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GitshaoxiangGitshaoxiang
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add Zigbee example
1 parent 31be29f commit a062719

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‎examples/Modules/COM_Zigbee_CC2630/P2P_TEST/DRFZigbee.cpp‎

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#include "DRFZigbee.h"
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void DRFZigbee::sendData(uint8_t cmd, const std::initializer_list<uint8_t> args)
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{
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byteArray sendArray;
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sendArray += cmd;
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sendArray += args.size();
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sendArray += byteArray(args.begin(),args.size());
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uint8_t sum = 0;
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for (int i = 0; i < sendArray.size(); i++) sum += sendArray.at(i);
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sendArray += sum;
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#ifdef ZIGBEE_DEBUG
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Serial.print("[SEND]");
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for (int i = 0; i < sendArray.size(); i++)
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{
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Serial.printf("%02X ", sendArray.at(i));
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}
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Serial.println(" ");
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#endif
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_uartp->write(sendArray.dataptr(),sendArray.size());
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}
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int DRFZigbee::sendCMDAndWaitRevice(uint8_t cmd, const std::initializer_list<uint8_t> args, byteArray *reviceArray, size_t timeout)
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{
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byteArray sendArray(args.begin(),args.size());
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return sendCMDAndWaitRevice(cmd,sendArray,reviceArray,timeout);
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}
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int DRFZigbee::sendCMDAndWaitRevice(uint8_t cmd, byteArray &array, byteArray *reviceArray, size_t timeout)
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{
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byteArray sendArray;
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sendArray += cmd;
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sendArray += array.size();
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sendArray += array;
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uint8_t sum = 0x00;
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for (int i = 0; i < sendArray.size(); i++) sum += sendArray.at(i);
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sendArray += sum;
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#ifdef ZIGBEE_DEBUG
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Serial.print("[SEND]");sendArray.printfArray<HardwareSerial>(&Serial);
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#endif
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_uartp->flush();
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_uartp->write(sendArray.dataptr(),sendArray.size());
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uint8_t reviceBuff[256];
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_uartp->setTimeout(timeout);
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if(!_uartp->find(0xfa)){ return lastErrorcode = kTimeoutError; }
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size_t length = _uartp->available();
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_uartp->readBytes(reviceBuff,length);
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#ifdef ZIGBEE_DEBUG
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Serial.print("[REVC]");byteArray(reviceBuff,length).printfArray<HardwareSerial>(&Serial);
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#endif
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if( reviceBuff[0] != ( length - 3 )){ return lastErrorcode = kLengthError; }
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uint8_t checkSum = 0xfa;
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for (int i = 0; i < length - 1; i++) checkSum += reviceBuff[i];
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if( checkSum != reviceBuff[length - 1]){ return lastErrorcode = kCheckSumError; }
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if( reviceArray != nullptr ) *reviceArray = byteArray(&reviceBuff[1],length - 2);
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return kReviceOK;
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}
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int DRFZigbee::sendDataP2P(uint8_t mode,uint16_t addr,uint8_t *dataptr,size_t length)
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{
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byteArray sendArray(dataptr,length);
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return sendDataP2P(mode,addr,sendArray);
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}
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int DRFZigbee::sendDataP2P(uint8_t mode,uint16_t addr,byteArray &array)
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{
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byteArray sendArray;
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sendArray += mode;
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sendArray += array.size();
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sendArray += addr >> 8;
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sendArray += addr & 0x00ff;
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sendArray += array;
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#ifdef ZIGBEE_DEBUG
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Serial.print("[SEND]");sendArray.printfArray<HardwareSerial>(&Serial);
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#endif
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_uartp->flush();
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_uartp->write(sendArray.dataptr(),sendArray.size());
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return 0;
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}
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int DRFZigbee::sendDataP2P(uint8_t mode,uint16_t addr,const std::initializer_list<uint8_t> args)
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{
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byteArray sendArray(args.begin(),args.size());
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sendDataP2P(mode,addr,sendArray);
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return 0;
