static DWORD WINAPI pipeDataToSe(LPVOID pVClient) {
char *buf = malloc(PIPE_BUF_SIZE);
ClientElem_t *pClient = (ClientElem_t *)pVClient;
while (pClient->running) {
int nBytesRead = rbRead(&pClient->rbSoSe, buf, PIPE_BUF_SIZE, 1000);
if (nBytesRead > 0)
DBG_PRINT("->SE got %i bytes from buf", nBytesRead);
else
DBG_PRINT("->SE");
if (nBytesRead < 0) {
DBG_PRINT("ERROR uartrdbuf pipe");
pClient->running = 0;
} else if (nBytesRead > 0) {
int wrIx = 0;
int wrLen = 0;
while (nBytesRead > 0 && wrLen >= 0 && pClient->running) {
if (!writeSerial(pClient, (const char*)&buf[wrIx], nBytesRead, &wrLen, 1000)) {
DBG_PRINT("ERROR uartwrite pipe %ld, hdl %ld", GetLastError(), pClient->serialHdl);
pClient->running = 0;
} else {
wrIx += wrLen;
nBytesRead -= wrLen;
}
}
}
}
free(buf);
DBG_PRINT("X->SE");
return 0;
}
//**************PUSH BUTTONS*********************//
void MainWindow::on_pushButton_stop_clicked()
{
output.clear();
output.append("SQ");
writeSerial(output);
ui->slider_throttle->setValue(0);
}
bool CloudWatcherController::sendCloudwatcherCommand(const char *command, int size) {
int n = writeSerial(command, size);
if (n != size) {
return false;
}
return true;
}
void MainWindow::on_pid_roll_d_2_valueChanged(double arg1)
{
output.clear();
output.append("SP1 3 "); //1. Pitc 2. Roll 3. Yaw //1. P 2. I 3.D
output.append(QString::number((float)arg1));
output.append("\r\n");
writeSerial(output);
}
void WriteThread::writeSerialSlot(struCseSensor *wstrBuf)
{
CLOG::Log("writeDataToSerial .");
ReadUart();
if(writeFlag)
{
writeSerial(wstrBuf);
}
}
float edfa::EDFAReadPh2(){
QString message;
if(ready){
writeSerial("Ph 2\r\n");
message=readSerial();
if (message.contains("PDM2: ",Qt::CaseInsensitive)){
message = stripString(message, "PDM2:");
}
}
return message.toFloat();
}
void MainWindow::on_slider_pitch_valueChanged(int value)
{
ui->lcd_pitch->display(value);
output.clear();
str.clear();
output.append("SSP");
output.append(str.setNum(double(value)));
output.append("\r\n");
writeSerial(output);
}
void MainWindow::on_slider_throttle_valueChanged(int value)
{
ui->lcd_throttle->display(value);
output.clear();
str.clear();
output.append("SST");
output.append(str.setNum(int(value)));
output.append("\r\n");
writeSerial(output);
}
void initiateParse(void){
if(rxn == 0 || rxn == 1){
}
else if(1 <= rxn && rxn < MAXBUFFERSIZE){
int size = (rx[1] << 8) | (rx[2] << 0);
if(rxn == size+4){
parse();
int i = 0;
for(; i < size+4+1; i++) //DEBUG
rx[i] = 0x00;
rxn = 0;
}
else{
int i = 0;
for(;i<size+4;i++)
writeSerial(rx[i]);
writeSerial('\n');
}
}
else{
writeSerial(0xFF);
}
rxn = (rxn + 1) % MAXBUFFERSIZE;
}
bool edfa::getEmission(){
bool emission = false; //This needs to be made better so that the method will return something if no emission is found.
