void StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
InvokeOnMainThread(() =>
{
switch (e.state)
{
case CSLibrary.Constants.RFState.IDLE:
ClassBattery.SetBatteryMode(ClassBattery.BATTERYMODE.IDLE);
_cancelVoltageValue = true;
switch (BleMvxApplication._reader.rfid.LastMacErrorCode)
{
case 0x00: // normal end
break;
case 0x0309: //
_userDialogs.Alert("Too near to metal, please move CS108 away from metal and start inventory again.");
break;
default:
_userDialogs.Alert("Mac error : 0x" + BleMvxApplication._reader.rfid.LastMacErrorCode.ToString("X4"));
break;
}
break;
}
});
}
void StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
switch (e.state)
{
case CSLibrary.Constants.RFState.IDLE:
break;
}
}
void ReaderXP_StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
this.BeginInvoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
watchrate.Stop();
//ControlPanelForm.EnablePannel(true);
EnableButton(ButtonState.Start, true);
EnableButton(ButtonState.Stop, false);
EnableTimer(false);
if (mStop)
{
this.Close();
}
break;
case RFState.BUSY:
watchrate.Reset();
watchrate.Start();
totaltags = 0;
totalcrc = 0;
EnableButton(ButtonState.Start, false);
EnableButton(ButtonState.Stop, true);
EnableTimer(true);
break;
case RFState.RESET:
if (ControlPanelWithAsyncGpioForm.ControlPanel.checkBoxLog.Checked)
{
TextWriter tw = new StreamWriter("Log.Txt", true);
tw.WriteLine("{0} : System Reset", DateTime.Now.ToString());
tw.Close();
}
//Use other thread to create progress
reset = new Thread(new ThreadStart(Reset));
reset.Start();
break;
case RFState.ABORT:
//ControlPanelForm.EnablePannel(false);
break;
case RFState.ANT_CYCLE_END:
if (ControlPanelWithAsyncGpioForm.ControlPanel.LEDFlash)
{
Program.ReaderXP.SetGPO0Async(LedOn);
LedOn = !LedOn;
}
break;
}
});
}
void StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
if (e.state == CSLibrary.Constants.RFState.INITIALIZATION_COMPLETE)
{
BleMvxApplication._batteryLow = false;
RaisePropertyChanged(() => labelVoltageTextColor);
// for cloud server
//BleMvxApplication._reader.siliconlabIC.GetSerialNumber();
// Set Country and Region information
if (BleMvxApplication._config.RFID_Region == CSLibrary.Constants.RegionCode.UNKNOWN)
{
BleMvxApplication._config.RFID_Region = BleMvxApplication._reader.rfid.SelectedRegionCode;
if (BleMvxApplication._reader.rfid.IsFixedChannel)
{
BleMvxApplication._config.RFID_FrequenceSwitch = 1;
BleMvxApplication._config.RFID_FixedChannel = BleMvxApplication._reader.rfid.SelectedChannel;
}
else
{
BleMvxApplication._config.RFID_FrequenceSwitch = 0; // Hopping
}
}
// the library auto cancel the task if the setting no change
switch (BleMvxApplication._config.RFID_FrequenceSwitch)
{
case 0:
BleMvxApplication._reader.rfid.SetHoppingChannels(BleMvxApplication._config.RFID_Region);
break;
case 1:
BleMvxApplication._reader.rfid.SetFixedChannel(BleMvxApplication._config.RFID_Region, BleMvxApplication._config.RFID_FixedChannel);
break;
case 2:
BleMvxApplication._reader.rfid.SetAgileChannels(BleMvxApplication._config.RFID_Region);
break;
}
if (BleMvxApplication._reader.rfid.GetFirmwareVersion() < 0x00020614 || BleMvxApplication._reader.siliconlabIC.GetFirmwareVersion() < 0x00010009 || BleMvxApplication._reader.bluetoothIC.GetFirmwareVersion() < 0x0001000E)
{
_userDialogs.AlertAsync("Firmware too old" + Environment.NewLine +
