@ -5,13 +5,10 @@
* LICENSE file in the root directory of this source tree .
* )
[ @@ @ ocamlformat " parse-docstrings = false " ]
open ! IStd
type t = ALVar . formula_id * ALVar . alexp list [ @@ deriving compare ]
(* * ( name, [param1,...,paramK] ) *)
type t = ALVar . formula_id * ALVar . alexp list [ @@ deriving compare ]
val captured_variables_cxx_ref : Ctl_parser_types . ast_node -> Clang_ast_t . named_decl_info list
(* * list of cxx references captured by an ObjC Block *)
@ -23,77 +20,85 @@ val objc_block_is_capturing_values : Ctl_parser_types.ast_node -> bool
(* * true if the ObjC Block captures any variables *)
val call_method : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'call_method an m an' is true iff node an is a call to an ObjC method with name containing string m *)
(* * [call_method an m an] is true iff node an is a call to an ObjC method with name containing
string m * )
val call_cxx_method : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'call_cxx_method an m an' is true iff node an is a call to a C++ method with name containing string m *)
(* * [call_cxx_method an m an] is true iff node an is a call to a C++ method with name containing
string m * )
val call_class_method : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'call_class_method an mname' is true iff node an is a call to an ObjC
class method with name containing mname * )
(* * [call_class_method an mname] is true iff node an is a call to an ObjC class method with name
containing mname * )
val call_instance_method : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'call_instance_method an mname' is true iff node an is a call to an ObjC
instance method with name containing mname * )
(* * [call_instance_method an mname] is true iff node an is a call to an ObjC instance method with
containing mname * )
val declaration_name : Clang_ast_t . decl -> string option
(* * 'declaration_name d' returns the name of declaration d *)
(* * [declaration_name d] returns the name of declaration d *)
val is_enum_constant : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'is_enum_constant an name' is true iff an is an EnumConstant with name containing 'name' *)
(* * [is_enum_constant an name] is true iff an is an EnumConstant with name containing [name] *)
val is_enum_constant_of_enum : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
val is_global_var : Ctl_parser_types . ast_node -> bool
(* * 'is_global_var an' is true iff an is a global variable ( but not a static local ) *)
(* * [is_global_var an] is true iff an is a global variable ( but not a static local ) *)
val is_static_local_var : Ctl_parser_types . ast_node -> bool
(* * 'is_static_local_var an' is true iff an is a static local variable *)
(* * [is_static_local_var an] is true iff an is a static local variable *)
val is_static_var : Ctl_parser_types . ast_node -> bool
(* * 'is_static_var an' is true iff an is a static local variable *)
(* * [is_static_var an] is true iff an is a static local variable *)
val is_extern_var : Ctl_parser_types . ast_node -> bool
(* * 'is_extern_var an' is true iff an is a extern variable *)
(* * [is_extern_var an] is true iff an is a extern variable *)
val is_const_expr_var : Ctl_parser_types . ast_node -> bool
(* * 'is_const_expr_var an' is true iff an is a 'const' variable declaration *)
(* * [is_const_expr_var an] is true iff an is a [const] variable declaration *)
val is_init_integral_constant_expr : Ctl_parser_types . ast_node -> bool
(* * 'is_init_integra_constant_expr an' is true iff it is an initializer and an integral constant expression, or in C++11, whether the initializer is a constant expression. *)
(* * [is_init_integra_constant_expr an] is true iff it is an initializer and an integral constant
expression , or in C + + 11 , whether the initializer is a constant expression . * )
val is_qual_type_const : Ctl_parser_types . ast_node -> bool
(* * 'is_qual_type_const an' is true iff an is a qual_type 'const' expression *)
(* * [is_qual_type_const an] is true iff an is a qual_type [const] expression *)
val has_init_list_const_expr : Ctl_parser_types . ast_node -> bool
(* * 'has_init_list_const_expr' is true iff for an InitListExpr where all subexpressions are const expression *)
(* * [has_init_list_const_expr] is true iff for an InitListExpr where all subexpressions are const
expression * )
val call_function : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'call_function an name' is true iff an is a call to a function whose name contains 'name' *)
(* * [call_function an name] is true iff an is a call to a function whose name contains [name] *)
val call_qualified_function : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'call_function an name' is true iff an is a call to a function whose fully qualified name contains 'name' *)
(* * [call_function an name] is true iff an is a call to a function whose fully qualified name
contains [ name ] * )
val is_strong_property : Ctl_parser_types . ast_node -> bool
(* * 'is_strong_property an' is true iff an denotes a objc property declaration with 'strong' attribute *)
(* * [is_strong_property an] is true iff an denotes a objc property declaration with [strong]
attribute * )
