freertos arduino

(F, low); digitalwrite (G, high ); delay( 300); digitalwrite (A, high); digitalwrite (B, high); digitalwrite (C, high); digitalwrite (D, high); digitalwrite (E, high ); digitalwrite (F, High); delay (300); // fully bright digitalwrite (A, high); digitalwrite (B, high); digitalwrite (C, high); digitalwrite (D, high); digitalwrite (E, high); digitalwrite (F, High); digitalwrite (G, high); digitalwrite (H, high); digitalwrite (D1, low ); digitalwrite (D2, low); digitalwrite (D3, low); digitalwrite

The entire tutorial makes an HTTP client for uploading Yeelink data points.1 Get Account http://www.cnblogs.com/imfanqi/p/4419915.html2 Code Tutorial http://www.windworkshop.cn/?p=1217#include 　　Arduino IDE for ESP8266 Tutorial (iii) HTTP client

(Exception e) {recvmessageclient = "Receive exception:" + e.getmessage () + "\ n";//message Wrap msg = new messages (); Msg.what = 0; Mhandler.sendmessage (msg); }} Handler Mhandler = new Handler () {public void Handlemessage (message msg) {super.handlemessage (msg); if (Msg.what = = 0) {Toast.maketext (Getactivity (), Recvmessageclient,toast.length_short). Show ();//refresh message mechanism} else if ( Msg.what = = 1) {try {String result = recvmessageclient; Toast.maketext (Getactivity (), R

Analogread (), and the detected voltage (0-5V) is mapped to a digital (0-1023) by a number-to- analog conversion technology (ADC) . If the output of the piezoelectric element exceeds a certain limit value (indicating that the vibration has reached a certain strength) your board will be output through the serial port "detected vibration." "This string to the computer. You need to open the serial monitor to see the effect. complete the hardware device required for this example An

API Functions Create #if (configsupport_dynamic_allocation = = 1) #define Xqueuecreate (Uxqueuelength, uxitemsize) Xqueu Egenericcreate ((Uxqueuelength), (Uxitemsize), (queuequeue_type_base)) #endif queuehandle_t Xqueuegenericcreate (CO NST

A real-time application can be used as a standalone task when using an RTOS. Each task has its own operating environment, independent of other tasks in the system or the RTOS scheduler. There can be only one task running at any point in time, which

It is a kind of linked list Implementation of Dynamic Memory Management malloc/free service, dynamic memory allocation and recycling service, and malloc/free implementation. The main core content is one-way linked list. The data structure is defined

the most common and core data structure in RTOS is bidirectional linked list implementation. Compile and test in vs 2008. /** @file Copyright (c) 2008 - 2014, MX.Studio All rights reserved. Created by Cstyle **/#ifndef _LIST_H_#define

the most common and core data structures in RTOs, and the implementation of queues. It can be compiled and tested in vs2008. /** @file Copyright (c) 2008 - 2014, MX.Studio All rights reserved. Created by Cstyle **/#ifndef

API Functions #if (configsupport_dynamic_allocation = = 1) #define XSEMAPHORECREATEMUTEX () Xqueuecreatemutex (queuequeue_type_ MUTEX) #endif queuehandle_t xqueuecreatemutex (const uint8_t Ucqueuetype) Example Task function for a high-priority

API Functions Create #if (configsupport_dynamic_allocation = = 1) #define Xsemaphorecreatecounting (Uxmaxcount, Uxinitialcount) Xqueuecreatecountingsemaphore ((Uxmaxcount), (uxinitialcount)) queuehandle_t XQUEUECR Eatecountingsemaphore (const

configmax_syscall_interrupt_priorityInterrupts above this priority cannot be disabled #ifdef __nvic_prio_bits #define Configprio_bits __nvic_prio_bits #else #define Configprio_bits 4 #endif #define

Uxtaskpriorityget (): Query the priority of a taskVtaskpriorityset (): Change the task priority of a taskUxtaskgetsystemstate (): Gets the status of the task in the systemVtaskgetinfo (): Get a task informationXtaskgetapplicationtasktag (): Gets the

API Functions Create timerhandle_t xtimercreate (const char * const PCTIMERNAME, const ticktype_t xtimerperiodinticks, Const ubasetype_t Uxautoreload, void * Const

taskhandle_t Taskhandle; taskhandle_t Taskhandle1; void Vtask (void *t) { int i = 0; while (1) { i++; if (i = = 5) { vtaskdelete (taskhandle1); printf ("Vtask:delete vtask1.\r\n");

#define CONFIGSUPPORT_STATIC_ALLOCATION 1//Open static method stacktype_t taskstackbuffer[50]; Task stack size statictask_t tasktcbbuffer; Task control block size stacktype_t taskstackbuffer0[50]; statictask_t TaskTCBBuffer0; stacktype_t

Interrupt Screen RegisterPrimask, Faultmask and Basepri 1.PRIMASK: This is a register with only 1 bits. When it's 1 o'clock, it turns off all the masked anomalies, leaving only the NMI and hard fault to respond. Its default value is 0, indicating no

[Csharp]/*************************************** **************************** Program name: Mega_ADK ADC** Parameter count: None** Function: Send the voltage value (mv) collected by AD through the serial port)** Note: The target board is Maga adk

The simplest example:   Void setup () { Serial. Begin (9600); // open the serial port and set the baud rate to 9600 bps. } Void loop () { Int val; Val = analogread (5 );//The sensor is connected to the analog Port 5, and the value is

Modify the SSID and passwd, the program burned to 8266, waiting for the serial port to return the successful connection message, after the successful connection can see the return of an IP address, using the browser azimuth this IP address can see