/**
* \brief Perform the main loop processing.
* This is where work is performed
* as often as possible.
*/
static void mainLoop() {
if (suspendMainLoopFlag == true) {
return;
}
jsiLoop();
#ifdef EPS8266_BOARD_HEARTBEAT
if (system_get_time() - lastTime > 1000 * 1000 * 5) {
lastTime = system_get_time();
os_printf("tick: %d\n", jshGetSystemTime());
}
#endif
// Setup for another callback
queueTaskMainLoop();
}
/**
* The ESP8266 provides a mechanism to register a callback that is invoked when initialization
* of the ESP8266 is complete. This is the implementation of that callback. At this point
* we can assume that the ESP8266 is fully ready to do work for us.
*/
static void initDone() {
os_printf("initDone invoked\n");
// Discard any junk data in the input as this is a boot.
//uart_rx_discard();
jshInit(); // Initialize the hardware
jsvInit(); // Initialize the variables
jsiInit(false); // Initialize the interactive subsystem
// Register the event handlers.
system_os_task(eventHandler, TASK_APP_QUEUE, taskAppQueue, TASK_QUEUE_LENGTH);
// At this point, our JavaScript environment should be up and running.
// Initialize the networking subsystem.
jswrap_ESP8266WiFi_init();
// Post the first event to get us going.
queueTaskMainLoop();
return;
}
/**
* The ESP8266 provides a mechanism to register a callback that is invoked when initialization
* of the ESP8266 is complete. This is the implementation of that callback. At this point
* we can assume that the ESP8266 is fully ready to do work for us.
*/
static void initDone() {
os_printf("> initDone\n");
otaInit(88);
// Discard any junk data in the input as this is a boot.
//uart_rx_discard();
jshInit(); // Initialize the hardware
jsvInit(); // Initialize the variables
jsiInit(true); // Initialize the interactive subsystem
jswrap_ESP8266WiFi_init(); // Initialize the networking subsystem
// Register the event handlers.
system_os_task(eventHandler, TASK_APP_QUEUE, taskAppQueue, TASK_QUEUE_LENGTH);
// At this point, our JavaScript environment should be up and running.
// Register the idle callback handler to run the main loop
//ets_set_idle_cb(idle_cb, NULL); //
queueTaskMainLoop(); // get things going without idle callback
os_printf("< initDone\n");
return;
}
/**
* Enable main loop processing.
*/
static void enableMainLoop() {
suspendMainLoopFlag = false;
queueTaskMainLoop();
}