"Please upgrade firmware to at least :" + Environment.NewLine +
"RFID Processor firmware: V2.6.20" + Environment.NewLine +
"SiliconLab Firmware: V1.0.9" + Environment.NewLine +
"Bluetooth Firmware: V1.0.14");
}
ClassBattery.SetBatteryMode(ClassBattery.BATTERYMODE.IDLE);
}
}
void StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
Device.BeginInvokeOnMainThread(() =>
{
switch (e.state)
{
case CSLibrary.Constants.RFState.IDLE:
Log_InventoryResult();
StartNextInventory();
break;
}
});
}
void ReaderCE_OnStateChanged(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
this.Invoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
//
//Device.MelodyPlay(RingTone.T1, BuzzerVolume.HIGH);
break;
case RFState.BUSY:
btnStop.Enabled = true;
break;
}
});
}
void ReaderXP_StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
if (this.IsDisposed)
{
return;
}
this.Invoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
EnableForm(true);
if (!m_stop)
{
switch (m_opt)
{
case Opts.TAG_SEARCH:
ChangeBtnState(false);
break;
}
}
else
{
CloseForm();
}
break;
case RFState.BUSY:
switch (m_opt)
{
case Opts.TAG_SEARCH:
ChangeBtnState(true);
break;
}
break;
case RFState.ABORT:
EnableForm(false);
break;
}
});
}
void ReaderXP_StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
Invoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
EnableUpdate(false);
if (!m_stop)
{
m_totaltag = 0;
// Device.MelodyPlay(RingTone.T1, BuzzerVolume.HIGH);
//startMenu1.ToggleStartButton();
EnableForm(true);
RefreshListView();
}
else
{
CloseForm();
}
break;
case RFState.BUSY:
EnableUpdate(true);
// Device.MelodyPlay(RingTone.T2, BuzzerVolume.HIGH);
//startMenu1.ToggleStartButton();
// timeStarted = DateTime.Now;
break;
case RFState.ABORT:
EnableForm(false);
break;
case RFState.RESET:
EnableUpdate(false);
Program.ReaderXP.Reconnect(10);
Program.ReaderXP.StartOperation(Operation.TAG_INVENTORY, Program.appSetting.Cfg_blocking_mode);
EnableUpdate(true);
break;
}
});
}
void ReaderXP_MyRunningStateEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
/*
* this.BeginInvoke((System.Threading.ThreadStart)delegate()
* {
* switch (e.state)
* {
* case RFState.IDLE:
* break;
* case RFState.BUSY:
* break;
* case RFState.RESET:
* break;
* case RFState.ABORT:
* //ControlPanelForm.EnablePannel(false);
* break;
* }
* });
*/
}
void Reader_StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
Invoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
break;
case RFState.BUSY:
//Device.MelodyPlay(RingTone.T2, BuzzerVolume.HIGH);
break;
case RFState.ABORT:
break;
case RFState.RESET:
break;
}
});
}
void ReaderXP_MyRunningStateEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
this.BeginInvoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
break;
case RFState.BUSY:
break;
case RFState.RESET:
break;
case RFState.ABORT:
//ControlPanelForm.EnablePannel(false);
break;
}
});
}
void ReaderXP_OnStateChanged(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
this.Invoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case CSLibrary.Constants.RFState.IDLE:
if (!m_stop)
{
UpdateCWBtn(true);
}
else
{
this.Close();
}
break;
case CSLibrary.Constants.RFState.BUSY:
UpdateCWBtn(false);
break;
}
});
}
void StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
if (e.state == CSLibrary.Constants.RFState.INITIALIZATION_COMPLETE)
{
BleMvxApplication._batteryLow = false;
