typetree.c File Reference

#include "config.h"
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "widl.h"
#include "utils.h"
#include "parser.h"
#include "typetree.h"
#include "header.h"

Include dependency graph for typetree.c:

Go to the source code of this file.

Functions
type_t *	duptype (type_t *t, int dupname)
type_t *	make_type (enum type_type type)
static const var_t *	find_arg (const var_list_t *args, const char *name)
const char *	type_get_name (const type_t *type, enum name_type name_type)
static char *	append_namespace (char *ptr, struct namespace *namespace, const char *separator)
char *	format_namespace (struct namespace *namespace, const char *prefix, const char *separator, const char *suffix)
type_t *	type_new_function (var_list_t *args)
type_t *	type_new_pointer (unsigned char pointer_default, type_t *ref, attr_list_t *attrs)
type_t *	type_new_alias (type_t *t, const char *name)
type_t *	type_new_module (char *name)
type_t *	type_new_coclass (char *name)
type_t *	type_new_array (const char *name, type_t *element, int declptr, unsigned int dim, expr_t *size_is, expr_t *length_is, unsigned char ptr_default_fc)
type_t *	type_new_basic (enum type_basic_type basic_type)
type_t *	type_new_int (enum type_basic_type basic_type, int sign)
type_t *	type_new_void (void)
type_t *	type_new_enum (const char *name, struct namespace *namespace, int defined, var_list_t *enums)
type_t *	type_new_struct (char *name, struct namespace *namespace, int defined, var_list_t *fields)
type_t *	type_new_nonencapsulated_union (const char *name, int defined, var_list_t *fields)
type_t *	type_new_encapsulated_union (char *name, var_t *switch_field, var_t *union_field, var_list_t *cases)
static int	is_valid_bitfield_type (const type_t *type)
type_t *	type_new_bitfield (type_t *field, const expr_t *bits)
static int	compute_method_indexes (type_t *iface)
void	type_interface_define (type_t *iface, type_t *inherit, statement_list_t *stmts)
void	type_dispinterface_define (type_t *iface, var_list_t *props, var_list_t *methods)
void	type_dispinterface_define_from_iface (type_t *dispiface, type_t *iface)
void	type_module_define (type_t *module, statement_list_t *stmts)
type_t *	type_coclass_define (type_t *coclass, ifref_list_t *ifaces)
int	type_is_equal (const type_t *type1, const type_t *type2)

Function Documentation

append_namespace()

static char* append_namespace ( char *  ptr, struct namespace *  namespace, const char *  separator  )

static

Definition at line 94 of file typetree.c.

{
    if(is_global_namespace(namespace)) {
        if(!use_abi_namespace)
            return ptr;
        strcpy(ptr, "ABI");
        strcat(ptr, separator);
        return ptr + strlen(ptr);
    }

    ptr = append_namespace(ptr, namespace->parent, separator);
    strcpy(ptr, namespace->name);
    strcat(ptr, separator);
    return ptr + strlen(ptr);
}

Referenced by format_namespace().

compute_method_indexes()

static int compute_method_indexes ( type_t *  iface )

static

Definition at line 416 of file typetree.c.

{
    int idx;
    statement_t *stmt;

    if (!iface->details.iface)
        return 0;

    if (type_iface_get_inherit(iface))
        idx = compute_method_indexes(type_iface_get_inherit(iface));
    else
        idx = 0;

    STATEMENTS_FOR_EACH_FUNC( stmt, type_iface_get_stmts(iface) )
    {
        var_t *func = stmt->u.var;
        if (!is_callas(func->attrs))
            func->type->details.function->idx = idx++;
    }

    return idx;
}

Referenced by type_dispinterface_define(), type_dispinterface_define_from_iface(), and type_interface_define().

duptype()

type_t* duptype	(	type_t *	t,
		int	dupname
	)

Definition at line 33 of file typetree.c.

{
  type_t *d = alloc_type();

  *d = *t;
  if (dupname && t->name)
    d->name = xstrdup(t->name);

  return d;
}

Referenced by type_new_alias().

find_arg()

static const var_t* find_arg ( const var_list_t *  args, const char *  name  )

static

Definition at line 68 of file typetree.c.

