app_easy_timer错误

Hi,
您是否尝试使用SDK5中的App_easy_Timer功能运行“Prox_Reporter”参考软件？您所描述的观察不能得出结论问题是由于“app_easy_timer”功能。需要更多信息，例如如何运行测试，在软件上，....
Regards,

Hi,
Your issue is properly related to where you put your "LedBlink(20,35,1000)" statement. It is because app_easy_timer and malloc() require the kernel timer and heap service. Your function can only be called after the kernel is initialized and activated. It is suggested to put your statement after system_init() and make your LedBlink function blink forever to ease your debugging.

int main_func(void)
{
sleep_mode_t sleep_mode;

//全球初始化
system_init();

LEDBLINK（20,35,1000）;

/*
************************************************************************************
*平台初始化
************************************************************************************
*/
while(1)
{
.....
}
}

Regards,

Hi,

Fixed the mistake as follows:
//获取允许的睡眠模式
// time from rwip_power_down() to WFI() must be kept as short as possible!!
sleep_mode = rwip_power_down();
/ *声明添加* /
if ((sleep_mode == mode_ext_sleep) || (sleep_mode == mode_deep_sleep))
{
sleep_mode = mode_idle;
}

Regards,

Hi,
可以通过简单地迫使leep_mode进入mode_ext_sleep或mode_deep_sleep来完成验证您的LEDBLink（）函数及其行为的技术。要集成LED闪烁功能，并让它在您预期的行为中表现，您需要了解软件的结构。
In real application, there is two (2) threads running independently, BLE stack and User application. Kernel provides only the services and user application requires to manages and supervise all resources usage and monitor all activities to determine the device can go into sleep mode or not.

int main_func(void)
{
sleep_mode_t sleep_mode;

//全球初始化
system_init();

/*
************************************************************************************
*平台初始化
************************************************************************************
*/
while(1)
{
做 {
//安排所有待处理的事件
schedule_hile_ble_on（）;
}
while（app_asynch_proc（）！= goto_sleep）;//授予控件到应用程序，尝试掉电
//如果应用程序返回goto_sleep
.....
}
}

app_asynch_proc()函数是一个检查的用户application whether any activity is on-going that prevents the device goes into sleep mode while BLE stack thread is ready to go into sleep.

typedef enum {
GOTO_SLEEP = 0,
KEEP_POWERED
} arch_main_loop_callback_ret_t;

In your case, this function can return "KEEP_POWERED" as long as LED is blinking not allowing the device into sleep.

static inline void schedule_while_ble_on(void)
{
// BLE时钟已启用
while（ble_is_powered（））
{
//设置了BLE事件结束。条件RF校准可以运行。
UINT8_T BLE_EVT_END_SET = KE_EVENT_GET（KE_EVENT_BLE_EVT_END）;

//execute messages and events
rwip_schedule();

if (ble_evt_end_set)
{
uint32_t sleep_duration = 0;
rcx20_read_freq();

//if you have enough time run a temperature calibration of the radio
if (lld_sleep_check(&sleep_duration, 4)) //6 slots -> 3.750 ms
// check time and temperature to run radio calibrations.
conditionally_run_radio_cals();
}

//授予对申请的控制，尝试睡觉
//如果应用程序返回goto_sleep
if (app_asynch_trm() != GOTO_SLEEP)
{
继续;// rwip_schedule（）再次调用
}
else
{
arch_printf_process();
休息;
}
}
}

The app_asynch_trm() function handles user application while BLE stack is running. The rwip_schedule() will process all messages in the queue till completion and the control will pass to app_asynch_trm() function and based on the returned value "KEEP_POWERED" or "GOTO_SLEEP" to decide to keep alive or go to sleep accordingly.

请注意，没有功能可以跟踪任何软件计时器运行。软计时器的所有者的责任是跟踪其活动。

To develop your application in SDK5, it is recommended to study the following structure and understand how it works as it is the key of the SDK5 structure.

struct arch_main_loop_callbacks {
void（* app_on_init）（空白）;
arch_main_loop_callback_ret_t (*app_on_ble_powered)(void);
arch_main_loop_callback_ret_t (*app_on_system_powered)(void);
void (*app_before_sleep)(void);
sleep_mode_t（* app_validate_sleep）（sleep_mode_t sleep_mode）;
void (*app_going_to_sleep)(sleep_mode_t sleep_mode);
void (*app_resume_from_sleep)(void);
};

static const struct arch_main_loop_callbacks user_app_main_loop_callbacks = {
。app_on_init = default_app_on_init,

/ /默认情况下看门狗定时器重载和resumed when the system wakes up.
// The user has to take into account the watchdog timer handling (keep it running,
// freeze it, reload it, resume it, etc), when the app_on_ble_powered() is being
// called and may potentially affect the main loop.
。app_on_ble_powered = NULL,

/ /默认情况下看门狗定时器重载和resumed when the system wakes up.
// The user has to take into account the watchdog timer handling (keep it running,
// freeze it, reload it, resume it, etc), when the app_on_system_powered() is being
// called and may potentially affect the main loop.
。app_on_system_powered = NULL,

。app_before_sleep = NULL,
.app_validate_sleep = null，
.app_ging_to_sleep = null，
.app_resume_from_sleep = null，
};

Regards,