#include "warning.h"
#include "attribute_t.h"
#include "symbol_t.h"
+#include "adt/error.h"
#include "type_t.h"
static const char *const attribute_names[ATTRIBUTE_LAST+1] = {
if (warning.other) {
warningf(&attribute->source_position,
- "attribute '%s' needs no attributes",
+ "attribute '%s' needs no arguments",
get_attribute_name(attribute->kind));
}
}
handle_attribute_packed_e(attribute, (entity_t*) type->compound.compound);
}
+static void handle_attribute_asm(const attribute_t *attribute,
+ entity_t *entity)
+{
+ attribute_argument_t *argument = attribute->a.arguments;
+ assert (argument->kind == ATTRIBUTE_ARGUMENT_EXPRESSION);
+ expression_t *expression = argument->v.expression;
+ if (expression->kind != EXPR_STRING_LITERAL)
+ errorf(&attribute->source_position,
+ "Invalid asm attribute expression");
+ symbol_t *sym = symbol_table_insert(expression->string_literal.value.begin);
+ entity->function.actual_name = sym;
+ assert (argument->next == NULL);
+ return;
+}
+
void handle_entity_attributes(const attribute_t *attributes, entity_t *entity)
{
if (entity->kind == ENTITY_TYPEDEF) {
case ATTRIBUTE_GNU_UNUSED: modifiers |= DM_UNUSED; break;
case ATTRIBUTE_GNU_DLLIMPORT: modifiers |= DM_DLLIMPORT; break;
case ATTRIBUTE_GNU_DLLEXPORT: modifiers |= DM_DLLEXPORT; break;
+ case ATTRIBUTE_GNU_WEAK: modifiers |= DM_WEAK; break;
case ATTRIBUTE_MS_ALLOCATE: modifiers |= DM_MALLOC; break;
case ATTRIBUTE_MS_DLLIMPORT: modifiers |= DM_DLLIMPORT; break;
handle_attribute_packed_e(attribute, entity);
break;
+ case ATTRIBUTE_GNU_ASM:
+ handle_attribute_asm(attribute, entity);
+ break;
+
case ATTRIBUTE_MS_ALIGN:
case ATTRIBUTE_GNU_ALIGNED:
handle_attribute_aligned(attribute, entity);
switch(attribute->kind) {
case ATTRIBUTE_GNU_PACKED:
handle_attribute_packed(attribute, type);
- break;
+ break;
case ATTRIBUTE_GNU_CDECL:
case ATTRIBUTE_MS_CDECL:
type = change_calling_convention(type, CC_CDECL);
expression_t *expression = argument->v.expression;
if (expression->kind != EXPR_STRING_LITERAL)
return NULL;
- return expression->string.value.begin;
+ return expression->literal.value.begin;
}
return NULL;
}
+
+static bool property_attribute_equal(const attribute_property_argument_t *prop1,
+ const attribute_property_argument_t *prop2)
+{
+ return prop1->put_symbol == prop2->put_symbol
+ && prop1->get_symbol == prop2->get_symbol;
+}
+
+static bool attribute_argument_equal(const attribute_argument_t *arg1,
+ const attribute_argument_t *arg2)
+{
+ if (arg1->kind != arg2->kind)
+ return false;
+
+ switch (arg1->kind) {
+ case ATTRIBUTE_ARGUMENT_SYMBOL:
+ return arg1->v.symbol == arg2->v.symbol;
+ case ATTRIBUTE_ARGUMENT_EXPRESSION:
+ /* TODO */
+ return false;
+ }
+ panic("Unknown argument type found");
+}
+
+static bool attribute_arguments_equal(const attribute_argument_t *args1,
+ const attribute_argument_t *args2)
+{
+ for ( ; args1 != NULL && args2 != NULL;
+ args1 = args1->next, args2 = args2->next) {
+ if (!attribute_argument_equal(args1, args2))
+ return false;
+ }
+ /* both should be NULL now */
+ return args1 == args2;
+}
+
+bool attributes_equal(const attribute_t *attr1, const attribute_t *attr2)
+{
+ if (attr1->kind != attr2->kind)
+ return false;
+
+ switch (attr1->kind) {
+ case ATTRIBUTE_MS_PROPERTY:
+ return property_attribute_equal(attr1->a.property, attr2->a.property);
+ default:
+ return attribute_arguments_equal(attr1->a.arguments,
+ attr2->a.arguments);
+ }
+}