{
    const var_t *arg;

    if (args) LIST_FOR_EACH_ENTRY(arg, args, const var_t, entry)
    {
        if (arg->name && !strcmp(name, arg->name))
            return arg;
    }

    return NULL;
}

Referenced by type_new_function().

format_namespace()

char* format_namespace	(	struct namespace *	namespace,
		const char *	prefix,
		const char *	separator,
		const char *	suffix
	)

Definition at line 110 of file typetree.c.

{
    unsigned len = strlen(prefix) + strlen(suffix);
    unsigned sep_len = strlen(separator);
    struct namespace *iter;
    char *ret, *ptr;

    if(use_abi_namespace && !is_global_namespace(namespace))
        len += 3 /* strlen("ABI") */ + sep_len;

    for(iter = namespace; !is_global_namespace(iter); iter = iter->parent)
        len += strlen(iter->name) + sep_len;

    ret = xmalloc(len+1);
    strcpy(ret, prefix);
    ptr = append_namespace(ret + strlen(ret), namespace, separator);
    strcpy(ptr, suffix);

    return ret;
}

Referenced by write_uuid_decl().

is_valid_bitfield_type()

static int is_valid_bitfield_type ( const type_t *  type )

static

Definition at line 365 of file typetree.c.

{
    switch (type_get_type(type))
    {
    case TYPE_ENUM:
        return TRUE;
    case TYPE_BASIC:
        switch (type_basic_get_type(type))
        {
        case TYPE_BASIC_INT8:
        case TYPE_BASIC_INT16:
        case TYPE_BASIC_INT32:
        case TYPE_BASIC_INT64:
        case TYPE_BASIC_INT:
        case TYPE_BASIC_INT3264:
        case TYPE_BASIC_LONG:
        case TYPE_BASIC_CHAR:
        case TYPE_BASIC_HYPER:
        case TYPE_BASIC_BYTE:
        case TYPE_BASIC_WCHAR:
        case TYPE_BASIC_ERROR_STATUS_T:
            return TRUE;
        case TYPE_BASIC_FLOAT:
        case TYPE_BASIC_DOUBLE:
        case TYPE_BASIC_HANDLE:
            return FALSE;
        }
        return FALSE;
    default:
        return FALSE;
    }
}

Referenced by type_new_bitfield().

make_type()

type_t* make_type

(

enum type_type

type

)

Definition at line 44 of file typetree.c.

{
    type_t *t = alloc_type();
    t->name = NULL;
    t->namespace = NULL;
    t->type_type = type;
    t->attrs = NULL;
    t->c_name = NULL;
    t->orig = NULL;
    memset(&t->details, 0, sizeof(t->details));
    t->typestring_offset = 0;
    t->ptrdesc = 0;
    t->ignore = (parse_only != 0);
    t->defined = FALSE;
    t->written = FALSE;
    t->user_types_registered = FALSE;
    t->tfswrite = FALSE;
    t->checked = FALSE;
    t->is_alias = FALSE;
    t->typelib_idx = -1;
    init_loc_info(&t->loc_info);
    return t;
}

Referenced by type_new_array(), type_new_basic(), type_new_bitfield(), type_new_enum(), type_new_function(), type_new_nonencapsulated_union(), type_new_pointer(), type_new_struct(), and type_new_void().

type_coclass_define()

type_t* type_coclass_define	(	type_t *	coclass,
		ifref_list_t *	ifaces
	)

Definition at line 488 of file typetree.c.

{
    coclass->details.coclass.ifaces = ifaces;
    coclass->defined = TRUE;
    return coclass;
}

type_dispinterface_define()

void type_dispinterface_define	(	type_t *	iface,
		var_list_t *	props,
		var_list_t *	methods
	)

Definition at line 452 of file typetree.c.

