def entity_property(
self, type_name, offset, networked,
true_value=None, false_value=None):
"""Entity property."""
native_type = Type.is_native(type_name)
def fget(ptr):
"""Return the property value."""
# Is the property a native type?
if native_type:
# Retrieve the value
value = getattr(ptr, 'get_' + type_name)(offset)
# Is the property not a native type?
else:
# Retrieve the value
value = self.convert(type_name, ptr + offset)
# Does the property not have True/False values?
if true_value is None:
# Return the value
return value
# Return whether the value equals the True value
return value == true_value
def fset(ptr, value):
"""Set the property value and notify if networked."""
# Does the property have True/False values?
if true_value is not None:
# Get the proper value to set
value = true_value if value else false_value
# Is the property a native type?
if native_type:
# Set the property
getattr(ptr, 'set_' + type_name)(value, offset)
# Is the property not a native type?
else:
# Get the class to set the property as
cls = self.get_class(type_name)
# Set the property
get_object_pointer(value).copy(
ptr + offset, cls._size)
# Is the property networked?
if networked:
# Notify the change of state
edict_from_pointer(ptr).state_changed()
return property(fget, fset)
def instance_attribute(self, type_name, offset, doc=None):
"""Create a wrapper for an instance attribute.
Examples:
Vector vecVal;
bool bVal;
"""
native_type = Type.is_native(type_name)
def fget(ptr):
"""Return the instance attribute value."""
# Handle custom type
if not native_type:
return self.convert(type_name, ptr + offset)
# Handle native type
return getattr(ptr, 'get_' + type_name)(offset)
def fset(ptr, value):
"""Set the instance attribute value."""
# Handle custom type
if not native_type:
cls = self.get_class(type_name)
if cls is None:
raise NameError('Unknown class "{0}".'.format(type_name))
get_object_pointer(value).copy(ptr + offset, cls._size)
# Handle native type
else:
getattr(ptr, 'set_' + type_name)(value, offset)
return property(fget, fset, None, doc)
def _get_property(self, prop_name, prop_type):
"""Return the value of the given property name.
:param str prop_name:
The name of the property.
:param SendPropType prop_type:
The type of the property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Return an array instance...
return Array(manager, False, type_name, get_object_pointer(
self) + offset, prop.length)
# Is the given type not supported?
if prop_type not in _supported_property_types:
# Raise an exception...
raise TypeError('"{}" is not supported.'.format(prop_type))
# Is the type native?
if Type.is_native(type_name):
# Return the value...
return getattr(
get_object_pointer(self), 'get_' + type_name)(offset)
# Otherwise
else:
# Make the object and return it...
return make_object(
manager.get_class(type_name),
get_object_pointer(self) + offset)
# Raise an exception...
raise ValueError('Unable to get the value of "{}".'.format(prop_name))
def _get_property(self, prop_name, prop_type):
"""Return the value of the given property name.
:param str prop_name:
The name of the property.
:param SendPropType prop_type:
The type of the property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Return an array instance...
return Array(manager, False, type_name,
get_object_pointer(self) + offset, prop.length)
# Is the given type not supported?
if prop_type not in _supported_property_types:
# Raise an exception...
raise TypeError('"{}" is not supported.'.format(prop_type))
# Is the type native?
if Type.is_native(type_name):
# Return the value...
return getattr(get_object_pointer(self),
'get_' + type_name)(offset)
# Otherwise
else:
# Make the object and return it...
return make_object(manager.get_class(type_name),
get_object_pointer(self) + offset)
# Raise an exception...
raise ValueError('Unable to get the value of "{}".'.format(prop_name))
def pointer_attribute(self, type_name, offset, doc=None):
"""Create a wrapper for a pointer attribute.
Examples:
Vector* pVec;
bool* pBool;
"""
native_type = Type.is_native(type_name)
def fget(ptr):
"""Get the pointer attribute value."""
# Get the base address of the pointer. We are now on
# "instance level"
ptr = ptr.get_pointer(offset)
# Handle custom type
if not native_type:
return self.convert(type_name, ptr)
# Handle native type
return getattr(ptr, 'get_' + type_name)()
def fset(ptr, value):
"""Set the pointer attribute value."""