QString message;
if(ready){
writeSerial("OM\r\n");
message = readSerial();
qDebug() << "get EDFA emission message " << message;
if (message.contains("OM ",Qt::CaseInsensitive)){
message = stripString(message, "OM");
qDebug() << "message contains OM";
qDebug() << "New message " << message;
}
}
if(message == "O"){
emission = false;
}
if(message == "2"){
emission = true;
}
return emission;
}
void MainWindow::on_pushButton_enable_pid_settings_clicked()
{
writeSerial("SE"); //MOTOR TEST
}
void CMonitor::TestSendMsg()
{
m_bConnected2 = true;
struCseSensor seSerial;
memset(&seSerial, 0, sizeof(struCseSensor));
seSerial.acc = 1;
seSerial.bck = 2;
seSerial.env_hdy = 3;
seSerial.env_hdy_val = 4;
seSerial.env_tmp = 5;
seSerial.env_tmp_val = 6;
seSerial.fil = 7;
seSerial.fil_val = 8;
seSerial.fld = 9;
seSerial.inf =10;
seSerial.lcd =11;
seSerial.lcd_val =12;
seSerial.lcd_tmp =13;
seSerial.lcd_tmp_val =14;
seSerial.scr =15;
seSerial.shk =16;
seSerial.smk =17;
seSerial.fan_speed01 =18;
seSerial.fan_speed02 =19;
seSerial.fan_speed03 =20;
seSerial.fan_speed04 =21;
seSerial.fan_speed05 =22;
seSerial.fan_speed06 =23;
seSerial.fan_speed07 =24;
seSerial.fan_speed08 =25;
seSerial.fan_speed09 =26;
seSerial.fan_speed10 =27;
seSerial.fan_speed11 =28;
seSerial.fan_speed12 =29;
seSerial.fan_speed13 =30;
seSerial.fan_speed14 =31;
seSerial.fan_speed15 =32;
seSerial.fan_speed16 =33;
seSerial.status =1;
//向与安卓设备通信串口发信号
//TestSendMsg ();
struCseSensor wSerial;
memset(&wSerial, 0, sizeof(struCseSensor));
memcpy(&wSerial, &seSerial, sizeof(struCseSensor));
emit writeSerial(&seSerial);
QString strLog = QString( "%1,%2")
.arg(seSerial.acc).arg(seSerial.bck);
CLOG::Log(strLog.toLatin1().data());
// send sensor to monitor center
if(true == m_bConnected2)
{
// cse msg
struCseMsg seMsg;
memset(&seMsg, 0, sizeof(struCseMsg));
seMsg.msg_id = CSE_SENSOR_REQ_MESSAGE;
qDebug()<<"seMsg.msg_id="<< seMsg.msg_id;
seMsg.msg_len = sizeof(struCseSensor);
strcpy(seMsg.prd_id, m_cfgFile.m_strPrdID.toLatin1().data());
qDebug()<<"**seMsg.prd_id="<< seMsg.prd_id;
memcpy(seMsg.msg, &seSerial, seMsg.msg_len);
// send msg
QByteArray msg;
msg.resize(sizeof(struCseMsg));
memcpy(msg.data(), &seMsg, sizeof(struCseMsg));
// m_bSend2=m_pTcpClient2->SendToServer(msg.data(), sizeof(struCseMsg));
CLOG::Log(msg.data());
qDebug()<<"send acc="<<seSerial.acc;
qDebug()<<"send bck="<<seSerial.bck;
qDebug()<<"send env_hdy="<<seSerial.env_hdy;
qDebug()<<"send env_hdy_val="<< seSerial.env_hdy_val;
qDebug()<<"send env_tmp="<< seSerial.env_tmp;
qDebug()<<"send env_tmp_val="<<seSerial.env_tmp_val;
qDebug()<<"send fil="<<seSerial.fil;
qDebug()<<"send fil_val="<<seSerial.fil_val;
qDebug()<<"send fld="<< seSerial.fld;
qDebug()<<"send inf="<<seSerial.inf;
qDebug()<<"send lcd="<<seSerial.lcd;
qDebug()<<"send lcd_val="<<seSerial.lcd_val;
qDebug()<<"send lcd_tmp="<<seSerial.lcd_tmp;
qDebug()<<"send lcd_tmp_val="<<seSerial.lcd_tmp_val;
qDebug()<<"send src="<<seSerial.scr;
qDebug()<<"send shk="<<seSerial.shk;
qDebug()<<"send smk="<<seSerial.smk;
}
}
void MainWindow::on_pushButton_start_clicked()
{
writeSerial("SA");
}
void MainWindow::on_pushButton_get_set_points_clicked()
{
writeSerial("GA");
}
void MainWindow::on_pushButton_calibrate_clicked()
{
writeSerial("SC");
}
void MainWindow::on_checkBox_motors_clicked()
{
writeSerial("GM");
}//-------------------------------------------//
void MainWindow::on_pushButton_get_euler_clicked()
{
writeSerial("SS");
}
void MainWindow::on_pushButton_reset_altitude_clicked()
{
writeSerial("SR");
}
void MainWindow::on_pushButton_test_clicked()
{
writeSerial("SM"); //MOTOR TEST
}
void MainWindow::on_pushButton_get_loop_time_clicked()
{
writeSerial("GT");
}
void MainWindow::on_pushButton_get_raw_values_clicked()
{
writeSerial("GR");
}