val is_strong_ivar : Ctl_parser_types . ast_node -> bool
(* * 'is_strong_ivar an' is true iff an denotes a objc ivar with 'strong' attribute *)
(* * [is_strong_ivar an] is true iff an denotes a objc ivar with [strong] attribute *)
val is_weak_property : Ctl_parser_types . ast_node -> bool
(* * 'is_weak_property an' is true iff an denotes a objc property declaration with 'weak' attribute *)
(* * [is_weak_property an] is true iff an denotes a objc property declaration with [weak] attribute *)
val is_assign_property : Ctl_parser_types . ast_node -> bool
(* * 'is_assign_property an' is true iff an denotes a objc property declaration with 'assign' attribute *)
(* * [is_assign_property an] is true iff an denotes a objc property declaration with [assign]
attribute * )
val is_property_pointer_type : Ctl_parser_types . ast_node -> bool
(* * 'is_property_pointer_type an' is true iff an denotes a objc property declaration with type pointer *)
(* * [is_property_pointer_type an] is true iff an denotes a objc property declaration with type
pointer * )
val context_in_synchronized_block : CLintersContext . context -> bool
(* * true if the current node is in the context of a synchronized objc block *)
val is_ivar_atomic : Ctl_parser_types . ast_node -> bool
(* * 'is_ivar_atomic an' is true iff an denotes an atomi objc ivar *)
(* * [is_ivar_atomic an] is true iff an denotes an atomi objc ivar *)
val is_method_property_accessor_of_ivar :
Ctl_parser_types . ast_node -> CLintersContext . context -> bool
@ -102,317 +107,253 @@ val is_in_block : CLintersContext.context -> bool
(* * true if the current node is in the context of an objc block *)
val is_optional_objc_method : Ctl_parser_types . ast_node -> bool
(* * true if the current node is an objc method declaration which is declared with @optional *)
(* * true if the current node is an objc method declaration which is declared with [ @optional] *)
val is_call_to_optional_objc_method : Ctl_parser_types . ast_node -> bool
(* * true if the current node is a call to an objc method declaration which is declared with @optional *)
(* * true if the current node is a call to an objc method declaration which is declared with
[ @ optional ] * )
val is_in_cxx_constructor : CLintersContext . context -> ALVar . alexp -> bool
(* * 'is_in_cxx_constructor context name' is true if the curent node is within a CXX constructor whose name contains 'name' *)
(* * [is_in_cxx_constructor context name] is true if the curent node is within a CXX constructor
whose name contains [ name ] * )
val is_in_cxx_destructor : CLintersContext . context -> ALVar . alexp -> bool
(* * 'is_in_destructor_constructor context name' is true if the curent node is within a CXX destructor whose name contains 'name' *)
(* * [is_in_destructor_constructor context name] is true if the curent node is within a CXX
destructor whose name contains [ name ] * )
val is_in_cxx_method : CLintersContext . context -> ALVar . alexp -> bool
(* * 'is_in_cxx_method context name' is true if the curent node is within a CXX method whose name contains 'name' *)
(* * [is_in_cxx_method context name] is true if the curent node is within a CXX method whose name
contains [ name ] * )
val is_in_function : CLintersContext . context -> ALVar . alexp -> bool
(* * 'is_in_function context name' is true if the curent node is within a function whose name contains 'name' *)
(* * [is_in_function context name] is true if the curent node is within a function whose name
contains [ name ] * )
val is_objc_extension : CLintersContext . context -> bool
(* *
* Checks if the current file has an ObjC file extension ( I . E . ' . m' or ' . mm' )
* )
(* * Checks if the current file has an ObjC file extension ( I.E. [.m] or [.mm] ) *)
val is_objc_class_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCInterfaceDecl or ObjCImplementationDecl
* node whose name matches the provided REGEXP
*
* Matches on MyClass in :
* @ interface MyClass
* @ implementation MyClass
* )
(* * Checks if the current node is an ObjCInterfaceDecl or ObjCImplementationDecl node whose name
matches the provided REGEXP
Matches on [ MyClass ] in :
{ [
@ interface MyClass
@ implementation MyClass
] } * )
val is_objc_interface_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCInterfaceDecl node
* whose name matches the provided REGEXP
*
* Matches on MyClass in @ interface MyClass
* )
(* * Checks if the current node is an ObjCInterfaceDecl node whose name matches the provided REGEXP
Matches on [ MyClass ] in [ @ interface MyClass ] * )
val is_objc_implementation_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCImplementationDecl node
* whose name matches the provided REGEXP
*
* Matches on MyClass in @ implementation MyClass
* )
(* * Checks if the current node is an ObjCImplementationDecl node whose name matches the provided
REGEXP
Matches on [ MyClass ] in [ @ implementation MyClass ] * )
val is_objc_category_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryDecl or ObjCCategoryImplDecl
* node whose name matches the provided REGEXP
*
* Matches on MyCategory in :
* @ interface MyClass ( MyCategory )
* @ implementation MyClass ( MyCategory )
* )
(* * Checks if the current node is an ObjCCategoryDecl or ObjCCategoryImplDecl node whose name
