static void BUTTON_Mirror_Persist(button_config_t* conf) {
button_config_t saved_config;
dct_read_app_data_copy(DCT_MODE_BUTTON_MIRROR_OFFSET, &saved_config, sizeof(saved_config));
if (conf) {
if (saved_config.active == 0xFF || memcmp((void*)conf, (void*)&saved_config, sizeof(button_config_t))) {
dct_write_app_data((void*)conf, DCT_MODE_BUTTON_MIRROR_OFFSET, sizeof(button_config_t));
}
} else {
if (saved_config.active != 0xFF) {
memset((void*)&saved_config, 0xff, sizeof(button_config_t));
dct_write_app_data((void*)&saved_config, DCT_MODE_BUTTON_MIRROR_OFFSET, sizeof(button_config_t));
}
}
}
/**
* Sets the IP Addresses to use when the device is in static IP mode.
* @param host
* @param netmask
* @param gateway
* @param dns1
* @param dns2
* @param reserved
*/
void wlan_set_ipaddress(const HAL_IPAddress* host, const HAL_IPAddress* netmask, const HAL_IPAddress* gateway, const HAL_IPAddress* dns1, const HAL_IPAddress* dns2, void* reserved)
{
const static_ip_config_t* pconfig = wlan_fetch_saved_ip_config();
static_ip_config_t config;
memcpy(&config, pconfig, sizeof(config));
assign_if_set(config.host, host);
assign_if_set(config.netmask, netmask);
assign_if_set(config.gateway, gateway);
assign_if_set(config.dns1, dns1);
assign_if_set(config.dns2, dns2);
dct_write_app_data(&config, DCT_IP_CONFIG_OFFSET, sizeof(config));
}
void save_antenna_selection(WLanSelectAntenna_TypeDef selection)
{
dct_write_app_data(&selection, DCT_ANTENNA_SELECTION_OFFSET, DCT_ANTENNA_SELECTION_SIZE);
}
/**
* Sets the IP source - static or dynamic.
*/
void wlan_set_ipaddress_source(IPAddressSource source, bool persist, void* reserved)
{
char c = source;
dct_write_app_data(&c, DCT_IP_CONFIG_OFFSET+offsetof(static_ip_config_t, config_mode), 1);
}
uint16_t DCT_If_Write (uint32_t Add, uint32_t Len) {
return dct_write_app_data(MAL_Buffer, Add, Len) ? MAL_FAIL : MAL_OK;
}