# Handle custom type
if not native_type:
# Set the pointer
ptr.set_pointer(value, offset)
# Make sure the value will not deallocate as long as it is
# part of this object
ptr._pointer_values[offset] = value
# Handle native type
else:
# Go down to "instance level"
instance_ptr = ptr.get_pointer(offset)
# Is there no space allocated?
if not instance_ptr:
# Allocate space for the value
instance_ptr = alloc(TYPE_SIZES[type_name.upper()])
# Add the pointer to the set, so there will be a reference
# until the instance gets deleted
ptr._allocated_pointers.add(instance_ptr)
# Set the pointer
ptr.set_pointer(instance_ptr, offset)
# Set the value
getattr(instance_ptr, 'set_' + type_name)(value)
return property(fget, fset, None, doc)
def pointer_attribute(self, type_name, offset, doc=None):
"""Create a wrapper for a pointer attribute.
Examples:
Vector* pVec;
bool* pBool;
"""
native_type = Type.is_native(type_name)
def fget(ptr):
"""Get the pointer attribute value."""
# Get the base address of the pointer. We are now on
# "instance level"
ptr = ptr.get_pointer(offset)
# Handle custom type
if not native_type:
return self.convert(type_name, ptr)
# Handle native type
return getattr(ptr, 'get_' + type_name)()
def fset(ptr, value):
"""Set the pointer attribute value."""
# Handle custom type
if not native_type:
ptr.set_pointer(value)
# Make sure the value will not deallocate as long as it is
# part of this object
ptr._pointer_values[offset] = value
# Handle native type
else:
# Go down to "instance level"
instance_ptr = ptr.get_pointer(offset)
# Is there no space allocated?
if not instance_ptr:
# Allocate space for the value
instance_ptr = alloc(TYPE_SIZES[type_name.upper()])
# Add the pointer to the set, so there will be a reference
# until the instance gets deleted
ptr._allocated_pointers.add(instance_ptr)
# Set the pointer
ptr.set_pointer(instance_ptr, offset)
# Set the value
getattr(instance_ptr, 'set_' + type_name)(value)
return property(fget, fset, None, doc)
def entity_property(self, type_name, offset, networked):
"""Entity property."""
native_type = Type.is_native(type_name)
def fget(ptr):
"""Return the property value."""
# Is the property a native type?
if native_type:
value = getattr(ptr, 'get_' + type_name)(offset)
# Does the value need cast to an integer?
if type_name == 'char':
if value == '\x00':
return 0
return int(value)
return value
# Return the value
return self.convert(type_name, ptr + offset)
def fset(ptr, value):
"""Set the property value and notify if networked."""
# Is the property a native type?
if native_type:
# Does the value need cast to a string?
if type_name == 'char':
if not value:
value = '\x00'
value = str(value)
# Set the property
getattr(ptr, 'set_' + type_name)(value, offset)
# Is the property not a native type?
else:
# Get the class to set the property as
cls = self.get_class(type_name)
# Set the property
get_object_pointer(value).copy(
ptr + offset, cls._size)
# Is the property networked?
if networked:
# Notify the change of state
edict_from_pointer(ptr).state_changed()
return property(fget, fset)
def entity_property(self, type_name, offset, networked):
"""Entity property."""
native_type = Type.is_native(type_name)
def fget(ptr):
"""Return the property value."""
# Is the property a native type?
if native_type:
value = getattr(ptr, 'get_' + type_name)(offset)
# Does the value need cast to an integer?
if type_name == 'char':
if value == '\x00':
return 0
return int(value)
return value
# Return the value
return self.convert(type_name, ptr + offset)
def fset(ptr, value):
"""Set the property value and notify if networked."""
# Is the property a native type?
if native_type:
# Does the value need cast to a string?
if type_name == 'char':
if not value:
value = '\x00'
value = str(value)
# Set the property
getattr(ptr, 'set_' + type_name)(value, offset)
# Is the property not a native type?
else:
# Get the class to set the property as
cls = self.get_class(type_name)
# Set the property
get_object_pointer(value).copy(ptr + offset, cls._size)
# Is the property networked?
if networked:
# Notify the change of state
edict_from_pointer(ptr).state_changed()
return property(fget, fset)
def _get_type_size(type_name):
"""Helper method returning the size of the given type.
:param str type_name: The name of the type.