matches the provided REGEXP
Matches on [ MyCategory ] in :
{ [
@ interface MyClass ( MyCategory )
@ implementation MyClass ( MyCategory )
] } * )
val is_objc_category_interface_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryDecl node
* whose name matches the provided REGEXP
*
* Matches on MyCategory in @ interface MyClass ( MyCategory )
* )
(* * Checks if the current node is an ObjCCategoryDecl node whose name matches the provided REGEXP
Matches on [ MyCategory ] in [ @ interface MyClass ( MyCategory ) ] * )
val is_objc_category_implementation_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryImplDecl node
* whose name matches the provided REGEXP
*
* Matches on MyCategory in @ implementation MyClass ( MyCategory )
* )
(* * Checks if the current node is an ObjCCategoryImplDecl node whose name matches the provided
REGEXP
Matches on [ MyCategory ] in [ @ implementation MyClass ( MyCategory ) ] * )
val is_objc_category_on_class_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryDecl or ObjCCategoryImplDecl
* node whose class ' s name matches the provided REGEXP
*
* Matches on MyClass in :
* @ interface MyClass ( MyCategory )
* @ implementation MyClass ( MyCategory )
* )
(* * Checks if the current node is an ObjCCategoryDecl or ObjCCategoryImplDecl node whose class name
matches the provided REGEXP
Matches on [ MyClass ] in :
{ [
@ interface MyClass ( MyCategory )
@ implementation MyClass ( MyCategory )
] } * )
val is_objc_category_interface_on_class_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryDecl node
* whose class ' s name matches the provided REGEXP
*
* Matches on MyClass in @ interface MyClass ( MyCategory )
* )
(* * Checks if the current node is an ObjCCategoryDecl node whose class name matches the provided
REGEXP
Matches on [ MyClass ] in [ @ interface MyClass ( MyCategory ) ] * )
val is_objc_category_implementation_on_class_named :
Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryImplDecl node
* whose class ' s name matches the provided REGEXP
*
* Matches on MyClass in @ implementation MyClass ( MyCategory )
* )
(* * Checks if the current node is an ObjCCategoryImplDecl node whose class name matches the provided
REGEXP
Matches on [ MyClass ] in [ @ implementation MyClass ( MyCategory ) ] * )
val is_objc_category_on_subclass_of : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryDecl or ObjCCategoryImplDecl
* node whose class inherits from a class whose name matches the provided REGEXP
* )
(* * Checks if the current node is an ObjCCategoryDecl or ObjCCategoryImplDecl node whose class
inherits from a class whose name matches the provided REGEXP * )
val is_objc_category_interface_on_subclass_of : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryDecl node whose class
* inherits from a class whose name matches the provided REGEXP
* )
(* * Checks if the current node is an ObjCCategoryDecl node whose class inherits from a class whose
name matches the provided REGEXP * )
val is_objc_category_implementation_on_subclass_of :
Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCCategoryImplDecl node whose class
* inherits from a class whose name matches the provided REGEXP
* )
(* * Checks if the current node is an ObjCCategoryImplDecl node whose class inherits from a class
whose name matches the provided REGEXP * )
val adhere_to_protocol : Ctl_parser_types . ast_node -> bool
(* * true if an objC class adhere to a protocol *)
(* * true if an objC class adhere to a protocol *)
val is_objc_protocol_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCProtocolDecl node
* whose name matches the provided REGEXP
* )
(* * Checks if the current node is an ObjCProtocolDecl node whose name matches the provided REGEXP *)
val is_objc_class_method_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCMethodDecl node whose name
* matches the provided REGEXP and is a class method
* )
(* * Checks if the current node is an ObjCMethodDecl node whose name matches the provided REGEXP and
is a class method * )
val is_objc_instance_method_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCMethodDecl node whose name
* matches the provided REGEXP and is an instance method
* )
(* * Checks if the current node is an ObjCMethodDecl node whose name matches the provided REGEXP and
is an instance method * )
val is_objc_method_named : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCMethodDecl node
* whose name matches the provided REGEXP
* )
(* * Checks if the current node is an ObjCMethodDecl node whose name matches the provided REGEXP *)
val is_objc_constructor : CLintersContext . context -> bool
(* * 'is_in_objc_constructor context' is true if the curent node is within an ObjC constructor *)
(* * [is_in_objc_constructor context] is true if the curent node is within an ObjC constructor *)
val objc_class_has_only_one_constructor_method_named :
Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * true if an ObjC class has only one class method and is a constructor
whose name matches the provided REGEXP * )
(* * true if an ObjC class has only one class method and is a constructor whose name matches the
provided REGEXP * )