{
    iface->details.iface = xmalloc(sizeof(*iface->details.iface));
    iface->details.iface->disp_props = props;
    iface->details.iface->disp_methods = methods;
    iface->details.iface->stmts = NULL;
    iface->details.iface->inherit = find_type("IDispatch", NULL, 0);
    if (!iface->details.iface->inherit) error_loc("IDispatch is undefined\n");
    iface->details.iface->disp_inherit = NULL;
    iface->details.iface->async_iface = NULL;
    iface->defined = TRUE;
    compute_method_indexes(iface);
}

type_dispinterface_define_from_iface()

void type_dispinterface_define_from_iface	(	type_t *	dispiface,
		type_t *	iface
	)

Definition at line 466 of file typetree.c.

{
    dispiface->details.iface = xmalloc(sizeof(*dispiface->details.iface));
    dispiface->details.iface->disp_props = NULL;
    dispiface->details.iface->disp_methods = NULL;
    dispiface->details.iface->stmts = NULL;
    dispiface->details.iface->inherit = find_type("IDispatch", NULL, 0);
    if (!dispiface->details.iface->inherit) error_loc("IDispatch is undefined\n");
    dispiface->details.iface->disp_inherit = iface;
    dispiface->details.iface->async_iface = NULL;
    dispiface->defined = TRUE;
    compute_method_indexes(dispiface);
}

type_get_name()

const char* type_get_name	(	const type_t *	type,
		enum name_type name_type
	)

Definition at line 81 of file typetree.c.

{
    switch(name_type) {
    case NAME_DEFAULT:
        return type->name;
    case NAME_C:
        return type->c_name;
    }

    assert(0);
    return NULL;
}

Referenced by write_type_left().

type_interface_define()

void type_interface_define	(	type_t *	iface,
		type_t *	inherit,
		statement_list_t *	stmts
	)

Definition at line 439 of file typetree.c.

{
    iface->details.iface = xmalloc(sizeof(*iface->details.iface));
    iface->details.iface->disp_props = NULL;
    iface->details.iface->disp_methods = NULL;
    iface->details.iface->stmts = stmts;
    iface->details.iface->inherit = inherit;
    iface->details.iface->disp_inherit = NULL;
    iface->details.iface->async_iface = NULL;
    iface->defined = TRUE;
    compute_method_indexes(iface);
}

type_is_equal()

int type_is_equal	(	const type_t *	type1,
		const type_t *	type2
	)

Definition at line 495 of file typetree.c.

{
    if (type_get_type_detect_alias(type1) != type_get_type_detect_alias(type2))
        return FALSE;

    if (type1->name && type2->name)
        return !strcmp(type1->name, type2->name);
    else if ((!type1->name && type2->name) || (type1->name && !type2->name))
        return FALSE;

    /* FIXME: do deep inspection of types to determine if they are equal */

    return FALSE;
}

type_module_define()

void type_module_define	(	type_t *	module,
		statement_list_t *	stmts
	)

Definition at line 480 of file typetree.c.

{
    if (module->details.module) error_loc("multiple definition error\n");
    module->details.module = xmalloc(sizeof(*module->details.module));
    module->details.module->stmts = stmts;
    module->defined = TRUE;
}

type_new_alias()

type_t* type_new_alias	(	type_t *	t,
		const char *	name
	)

Definition at line 190 of file typetree.c.

{
    type_t *a = duptype(t, 0);

    a->name = xstrdup(name);
    a->attrs = NULL;
    a->orig = t;
    a->is_alias = TRUE;
    /* for pointer types */
    a->details = t->details;
    init_loc_info(&a->loc_info);

    return a;
}

type_new_array()

type_t* type_new_array	(	const char *	name,
		type_t *	element,
		int	declptr,
		unsigned int	dim,
		expr_t *	size_is,
		expr_t *	length_is,
		unsigned char	ptr_default_fc
	)

Definition at line 226 of file typetree.c.

{
    type_t *t = make_type(TYPE_ARRAY);
    if (name) t->name = xstrdup(name);
    t->details.array.declptr = declptr;
    t->details.array.length_is = length_is;
    if (size_is)
        t->details.array.size_is = size_is;
    else
        t->details.array.dim = dim;
    t->details.array.elem = element;
    t->details.array.ptr_def_fc = ptr_default_fc;
    return t;
}

type_new_basic()

type_t* type_new_basic

(

enum type_basic_type

basic_type

)

Definition at line 243 of file typetree.c.