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}
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int DRFZigbee::getNetworksTopology()
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{
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uint8_t senddata[] = {0xfc,0x04,0x0a,0x22,0x33,0x44,0xa3};
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byteArray sendArray(senddata,7);
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#ifdef ZIGBEE_DEBUG
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Serial.print("[SEND]");sendArray.printfArray<HardwareSerial>(&Serial);
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#endif
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_uartp->flush();
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_uartp->write(sendArray.dataptr(),sendArray.size());
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uint8_t reviceBuff[256];
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_uartp->setTimeout(5000);
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if(!_uartp->find(0xed)){ Serial.print("[TIMEOUT]\r\n"); return lastErrorcode = kTimeoutError;}
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size_t length = _uartp->available();
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_uartp->readBytes(reviceBuff,length);
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#ifdef ZIGBEE_DEBUG
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Serial.print("[REVC]");byteArray(reviceBuff,length).printfArray<HardwareSerial>(&Serial);
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#endif
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byteArray array(reviceBuff,length);
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int pos = array.indexof(0xed);
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Serial.printf("pos:%d\r\n",pos);
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//for( int i = 0; i < )
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return kReviceOK;
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}
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int DRFZigbee::linkMoudle()
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{
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return sendCMDAndWaitRevice(0xfc,ZIGBEE_CMD_LINKMODULE);
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}
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int DRFZigbee::rebootModule()
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{
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return sendCMDAndWaitRevice(0xfc,{0x06,0x44,0x54,0x4b,0xaa,0xbb});
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}
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int DRFZigbee::readModuleparm(zigbee_arg_t *parm)
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{
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byteArray array;
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if( sendCMDAndWaitRevice(0xfc,ZIGBEE_CMD_READPARM,&array) != DRFZigbee::kReviceOK ) return lastErrorcode;
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if(( array.at(0) != 0x0A )||( array.at(1) != 0x0E )) return kPramFormatError;
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array = array.mid(2);
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#ifdef ZIGBEE_DEBUG
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array.printfArray<HardwareSerial>(&Serial);
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#endif
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if( parm == nullptr ) return kPointerisnullptr;
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memcpy(parm->Wave,array.dataptr(),sizeof(DRFZigbee::zigbee_arg));
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return kReviceOK;
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}
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int DRFZigbee::setModuleparm(zigbee_arg_t &parm)
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{
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byteArray sendArray;
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sendArray += 0x07;
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sendArray += byteArray(&parm.Wave[0],16);
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sendArray += byteArray(&parm.Wave[24],16);
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sendArray += byteArray(&parm.Wave[42],6);
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sendArray.printfArray<HardwareSerial>(&Serial);
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return sendCMDAndWaitRevice(0xfc,sendArray);
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}
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int8_t DRFZigbee::getModuleRSSI(nodeRSSI_t *nodeRSSIPtr)
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{
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byteArray reviceArray;
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if( sendCMDAndWaitRevice(0xfc,ZIGBEE_CMD_GETNODERSSI,&reviceArray,5000) != kReviceOK ) return -1;
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if( reviceArray.at(0) != 0x0a ) return -1;
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if( nodeRSSIPtr != nullptr )
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{
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nodeRSSIPtr->routerLevel = reviceArray.at(1);
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nodeRSSIPtr->shortAddr = ( reviceArray.at(2) << 8 ) | reviceArray.at(3);
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nodeRSSIPtr->rssi = reviceArray.at(4);
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}
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return int8_t(reviceArray.at(4));
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}
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int DRFZigbee::reviceData(reviceData_t *revice,uint8_t type,size_t timeout)
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{
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uint8_t reviceBuff[300];
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_uartp->setTimeout(timeout);
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if(!_uartp->find(type)){ lastErrorcode = kTimeoutError; return kTimeoutError; }
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size_t length = _uartp->available();
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_uartp->readBytes(reviceBuff,length);
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revice->length = reviceBuff[0];
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revice->addr = (reviceBuff[1] << 8) + reviceBuff[2];
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revice->array = new byteArray(&reviceBuff[3],revice->length);
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revice->fromAddr = (reviceBuff[3 + revice->length] << 8) + reviceBuff[4 + revice->length];
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return kReviceOK;
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}

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