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src/l/a/lambdafactory-HEAD/Sources/python/lambdafactory/languages/javascript/writer.py   lambdafactory(Download)
	def onConstructor( self, element ):
		"""Writes a constructor element"""
		current_class = self.getCurrentClass()
		attributes    = []
		# FIXME: Same as onClass
			return "%s.getSuper(%s.getParent())" % (
				self.jsSelf,
				self.getAbsoluteName(self.getCurrentClass())
			)
		if not self._isSymbolValid(symbol_name):
			return self._onImportedReference(symbol_name, slot)
		# It is a method of the current class
		elif self.getCurrentClass() == scope or scope in self.getCurrentClassParents():
			if isinstance(value, interfaces.IInstanceMethod):
				# Here we need to wrap the method if they are given as values (

src/l/a/lambdafactory-HEAD/Distribution/lambdafactory/languages/javascript/writer.py   lambdafactory(Download)
	def onConstructor( self, element ):
		"""Writes a constructor element"""
		current_class = self.getCurrentClass()
		attributes    = []
		# FIXME: Same as onClass
			return "%s.getSuper(%s.getParent())" % (
				self.jsSelf,
				self.getAbsoluteName(self.getCurrentClass())
			)
		if not self._isSymbolValid(symbol_name):
			return self._onImportedReference(symbol_name, slot)
		# It is a method of the current class
		elif self.getCurrentClass() == scope or scope in self.getCurrentClassParents():
			if isinstance(value, interfaces.IInstanceMethod):
				# Here we need to wrap the method if they are given as values (

src/l/a/lambdafactory-HEAD/Sources/python/lambdafactory/languages/python/writer.py   lambdafactory(Download)
	def _writeConstructorAttributes( self, element=None ):
		if element and isinstance(element, interfaces.IClass):
			current_class = element
		else:
			current_class = self.getCurrentClass()
			else:
				return "%s.__bases__[0]" % (
					self.getAbsoluteNameFromModule(self.getCurrentClass(), self.getCurrentModule())
				)
		else:
			else: return symbol_name
		# It is a method of the current class
		elif self.getCurrentClass() == scope or scope in ancestors:
			if isinstance(value, interfaces.IInstanceMethod):
				# Here we need to wrap the method if they are given as values (

src/l/a/lambdafactory-HEAD/Distribution/lambdafactory/languages/python/writer.py   lambdafactory(Download)
	def _writeConstructorAttributes( self, element=None ):
		if element and isinstance(element, interfaces.IClass):
			current_class = element
		else:
			current_class = self.getCurrentClass()
			else:
				return "%s.__bases__[0]" % (
					self.getAbsoluteNameFromModule(self.getCurrentClass(), self.getCurrentModule())
				)
		else:
			else: return symbol_name
		# It is a method of the current class
		elif self.getCurrentClass() == scope or scope in ancestors:
			if isinstance(value, interfaces.IInstanceMethod):
				# Here we need to wrap the method if they are given as values (

src/l/a/lambdafactory-HEAD/Sources/python/lambdafactory/languages/pnuts/writer.py   lambdafactory(Download)
	def onConstructor( self, element ):
		"""Writes a method element."""
		current_class = self.getCurrentClass()
		attributes    = []
		for a in current_class.getAttributes():
			else: return symbol_name
		# It is a method of the current class
		elif self.getCurrentClass() == scope:
			if isinstance(value, interfaces.IInstanceMethod):
				# Here we need to wrap the method if they are given as values (

src/l/a/lambdafactory-HEAD/Distribution/lambdafactory/languages/pnuts/writer.py   lambdafactory(Download)
	def onConstructor( self, element ):
		"""Writes a method element."""
		current_class = self.getCurrentClass()
		attributes    = []
		for a in current_class.getAttributes():
			else: return symbol_name
		# It is a method of the current class
		elif self.getCurrentClass() == scope:
			if isinstance(value, interfaces.IInstanceMethod):
				# Here we need to wrap the method if they are given as values (