int example_setfont () {
const char **vars = (const char **)set_str_add (set_str_add((void **)NULL, "configuration_services_setfont_font"), "lat2-12");
char *res = apply_variables ("tty_max=$(cat /etc/einit/subsystems.d/tty.xml | egrep -c 'tty[0-9]-regular'); tty_list=$(seq 1 ${tty_max}); if [ -d /dev/vc ]; then tty_dev=/dev/vc/; else tty_dev=/dev/tty; fi; for tty_num in ${tty_list}; do setfont ${configuration_services_setfont_font} -C ${tty_dev}${tty_num}; done", vars);
const char *expected_result = "tty_max=$(cat /etc/einit/subsystems.d/tty.xml | egrep -c 'tty[0-9]-regular'); tty_list=$(seq 1 ${tty_max}); if [ -d /dev/vc ]; then tty_dev=/dev/vc/; else tty_dev=/dev/tty; fi; for tty_num in ${tty_list}; do setfont lat2-12 -C ${tty_dev}${tty_num}; done";
char test_failed = 0;
if (!strmatch (res, expected_result)) {
test_failed = 1;
fprintf (stdout, "setfont example failed:\n expected result:\n\"%s\"\n actual result:\n\"%s\"\n", expected_result, res);
}
efree (vars);
efree (res);
return test_failed;
}
int example_half_simple_start () {
const char **vars = (const char **)set_str_add(set_str_add((void **)NULL, "simple"), "start");
char *res = apply_variables ("${simple}${half}", vars);
const char *expected_result = "start${half}";
char test_failed = 0;
if (!strmatch (res, expected_result)) {
test_failed = 1;
fprintf (stdout, "setfont example failed:\n expected result:\n\"%s\"\n actual result:\n\"%s\"\n", expected_result, res);
}
efree (vars);
efree (res);
return test_failed;
}
int linux_kernel_modules_load (char **modules) {
if (!modules) return status_failed;
pthread_t **threads = NULL;
char *modprobe_command = cfg_getstring ("configuration-command-modprobe/with-env", 0);
uint32_t i = 0;
for (; modules[i]; i++) if (strcmp ("", modules[i])) {
const char *tpldata[] = { "module", modules[i], NULL };
char *applied = apply_variables (modprobe_command, tpldata);
if (applied) {
notice (4, "loading kernel module: %s", modules[i]);
if (modules[i+1]) {
pthread_t *threadid = emalloc (sizeof (pthread_t));
if (ethread_create (threadid, NULL, (void *(*)(void *))linux_kernel_modules_load_exec, applied)) {
linux_kernel_modules_load_exec (applied);
} else {
threads = (pthread_t **)setadd ((void **)threads, threadid, SET_NOALLOC);
}
} else {
linux_kernel_modules_load_exec (applied);
}
}
}
free (modules);
if (threads) {
int i = 0;
for (; threads[i]; i++) {
pthread_join (*(threads[i]), NULL);
free (threads[i]);
}
free (threads);
}
return status_ok;
}