val is_objc_dealloc : CLintersContext . context -> bool
(* * 'is_in_objc_dealloc context' is true if the curent node is within an ObjC dealloc method *)
(* * [is_in_objc_dealloc context] is true if the curent node is within an ObjC dealloc method *)
val is_in_objc_subclass_of : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCInterfaceDecl or
* ObjCImplementationDecl node which inherits from a class whose
* name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCInterfaceDecl or ObjCImplementationDecl node
which inherits from a class whose name matches the provided REGEXP * )
val is_in_objc_interface_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCInterfaceDecl
* node whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCInterfaceDecl node whose name matches the
provided REGEXP * )
val is_in_objc_implementation_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCImplementationDecl
* node whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCImplementationDecl node whose name matches the
provided REGEXP * )
val is_in_objc_class_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCInterfaceDecl or
* ObjCImplementationDecl node whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCInterfaceDecl or ObjCImplementationDecl node
whose name matches the provided REGEXP * )
val is_in_objc_category_interface_on_class_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryDecl node
* whose class ' s name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryDecl node whose class name matches the
provided REGEXP * )
val is_in_objc_category_implementation_on_class_named :
CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryImplDecl node
* whose class ' s name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryImplDecl node whose class name matches
the provided REGEXP * )
val is_in_objc_category_on_class_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryDecl or
* ObjCCategoryImplDecl node whose class ' s name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryDecl or ObjCCategoryImplDecl node
whose class name matches the provided REGEXP * )
val is_in_objc_category_interface_on_subclass_of : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryDecl node
* whose class inherits from a class whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryDecl node whose class inherits from a
class whose name matches the provided REGEXP * )
val is_in_objc_category_implementation_on_subclass_of :
CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryImplDecl node
* whose class inherits from a class whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryImplDecl node whose class inherits
from a class whose name matches the provided REGEXP * )
val is_in_objc_category_on_subclass_of : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryDecl or
* ObjCCategoryImplDecl node whose class inherits from a class whose
* name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryDecl or ObjCCategoryImplDecl node
whose class inherits from a class whose name matches the provided REGEXP * )
val is_in_objc_category_interface_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryDecl node
* whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryDecl node whose name matches the
provided REGEXP * )
val is_in_objc_category_implementation_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryImplDecl node
* whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryImplDecl node whose name matches the
provided REGEXP * )
val is_in_objc_category_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCCategoryDecl or
* ObjCCategoryImplDecl node whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCCategoryDecl or ObjCCategoryImplDecl node
whose name matches the provided REGEXP * )
val is_in_objc_protocol_named : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node is a subnode of an ObjCProtocolDecl
* node whose name matches the provided REGEXP
* )
(* * Checks if the current node is a subnode of an ObjCProtocolDecl node whose name matches the
provided REGEXP * )
val is_in_objc_class_method : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node , or a parent node , is an ObjCMethodDecl node
* whose name matches the provided REGEXP and is a class method
* )
(* * Checks if the current node, or a parent node, is an ObjCMethodDecl node whose name matches the
provided REGEXP and is a class method * )
val is_in_objc_instance_method : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node , or a parent node , is an ObjCMethodDecl node
* whose name matches the provided REGEXP and is an instance method
* )
(* * Checks if the current node, or a parent node, is an ObjCMethodDecl node whose name matches the
provided REGEXP and is an instance method * )
val is_in_objc_method : CLintersContext . context -> ALVar . alexp -> bool
(* *
* Checks if the current node , or a parent node , is an ObjCMethodDecl node
* whose name matches the provided REGEXP
* )
(* * Checks if the current node, or a parent node, is an ObjCMethodDecl node whose name matches the
provided REGEXP * )
val is_objc_method_overriding : Ctl_parser_types . ast_node -> bool
(* *
* Checks if the current node is an ObjCMethodDecl node and is overriding a
* method in the superclass .
