def calculateOffset(self, xs: Union[list, dict, set]):
result = 0
for ref in xs:
if ref is None:
result += 2
else:
result += V64().singleV64Offset(
self.typeByName[ref.skillName].typeID() - 31)
result += V64().singleV64Offset(ref.getSkillID())
return result
def _osc(self, i, h):
d = self.owner.basePool.data()
result = 0
for i in range(i, h):
result += V64.singleV64Offset(d[i].basicInt)
self._offset += result
def singleOffset(self, x):
if x is None:
size = 0
else:
size = len(x)
if size == 0:
return 1
return V64().singleV64Offset(len(x)) + self.keyType.calculateOffset(
x.keys()) + self.valueType.calculateOffset(x.values())
def addKnownField(self, name, string, annotation):
if name == "age":
F6(V64(), self)
elif name == "name":
F7(string, self)
elif name == "reflectivelyvisible":
F8(string, self)
def singleOffset(self, name):
"""
Calculates offset of the id of the string with the specified name
:param name: name of the string
:return: offset of the id
"""
if name is None:
return 1
else:
return V64().singleV64Offset(self.stringIDs.get(name))
def _osc(self, i, h):
d = self.owner.basePool.data()
result = 0
for i in range(i, h):
instance = d[i].ä
if instance is None:
result += 1
continue
result += V64.singleV64Offset(instance.getSkillID())
self._offset += result
def calculateOffset(self, xs: Union[list, dict, set]):
result = 0
for x in xs:
size = len(x)
if size == 0:
result += 1
else:
result += V64().singleV64Offset(
size) + self.keyType.calculateOffset(x.keys())
result += self.valueType.calculateOffset(x.values())
return result
def _osc(self, i, h):
fType = self.fieldType()
d = self.owner.basePool.data()
result = 0
for i in range(i, h):
v = d[i].varr
if v is None:
size = 0
else:
size = len(v)
if 0 == size:
result += 1
else:
result += V64.singleV64Offset(size)
for x in v:
result += V64.singleV64Offset(x)
self._offset += result
def calculateOffset(self, xs: Union[list, dict, set]):
result = 0
for x in xs:
if x is None:
size = 0
else:
size = len(x)
if size == 0:
result += 1
else:
result += V64().singleV64Offset(size)
result += self.groundType.calculateOffset(x)
def fieldType(self):
"""
Reads typeID and returns corresponding FieldType.
:return: FieldType
"""
typeID = self.inStream.v64()
if typeID == 0:
return ConstantI8(self.inStream.i8())
elif typeID == 1:
return ConstantI16(self.inStream.i16())
elif typeID == 2:
return ConstantI32(self.inStream.i32())
elif typeID == 3:
return ConstantI64(self.inStream.i64())
elif typeID == 4:
return ConstantV64(self.inStream.v64())
elif typeID == 5:
return self.annotation
elif typeID == 6:
return BoolType()
elif typeID == 7:
return I8()
elif typeID == 8:
return I16()
elif typeID == 9:
return I32()
elif typeID == 10:
return I64()
elif typeID == 11:
return V64()
elif typeID == 12:
return F32()
elif typeID == 13:
return F64()
elif typeID == 14:
return self.strings
elif typeID == 15:
return ConstantLengthArray(self.inStream.v64(), self.fieldType())
elif typeID == 17:
return VariableLengthArray(self.fieldType())
elif typeID == 18:
return ListType(self.fieldType())
elif typeID == 19:
return SetType(self.fieldType())
elif typeID == 20:
return MapType(self.fieldType(), self.fieldType())
elif typeID >= 32:
return self.types[typeID - 32]
else:
raise ParseException(self.inStream, self.blockCounter, None,
"Invalid type ID: []", typeID)
def calculateOffset(self, xs: []):
"""
Calculates offset of list filled with instances
:param xs: list
:return: calculated offset
"""
if len(self._data) < 128:
return len(xs)
result = 0
for x in xs:
if x is None:
result += 1
else:
result += V64().singleV64Offset(x.skillID)
return result
def _osc(self, i, h):
fType = self.fieldType()
size = len(fType)
d = self.owner.basePool.data()
result = 0
for i in range(i, h):
v = d[i].arr
if len(v) != len(self.fieldType()):
raise Exception("constant length array has wrong size")
for x in v:
result += V64.singleV64Offset(x)
self._offset += result
def calculateOffset(self, xs):
"""
Calculates offset of all strings in collection xs.
:param xs: Collection of strings
:return: offset
"""
if len(self.stringIDs) < 128:
return len(xs)
result = 0
for s in xs:
if s is None:
result += 1
else:
result += V64().singleV64Offset(self.stringIDs.get(s))
return result
def addKnownField(self, name, string, annotation):
if name == "float":
F3(F32(), self)
elif name == "message":
F4(string, self)
elif name == "none":
F5(self.owner().Properties, self)
elif name == "nopdefault":
F6(V64(), self)
elif name == "system":
F7(annotation, self)
def _osc(self, i, h):
fType = self.fieldType()
d = self.owner.basePool.data()
result = 0
for i in range(i, h):
v = d[i].aMap
if v is None or len(v) == 0:
result += 1
else:
result += V64.singleV64Offset(len(v))
result += fType.keyType.calculateOffset(v.keys())
result += fType.valueType.calculateOffset(v.values())
self._offset += result
def addKnownField(self, name, string, annotation):
if name == "degrees":
F11(F32(), self)
elif name == "degrees2":
F12(F64(), self)
elif name == "negative":
F13(I32(), self)
elif name == "negative2":
F14(V64(), self)
elif name == "positive":
F15(I8(), self)
elif name == "positive2":
F16(I16(), self)
def addKnownField(self, name, string, annotation):
if name == "age":
F4(V64(), self)
elif name == "name":
F5(string, self)
elif name == "seen":
F6(BoolType(), self)
elif name == "someintegersinalist":
F7(ListType(I32()), self)
elif name == "somemap":
F8(MapType(string, string), self)
elif name == "somereference":
F9(self.owner().NoSerializedData, self)
def _osc(self, i, h):
fType = self.fieldType()
d = self.owner.basePool.data()
result = 0
for i in range(i, h):
v = d[i].edges
if v is None:
size = 0
else:
size = len(v)
if 0 == size:
result += 1
else:
result += V64.singleV64Offset(size)
result += self.fieldType().groundType.calculateOffset(v)
self._offset += result
def addKnownField(self, name, string, annotation):
if name == "arr":
F0(ConstantLengthArray(3, V64()), self)
elif name == "f":
F1(MapType(string, MapType(V64(), V64())), self)
elif name == "l":
F2(ListType(V64()), self)
elif name == "s":
F3(SetType(V64()), self)
elif name == "someset":
F4(SetType(self.owner().SomethingElse), self)
elif name == "varr":
F5(VariableLengthArray(V64()), self)
def singleOffset(self, x):
if x is None:
return 1
return V64().singleV64Offset(
len(x) + self.groundType.calculateOffset(x))
def addKnownField(self, name, string, annotation):
if name == "basicint":
F8(V64(), self)
def addKnownField(self, name, string, annotation):
if name == "age":
F0(V64(), self)
def singleOffset(self, x):
if x is None:
return 2
name = V64().singleV64Offset(self.typeByName[x.skillName].typeID() -
31)
return name + V64().singleV64Offset(x.getSkillID())