int pce_load_mem_ini (memory_t *mem, ini_sct_t *ini)
{
int r;
const char *fmt;
const char *fname;
char *path;
unsigned long addr;
ini_sct_t *sct;
r = 0;
sct = NULL;
while ((sct = ini_next_sct (ini, sct, "load")) != NULL) {
ini_get_string (sct, "format", &fmt, "binary");
ini_get_string (sct, "file", &fname, NULL);
if (ini_get_uint32 (sct, "address", &addr, 0)) {
ini_get_uint32 (sct, "base", &addr, 0);
}
if (fname != NULL) {
path = pce_path_get (fname);
if (pce_load_mem (mem, path, fmt, addr)) {
r = 1;
pce_log (MSG_ERR, "*** loading failed (%s)\n",
path
);
}
free (path);
}
}
return (r);
}
static Game_Entry *
_parse_desktop_game(const char *file)
{
Game_Entry *game = NULL;
const char *categories;
ini_t *ini = ini_new (file);
ini_parse(ini);
categories = ini_get_string(ini, "Desktop Entry", "Categories");
if (categories && strstr(categories, "Game"))
{
char *tmpicon;
const char *name = ini_get_string(ini, "Desktop Entry", "Name");
const char *icon = ini_get_string(ini, "Desktop Entry", "Icon");
const char *exec = ini_get_string(ini, "Desktop Entry", "Exec");
game = ENNA_NEW(Game_Entry, 1);
game->name = strdup(name);
game->exec = strdup(exec);
if (!ecore_file_is_dir(icon) && ecore_file_can_read(icon))
game->icon = strdup(icon);
else if ((tmpicon = _find_icon(icon, "/usr/share/icons")))
game->icon = tmpicon;
else if ((tmpicon = _find_icon(icon, "/usr/share/pixmaps")))
game->icon = tmpicon;
}
ini_free(ini);
return game;
}
int ini_get_ata_chn (ata_chn_t *ata, disks_t *dsks, ini_sct_t *ini, unsigned idx)
{
unsigned dev, drv;
unsigned multi;
const char *model;
disk_t *dsk;
ini_sct_t *sct;
sct = NULL;
while ((sct = ini_next_sct (ini, sct, "device")) != NULL) {
ini_get_uint16 (sct, "device", &dev, 0);
ini_get_uint16 (sct, "disk", &drv, 0);
ini_get_uint16 (sct, "multi_count_max", &multi, 0);
ini_get_string (sct, "model", &model, "PCEDISK");
dsk = dsks_get_disk (dsks, drv);
if (dsk != NULL) {
pce_log_tag (MSG_INF,
"ATA:",
"channel=%u device=%u multi=%u model=%s drive=%u\n",
idx, dev, multi, model, drv
);
ata_set_multi_mode (ata, dev, multi);
ata_set_model (ata, dev, model);
ata_set_block (ata, dsk, dev);
}
}
return (0);
}
char *option_get_string(char *ini_section, char *ini_key, char *cmdline_key,
const char *def, char *description)
{
char *val = NULL;
if (cmdline_key) {
val = cmdline_get_string(cmdline_key, NULL, description);
}
if (val) {
return val;
} else {
return ini_get_string(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));
}
}
static
void sarm_setup_serport (simarm_t *sim, ini_sct_t *ini)
{
unsigned i;
unsigned long addr;
unsigned irq;
unsigned multichar;
const char *driver;
const char *chip;
ini_sct_t *sct;
serport_t *ser;
e8250_t *uart;
sim->serport[0] = NULL;
sim->serport[1] = NULL;
i = 0;
sct = NULL;
while ((i < 2) && (sct = ini_next_sct (ini, sct, "serial")) != NULL) {
ini_get_uint32 (sct, "address", &addr, 0xc0030000);
ini_get_uint16 (sct, "irq", &irq, 2);
ini_get_uint16 (sct, "multichar", &multichar, 1);
ini_get_string (sct, "uart", &chip, "8250");
ini_get_string (sct, "driver", &driver, NULL);
pce_log_tag (MSG_INF, "UART:",
"n=%u addr=0x%08lx irq=%u uart=%s multi=%u driver=%s\n",
i, addr, irq, chip, multichar,
(driver == NULL) ? "<none>" : driver
);
ser = ser_new (addr, 2);
if (ser == NULL) {
pce_log (MSG_ERR,
"*** serial port setup failed [%08lX/%u -> %s]\n",
addr, irq, (driver == NULL) ? "<none>" : driver
);
}
else {
sim->serport[i] = ser;
uart = ser_get_uart (ser);
if (driver != NULL) {
if (ser_set_driver (ser, driver)) {
pce_log (MSG_ERR,
"*** can't open driver (%s)\n",
driver
);
}
}
e8250_set_buf_size (uart, 256, 256);
e8250_set_multichar (uart, multichar, multichar);
if (e8250_set_chip_str (uart, chip)) {
pce_log (MSG_ERR,
"*** unknown UART chip (%s)\n", chip
);
}
e8250_set_irq_fct (uart,
sim->intc, ict_get_irq_f (sim->intc, irq)
);
mem_add_blk (sim->mem, ser_get_reg (ser), 0);
i += 1;
}
}
}
const char *
enna_config_string_get (const char *section, const char *key)
{
return ini_get_string(cfg_ini, section, key);
}