*
* A method is said to override any method in the class ' s base classes ,
* its protocols , or its categories' protocols , that has the same selector
* and is of the same kind ( class or instance ) . A method in an implementation
* is not considered as overriding the same method in the interface or its categories .
* )
(* * Checks if the current node is an ObjCMethodDecl node and is overriding a method in the
superclass .
A method is said to override any method in the class base classes , its protocols , or its
categories' protocols , that has the same selector and is of the same kind ( class or instance ) . A
method in an implementation is not considered as overriding the same method in the interface or
its categories . * )
val is_objc_method_exposed : CLintersContext . context -> Ctl_parser_types . ast_node -> bool
(* *
* Checks if the current node is an ObjCMethodDecl node and is exposed in an interface .
*
* A method is said to be exposed if it's overriding a method or it's declared
* in a matching interface . For example , a method defined in a class ' s
* implementation is exposed if it's declared in the class ' s interface or
* interface extension , but not if it's declared in a category on the class .
* If the current node is a subnode of an ObjCInterfaceDecl , ObjCCategoryDecl ,
* or ObjCProtocolDecl , this predicate returns false .
* )
(* * Checks if the current node is an ObjCMethodDecl node and is exposed in an interface.
A method is said to be exposed if it's overriding a method or it's declared in a matching
interface . For example , a method defined in a class implementation is exposed if it's declared
in the class interface or interface extension , but not if it's declared in a category on the
class . If the current node is a subnode of an ObjCInterfaceDecl , ObjCCategoryDecl , or
ObjCProtocolDecl , this predicate returns false . * )
val captures_cxx_references : Ctl_parser_types . ast_node -> bool
(* * 'captures_cxx_references an' is true iff the node an captures some CXX references *)
(* * [captures_cxx_references an] is true iff the node an captures some CXX references *)
val is_binop_with_kind : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'is_binop_with_kind an binop' is true iff an denotes a binary operator of kind binop *)
(* * [is_binop_with_kind an binop] is true iff an denotes a binary operator of kind binop *)
val is_unop_with_kind : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'is_unop_of_kind an unop' is true iff an denotes a unary operator of kind unop *)
(* * [is_unop_of_kind an unop] is true iff an denotes a unary operator of kind unop *)
val has_cast_kind : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'has_cast_kind an cast' is true iff an denotes a cast operation of kind cast *)
(* * [has_cast_kind an cast] is true iff an denotes a cast operation of kind cast *)
val isa : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * node an is of class classname *)
(* * node an is of class classname *)
val is_node : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'is_node an nodename' is true iff an is a node of kind nodename *)
(* * [is_node an nodename] is true iff an is a node of kind nodename *)
val declaration_has_name : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
val declaration_ref_name :
? kind : Clang_ast_t . decl_kind -> Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * 'declaration_ref_has_name an n' is true iff node an is a DeclRefExpr with name containing string n. The optional parameter kind
allow to distinguish between special kind of decl_ref_exprs like ' is_enum_constant' . * )
(* * [declaration_ref_has_name an n] is true iff node an is a DeclRefExpr with name containing string
n . The optional parameter kind allow to distinguish between special kind of decl_ref_exprs like
[ is_enum_constant ] . * )
val is_class : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
@ -449,47 +390,35 @@ val receiver_class_method_call : Ctl_parser_types.ast_node -> Clang_ast_t.decl o
val receiver_method_call : Ctl_parser_types . ast_node -> Clang_ast_t . decl option
val is_receiver_objc_class_type : Ctl_parser_types . ast_node -> bool
(* *
* Checks if the current node is an ObjCMessageExpr node and has a
* receiver equivalent to the ' Class' type .
