ast_t* ast_from_float(ast_t* ast, double value)
{
assert(ast != NULL);
token_t* t = token_dup(ast->t);
token_set_id(t, TK_FLOAT);
token_set_float(t, value);
ast_t* new_ast = ast_token(t);
set_scope_no_parent(new_ast, ast->parent);
return new_ast;
}
// Replace the current ID token with an abstract keyword, if it is one
static ast_token_id keyword_replace(build_parser_t* builder)
{
assert(builder != NULL);
token_id keyword_id = lexer_is_abstract_keyword(token_string(builder->token));
if(keyword_id == TK_LEX_ERROR)
return AT_ID;
token_set_id(builder->token, keyword_id);
return AT_TOKEN;
}
ast_t* ast_from_int(ast_t* ast, uint64_t value)
{
assert(ast != NULL);
token_t* t = token_dup(ast->t);
token_set_id(t, TK_INT);
lexint_t lexint = {value, 0};
token_set_int(t, &lexint);
ast_t* new_ast = ast_token(t);
set_scope_no_parent(new_ast, ast->parent);
return new_ast;
}
ast_t* ast_from_string(ast_t* ast, const char* name)
{
if(name == NULL)
return ast_from(ast, TK_NONE);
token_t* t = token_dup(ast->t);
token_set_id(t, TK_ID);
token_set_string(t, name, 0);
ast_t* new_ast = ast_token(t);
set_scope_no_parent(new_ast, ast->parent);
return new_ast;
}
void ast_erase(ast_t* ast)
{
assert(ast != NULL);
ast_t* child = ast->child;
while(child != NULL)
{
ast_t* next = child->sibling;
ast_free(child);
child = next;
}
ast->child = NULL;
token_set_id(ast->t, TK_NONE);
}
ast_t* ast_setid(ast_t* ast, token_id id)
{
assert(ast != NULL);
token_set_id(ast->t, id);
return ast;
}
