int startwindowbf::opiucd_getPDN(void)
{
int totalcount=0;
int i;
opiucd_status(&com,&PACKAGE_tp[0]);
for(i=0;i<5;i++)
ucd[i]= PACKAGE_tp[0].payload[i];
if(PACKAGE_tp[0].payload[20]!=0xFF)
{
PDN_NUMBER[1]=PACKAGE_tp[0].payload[20];
totalcount++;
}
else
PDN_NUMBER[1]=0xff;
if(PACKAGE_tp[0].payload[21]!=0xFF)
{
PDN_NUMBER[2]=PACKAGE_tp[0].payload[21];
totalcount++;
}
else
PDN_NUMBER[2]=0xff;
if(PACKAGE_tp[0].payload[22]!=0xFF)
{
PDN_NUMBER[3]=PACKAGE_tp[0].payload[22];
totalcount++;
}
else
PDN_NUMBER[3]=0xff;
if(PACKAGE_tp[0].payload[23]!=0xFF)
{
PDN_NUMBER[4]=PACKAGE_tp[0].payload[23];
totalcount++;
}
else
PDN_NUMBER[4]=0xff;
zbchan=PACKAGE_tp[0].payload[28];
return totalcount;
}
void startwindowbf::on_pushButton_2_clicked()
{
OPIPKT_t opipkttmp;
quint8 tempui8arr[512];
int i;
//re open the comport
if((*comPortUserp==BFCOMPORTFREE||*comPortUserp==BFCOMPORTUSER)&&(!gamemode))
{
if(portOn)
opi_closeucd_com(&com);
if(!firstfile)
fclose(file);
firstfile=true;
*comPortUserp = BFCOMPORTFREE;
hide_check_pdn();
portOn = false;
if(opi_openucd_com(&com)==0)
{
portOn = true;
*comPortUserp = BFCOMPORTUSER;
get_opipkt_total=opiucd_getPDN();
if(!get_opipkt_total)
{
show_message.setText("there is no pdn devices");
show_message.show();
show_message.exec();
return ;
}
else
show_check_pdn();
}
else
{
portOn = false;
*comPortUserp = BFCOMPORTFREE;
show_message.setText("Connect the Device again");
show_message.show();
show_message.exec();
return ;
}
}//other device doesnt use comport
else if((*comPortUserp==BFCOMPORTFREE||*comPortUserp==TGCOMPORTUSER)&&(gamemode))
{
if(portOn)
opi_closeucd_com(&com);
if(!firstfile)
fclose(file);
firstfile=true;
*comPortUserp = BFCOMPORTFREE;
hide_check_pdn();
portOn = false;
if(opi_openucd_com(&com)==0)
{
portOn = true;
*comPortUserp = TGCOMPORTUSER;
get_opipkt_total=opiucd_getPDN();
if(!get_opipkt_total)
{
show_message.setText("there is no pdn devices");
show_message.show();
show_message.exec();
return ;
}
else
show_check_pdn();
}
else
{
portOn = false;
*comPortUserp = BFCOMPORTFREE;
show_message.setText("Connect the Device again");
show_message.show();
show_message.exec();
return ;
}
}//other device doesnt use comport
else
{
show_message.setText("Comport is busy,try again later");
show_message.show();
show_message.exec();
return ;
}
//re open the comport end
if(!(portOn))
{
*comPortUserp = BFCOMPORTFREE;
show_message.setText("You have to connect a Device");
show_message.show();
show_message.exec();
return ;
}
else if(Show_count==0)
{
show_message.setText("You have to choose Devices");
show_message.show();
show_message.exec();
return ;
}
else
{
if(!gamemode)
*comPortUserp = BFCOMPORTUSER;
else
*comPortUserp = TGCOMPORTUSER;
//if user show the showdatawindow,user can't control whether write file or not
ui->checkWriteFileBox->setDisabled(true);
if(!firstfile)
fclose(file);
//regulatefilename = userfilename;
opiucd_status(&com, &opipkttmp); // should have opened device successfully before
QDateTime stDT = QDateTime::currentDateTime();
regulatefilename = QString("D%1_ALL").arg(stDT.toString("yyyyMMdd_hhmmss"));
if(ui->checkWriteFileBox->isChecked()) //if true then write it
