static int param_init(void)
{
int ret;
printk("%s start\n", __func__);
ret = load_param_value();
if (ret < 0) {
printk(KERN_ERR "%s -> relocated to default value!\n", __FUNCTION__);
memset(¶m_status, 0, sizeof(param_status_t));
param_status.param_magic = PARAM_MAGIC;
param_status.param_version = PARAM_VERSION;
param_status.param_list[0].ident = __SERIAL_SPEED;
param_status.param_list[0].value = SERIAL_SPEED;
param_status.param_list[1].ident = __LOAD_RAMDISK;
param_status.param_list[1].value = LOAD_RAMDISK;
param_status.param_list[2].ident = __BOOT_DELAY;
param_status.param_list[2].value = BOOT_DELAY;
param_status.param_list[3].ident = __LCD_LEVEL;
param_status.param_list[3].value = LCD_LEVEL;
param_status.param_list[4].ident = __SWITCH_SEL;
param_status.param_list[4].value = SWITCH_SEL;
param_status.param_list[5].ident = __PHONE_DEBUG_ON;
param_status.param_list[5].value = PHONE_DEBUG_ON;
param_status.param_list[6].ident = __LCD_DIM_LEVEL;
param_status.param_list[6].value = LCD_DIM_LEVEL;
param_status.param_list[7].ident = __MELODY_MODE;
param_status.param_list[7].value = MELODY_MODE;
param_status.param_list[8].ident = __REBOOT_MODE;
param_status.param_list[8].value = REBOOT_MODE;
param_status.param_list[9].ident = __NATION_SEL;
param_status.param_list[9].value = NATION_SEL;
param_status.param_list[10].ident = __SET_DEFAULT_PARAM;
param_status.param_list[10].value = SET_DEFAULT_PARAM;
param_status.param_str_list[0].ident = __VERSION;
strlcpy(param_status.param_str_list[0].value,
VERSION_LINE, PARAM_STRING_SIZE);
param_status.param_str_list[1].ident = __CMDLINE;
strlcpy(param_status.param_str_list[1].value,
COMMAND_LINE, PARAM_STRING_SIZE);
}
sec_set_param_value = set_param_value;
sec_get_param_value = get_param_value;
printk("%s end\n", __func__);
return 0;
}
static int param_init(void)
{
int ret;
ret = load_param_value();
if (ret < 0) {
printk(KERN_ERR "%s -> relocated to default value!\n", __FUNCTION__);
memset(¶m_status, 0, sizeof(status_t));
param_status.param_magic = PARAM_MAGIC;
param_status.param_version = PARAM_VERSION;
param_status.param_list[0].ident = __SERIAL_SPEED;
param_status.param_list[0].value = SERIAL_SPEED;
param_status.param_list[1].ident = __LOAD_RAMDISK;
param_status.param_list[1].value = LOAD_RAMDISK;
param_status.param_list[2].ident = __BOOT_DELAY;
param_status.param_list[2].value = BOOT_DELAY;
param_status.param_list[3].ident = __LCD_LEVEL;
param_status.param_list[3].value = LCD_LEVEL;
param_status.param_list[4].ident = __SWITCH_SEL;
param_status.param_list[4].value = SWITCH_SEL;
param_status.param_list[5].ident = __PHONE_DEBUG_ON;
param_status.param_list[5].value = PHONE_DEBUG_ON;
param_status.param_list[6].ident = __LCD_DIM_LEVEL;
param_status.param_list[6].value = LCD_DIM_LEVEL;
param_status.param_list[7].ident = __MELODY_MODE;
param_status.param_list[7].value = MELODY_MODE;
param_status.param_list[8].ident = __REBOOT_MODE;
param_status.param_list[8].value = REBOOT_MODE;
param_status.param_list[9].ident = __NATION_SEL;
param_status.param_list[9].value = NATION_SEL;
param_status.param_list[10].ident = __SET_DEFAULT_PARAM;
param_status.param_list[10].value = SET_DEFAULT_PARAM;
#ifdef CONFIG_MACH_CYGNUS
param_status.param_list[11].ident = __TSP_FACTORY_CAL_DONE;
param_status.param_list[11].value = SET_TSP_FACTORY_CAL;
#endif
#ifdef CONFIG_MACH_SATURN
param_status.param_list[12].ident = __AUTO_RAMDUMP_MODE;
param_status.param_list[12].value = AUTO_RAMDUMP_MODE;
#endif
param_status.param_str_list[0].ident = __VERSION;
strlcpy(param_status.param_str_list[0].value,
VERSION_LINE, PARAM_STRING_SIZE);
param_status.param_str_list[1].ident = __CMDLINE;
strlcpy(param_status.param_str_list[1].value,
COMMAND_LINE, PARAM_STRING_SIZE);
#ifdef CONFIG_MACH_CYGNUS
// For Store Cygnus TSP Factory Cal Data
param_status.param_str_list[2].ident = __TSP_FACTORY_CAL;
strlcpy(param_status.param_str_list[2].value,
FACTORY_TSP_CAL, PARAM_STRING_SIZE);
#endif
}
sec_set_param_value = set_param_value;
sec_get_param_value = get_param_value;
return 0;
}
static int param_init(void)
{
int ret;
#ifdef PARAM_USE_INIT_BUFFER
param_buf = kmalloc(PARAM_LEN, GFP_KERNEL);
if (!param_buf) {
kloge("Unable to alloc param_buf!");
return -ENOMEM;
}
image_buf = kmalloc(IMAGE_LEN, GFP_KERNEL);
if (!image_buf) {
kloge("Unable to alloc image_buf!");
kfree(param_buf);
return -ENOMEM;
}
#endif
#ifdef PARAM_PROCFS_DEBUG
struct proc_dir_entry *ent;
/* Creats '/proc/param' directory */
param_dir = proc_mkdir("param", NULL);
if (param_dir == NULL) {
kloge("Unable to create /proc/param directory\n");
return -ENOMEM;
}
/* Creats RW '/proc/param/sleep/debug' entry */
ent = create_proc_entry("debug", 0, param_dir);
if (ent == NULL) {
kloge("Unable to create /proc/param/debug entry");
ret = -ENOMEM;
goto fail;
}
ent->read_proc = param_read_proc_debug;
ent->write_proc = param_write_proc_debug;
#endif
klogi("param_init");
#if 0
ret = load_param_value();
#else
ret = load_lfs_param_value();
#endif
if (ret < 0) {
kloge("Loading parameters failed. Parameters have been initialized as default.");
param_set_default();
}
sec_set_param_value = set_param_value;
sec_get_param_value = get_param_value;
return 0;
#ifdef PARAM_PROCFS_DEBUG
fail:
remove_proc_entry("param", 0);
#ifdef PARAM_USE_INIT_BUFFER
kfree(param_buf);
kfree(image_buf);
#endif
return ret;
#endif
}
