Class PrivateDjango :: DjangoRouteHandler :: Range

A django route handler. Extend this class to model new APIs. If you want to refine existing API models, extend DjangoRouteHandler instead.

Import path


                                import semmle.python.frameworks.Django

Direct supertypes

Function

Indirect supertypes

Known direct subtypes

Inherited predicates

contains	Whether this contains `inner` syntactically	from Function
containsInScope		from Function
getAChildNode	Gets a child node of this node in the AST. This predicate exists to aid exploration of the AST and other experiments. The child-parent relation may not be meaningful. For a more meaningful relation in terms of dependency use Expr.getASubExpression(), Stmt.getASubStatement(), Stmt.getASubExpression() or Scope.getAStmt().	from Function
getADecorator	Gets a decorator of this function	from Function
getAFlowNode	Gets a flow node corresponding directly to this node. NOTE: For some statements and other purely syntactic elements, there may not be a `ControlFlowNode`	from AstNode
getAKeywordOnlyArg	Gets a keyword-only parameter of this function.	from Function
getAKwonlyarg	Gets a keyword-only parameter of this function.	from Function_
getANormalExit	Gets an exit from this Scope’s control flow graph, that does not result from an exception	from Scope
getAReturnValueFlowNode	Gets a control flow node for a return value of this function	from Function
getAStmt	Gets a statement in the function	from Function
getAnArg	Gets a positional parameter of this function.	from Function_
getAnExitNode	Gets an exit from this Scope’s control flow graph	from Scope
getArg	Gets the nth positional parameter of this function.	from Function_
getArgByName	Gets the parameter of this function with the name `name`.	from Function
getArgName	Gets the name of the nth argument (for simple arguments)	from Function
getArgs	Gets the positional parameter list of this function.	from Function_
getBody	Gets the statements forming the body of this function	from Function
getDefinition	Gets the expression defining this function	from Function
getDocString	Gets the docstring for this scope	from Scope
getEnclosingModule		from Scope
getEnclosingScope	Gets the scope in which this function occurs. This will be a class for a method, another function for nested functions, generator expressions or comprehensions, or a module for a plain function.	from Function
getEntryNode	Gets the entry point into this Scope’s control flow graph	from Scope
getEvaluatingScope	Gets the evaluation scope for code in this (lexical) scope. This is usually the scope itself, but may be an enclosing scope. Notably, for list comprehensions in Python 2.	from Function
getFallthroughNode	Gets the non-explicit exit from this Scope’s control flow graph	from Scope
getFunctionObject	Gets the FunctionObject corresponding to this function	from Function
getKeywordOnlyArg	Gets the nth keyword-only parameter of this function.	from Function
getKeywordOnlyParameterCount	Gets the number of keyword-only parameters	from Function
getKwarg	Gets the dictionary (**) parameter of this function.	from Function_
getKwonlyarg	Gets the nth keyword-only parameter of this function.	from Function_
getKwonlyargs	Gets the keyword-only parameter list of this function.	from Function_
getLastStatement		from Scope
getLocation	Gets the location for this AST node	from Function
getMetrics	Gets the metrics for this function	from Function
getName	Gets the name used to define this function	from Function
getParent	Gets a parent of this function	from Function_
getParentNode	Gets the parent node of this node in the AST. This predicate exists to aid exploration of the AST and other experiments. The child-parent relation may not be meaningful. For a more meaningful relation in terms of dependency use Expr.getASubExpression(), Stmt.getASubStatement(), Stmt.getASubExpression() or Scope.getAStmt() applied to the parent.	from AstNode
getPositionalParameterCount	Gets the number of positional parameters	from Function
getQualifiedName	Gets the qualified name for this function. Should return the same name as the `__qualname__` attribute on functions in Python 3.	from Function
getReturnNode	Gets the exit of this scope following from a return statement	from Scope
getScope		from Function
getStmt	Gets the nth statement in the function	from Function
getVararg	Gets the tuple (*) parameter of this function.	from Function_
hasKwArg	Whether this function accepts arbitrary keyword arguments. That is, whether it has a double-starred (**kwarg) parameter.	from Function
hasVarArg	Whether this function accepts a variable number of arguments. That is, whether it has a starred (*arg) parameter.	from Function
inSource	Holds if this scope is in the source archive, that is it is part of the code specified, not library code	from Scope
isArtificial	Whether this syntactic element is artificial, that is it is generated by the compiler and is not present in the source	from AstNode
isAsync	Whether the async property of this function is true.	from Function_
isGenerator	Whether this function is a generator function, that is whether it contains a yield or yield-from expression	from Function
isInitMethod	Whether this function is declared in a class and is named `__init__`	from Function
isLambda	Holds if this function represents a lambda.	from Function
isMethod	Whether this function is declared in a class	from Function
isProcedure	Whether this function is a procedure, that is, it has no explicit return statement and always returns None. Note that generator and async functions are not procedures as they return generators and coroutines respectively.	from Function
isPublic	Holds if this scope is deemed to be public	from Scope
isSpecialMethod	Whether this is a special method, that is does its name have the form `__xxx__` (except `__init__`)	from Function
isTopLevel	Holds if this a top-level (non-nested) class or function	from Scope
precedes	Holds if this scope can be expected to execute before `other`. Modules precede functions and methods in those modules `__init__` precedes other methods. `__enter__` precedes `__exit__`. NOTE that this is context-insensitive, so a module “precedes” a function in that module, even if that function is called from the module scope.	from Scope
toString		from Function