{
    type_t *t = make_type(TYPE_BASIC);
    t->details.basic.type = basic_type;
    t->details.basic.sign = 0;
    return t;
}

Referenced by resolve_expression(), and type_new_int().

type_new_bitfield()

type_t* type_new_bitfield	(	type_t *	field,
		const expr_t *	bits
	)

Definition at line 398 of file typetree.c.

{
    type_t *t;

    if (!is_valid_bitfield_type(field))
        error_loc("bit-field has invalid type\n");

    if (bits->cval < 0)
        error_loc("negative width for bit-field\n");

    /* FIXME: validate bits->cval <= memsize(field) * 8 */

    t = make_type(TYPE_BITFIELD);
    t->details.bitfield.field = field;
    t->details.bitfield.bits = bits;
    return t;
}

type_new_coclass()

type_t* type_new_coclass

(

char *

name

)

Definition at line 215 of file typetree.c.

{
    type_t *type = get_type(TYPE_COCLASS, name, NULL, 0);
    if (type->type_type != TYPE_COCLASS || type->defined)
        error_loc("%s: redefinition error; original definition was at %s:%d\n",
                  type->name, type->loc_info.input_name, type->loc_info.line_number);
    type->name = name;
    return type;
}

type_new_encapsulated_union()

type_t* type_new_encapsulated_union	(	char *	name,
		var_t *	switch_field,
		var_t *	union_field,
		var_list_t *	cases
	)

Definition at line 353 of file typetree.c.

{
    type_t *t = get_type(TYPE_ENCAPSULATED_UNION, name, NULL, tsUNION);
    if (!union_field) union_field = make_var( xstrdup("tagged_union") );
    union_field->type = type_new_nonencapsulated_union(NULL, TRUE, cases);
    t->details.structure = xmalloc(sizeof(*t->details.structure));
    t->details.structure->fields = append_var( NULL, switch_field );
    t->details.structure->fields = append_var( t->details.structure->fields, union_field );
    t->defined = TRUE;
    return t;
}

type_new_enum()

type_t* type_new_enum	(	const char *	name,
		struct namespace *	namespace,
		int	defined,
		var_list_t *	enums
	)

Definition at line 274 of file typetree.c.

{
    type_t *tag_type = name ? find_type(name, namespace, tsENUM) : NULL;
    type_t *t = make_type(TYPE_ENUM);
    t->name = name;
    t->namespace = namespace;

    if (tag_type && tag_type->details.enumeration)
        t->details.enumeration = tag_type->details.enumeration;
    else if (defined)
    {
        t->details.enumeration = xmalloc(sizeof(*t->details.enumeration));
        t->details.enumeration->enums = enums;
        t->defined = TRUE;
    }

    if (name)
    {
        if (defined)
            reg_type(t, name, namespace, tsENUM);
        else
            add_incomplete(t);
    }
    return t;
}

type_new_function()

type_t* type_new_function

(

var_list_t *

args

)

Definition at line 131 of file typetree.c.

{
    var_t *arg;
    type_t *t;
    unsigned int i = 0;

    if (args)
    {
        arg = LIST_ENTRY(list_head(args), var_t, entry);
        if (list_count(args) == 1 && !arg->name && arg->type && type_get_type(arg->type) == TYPE_VOID)
        {
            list_remove(&arg->entry);
            free(arg);
            free(args);
            args = NULL;
        }
    }
    if (args) LIST_FOR_EACH_ENTRY(arg, args, var_t, entry)
    {
        if (arg->type && type_get_type(arg->type) == TYPE_VOID)
            error_loc("argument '%s' has void type\n", arg->name);
        if (!arg->name)
        {
            if (i > 26 * 26)
                error_loc("too many unnamed arguments\n");
            else
            {
                int unique;
                do
                {
                    char name[3];
                    name[0] = i > 26 ? 'a' + i / 26 : 'a' + i;
                    name[1] = i > 26 ? 'a' + i % 26 : 0;
                    name[2] = 0;
                    unique = !find_arg(args, name);
                    if (unique)
                        arg->name = xstrdup(name);
                    i++;
                } while (!unique);
            }
        }
    }

    t = make_type(TYPE_FUNCTION);
    t->details.function = xmalloc(sizeof(*t->details.function));
    t->details.function->args = args;
    t->details.function->idx = -1;
    return t;
}

type_new_int()

type_t* type_new_int	(	enum type_basic_type	basic_type,
		int	sign
	)

