void consume_power_task(void *pvParam)
{
prepare_mobile(false);
power_screen(true);
LED_Light(led_white, true);
draw_rectangle(0, 0, SCREEN_WIDTH, SCREEN_HEIGHT);
while(1);
}
void LED_Light(uint16 led, bool on)
{
switch(led)
{
case led_white:
LED_Light(led_red,on);
LED_Light(led_green,on);
LED_Light(led_blue,on);
/*if(on){
GPIO1->DATA |= led_red_pin;
GPIO2->DATA |= led_blue_pin;
GPIO3->DATA |= led_green_pin;
}else{
GPIO1->DATA &= ~led_red_pin;
GPIO2->DATA &= ~led_blue_pin;
GPIO3->DATA &= ~led_green_pin;
}*/
break;
case led_red:
if(on) {
GPIO1->DATA |= led_red_pin;
} else {
GPIO1->DATA &= ~led_red_pin;
}
break;
case led_green:
if(on) {
GPIO2->DATA |= led_blue_pin;
} else {
GPIO2->DATA &= ~led_blue_pin;
}
break;
case led_blue:
if(on) {
GPIO3->DATA |= led_green_pin;
} else {
GPIO3->DATA &= ~led_green_pin;
}
break;
}
}
void protocol_task(void *pvParam)
{
logd("protocol_task enter");
if(KEY_PowerOff()) {
post_trace("power key is down");
POWER_Off();
return;
}
{
POWER_Control(dev_mobile, pt_on);
post_trace("mobile power on");
}
LED_Light(led_red, false);
LED_Light(led_green, false);
LED_Light(led_blue, false);
while(1) {
if(KEY_Pressed(KEY_State(), key_right)) { // 如果是KEY1被按下
while(KEY_Pressed(KEY_State(), key_right)); // 等待按键释放
protocol_upload();
} else if(KEY_Pressed(KEY_State(), key_left)) { // 如果是KEY2被按下
while(KEY_Pressed(KEY_State(), key_left)); // 等待按键释放
protocol_download();
} else if(KEY_Pressed(KEY_State(), key_alarm)) {
while(KEY_Pressed(KEY_State(), key_alarm)); // 等待按键释放
} else if(KEY_Pressed(KEY_State(), key_service)) {
while(KEY_Pressed(KEY_State(), key_service)); // 等待按键释放
} else if(KEY_Pressed(KEY_State(), key_broadcast)) {
while(KEY_Pressed(KEY_State(), key_broadcast)); // 等待按键释放
} else if(KEY_PowerOff()) {
POWER_Off();
return;
}
}
}
void OTPWriter_Init(void)
{
u16 res;
#ifndef OTPWriter_IAP
HS_PacketInfo PacketInfo;
#endif
delay_init(72);
//NVIC_Configuration();
USB_Disconnect_Config(); //USB软连接断开控制引脚
//Console_init();
#ifdef OTPWriter_IAP
u8 key = 0;
printf("%s\r\n", SysInfo_OTPWriter_IAP);
key = g_KEY.IsReleased();
if(key==1)
{
MSD0_SPI_Configuration();
//挂载文件系统
disk_initialize(0);
res = f_mount(0,&fs);
if(res != FR_OK){
printf("mount filesystem 0 failed : %d\r\n",res);
}
OTPWriter_IAP_from_SD();
Execute_New_program();
}
else
Execute_New_program();
#else //#ifdef OTPWriter_IAP
printf("%s\r\n", SysInfo_OTPWriter);
usb_init();
//OTP_SPI_Init();
MSD0_SPI_Configuration();
//挂载文件系统
disk_initialize(0);
res = f_mount(0,&fs);
if(res != FR_OK){
printf("mount filesystem 0 failed : %d\r\n",res);
}
LED_Light(5);
#endif
}
void component_init()
{
power_screen(true);
LED_Light(led_red, true);
LED_Light(led_green, true);
LED_Light(led_blue, true);
screen_step(0);
RTC_Clock clock = { 0, 0, 30, 23, 0, 8, 8, 12 };
SetTime(&clock);
screen_step(1);
screen_step(2);
mobile_state();
screen_step(3);
screen_step(4);
prepare_mobile(false);
screen_step(5);
play_media(rand() % 9 + 1);
screen_step(6);
{
char szSize[piece_size];
sprintf(szSize, "mount tf card %s", (pf_open("temp") == FR_OK) ? "correcttly" : "fault");
post_trace(szSize);
}
screen_step(7);
screen_step(8);
report_content("初始化过程完成，现在开始运行测试程序");
screen_step(9);
screen_step(10);
LED_Light(led_red, false);
LED_Light(led_green, false);
LED_Light(led_blue, false);
display_clear();
power_screen(false);
}
void work_task(void *pvParam)
{
while(1) {
if(KEY_PowerOff()) {
POWER_Off();
return;
} else if(KEY_Pressed(KEY_State(), key_broadcast)) {
power_screen(true);
LED_Light(led_red, true);
LED_Light(led_green, true);
LED_Light(led_blue, true);
{
strcpy(watcher_data->sid, "18000000000072");
upgrade();
}
LED_Light(led_red, false);
LED_Light(led_green, false);