{
firstfile=false;
file = fopen(regulatefilename.append(".opi").toAscii().data(), "wb+");
// write opihdr information
fwrite(opipkttmp.payload, 1, OPIUCDSTLEN-1, file);
for(i = 0; i < (512-(OPIUCDSTLEN-1)); i++) tempui8arr[i] = 0xFF;
fwrite(tempui8arr, 1, (512-(OPIUCDSTLEN-1)), file);
}
else
firstfile=true;
//check which the pdn the user what to show
for(i=1;i<OPIWANT_MAX_BF+1;i++)
{
if(pdnOn[i]) //if the user choose the pdn then we open the showdatawindow
{
qDebug()<<"sdw "<<i<<"= "<<sdw[i];
if(!sdw[i]->already_open) //if already open we will not open and reset again
{
firstpdn[i]=false;
sdw[i]->reset(gamemode);
sdw[i]->setPdnNum(PDN_NUMBER[i]);
if(gamemode)
{
sdw[i]->showgamewindow(PDN_NUMBER[i]);
sdw[i]->secretstart(gamemode);
}
else
sdw[i]->show();
}
}
else //if the user don't choose the pdn then we close the showdatawindow
{
if(sdw[i]->isVisible())
{
sdw[i]->close();
sdw[i]->already_open=false;
}
}
}
//to avoid reopening timer
if(firsttimer)
{
timeid=QObject::startTimer(startwindow_fresh_time_BF);
firsttimer=false;
}
}
}
void ConfigWindow::on_ucStatusPB_clicked()
{
HANDLE comport;
OPIPKT_t opipkt;
qint64 ucdsn, ucCurrTS, ucRefEpochMSecs;
qint32 ucfwv;
qint16 ucMode, pdnList[PDNLISTLEN], uczbChan, ucusdStatus, ucChgStat;
qint32 i, pdnCt;
QString tempstr;
if (opi_openucd_com(&comport))
{
ErrorMsgBox(QString("No UC attached (COM1-COM50)"));
opi_closeucd_com(&comport);
return;
}
if(opiucd_status(&comport, &opipkt))
{
ErrorMsgBox(QString("Could not get UC status"));
opi_closeucd_com(&comport);
return;
}
ucdsn = ((qint64) opipkt.payload[0] << 32) + ((qint64) opipkt.payload[1] << 24)
+ ((qint64) opipkt.payload[2] << 16) + ((qint64) opipkt.payload[3] << 8)
+ ((qint64) opipkt.payload[4]);
ucCurrTS = ((qint64) opipkt.payload[5] << 40) + ((qint64) opipkt.payload[6] << 32) +
((qint64) opipkt.payload[7] << 24) + ((qint64) opipkt.payload[8] << 16) +
((qint64) opipkt.payload[9] << 8) + ((qint64) opipkt.payload[10]);
ucRefEpochMSecs = ucCurrTS*1000/UCRTCFREQ;
// Conversion to QDateTime, ref date & time for all sensors is 2012/sep/28 08:00:00.000
QDateTime ucDT = QDateTime::fromString("20120928080000000","yyyyMMddhhmmsszzz").addMSecs(ucRefEpochMSecs);
ucfwv = (opipkt.payload[DSNLEN+TSLEN+6] << 8) + opipkt.payload[DSNLEN+TSLEN+6+1];
ucMode = opipkt.payload[DSNLEN+TSLEN+6+FWVLEN];
for (i = 0; i < PDNLISTLEN; i++)
pdnList[i] = opipkt.payload[DSNLEN+TSLEN+6+FWVLEN+1+i];
uczbChan = opipkt.payload[DSNLEN+TSLEN+6+FWVLEN+1+PDNLISTLEN];
ucusdStatus = opipkt.payload[DSNLEN+TSLEN+6+FWVLEN+1+PDNLISTLEN+1];
ucChgStat = opipkt.payload[DSNLEN+TSLEN+6+FWVLEN+1+PDNLISTLEN+2];
if(ucusdStatus & 0x04) ui->ucModOnOffCB->setCurrentIndex(0);
else ui->ucModOnOffCB->setCurrentIndex(1);
ui->msgPTE->appendPlainText(QString(">> UC Status"));
ui->msgPTE->appendPlainText(QString("Device ShortID: %1 Firmware Version: %2 Time: %3 ZigBee Channel: %4").arg(QChar(opipkt.payload[4]%26 + 65)).arg(ucfwv).arg(ucDT.toString("yyyyMMdd hhmmss")).arg(uczbChan));
if(ucusdStatus & 0x04) ui->msgPTE->appendPlainText("uSD sensor on");
else ui->msgPTE->appendPlainText("uSD sensor off");
