{%- import 'includes/regalloc_macros.c.jinja' as helpers -%}
{% set one_expr = "glob_three - 2" %}
{% set thirteen_expr = "10 + glob_three" %}
{% set spill_thing="imul, add, and sub results" %}
/* This isn't really a test of the register allocator.
 * Verify that we correctly rewrite add/sub/imul instructions with operands in
 * memory. Test programs for earlier chapters exercise these rewrite rules only
 * when register allocation and optimizations are disabled. But once we complete
 * Part III, these are either optimized away entirely in earlier chapters' test
 * programs, or their operands are all hard registers.
 *
 * This test program is generated from templates/{{ self._TemplateReference__context.name }}
 * */

#include "../util.h"

int glob_three = 3;
int glob_four = 4;

int target(void) {
    // We'll force the results of imul, add, and sub instructions to spill
    // to memory (by making them conflict with more registers and have fewer
    // uses then any other pseudo) to verify that we rewrite them correctly

    // These results will conflict with all other pseudos and only be used once
    // each, so they'll all spill
    int imul_result = glob_three * glob_four;
    int add_result = glob_three + glob_four;
    int sub_result = glob_four - glob_three;

    {% filter indent(width=4, first=true) %}
    {% include 'includes/spill_var.c.jinja' %}
    {% endfilter %}


    if (imul_result != 12) {
        return 100;
    }
    if (add_result != 7) {
        return 101;
    }
    if (sub_result != 1) {
        return 102;
    }

    return 0;  // success
}