LED_Light(led_blue, false);
power_screen(false);
}
}
}
void state_task(void *pvParam)
{
LED_Light(led_red, false);
LED_Light(led_green, false);
LED_Light(led_blue, false);
power_screen(true);
while(1) {
if(KEY_Pressed(KEY_State(), key_right)) { // 如果是KEY1被按下
while(KEY_Pressed(KEY_State(), key_right)); // 等待按键释放
post_trace("power on");
POWER_Control(dev_mobile, pt_on);
display_clear();
screen_step(0);
} else if(KEY_Pressed(KEY_State(), key_left)) { // 如果是KEY2被按下
while(KEY_Pressed(KEY_State(), key_left)); // 等待按键释放
post_trace("power off");
//POWER_Control(dev_mobile, pt_off);
power_device(ED_SWITCH, EP_OFF);
display_clear();
screen_step(1);
} else if(KEY_Pressed(KEY_State(), key_alarm)) {
while(KEY_Pressed(KEY_State(), key_alarm)); // 等待按键释放
mobile_state();
display_clear();
screen_step(4);
} else if(KEY_Pressed(KEY_State(), key_service)) {
uint8 nPowerState;
while(KEY_Pressed(KEY_State(), key_service)); // 等待按键释放
mobile_state();
nPowerState = POWER_State(dev_mobile);
if(pt_comm == nPowerState) {
post_trace("shutdown gsm");
power_device(ED_GSM, EP_OFF);
} else {
post_trace("poweron gsm");
power_device(ED_GSM, EP_ON);
}
display_clear();
screen_step(2);
} else if(KEY_Pressed(KEY_State(), key_broadcast)) {
uint8 nPowerState;
while(KEY_Pressed(KEY_State(), key_broadcast)); // 等待按键释放
mobile_state();
nPowerState = POWER_State(dev_mobile);
if(pt_hibernation == nPowerState) {
post_trace("wakup");
POWER_Control(dev_mobile, pt_wakeup);
} else {
post_trace("hibernation");
POWER_Control(dev_mobile, pt_hibernation);
}
display_clear();
screen_step(3);
} else if(KEY_PowerOff()) {
POWER_Off();
return;
}
}
}
void power_task(void *pvParam)
{
LED_Light(led_red, true);
LED_Light(led_green, true);
LED_Light(led_blue, true);
if(KEY_PowerOff()) {
post_trace("power key is down");
POWER_Off();
return;
}
{
POWER_Control(dev_mobile, pt_off);
POWER_Control(dev_mobile, pt_on);
power_device(ED_GPRS, EP_OFF);
power_device(ED_GSM, EP_OFF);
power_device(ED_BLUETOOTH, EP_OFF);
power_device(ED_GPS, EP_OFF);
post_trace("mobile power on");
}
LED_Light(led_red, false);
LED_Light(led_green, false);
LED_Light(led_blue, false);
while(1) {
if(KEY_Pressed(KEY_State(), key_right)) { // 如果是KEY1被按下
while(KEY_Pressed(KEY_State(), key_right)); // 等待按键释放
post_trace("mobile hibernation");
POWER_Control(dev_mobile, pt_hibernation);
} else if(KEY_Pressed(KEY_State(), key_left)) { // 如果是KEY2被按下
while(KEY_Pressed(KEY_State(), key_left)); // 等待按键释放
post_trace("mobile wakeup");
power_device(ED_GSM, EP_ON);
} else if(KEY_Pressed(KEY_State(), key_alarm)) {
static bool bOn = false;
while(KEY_Pressed(KEY_State(), key_alarm)); // 等待按键释放
if(!bOn) {
power_screen(true);
draw_rectangle(55, 0, 18, 64);
bOn = true;
} else {
power_screen(false);
bOn = false;
}
} else if(KEY_Pressed(KEY_State(), key_service)) {
static bool bOn = false;
while(KEY_Pressed(KEY_State(), key_service)); // 等待按键释放
if(!bOn) {
LED_Light(led_red, true);
bOn = true;
} else {
LED_Light(led_red, false);
bOn = false;
}
} else if(KEY_Pressed(KEY_State(), key_broadcast)) {
while(KEY_Pressed(KEY_State(), key_broadcast)); // 等待按键释放
post_trace("arm hibernation");
POWER_Control(dev_system, pt_hibernation);
} else if(KEY_PowerOff()) {
POWER_Off();
return;
}
}
}
void component_key_alarm()
{
const uint8 DATA_SIZE = sizeof(HMC5883L_data) + sizeof(RTC_Clock) + sizeof(MMA8451_data);
char szTrace[piece_size];
HMC5883L_data data_5883;
RTC_Clock clock;
Sensor data_8451;
uint8 nIndex = 0;
uint32 nVotage = 0;
LED_Light(led_blue, true);
sprintf(szTrace, "key = alarm, led = blue");
post_trace(szTrace);
for(nIndex = 0; nIndex < 60; ++nIndex) {
HMC5883L_ReadXYZ(&data_5883);
