static
void sdl_init (sdl_t *sdl, ini_sct_t *sct)
{
int fs, rep;
trm_init (&sdl->trm, sdl);
sdl->trm.del = (void *) sdl_del;
sdl->trm.open = (void *) sdl_open;
sdl->trm.close = (void *) sdl_close;
sdl->trm.set_msg_trm = (void *) sdl_set_msg_trm;
sdl->trm.update = (void *) sdl_update;
sdl->trm.check = (void *) sdl_check;
sdl->scr = NULL;
sdl->wdw_w = 0;
sdl->wdw_h = 0;
sdl->button = 0;
ini_get_bool (sct, "fullscreen", &fs, 0);
sdl->fullscreen = (fs != 0);
ini_get_uint16 (sct, "border", &sdl->border[0], 0);
sdl->border[1] = sdl->border[0];
sdl->border[2] = sdl->border[0];
sdl->border[3] = sdl->border[0];
sdl->grab = 0;
sdl->dsp_bpp = 0;
sdl->scr_bpp = 0;
ini_get_bool (sct, "report_keys", &rep, 0);
sdl->report_keys = (rep != 0);
sdl_init_keymap_default (sdl);
sdl_init_keymap_user (sdl, sct);
}
int option_get_bool(char *ini_section, char *ini_key, char *cmdline_key,
int def, char *description)
{
int val = false;
if (cmdline_key)
val = cmdline_get_bool(cmdline_key, false, description);
if (cmdline_key && val) {
/* this can only be true if the value has been set,
* so we can return */
return true;
}
return ini_get_bool(ini_section, ini_key, def);
}
static
void sarm_setup_cpu (simarm_t *sim, ini_sct_t *ini)
{
ini_sct_t *sct;
const char *model;
unsigned long id;
sct = ini_next_sct (ini, NULL, "cpu");
ini_get_string (sct, "model", &model, "armv5");
ini_get_bool (sct, "bigendian", &sim->bigendian, 1);
if (strcmp (model, "xscale") == 0) {
id = 0x69052000;
}
else if (strcmp (model, "ixp2400") == 0) {
id = 0x69054190;
}
else {
id = 0x69054190;
}
ini_get_uint32 (sct, "id", &id, id);
pce_log_tag (MSG_INF, "CPU:", "model=%s id=0x%08lx endian=%s\n",
model, id, sim->bigendian ? "big" : "little"
);
sim->cpu = arm_new();
if (sim->cpu == NULL) {
return;
}
arm_set_flags (sim->cpu, ARM_FLAG_XSCALE, 1);
arm_set_flags (sim->cpu, ARM_FLAG_BIGENDIAN, sim->bigendian);
arm_set_id (sim->cpu, id);
if (sim->bigendian) {
arm_set_mem_fct (sim->cpu, sim->mem,
&mem_get_uint8,
&mem_get_uint16_be,
&mem_get_uint32_be,
&mem_set_uint8,
&mem_set_uint16_be,
&mem_set_uint32_be
);
}
else {
arm_set_mem_fct (sim->cpu, sim->mem,
&mem_get_uint8,
&mem_get_uint16_le,
&mem_get_uint32_le,
&mem_set_uint8,
&mem_set_uint16_le,
&mem_set_uint32_le
);
}
if (sim->ram != NULL) {
arm_set_ram (sim->cpu, mem_blk_get_data (sim->ram), mem_blk_get_size (sim->ram));
}
}
Eina_Bool
enna_config_bool_get (const char *section, const char *key)
{
return ini_get_bool(cfg_ini, section, key);
}
