
def indexOfPosition(self, aPosition):
index = (-1 if not aPosition in self._positions else self._positions.index(aPosition))
return index
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "]"
class Foo():
def __init__(self):
pass
def delete(self):
pass
def testMethod(self):
// I am a test method.
class Mentor():
def __init__(self):
pass
def delete(self):
pass
class Student():
def __init__(self):
pass
def delete(self):
pass
class Foo():
def __init__(self):
self._bars = None
self._bars = []
def getBar(self, index):
aBar = self._bars[index]
return aBar
def getBars(self):
newBars = tuple(self._bars)
return newBars
def numberOfBars(self):
number = len(self._bars)
return number
def hasBars(self):
has = len(self._bars) > 0
return has
def indexOfBar(self, aBar):
index = (-1 if not aBar in self._bars else self._bars.index(aBar))
return index
@staticmethod
def minimumNumberOfBars():
return 0
def addBar1(self):
from Bar import Bar
return Bar(self)
def addBar2(self, aBar):
wasAdded = False
if (aBar) in self._bars :
return False
existingFoo = aBar.getFoo()
isNewFoo = not (existingFoo is None) and not self == existingFoo
if isNewFoo :
aBar.setFoo(self)
else :
self._bars.append(aBar)
wasAdded = True
return wasAdded
def removeBar(self, aBar):
wasRemoved = False
if not self == aBar.getFoo() :
self._bars.remove(aBar)
wasRemoved = True
return wasRemoved
def addBarAt(self, aBar, index):
wasAdded = False
if self.addBar(aBar) :
if index < 0 :
index = 0
if index > self.numberOfBars() :
index = self.numberOfBars() - 1
self._bars.remove(aBar)
self._bars.insert(index, aBar)
wasAdded = True
return wasAdded
def addOrMoveBarAt(self, aBar, index):
wasAdded = False
if (aBar) in self._bars :
if index < 0 :
index = 0
if index > self.numberOfBars() :
index = self.numberOfBars() - 1
self._bars.remove(aBar)
self._bars.insert(index, aBar)
wasAdded = True
else :
wasAdded = self.addBarAt(aBar, index)
return wasAdded
def delete(self):
i = len(self._bars)
while i > 0 :
aBar = self._bars[i - 1]
aBar.delete()
i -= 1
def addBar(self, *argv):
from Bar import Bar
if len(argv) == 0 :
return self.addBar1()
if len(argv) == 1 and isinstance(argv[0], Bar) :
return self.addBar2(argv[0])
raise TypeError("No method matches provided parameters")
class Student():
def __init__(self):
pass
def delete(self):
pass
class Foo():
def __init__(self):
pass
def delete(self):
pass
def testMethod1(self):
// I am a comment inside a method.
def testMethod2(self):
// I am a comment inside a method.
def testMethod3(self):
// I am a comment inside a method.
def testMethod4(self):
// I am a comment inside a method.
class Foo():
def __init__(self):
self._bar4s = None
self._bar3s = None
self._bar2s = None
self._bar1s = None
self._bar1s = []
self._bar2s = []
self._bar3s = []
self._bar4s = []
def getBar1(self, index):
aBar1 = self._bar1s[index]
return aBar1
def getBar1s(self):
newBar1s = tuple(self._bar1s)
return newBar1s
def numberOfBar1s(self):
number = len(self._bar1s)
return number
def hasBar1s(self):
has = len(self._bar1s) > 0
return has
def indexOfBar1(self, aBar1):
index = (-1 if not aBar1 in self._bar1s else self._bar1s.index(aBar1))
return index
def getBar2(self, index):
aBar2 = self._bar2s[index]
return aBar2
def getBar2s(self):
newBar2s = tuple(self._bar2s)
return newBar2s
def numberOfBar2s(self):
number = len(self._bar2s)
return number
def hasBar2s(self):
has = len(self._bar2s) > 0
return has
def indexOfBar2(self, aBar2):
index = (-1 if not aBar2 in self._bar2s else self._bar2s.index(aBar2))
return index
