Gabriel Dos Reis
Gabriel Dos Reis
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@ -1,3 +1,7 @@
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2000-09-11 Gabriel Dos Reis <gdr@codesourcery.com>
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* ir.texi: Add more documentation.
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2000-09-11 Mark Mitchell <mark@codesourcery.com>
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* cp-tree.h (struct saved_scope): Remove x_function_parms.
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162
gcc/cp/ir.texi
162
gcc/cp/ir.texi
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@ -342,6 +342,7 @@ The elements are indexed from zero.
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@findex TYPE_NAME
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@findex TYPENAME_TYPE_FULLNAME
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@findex TYPE_FIELDS
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@findex TYPE_PTROBV_P
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All C++ types have corresponding tree nodes. However, you should not
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assume that there is exactly one tree node corresponding to each C++
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@ -383,6 +384,11 @@ This macro holds if the type is @code{volatile}-qualified.
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@item CP_TYPE_RESTRICT_P
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This macro holds if the type is @code{restrict}-qualified.
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@item CP_TYPE_CONST_NON_VOLATILE_P
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This predicate holds for a type that is @code{const}-qualified, but
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@emph{not} @code{volatile}-qualified; other cv-qualifiers are ignored as
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well: only the @code{const}-ness is tested.
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@item TYPE_MAIN_VARIANT
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This macro returns the unqualified version of a type. It may be applied
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to an unqualified type, but it is not always the identity function in
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@ -408,6 +414,36 @@ actual name of the type. The @code{TYPE_NAME} will be @code{NULL_TREE}
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for a type that is not a builtin type, the result of a typedef, or a
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named class type.
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@item CP_INTEGRAL_TYPE
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This predicate holds if the type is an integral type. Notice that in
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C++, enumerations are @emph{not} integral types.
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@item ARITHMETIC_TYPE_P
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This predicate holds if the type is an integral type (in the C++ sense)
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or a floating point type.
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@item CLASS_TYPE_P
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This predicate holds for a class-type.
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@item TYPE_BUILT_IN
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This predicate holds for a builtin type.
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@item TYPE_PTRMEM_P
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This predicate holds if the type is a pointer to data member.
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@item TYPE_PTR_P
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This predicate holds if the type is a pointer type, and the pointee is
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not a data member.
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@item TYPE_PTRFN_P
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This predicate holds for a pointer to function type.
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@item TYPE_PTROB_P
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This predicate holds for a pointer to object type. Note however that it
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does not hold for the generic pointer to object type @code{void *}. You
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may use @code{TYPE_PTROBV_P} to test for a pointer to object type as
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well as @code{void *}.
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@item same_type_p
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This predicate takes two types as input, and holds if they are the same
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type. For example, if one type is a @code{typedef} for the other, or
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@ -656,7 +692,6 @@ This macro returns the enclosing namespace. The @code{DECL_CONTEXT} for
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the @code{global_namespace} is @code{NULL_TREE}.
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@item DECL_NAMESPACE_ALIAS
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If this declaration is for a namespace alias, then
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@code{DECL_NAMESPACE_ALIAS} is the namespace for which this one is an
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alias.
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@ -666,6 +701,10 @@ an alias. Instead, follow @code{DECL_NAMESPACE_ALIAS} links until you
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reach an ordinary, non-alias, namespace, and call
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@code{cp_namespace_decls} there.
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@item DECL_NAMESPACE_STD_P
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This predicate holds if the namespace is the special @code{::std}
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namespace.
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@item cp_namespace_decls
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This function will return the declarations contained in the namespace,
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including types, overloaded functions, other namespaces, and so forth.
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@ -774,6 +813,50 @@ virtually.
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FIXME: Talk about @code{TYPE_NONCOPIED_PARTS}.
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The following macros can be used on a tree node representing a class-type.
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@ftable @code
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@item LOCAL_CLASS_P
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This predicate holds if the class is local class @emph{i.e.} declared
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inside a function body.
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@item TYPE_POLYMORPHIC_P
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This predicate holds if the class has at least one virtual function
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(declared or inherited).
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@item TYPE_HAS_DEFAULT_CONSTRUCTOR
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This predicate holds whenever its argument represents a class-type with
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default constructor.
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@item CLASSTYPE_HAS_MUTABLE
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@item TYPE_HAS_MUTABLE_P
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These predicates hold for a class-type having a mutable data member.
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@item CLASSTYPE_NON_POD_P
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This predicate holds only for class-types that are not PODs.
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@item TYPE_HAS_NEW_OPERATOR
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This predicate holds for a class-type that defines
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@code{operator new}.
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@item TYPE_HAS_ARRAY_NEW_OPERATOR
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This predicate holds for a class-type for which
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@code{operator new[]} is defined.
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@item TYPE_OVERLOADS_CALL_EXPR
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This predicate holds for class-type for which the function call
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@code{operator()} is overloaded.
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@item TYPE_OVERLOADS_ARRAY_REF
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This predicate holds for a class-type that overloads
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@code{operator[]}
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@item TYPE_OVERLOADS_ARROW
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This predicate holds for a class-type for which @code{operator->} is
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overloaded.
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@end ftable
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@c ---------------------------------------------------------------------
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@c Declarations
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@c ---------------------------------------------------------------------
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@ -793,8 +876,8 @@ FIXME: Talk about @code{TYPE_NONCOPIED_PARTS}.