* )
(* * Checks if the current node is an ObjCMessageExpr node and has a receiver equivalent to the
[ Class ] type . * )
val is_receiver_objc_id_type : Ctl_parser_types . ast_node -> bool
(* *
* Checks if the current node is an ObjCMessageExpr node and has a
* receiver equivalent to the ' id' type .
* )
(* * Checks if the current node is an ObjCMessageExpr node and has a receiver equivalent to the [id]
type . * )
val is_receiver_subclass_of :
CLintersContext . context -> Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCMessageExpr node and has a receiver
* which inherits from a class whose name matches the provided REGEXP .
* )
(* * Checks if the current node is an ObjCMessageExpr node and has a receiver which inherits from a
class whose name matches the provided REGEXP . * )
val is_receiver_class_named :
CLintersContext . context -> Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* Checks if the current node is an ObjCMessageExpr node and has a
* receiver whose class name matches the provided REGEXP .
* )
(* * Checks if the current node is an ObjCMessageExpr node and has a receiver whose class name
matches the provided REGEXP . * )
val is_receiver_super : Ctl_parser_types . ast_node -> bool
(* *
* Checks if the current node is an ObjCMessageExpr node and has a
* receiver which is equal to ' super' .
*
* Matches on [ super myMethod ] ;
* )
(* * Checks if the current node is an ObjCMessageExpr node and has a receiver which is equal to
[ super ] .
Matches on [ super myMethod ] ; * )
val is_receiver_self : Ctl_parser_types . ast_node -> bool
(* *
* Checks if the current node is an ObjCMessageExpr node and has a
* receiver which is equal to ' self' .
* )
(* * Checks if the current node is an ObjCMessageExpr node and has a receiver which is equal to
[ self ] . * )
val is_at_selector_with_name : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * an is an expression @selector with whose name in the language of re *)
(* * an is an expression [ @selector] with whose name in the language of re *)
val has_visibility_attribute : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
@ -519,34 +448,27 @@ val is_cxx_copy_constructor : Ctl_parser_types.ast_node -> bool
(* * true if the current node is a C++ copy constructor *)
val has_cxx_fully_qualified_name : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* * true iff node has C++ fully qualified name ( w/class and namespace )
* matching the given regexp
* )
(* * true iff node has C++ fully qualified name ( w/class and namespace ) matching the given regexp *)
val has_cxx_fully_qualified_name_in_custom_symbols : Ctl_parser_types . ast_node -> string -> bool
(* * true iff node has C++ fully qualified name ( w/class and namespace )
* matching a prefix on the given named custom symbol list
* )
(* * true iff node has C++ fully qualified name ( w/class and namespace ) matching a prefix on the
given named custom symbol list * )
val is_in_source_file : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* True iff the source file path of the given node matches the given regexp or string .
* )
(* * True iff the source file path of the given node matches the given regexp or string. *)
val is_referencing_decl_from_source_file : Ctl_parser_types . ast_node -> ALVar . alexp -> bool
(* *
* True iff the given node is a DeclRefExpr referencing a decl whose source file path matches the given regexp or string .
* )
(* * True iff the given node is a DeclRefExpr referencing a decl whose source file path matches the
given regexp or string . * )
val is_cxx_method_overriding : Ctl_parser_types . ast_node -> ALVar . alexp option -> bool
(* *
* True iff the current node is a CXXMethodDecl node and is overriding a
* method whose fully - qualified name ( with class and namespace ) matches
* the given regexp ( if given , otherwise any overriding method satisfies ) .
* )
(* * True iff the current node is a CXXMethodDecl node and is overriding a method whose
fully - qualified name ( with class and namespace ) matches the given regexp ( if given , otherwise
any overriding method satisfies ) . * )
val is_init_expr_cxx11_constant : Ctl_parser_types . ast_node -> bool
(* * true if the current node is classified as C++11 constant expression by the AST. It works only for VarDecl init expr *)
(* * true if the current node is classified as C++11 constant expression by the AST. It works only
for VarDecl init expr * )
val cxx_construct_expr_has_no_parameters : Ctl_parser_types . ast_node -> bool
(* * true if a construct expr has no subexpressions *)
Jules Villard
5 years ago
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Facebook GitHub Bot