sprintf(szTrace, "hmc5883 x = %d, y = %d, z = %d", data_5883.x, data_5883.y, data_5883.z);
post_trace(szTrace);
clock = GetTime();
sprintf(szTrace, "sd2058: 20%02d:%02d:%02d %02d:%02d:%02d", clock.year, clock.month, clock.day, clock.hour, clock.minute, clock.second);
post_trace(szTrace);
if((MMA845x_readbyte(MMA845x_STATUS_00) & 0x08) != 0) { //三个轴数据更新
MMA845x_readData(&data_8451);
if(data_8451.x == -1 && data_8451.y == -1 && data_8451.z == -1) {
post_trace("MMA8451: read error data");
} else {
sprintf(szTrace, "MMA8451: x = %d, y = %d, z = %d", data_8451.x, data_8451.y, data_8451.z);
post_trace(szTrace);
}
} else {
post_trace("MMA8451: read error");
}
nVotage = ADC_Read();
sprintf(szTrace, "votage = %d", nVotage);
post_trace(szTrace);
}
memcpy(szTrace, &data_5883, sizeof(HMC5883L_data));
memcpy(szTrace + sizeof(HMC5883L_data), &clock, sizeof(RTC_Clock));
memcpy(szTrace + sizeof(HMC5883L_data) + sizeof(RTC_Clock), &data_8451, sizeof(MMA8451_data));
write_file("temp", szTrace, DATA_SIZE);
post_trace("save sensor data in file named \"temp\" in tf card");
{
InfoBase base_info = { 0 };
InfoState state_info = { 0 };
if(get_base_info(&base_info)) {
sprintf(szTrace, "base info, sid = %s, imei = %s", base_info.sid, base_info.imei);
post_trace(szTrace);
}
if(get_state_info(&state_info)) {
sprintf(szTrace, "state info, charging: %s, quantity: %d, sim card: %s, signal: %d, lac: %s, cell: %s, lng: %s, lat: %s",
(is_charging(&state_info) ? "yes" : "no"), get_quantity(&state_info),
(is_sim_card_exist(&state_info) ? (is_sim_card_valid(&state_info) ? "normal" : "error") : "lost"), get_signal(&state_info),
state_info.lac, state_info.cell, state_info.lng, state_info.lat);
post_trace(szTrace);
}
}
post_trace("alarm completed");
LED_Light(led_blue, false);
}
void init_file_task(void *pvParam)
{
const char *REPORT_HEALTH = "您今天共走了2850步，睡眠6小时23分钟，午睡42分钟，您整体的活动量适中，睡眠质量不错。";
const char *REPORT_WARM = "今天是2012年10月9日，今天天气晴朗，适合户外运动，建议你今天至少保持两个小时的适度户外活动。";
Config conf_server = { 0 };
ConfigInfo conf_info = { 0 };
ConfigDownload conf_down = { 0 };
Relation relation = { 0 };
Remind remind = { 0 };
Supervise supervise = { 0 };
LED_Light(led_green, true);
conf_server.valid |= (VALID_SMS | VALID_PHONE | VALID_AUTO_ALARM);
strcpy(conf_server.service_number, "18601920800");
strcpy(conf_server.name, "E伴健康导航仪");
conf_server.upgrade_begin.hour = 1;
conf_server.upgrade_end.hour = 2;
conf_server.warm_begin.hour = 7;
conf_server.warm_end.hour = 12;
conf_server.health_begin.hour = 12;
conf_server.health_end.hour = 20;
save_server_config(&conf_server);
conf_info.registered = true;
strcpy(conf_info.sid, "18000000000072");
save_general_config(&conf_info);
conf_down.grade = 4;
conf_down.point = 86;
conf_down.download_count[ECT_RELATION] = 1;
conf_down.download_count[ECT_REMIND] = 1;
conf_down.download_count[ECT_SUPERVISE] = 1;
// conf_down.warm_file_size = strlen(REPORT_HEALTH);
// conf_down.health_file_size = strlen(REPORT_WARM);
save_down_config(&conf_down);
strcpy(relation.name, "紧急联系人");
strcpy(relation.phone, "18601920800");
write_file("relat/0", &relation, sizeof(Relation));
remind.repeat = REPEAT_DAY;
remind.time.hour = 10;
remind.time.minute = 30;
strcpy(remind.content, "E伴亲情提醒测试");
write_file("remind/0", &remind, sizeof(Remind));
supervise.project = PROJECT_RESET;
supervise.begin.hour = 14;
supervise.begin.minute = 30;
supervise.end.hour = 16;
supervise.end.minute = 40;
supervise.type = WR_SLIGHT;
strcpy(supervise.suggestion, "E伴督导测试");
write_file("spvs/0", &supervise, sizeof(Supervise));
write_file("rep/fit0", REPORT_HEALTH, strlen(REPORT_HEALTH));
write_file("rep/warm0", REPORT_WARM, strlen(REPORT_WARM));
LED_Light(led_green, false);
while(1);
}