"""
# Is the type native?
if Type.is_native(type_name):
# Return the size of the type...
return TYPE_SIZES[type_name.upper()]
# Otherwise...
else:
# Get the size of the type...
return get_size(manager.get_class(type_name))
# Raise an exception...
raise ValueError('"{}" is not a supported type.'.format(type_name))
def _get_type_size(type_name):
"""Helper method returning the size of the given type.
:param str type_name: The name of the type.
"""
# Is the type native?
if Type.is_native(type_name):
# Return the size of the type...
return TYPE_SIZES[type_name.upper()]
# Otherwise...
else:
# Get the size of the type...
return get_size(manager.get_class(type_name))
# Raise an exception...
raise ValueError('"{}" is not a supported type.'.format(type_name))
def instance_attribute(self, type_name, offset, doc=None):
"""Create a wrapper for an instance attribute.
Examples:
Vector vecVal;
bool bVal;
"""
native_type = Type.is_native(type_name)
def fget(ptr):
"""Return the instance attribute value."""
# Handle custom type
if not native_type:
return self.convert(type_name, ptr + offset)
# Handle native type
return getattr(ptr, 'get_' + type_name)(offset)
def fset(ptr, value):
"""Set the instance attribute value."""
# Handle custom type
if not native_type:
cls = self.get_class(type_name)
if cls is None:
raise NameError('Unknown class "{0}".'.format(type_name))
get_object_pointer(value).copy(
ptr + offset,
cls._size
)
# Handle native type
else:
getattr(ptr, 'set_' + type_name)(value, offset)
return property(fget, fset, None, doc)
def _set_property(self, prop_name, prop_type, value):
"""Set the given property to the given value.
:param str prop_name: The name of the property.
:param SendPropType prop_type: The type of the property.
:param value object: To value to set to the given property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Is the given value not an Array instance?
if not isinstance(value, Array):
# Raise an exception...
raise TypeError('Given value is not an Array instance.')
# Is the length not matching?
if value._length != prop.length:
# Raise an exception...
raise ValueError('Given array is not of length "{}".'.format(
prop.length))
# Copy the values...
value.copy(get_object_pointer(self), self._get_type_size(
type_name) * prop.length)
# No need to go further...
return
# Otherwise, is the type native?
elif Type.is_native(type_name):
# Set the value of the property...
getattr(get_object_pointer(self), 'set_{}'.format(type_name))(
value, offset)
# No need to go further...
return
# Otherwise...
else:
# Get the class...
cls = manager.get_class(type_name)
# Is the given value valid?
if not isinstance(value, cls):
# Raise an exception...
raise TypeError('"{}" is not a valid "{}" value.'.format(
value, type_name))
# Set the value of the property...
get_object_pointer(value).copy(
get_object_pointer(self) + offset, get_size(cls))
# No need to go further...
return
# Raise an exception...
raise NameError('Unable to set "{}" for the temp entity "{}".'.format(
prop_name, self.name))
def _set_property(self, prop_name, prop_type, value):
"""Set the given property to the given value.
:param str prop_name: The name of the property.
:param SendPropType prop_type: The type of the property.
:param value object: To value to set to the given property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Is the given value not an Array instance?
if not isinstance(value, Array):
# Raise an exception...
raise TypeError('Given value is not an Array instance.')
# Is the length not matching?
if value._length != prop.length:
# Raise an exception...
raise ValueError('Given array is not of length "{}".'.format(
prop.length))
# Copy the values...
value.copy(get_object_pointer(self),
self._get_type_size(type_name) * prop.length)
# No need to go further...
return
# Otherwise, is the type native?
elif Type.is_native(type_name):
# Set the value of the property...
getattr(get_object_pointer(self),
'set_{}'.format(type_name))(value, offset)
# No need to go further...
return
# Otherwise...
else:
# Get the class...
cls = manager.get_class(type_name)
# Is the given value valid?
if not isinstance(value, cls):
# Raise an exception...
raise TypeError('"{}" is not a valid "{}" value.'.format(
value, type_name))
# Set the value of the property...
get_object_pointer(value).copy(
get_object_pointer(self) + offset, get_size(cls))
# No need to go further...
return
# Raise an exception...
raise NameError('Unable to set "{}" for the temp entity "{}".'.format(
prop_name, self.name))