def getBar3(self, index):
aBar3 = self._bar3s[index]
return aBar3
def getBar3s(self):
newBar3s = tuple(self._bar3s)
return newBar3s
def numberOfBar3s(self):
number = len(self._bar3s)
return number
def hasBar3s(self):
has = len(self._bar3s) > 0
return has
def indexOfBar3(self, aBar3):
index = (-1 if not aBar3 in self._bar3s else self._bar3s.index(aBar3))
return index
def getBar4(self, index):
aBar4 = self._bar4s[index]
return aBar4
def getBar4s(self):
newBar4s = tuple(self._bar4s)
return newBar4s
def numberOfBar4s(self):
number = len(self._bar4s)
return number
def hasBar4s(self):
has = len(self._bar4s) > 0
return has
def indexOfBar4(self, aBar4):
index = (-1 if not aBar4 in self._bar4s else self._bar4s.index(aBar4))
return index
@staticmethod
def minimumNumberOfBar1s():
return 0
def addBar5(self):
from Bar1 import Bar1
return Bar1(self)
def addBar6(self, aBar1):
wasAdded = False
if (aBar1) in self._bar1s :
return False
existingFoo = aBar1.getFoo()
isNewFoo = not (existingFoo is None) and not self == existingFoo
if isNewFoo :
aBar1.setFoo(self)
else :
self._bar1s.append(aBar1)
wasAdded = True
return wasAdded
def removeBar1(self, aBar1):
wasRemoved = False
if not self == aBar1.getFoo() :
self._bar1s.remove(aBar1)
wasRemoved = True
return wasRemoved
def addBar1At(self, aBar1, index):
wasAdded = False
if self.addBar1(aBar1) :
if index < 0 :
index = 0
if index > self.numberOfBar1s() :
index = self.numberOfBar1s() - 1
self._bar1s.remove(aBar1)
self._bar1s.insert(index, aBar1)
wasAdded = True
return wasAdded
def addOrMoveBar1At(self, aBar1, index):
wasAdded = False
if (aBar1) in self._bar1s :
if index < 0 :
index = 0
if index > self.numberOfBar1s() :
index = self.numberOfBar1s() - 1
self._bar1s.remove(aBar1)
self._bar1s.insert(index, aBar1)
wasAdded = True
else :
wasAdded = self.addBar1At(aBar1, index)
return wasAdded
@staticmethod
def minimumNumberOfBar2s():
return 0
def addBar7(self):
from Bar2 import Bar2
return Bar2(self)
def addBar8(self, aBar2):
wasAdded = False
if (aBar2) in self._bar2s :
return False
existingFoo = aBar2.getFoo()
isNewFoo = not (existingFoo is None) and not self == existingFoo
if isNewFoo :
aBar2.setFoo(self)
else :
self._bar2s.append(aBar2)
wasAdded = True
return wasAdded
def removeBar2(self, aBar2):
wasRemoved = False
if not self == aBar2.getFoo() :
self._bar2s.remove(aBar2)
wasRemoved = True
return wasRemoved
def addBar2At(self, aBar2, index):
wasAdded = False
if self.addBar2(aBar2) :
if index < 0 :
index = 0
if index > self.numberOfBar2s() :
index = self.numberOfBar2s() - 1
self._bar2s.remove(aBar2)
self._bar2s.insert(index, aBar2)
wasAdded = True
return wasAdded
def addOrMoveBar2At(self, aBar2, index):
wasAdded = False
if (aBar2) in self._bar2s :
if index < 0 :
index = 0
if index > self.numberOfBar2s() :
index = self.numberOfBar2s() - 1
self._bar2s.remove(aBar2)
self._bar2s.insert(index, aBar2)
wasAdded = True
else :
wasAdded = self.addBar2At(aBar2, index)
return wasAdded
@staticmethod
def minimumNumberOfBar3s():
return 0
def addBar9(self):
from Bar3 import Bar3
return Bar3(self)
def addBar10(self, aBar3):
wasAdded = False
if (aBar3) in self._bar3s :
return False
existingFoo = aBar3.getFoo()
isNewFoo = not (existingFoo is None) and not self == existingFoo
if isNewFoo :
aBar3.setFoo(self)
else :
self._bar3s.append(aBar3)
wasAdded = True
return wasAdded
def removeBar3(self, aBar3):
wasRemoved = False
if not self == aBar3.getFoo() :
self._bar3s.remove(aBar3)
wasRemoved = True
return wasRemoved
def addBar3At(self, aBar3, index):