RaisePropertyChanged(() => labelVoltageTextColor);
// Set Country and Region information
if (BleMvxApplication._config.RFID_Region == CSLibrary.Constants.RegionCode.UNKNOWN || BleMvxApplication._config.readerModel != BleMvxApplication._reader.rfid.GetModel())
{
BleMvxApplication._config.readerModel = BleMvxApplication._reader.rfid.GetModel();
BleMvxApplication._config.RFID_Region = BleMvxApplication._reader.rfid.SelectedRegionCode;
if (BleMvxApplication._reader.rfid.IsFixedChannel)
{
BleMvxApplication._config.RFID_FrequenceSwitch = 1;
BleMvxApplication._config.RFID_FixedChannel = BleMvxApplication._reader.rfid.SelectedChannel;
}
else
{
BleMvxApplication._config.RFID_FrequenceSwitch = 0; // Hopping
}
}
// the library auto cancel the task if the setting no change
switch (BleMvxApplication._config.RFID_FrequenceSwitch)
{
case 0:
BleMvxApplication._reader.rfid.SetHoppingChannels(BleMvxApplication._config.RFID_Region);
break;
case 1:
BleMvxApplication._reader.rfid.SetFixedChannel(BleMvxApplication._config.RFID_Region, BleMvxApplication._config.RFID_FixedChannel);
break;
case 2:
BleMvxApplication._reader.rfid.SetAgileChannels(BleMvxApplication._config.RFID_Region);
break;
}
uint portNum = BleMvxApplication._reader.rfid.GetAntennaPort();
for (uint cnt = 0; cnt < portNum; cnt++)
{
BleMvxApplication._reader.rfid.SetAntennaPortState(cnt, BleMvxApplication._config.RFID_AntennaEnable[cnt] ? CSLibrary.Constants.AntennaPortState.ENABLED : CSLibrary.Constants.AntennaPortState.DISABLED);
BleMvxApplication._reader.rfid.SetPowerLevel(BleMvxApplication._config.RFID_Antenna_Power[cnt], cnt);
BleMvxApplication._reader.rfid.SetInventoryDuration(BleMvxApplication._config.RFID_Antenna_Dwell[cnt], cnt);
}
if ((BleMvxApplication._reader.bluetoothIC.GetFirmwareVersion() & 0x0F0000) != 0x030000) // ignore CS463
{
if (BleMvxApplication._reader.rfid.GetFirmwareVersion() < 0x0002061D || BleMvxApplication._reader.siliconlabIC.GetFirmwareVersion() < 0x00010009 || BleMvxApplication._reader.bluetoothIC.GetFirmwareVersion() < 0x0001000E)
{
_userDialogs.AlertAsync("Firmware too old" + Environment.NewLine +
"Please upgrade firmware to at least :" + Environment.NewLine +
"RFID Processor firmware: V2.6.29" + Environment.NewLine +
"SiliconLab Firmware: V1.0.9" + Environment.NewLine +
"Bluetooth Firmware: V1.0.14");
}
}
ClassBattery.SetBatteryMode(ClassBattery.BATTERYMODE.IDLE);
}
}
void ReaderXP_StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
this.BeginInvoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
watchrate.Stop();
//ControlPanelForm.EnablePannel(true);
EnableButton(ButtonState.Start, true);
EnableButton(ButtonState.Stop, false);
EnableTimer(false);
if (mStop)
{
this.Close();
}
break;
case RFState.BUSY:
watchrate.Reset();
watchrate.Start();
totaltags = 0;
totalcrc = 0;
EnableButton(ButtonState.Start, false);
EnableButton(ButtonState.Stop, true);
EnableTimer(true);
break;
case RFState.RESET:
{
HighLevelInterface reader = (HighLevelInterface)(sender);
while (true)
{
if (reader.Reconnect(1) == Result.OK)
{
break;
}
Thread.Sleep(1000);
}
}
if (ControlPanelForm.ControlPanel.checkBoxLog.Checked)
{
TextWriter tw = new StreamWriter(CS203_CALLBACK_API_DEMO.ControlPanelForm.ControlPanel.textBox_LogPath.Text + "\\CycleLog.Txt", true);
tw.WriteLine("{0} : System Reset", DateTime.Now.ToString());
tw.Close();
}
//Use other thread to create progress
Reset();
