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#include "el0_common.h"
#include "tztest.h"
tztest_t tztest[TZTEST_COUNT];
const char *sec_state_str;
void interop_test()
{
op_test_t test;
test.orig = test.val = 1024;
test.fail = test.count = 0;
printf("\nValidating interop communication between ELs... ");
__svc(SVC_OP_TEST, (svc_op_desc_t *)&test);
TEST_CONDITION(!test.fail && test.val == (test.orig >> test.count));
}
void run_test(tztest_func_id_t fid, uint32_t el)
{
op_dispatch_t disp;
tztest[fid](el);
disp.func_id = fid;
__svc(SVC_OP_DISPATCH, (svc_op_desc_t *)&disp);
}
int main()
{
svc_op_desc_t desc;
/* ISSUE: For some reason, static initialization of the global security
* state string fails. The pointer ends up being NULL in some cases, but
* not in others. This likely has something to do with the position
* independence of the EL0 code. The below workaround works fine.
*/
const char *str = "non-secure";
sec_state_str = str;
printf("EL0 (%s) started...\n", sec_state_str);
tztest_init();
/* Fetch the system-wide control structure */
__svc(SVC_OP_GET_SYSCNTL, &desc);
syscntl = ((sys_control_t *)desc.get.data);
/* Allocate and globally map test control descriptor */
syscntl->test_cntl = (test_control_t*)alloc_mem(0, 0x1000);
map_va(syscntl->test_cntl, 0x1000, OP_MAP_ALL);
printf("Starting TZ test...\n");
/* Test EL to EL communication */
interop_test();
/* If we didn't get a valid control structure then something has already
* gone drastically wrong.
*/
if (!syscntl) {
DEBUG_MSG("Failed to acquire system control structure\n");
__svc(SVC_OP_EXIT, &desc);
}
run_test(TZTEST_SMC, 0);
run_test(TZTEST_REG_ACCESS, 0);
#if AARCH64
run_test(TZTEST_CPACR_TRAP, 0);
run_test(TZTEST_WFX_TRAP, 0);
#endif
printf("\nValidation complete. Passed %d of %d tests.\n",
syscntl->test_cntl->test_count - syscntl->test_cntl->fail_count,
syscntl->test_cntl->test_count);
__svc(SVC_OP_EXIT, NULL);
return 0;
}
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