wasAdded = False
if self.addBar3(aBar3) :
if index < 0 :
index = 0
if index > self.numberOfBar3s() :
index = self.numberOfBar3s() - 1
self._bar3s.remove(aBar3)
self._bar3s.insert(index, aBar3)
wasAdded = True
return wasAdded
def addOrMoveBar3At(self, aBar3, index):
wasAdded = False
if (aBar3) in self._bar3s :
if index < 0 :
index = 0
if index > self.numberOfBar3s() :
index = self.numberOfBar3s() - 1
self._bar3s.remove(aBar3)
self._bar3s.insert(index, aBar3)
wasAdded = True
else :
wasAdded = self.addBar3At(aBar3, index)
return wasAdded
@staticmethod
def minimumNumberOfBar4s():
return 0
def addBar11(self):
from Bar4 import Bar4
return Bar4(self)
def addBar12(self, aBar4):
wasAdded = False
if (aBar4) in self._bar4s :
return False
existingFoo = aBar4.getFoo()
isNewFoo = not (existingFoo is None) and not self == existingFoo
if isNewFoo :
aBar4.setFoo(self)
else :
self._bar4s.append(aBar4)
wasAdded = True
return wasAdded
def removeBar4(self, aBar4):
wasRemoved = False
if not self == aBar4.getFoo() :
self._bar4s.remove(aBar4)
wasRemoved = True
return wasRemoved
def addBar4At(self, aBar4, index):
wasAdded = False
if self.addBar4(aBar4) :
if index < 0 :
index = 0
if index > self.numberOfBar4s() :
index = self.numberOfBar4s() - 1
self._bar4s.remove(aBar4)
self._bar4s.insert(index, aBar4)
wasAdded = True
return wasAdded
def addOrMoveBar4At(self, aBar4, index):
wasAdded = False
if (aBar4) in self._bar4s :
if index < 0 :
index = 0
if index > self.numberOfBar4s() :
index = self.numberOfBar4s() - 1
self._bar4s.remove(aBar4)
self._bar4s.insert(index, aBar4)
wasAdded = True
else :
wasAdded = self.addBar4At(aBar4, index)
return wasAdded
def delete(self):
i = len(self._bar1s)
while i > 0 :
aBar1 = self._bar1s[i - 1]
aBar1.delete()
i -= 1
i = len(self._bar2s)
while i > 0 :
aBar2 = self._bar2s[i - 1]
aBar2.delete()
i -= 1
i = len(self._bar3s)
while i > 0 :
aBar3 = self._bar3s[i - 1]
aBar3.delete()
i -= 1
i = len(self._bar4s)
while i > 0 :
aBar4 = self._bar4s[i - 1]
aBar4.delete()
i -= 1
def addBar1(self, *argv):
from Bar1 import Bar1
if len(argv) == 0 :
return self.addBar5()
if len(argv) == 1 and isinstance(argv[0], Bar1) :
return self.addBar6(argv[0])
raise TypeError("No method matches provided parameters")
def addBar2(self, *argv):
from Bar2 import Bar2
if len(argv) == 0 :
return self.addBar7()
if len(argv) == 1 and isinstance(argv[0], Bar2) :
return self.addBar8(argv[0])
raise TypeError("No method matches provided parameters")
def addBar3(self, *argv):
from Bar3 import Bar3
if len(argv) == 0 :
return self.addBar9()
if len(argv) == 1 and isinstance(argv[0], Bar3) :
return self.addBar10(argv[0])
raise TypeError("No method matches provided parameters")
def addBar4(self, *argv):
from Bar4 import Bar4
if len(argv) == 0 :
return self.addBar11()
if len(argv) == 1 and isinstance(argv[0], Bar4) :
return self.addBar12(argv[0])
raise TypeError("No method matches provided parameters")
class Foo():
def __init__(self):
pass
def delete(self):
pass
def testMethod(self):
// I am a comment inside a method.
class Foo():
def __init__(self):
pass
def delete(self):
pass
def testMethod(self):
// I am a comment inside a method.
class Foo():
def __init__(self, aBar):
self._bar = None
self._bar = aBar
def setBar(self, aBar):
wasSet = False
self._bar = aBar
wasSet = True
return wasSet
def getBar(self):
return self._bar
def delete(self):
pass
def __str__(self):
return str(super().__str__()) + "[" + "bar" + ":" + str(self.getBar()) + "]"
class Mentor():
def __init__(self):
pass
def delete(self):
pass