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@tindex RESULT_DECL
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@tindex TEMPLATE_DECL
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@tindex THUNK_DECL
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@findex THUNK_DELTA
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@tindex USING_DECL
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@findex THUNK_DELTA
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@findex DECL_INITIAL
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@findex DECL_SIZE
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@findex DECL_ALIGN
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@ -840,6 +923,17 @@ typedef struct S S;
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@end example
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The implicitly generated @code{typedef} declaration is represented by a
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@code{TYPE_DECL} for which @code{DECL_ARTIFICIAL} holds.
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@item DECL_NAMESPACE_SCOPE_P
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This predicate holds if the entity was declared at a namespace scope.
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@item DECL_CLASS_SCOPE_P
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This predicate holds if the entity was declared at a class scope.
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@item DECL_FUNCTION_SCOPE_P
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This predicate holds if the entity was declared inside a function
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body.
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@end ftable
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The various kinds of declarations include:
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@ -874,7 +968,10 @@ analogous to @code{TYPE_SIZE} and @code{TYPE_ALIGN}. For a declaration,
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you should always use the @code{DECL_SIZE} and @code{DECL_ALIGN} rather
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than the @code{TYPE_SIZE} and @code{TYPE_ALIGN} given by the
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@code{TREE_TYPE}, since special attributes may have been applied to the
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variable to give it a particular size and alignment.
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variable to give it a particular size and alignment. You may use the
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predicates @code{DECL_THIS_STATIC} or @code{DECL_THIS_EXTERN} to test
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whether the storage class specifiers @code{static} or @code{extern} were
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used to declare a variable.
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If this variable is initialized (but does not require a constructor),
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the @code{DECL_INITIAL} will be an expression for the initializer. The
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@ -1003,6 +1100,10 @@ the @code{DECL_REAL_CONTEXT} for @code{f} will be the
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The following macros and functions can be used on a @code{FUNCTION_DECL}:
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@ftable @code
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@item DECL_MAIN_P
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This predicate holds for a function that is the program entry point
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@code{::code}.
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@item DECL_NAME
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This macro returns the unqualified name of the function, as an
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@code{IDENTIFIER_NODE}. For an instantiation of a function template,
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@ -1029,6 +1130,18 @@ This predicate holds if the function is undefined.
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@item TREE_PUBLIC
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This predicate holds if the function has external linkage.
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@item DECL_LOCAL_FUNCTION_P
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This predicate holds if the function was declared at block scope, even
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though it has a global scope.
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@item DECL_ANTICIPATED
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This predicate holds if the function is a built-in function but its
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prototype is not yet explicitly declared.
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@item DECL_EXTERN_C_FUNCTION_P
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This predicate holds if the function is declared as an
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`@code{extern "C"}' function.
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@item DECL_LINKONCE_P
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This macro holds if multiple copies of this function may be emitted in
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various translation units. It is the responsibility of the linker to
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@ -1043,15 +1156,42 @@ FIXME: This macro is not yet implemented.
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This macro holds if the function is a member of a class, rather than a
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member of a namespace.
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@item DECL_STATIC_FUNCTION_P
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This predicate holds if the function a static member function.
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@item DECL_NONSTATIC_MEMBER_FUNCTION_P
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This macro holds for a non-static member function.
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@item DECL_CONST_MEMFUNC_P
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This predicate holds for a @code{const}-member function.
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@item DECL_VOLATILE_MEMFUNC_P
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This predicate holds for a @code{volatile}-member function.
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@item DECL_CONSTRUCTOR_P
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This macro holds if the function is a constructor.
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@item DECL_NONCONVERTING_P
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This predicate holds if the constructor is a non-converting constructor.
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@item DECL_COMPLETE_CONSTRUCTOR_P
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This predicate holds for a function which is a constructor for an object
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of a complete type.
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@item DECL_BASE_CONSTRUCTOR_P
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This predicate holds for a function which is a constructor for a base
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class sub-object.
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@item DECL_COPY_CONSTRUCTOR_P
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This predicate holds for a function which is a copy-constructor.
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@item DECL_DESTRUCTOR_P
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This macro holds if the function is a destructor.
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@item DECL_COMPLETE_DESTRUCTOR_P
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This predicate holds if the function is the destructor for an object a
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complet type.
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@item DECL_OVERLOADED_OPERATOR_P
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This macro holds if the function is an overloaded operator.
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@ -1091,6 +1231,9 @@ Finally, the thunk should jump to the location given
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by @code{DECL_INITIAL}; this will always be an expression for the
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address of a function.
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@item DECL_NON_THUNK_FUNCTION_P
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This predicate holds if the function is @emph{not} a thunk function.
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@item GLOBAL_INIT_PRIORITY
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If either @code{DECL_GLOBAL_CTOR_P} or @code{DECL_GLOBAL_DTOR_P} holds,
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then this gives the initialization priority for the function. The
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@ -1118,6 +1261,19 @@ This macro returns the @code{RESULT_DECL} for the function.
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This macro returns the @code{FUNCTION_TYPE} or @code{METHOD_TYPE} for
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the function.
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@item TYPE_RAISES_EXCEPTIONS
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This macro returns the list of exceptions that a (member-)function can
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raise. The returned list, if non @code{NULL}, is comprised of nodes
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whose @code{TREE_VALUE} represents a type.
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@item TYPE_NOTHROW_P
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This predicate holds when the exception-specification of its arguments
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if of the form `@code{()}'.
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@item DECL_ARRAY_DELETE_OPERATOR_P
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This predicate holds if the function an overloaded
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@code{operator delete[]}.
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@end ftable
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@c ---------------------------------------------------------------------
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