Definition at line 251 of file typetree.c.

{
    static type_t *int_types[TYPE_BASIC_INT_MAX+1][3];

    assert(basic_type <= TYPE_BASIC_INT_MAX);

    /* map sign { -1, 0, 1 } -> { 0, 1, 2 } */
    if (!int_types[basic_type][sign + 1])
    {
        int_types[basic_type][sign + 1] = type_new_basic(basic_type);
        int_types[basic_type][sign + 1]->details.basic.sign = sign;
    }
    return int_types[basic_type][sign + 1];
}

Referenced by resolve_expression().

type_new_module()

type_t* type_new_module

(

char *

name

)

Definition at line 205 of file typetree.c.

{
    type_t *type = get_type(TYPE_MODULE, name, NULL, 0);
    if (type->type_type != TYPE_MODULE || type->defined)
        error_loc("%s: redefinition error; original definition was at %s:%d\n",
                  type->name, type->loc_info.input_name, type->loc_info.line_number);
    type->name = name;
    return type;
}

type_new_nonencapsulated_union()

type_t* type_new_nonencapsulated_union	(	const char *	name,
		int	defined,
		var_list_t *	fields
	)

Definition at line 330 of file typetree.c.

{
    type_t *tag_type = name ? find_type(name, NULL, tsUNION) : NULL;
    type_t *t = make_type(TYPE_UNION);
    t->name = name;
    if (tag_type && tag_type->details.structure)
        t->details.structure = tag_type->details.structure;
    else if (defined)
    {
        t->details.structure = xmalloc(sizeof(*t->details.structure));
        t->details.structure->fields = fields;
        t->defined = TRUE;
    }
    if (name)
    {
        if (defined)
            reg_type(t, name, NULL, tsUNION);
        else
            add_incomplete(t);
    }
    return t;
}

Referenced by type_new_encapsulated_union().

type_new_pointer()

type_t* type_new_pointer	(	unsigned char	pointer_default,
		type_t *	ref,
		attr_list_t *	attrs
	)

Definition at line 181 of file typetree.c.

{
    type_t *t = make_type(TYPE_POINTER);
    t->details.pointer.def_fc = pointer_default;
    t->details.pointer.ref = ref;
    t->attrs = attrs;
    return t;
}

Referenced by resolve_expression().

type_new_struct()

type_t* type_new_struct	(	char *	name,
		struct namespace *	namespace,
		int	defined,
		var_list_t *	fields
	)

Definition at line 300 of file typetree.c.

{
    type_t *tag_type = name ? find_type(name, namespace, tsSTRUCT) : NULL;
    type_t *t;

    /* avoid creating duplicate typelib type entries */
    if (tag_type && do_typelib) return tag_type;

    t = make_type(TYPE_STRUCT);
    t->name = name;
    t->namespace = namespace;

    if (tag_type && tag_type->details.structure)
        t->details.structure = tag_type->details.structure;
    else if (defined)
    {
        t->details.structure = xmalloc(sizeof(*t->details.structure));
        t->details.structure->fields = fields;
        t->defined = TRUE;
    }
    if (name)
    {
        if (defined)
            reg_type(t, name, namespace, tsSTRUCT);
        else
            add_incomplete(t);
    }
    return t;
}

type_new_void()

type_t* type_new_void

(

void

)

Definition at line 266 of file typetree.c.

{
    static type_t *void_type = NULL;
    if (!void_type)
        void_type = make_type(TYPE_VOID);
    return void_type;
}