public Form1()
{
testthreads = new Thread[100];
volt = new int[5];
curr = new int[5];
recvcmdbuf = new byte[100][];
analyzer = new HWCommandAnalyzer();
analyzer.SingleQuiryResponse_Received += Analyzer_SingleQuiryResponse_Received;
analyzer.RxModeResponse_Received += Analyzer_RxInitResponse_Received;
analyzer.ConfigLoadResponse_Received += Analyzer_ConfigLoadResponse_Received;
analyzer.ControlError_Received += Analyzer_ControlError_Received;
analyzer.ReceivedPower8b_Received += Analyzer_ReceivedPower8b_Received;
analyzer.SingleQuiryPowersupplyResponse_Received += Analyzer_SingleQuiryPowersupplyResponse_Received;
analyzer.PowersupplyConfigResponse_Received += Analyzer_PowersupplyConfigResponse_Received;
cmdwait = new EventWaitHandle[100];
for (int i = 0; i < 100; i++)
{
cmdwait[i] = new EventWaitHandle(false, EventResetMode.AutoReset);
cmdwait[i].Reset();
}
SerialPort sp = new SerialPort("COM12", 115200, Parity.None, 8, StopBits.One);
sbp = new SerialBusProcessor.SerialBusProcessor(this, 256, sp);
sbp.SerialCommandArrival += Sbp_SerialCommandArrial;
sbp.SerialDataArrival += Sbp_SerialDataArrival;
InitializeComponent();
sbp.OpenSerialBusProcessor();
}
private void Analyzer_SingleQuiryPowersupplyResponse_Received(HWCommandAnalyzer dca, int index)
{
int volt = dca.PowersupplyResp.volt_h * 256 + dca.PowersupplyResp.volt_l;
int curr = dca.PowersupplyResp.curr_h * 256 + dca.PowersupplyResp.curr_l;
Console.WriteLine(string.Format("power single quriy resp.Volt:{0},Curr:{1}", volt, curr));
flag = 0x0e;
}
private void Analyzer_SingleQuiryResponse_Received(HWCommandAnalyzer dca, int index)
{
MessageBox.Show("Load" + dca.SingleQuiryResult.channel.ToString() + "-Current:" + (dca.SingleQuiryResult.curr_h * 256 + dca.SingleQuiryResult.curr_l).ToString() +
"Load" + dca.SingleQuiryResult.channel.ToString() + "-Voltage:" + (dca.SingleQuiryResult.volt_h * 256 + dca.SingleQuiryResult.volt_l).ToString());
}
private void Analyzer_RxInitResponse_Received(HWCommandAnalyzer dca, int index)
{
Console.WriteLine(((RxMode)(dca.RxModeResp.mode)).ToString());
}
private void Analyzer_ControlError_Received(HWCommandAnalyzer dca, int index)
{
richTextBox1.AppendText("RX" + index.ToString() + ":" + "Control Error:" + ((sbyte)dca.CEPacket.QiCE).ToString() + "\n");
richTextBox1.AppendText("Current:" + (dca.CEPacket.Iout_h * 256 + dca.CEPacket.Iout_l).ToString() + "\n");
}
private void Analyzer_ReceivedPower8b_Received(HWCommandAnalyzer dca, int index)
{
richTextBox1.AppendText("RX" + index.ToString() + ":" + "Received Power:" + dca.RP8Packet.QiRP.ToString() + "\n");
}
private void Analyzer_ConfigLoadResponse_Received(HWCommandAnalyzer dca, int index)
{
//MessageBox.Show((dca.ConfigLoadResp.curr_h * 256 + dca.ConfigLoadResp.curr_l).ToString());
}
private void Analyzer_PowersupplyConfigResponse_Received(HWCommandAnalyzer dca, int index)
{
Console.WriteLine(string.Format("power config resp{0}", iii++));
resp = 1;
}