void home_screen()
{
tx(0x1b);
uart_delay(1);
tx('[');
uart_delay(1);
tx('H');
uart_delay(1);
}
void clr_screen()
{
tx(0x1b);
uart_delay(1);
tx('[');
uart_delay(1);
tx('2');
uart_delay(1);
tx('J');
uart_delay(1);
}
void main()
{
init_uart();
while(1)
{
tx_data=rx();
uart_delay(1);
tx(tx_data);
uart_delay(1);
}
}
static void ther_device_init(struct ther_info *ti)
{
/*
* 1. gpio init
*/
ther_port_init();
/*
* 2. uart init
*/
ther_uart_init(UART_PORT_0, UART_BAUD_RATE_115200, ther_at_handle);
print(LOG_INFO, "\n");
print(LOG_INFO, "-------------------------------------\n");
print(LOG_INFO, " Firmware V%d.%d\n",
FIRMWARE_MAJOR_VERSION, FIREWARM_MINOR_VERSION);
print(LOG_INFO, " %s, %s\n",
__DATE__, __TIME__);
print(LOG_INFO, " by <%s>\n", get_reset_reason());
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " Copyright (c) 2015 [email protected]\r\n");
print(LOG_INFO, " All rights reserved.\r\n");
print(LOG_INFO, "-------------------------------------\r\n");
/*
* 2. buzzer init
*/
ther_buzzer_init(ti->task_id);
/*
* 3. button init
*/
ther_button_init(ti->task_id);
/*
* 4. oled display init
*/
oled_display_init(ti->task_id, ther_display_event_report);
/*
* 5. mtd
*/
ther_mtd_init();
/*
* 6. storage
*/
ther_storage_init();
/*
* 7. temp init
*/
ther_temp_init();
/* read high temp warning thershold */
if (!storage_read_high_temp_enabled(&ti->warning_enabled)) {
print(LOG_INFO, MODULE "read high temp enalbe failed, set enabled\n");
ti->warning_enabled = TRUE;
storage_write_high_temp_enabled(ti->warning_enabled);
}
if (!storage_read_high_temp_threshold(&ti->high_temp_threshold)) {
ti->high_temp_threshold = DEFAULT_HIGH_TEMP_THRESHOLD;
print(LOG_INFO, MODULE "read high temp threshold failed, set as %d\n", ti->high_temp_threshold);
storage_write_high_temp_threshold(ti->high_temp_threshold);
}
ti->next_warning_threshold = ti->high_temp_threshold;
/*
* 8. ble init
*/
ther_ble_init(ti->task_id, ther_handle_ts_event, ther_handle_ps_event, ther_handle_wechat_event);
// HCI_EXT_ClkDivOnHaltCmd( HCI_EXT_ENABLE_CLK_DIVIDE_ON_HALT );
// Enable stack to toggle bypass control on TPS62730 (DC/DC converter)
// HCI_EXT_MapPmIoPortCmd( HCI_EXT_PM_IO_PORT_NONE, HCI_EXT_PM_IO_PORT_PIN0 );
//the TI interface to set TXPOWER is not satisfying, so I have to
//set register TXPOWER myself.
// HCI_EXT_SetTxPowerCmd(LL_EXT_TX_POWER_0_DBM);
}
static void at_help(void)
{
print(LOG_INFO, "--------------------------\n");
print(LOG_INFO, " AT\n");
print(LOG_INFO, " AT+MODE=\n");
print(LOG_INFO, " AT+MODE\n");
print(LOG_INFO, " AT+RESET\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+LDO=\n");
print(LOG_INFO, " AT+LDO\n");
print(LOG_INFO, " AT+ADC0\n");
print(LOG_INFO, " AT+ADC1\n");
print(LOG_INFO, " AT+HWADC0\n");
print(LOG_INFO, " AT+HWADC1\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+ADC0DELTA=\n");
print(LOG_INFO, " AT+ADC0DELTA\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+CH0RT\n");
print(LOG_INFO, " AT+CH1RT\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+CH0TEMP\n");
print(LOG_INFO, " AT+CH1TEMP\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+LOWTEMPCAL=\n");
print(LOG_INFO, " AT+LOWTEMPCAL\n");
print(LOG_INFO, " AT+HIGHTEMPCAL=\n");
print(LOG_INFO, " AT+HIGHTEMPCAL\n");
uart_delay(UART_WAIT);
print(LOG_INFO, " AT+TEMPCAL=\n");
print(LOG_INFO, " AT+TEMPCAL\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+BATTADC\n");
print(LOG_INFO, " AT+BATTV\n");
print(LOG_INFO, " AT+BATTP\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+CONTRAST=\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "\n");
print(LOG_INFO, " AT+SERASE\n");
print(LOG_INFO, " AT+SINFO\n");
print(LOG_INFO, " AT+SRESET\n");
print(LOG_INFO, " AT+SRESTORE\n");
print(LOG_INFO, " AT+STEST\n");
uart_delay(UART_WAIT);
print(LOG_INFO, "--------------------------\n");
print(LOG_INFO, "\n");
}
