static CRB_Value
eval_expression(CRB_Interpreter *inter, LocalEnvrioment *env,
Expression *expr)
{
CRB_Value v;
switch(expr->type){
case BOOLEAN_EXPRESSION:
v = eval_boolean_expression(expr->u.boolean_value);
break;
case INT_EXPRESSION:
v = eval_int_expression(expr->u.int_value);
break;
case DOUBLE_EXPRESSION:
v = eval_double_expression(expr->u.double_value);
break;
case STRING_EXPRESSION:
v = eval_string_expression(inter, expr->u.string_value);
break;
case IDENTIFIER_EXPRESSION:
v = eval_identifier_expression(inter, env, expr);
break;
case ASSIGN_EXPRESSION:
v = eval_assign_expression(inter, env,
expr->u.assign_expression.variable,
expr->u.assign_expression.operand);
break;
case ADD_EXPRESSION:
case SUB_EXPRESSION:
case MUL_EXPRESSION:
case DIV_EXPRESSION:
case MOD_EXPRESSION:
case EQ_EXPRESSION:
case NE_EXPRESSION:
case GT_EXPRESSION:
case GE_EXPRESSION:
case LT_EXPRESSION:
case LE_EXPRESSION:
v = crb_eval_binary_expression(inter, env,
expr->type,
expr->u.binary_expression.left,
expr->u.binary_expression.right);
break;
case LOGICAL_AND_EXPRESSION:
case LOGICAL_OR_EXPRESSION:
v = crb_eval_and_or_expression(inter ,env, expr->type,
expr->u.binary_expression.left,
expr->u.binary_expression.right);
break;
case MINUS_EXPRESSION:
v = crb_eval_minus_expression(inter, env, expr->u.minus_expression);
break;
case FUNCTION_CALL_EXPRESSION:
v = eval_function_call_expression(inter, env, expr);
break;
case NULL_EXPRESSION:
v = eval_null_expression();
break;
case EXPRESSION_TYPE_COUNT_PLUS_1:
default:
DBG_panic(("bad case.type..%d\n", expr->type));
}
return v;
}
static void
eval_expression(SIMCAR_Interpreter *inter, SIMCAR_LocalEnvironment *env,
Expression *expr)
{
switch (expr->type) {
case BOOLEAN_EXPRESSION:
eval_boolean_expression(inter, expr->u.boolean_value);
break;
case INT_EXPRESSION:
eval_int_expression(inter, expr->u.int_value);
break;
case DOUBLE_EXPRESSION:
eval_double_expression(inter, expr->u.double_value);
break;
case STRING_EXPRESSION:
eval_string_expression(inter, expr->u.string_value);
break;
case IDENTIFIER_EXPRESSION:
eval_identifier_expression(inter, env, expr);
break;
case ASSIGN_EXPRESSION:
eval_assign_expression(inter, env,
expr->u.assign_expression.left,
expr->u.assign_expression.operand);
break;
case ADD_EXPRESSION: /* FALLTHRU */
case SUB_EXPRESSION: /* FALLTHRU */
case MUL_EXPRESSION: /* FALLTHRU */
case DIV_EXPRESSION: /* FALLTHRU */
case MOD_EXPRESSION: /* FALLTHRU */
case EQ_EXPRESSION: /* FALLTHRU */
case NE_EXPRESSION: /* FALLTHRU */
case GT_EXPRESSION: /* FALLTHRU */
case GE_EXPRESSION: /* FALLTHRU */
case LT_EXPRESSION: /* FALLTHRU */
case LE_EXPRESSION: /* FALLTHRU */
eval_binary_expression(inter, env, expr->type,
expr->u.binary_expression.left,
expr->u.binary_expression.right);
break;
case LOGICAL_AND_EXPRESSION:/* FALLTHRU */
case LOGICAL_OR_EXPRESSION:
eval_logical_and_or_expression(inter, env, expr->type,
expr->u.binary_expression.left,
expr->u.binary_expression.right);
break;
case MINUS_EXPRESSION:
eval_minus_expression(inter, env, expr->u.minus_expression);
break;
case FUNCTION_CALL_EXPRESSION:
eval_function_call_expression(inter, env, expr);
break;
case METHOD_CALL_EXPRESSION:
eval_method_call_expression(inter, env, expr);
break;
case NULL_EXPRESSION:
eval_null_expression(inter);
break;
case ARRAY_EXPRESSION:
eval_array_expression(inter, env, expr->u.array_literal);
break;
case INDEX_EXPRESSION:
eval_index_expression(inter, env, expr);
break;
case INCREMENT_EXPRESSION: /* FALLTHRU */
case DECREMENT_EXPRESSION:
eval_inc_dec_expression(inter, env, expr);
break;
case EXPRESSION_TYPE_COUNT_PLUS_1: /* FALLTHRU */
default:
DBG_panic(("bad case. type..%d\n", expr->type));
}
}