if((ucusdStatus & 0x03) == 0) ui->msgPTE->appendPlainText("uSD Slot: Nothing");
else if((ucusdStatus & 0x03) == 1) ui->msgPTE->appendPlainText("uSD Slot: TS only");
else if((ucusdStatus & 0x03) == 2) ui->msgPTE->appendPlainText("uSD Slot: MM only");
else if((ucusdStatus & 0x03) == 3) ui->msgPTE->appendPlainText("uSD Slot: TS & MM");
if(ucChgStat & 0x30) ui->msgPTE->appendPlainText("Controller is in On Mode");
else ui->msgPTE->appendPlainText("Controller is in Off Mode");
if(ucusdStatus & 0x10) ui->msgPTE->appendPlainText("USD SPI is on");
else ui->msgPTE->appendPlainText("USD SPI is off");
pdnCt = 0;
for(i = 0; i < PDNLISTLEN; i++)
{
if(pdnList[i] != 0xFF)
{
tempstr.append(QString("Slot %1-#%2, ").arg(i+1).arg(pdnList[i]));
pdnCt++;
}
}
if(!pdnCt) tempstr = QString("No paired devices");
else tempstr.prepend(QString("%1 Associated PDNs: ").arg(pdnCt));
ui->msgPTE->appendPlainText(tempstr);
// update the current ZigBee Channel
ui->ucZBValCB->setCurrentIndex(uczbChan-11);
QDateTime currDT = QDateTime::currentDateTime();
ui->msgPTE->appendPlainText(QString("<< %1 >> Unified Controller Status").arg(currDT.toString("yyyy.MM.dd hh:mm:ss")));
ui->msgPTE->appendPlainText(QString(" "));
ui->msgPTE->ensureCursorVisible();
opi_closeucd_com(&comport);
}
void ConfigWindow::on_ucWLMeasurePB_clicked()
{
HANDLE comport;
OPIPKT_t ucOpipkt;
qint32 result[16];
QString resTopLine, resBotLine;
int i, uczbChan;
QProgressDialog progQPD("Measuring ZigBee Channels", QString(), 0, 15);
progQPD.setWindowModality(Qt::WindowModal);
progQPD.setMinimumDuration(100);
if(opi_openucd_com(&comport))
{
ErrorMsgBox(QString("No UC attached (COM1-COM50)"));
opi_closeucd_com(&comport);
return;
}
if(opiucd_status(&comport, &ucOpipkt))
{
ErrorMsgBox(QString("Couldn't get UC status"));
opi_closeucd_com(&comport);
return;
}
// save current channel
uczbChan = ucOpipkt.payload[DSNLEN+TSLEN+6+FWVLEN+1+PDNLISTLEN];
ui->msgPTE->appendPlainText(QString("Original ZigBee Channel: %1").arg(uczbChan));
ui->msgPTE->appendPlainText("Measuring all zigbee channels, please wait");
qApp->processEvents();
// Go through each valid channel and get maximum out of 100 tries
for(i = 0; i < 16; i++)
{
if (opiucd_setzbchan(&comport, i+11))
{
ErrorMsgBox(QString("Could not set UC ZigBee Channel"));
opi_closeucd_com(&comport);
return;
}
result[i] = maxWLMeasure100(&comport);
progQPD.setValue(i);
qApp->processEvents();
}
resTopLine.append("ZigBee Channel: 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26");
resBotLine.append("Maximum ED : ");
for(i = 0; i < 16; i++) resBotLine.append(QString("%1 ").arg(result[i],2,10,QChar('0')));
ui->msgPTE->appendPlainText(resTopLine);
ui->msgPTE->appendPlainText(resBotLine);
// set original zb channel
if (opiucd_setzbchan(&comport, uczbChan))
{
ErrorMsgBox(QString("Could not set original UC ZigBee Channel"));
opi_closeucd_com(&comport);
return;
}
opi_closeucd_com(&comport);
QDateTime currDT = QDateTime::currentDateTime();
ui->msgPTE->appendPlainText(QString("<< %1 >> Wireless Measurements done").arg(currDT.toString("yyyy.MM.dd hh:mm:ss")));
ui->msgPTE->appendPlainText(QString(" "));
ui->msgPTE->ensureCursorVisible();
}