//reset = new Thread(new ThreadStart(Reset));
//reset.Start();
break;
case RFState.ABORT:
//ControlPanelForm.EnablePannel(false);
break;
case RFState.ANT_CYCLE_END:
AntCycleCount++;
totaltagscycle = totaltagsthiscycle;
totaltagsthiscycle = 0;
if (ControlPanelForm.ControlPanel.checkBoxLog.Checked)
// ControlPanelForm.ControlPanel.checkBoxSaveSummary.Checked)
{
int portbusy = 0;
int common = 0;
//TextWriter tw = new StreamWriter(ControlPanelForm.SummaryFile, true);
TextWriter tw = new StreamWriter(CS203_CALLBACK_API_DEMO.ControlPanelForm.ControlPanel.textBox_LogPath.Text + "\\CycleLog.Txt", true);
tw.Write("{0} : Cycle {1}, {2} Tag/Cycle, Channel State : ", DateTime.Now.ToString(), AntCycleCount, totaltagscycle);
for (int cnt = 0; cnt < 16; cnt++)
{
if (Program.ReaderXP.ChannelStatus[cnt] == RFState.CH_BUSY)
{
portbusy = 1;
if (common == 0)
{
tw.Write("Port Busy ");
}
else
{
tw.Write(", ");
}
tw.Write("{0}", cnt);
common = 1;
}
}
if (portbusy == 0)
{
tw.WriteLine("CLEAR");
}
else
{
tw.WriteLine("");
}
tw.Close();
}
numChannelBusy = 0;
if (AntCycleTimeCount <= 4)
{
AntCycleTime[AntCycleTimeCount++] = Environment.TickCount;
}
else
{
AntCycleTime[0] = AntCycleTime[1];
AntCycleTime[1] = AntCycleTime[2];
AntCycleTime[2] = AntCycleTime[3];
AntCycleTime[3] = AntCycleTime[4];
AntCycleTime[4] = Environment.TickCount;
}
break;
}
});
}
void ReaderXP_StateChangedEvent(object sender, CSLibrary.Events.OnStateChangedEventArgs e)
{
this.BeginInvoke((System.Threading.ThreadStart) delegate()
{
switch (e.state)
{
case RFState.IDLE:
watchrate.Stop();
//ControlPanelForm.EnablePannel(true);
EnableButton(ButtonState.Start, true);
EnableButton(ButtonState.Stop, false);
EnableTimer(false);
if (mStop)
{
this.Close();
}
break;
case RFState.BUSY:
watchrate.Reset();
watchrate.Start();
totaltags = 0;
totalcrc = 0;
EnableButton(ButtonState.Start, false);
EnableButton(ButtonState.Stop, true);
EnableTimer(true);
break;
case RFState.RESET:
if (QTControlPanelForm.ControlPanel.checkBoxLog.Checked)
{
TextWriter tw = new StreamWriter("Log.Txt", true);
tw.WriteLine("{0} : System Reset", DateTime.Now.ToString());
tw.Close();
}
//Use other thread to create progress
reset = new Thread(new ThreadStart(Reset));
reset.Start();
break;
case RFState.ABORT:
//ControlPanelForm.EnablePannel(false);
break;
case RFState.ANT_CYCLE_END:
AntCycleCount++;
totaltagscycle = totaltagsthiscycle;
totaltagsthiscycle = 0;
/* if (ControlPanelForm.ControlPanel.checkBoxSaveSummary.Checked)
* {
* int portbusy = 0;
* int common = 0;
*
* TextWriter tw = new StreamWriter(ControlPanelForm.SummaryFile, true);
*
* tw.Write("{0} : Cycle {1}, {2} Tag/Cycle, Channel State : ", DateTime.Now.ToString(), AntCycleCount, totaltagscycle);
*
* for (int cnt = 0; cnt < 16; cnt++)
* {
* if (Program.ReaderXP.ChannelStatus[cnt] == RFState.CH_BUSY)
* {
* portbusy = 1;
* if (common == 0)
* tw.Write("Port Busy ");
* else
* tw.Write(", ");
* tw.Write("{0}", cnt);
* common = 1;
* }
*
* }
*
* if (portbusy == 0)
* tw.WriteLine("CLEAR");
* else
* tw.WriteLine("");
*
* tw.Close();
* }
*/
numChannelBusy = 0;
if (AntCycleTimeCount <= 4)
{
AntCycleTime[AntCycleTimeCount++] = Environment.TickCount;
}
else
{
AntCycleTime[0] = AntCycleTime[1];
AntCycleTime[1] = AntCycleTime[2];
AntCycleTime[2] = AntCycleTime[3];
AntCycleTime[3] = AntCycleTime[4];
AntCycleTime[4] = Environment.TickCount;
}
break;
}
});
}
