public NetworkReceiver(byte[] bytes)
{
WaveSerializer = SerializerUtil.ToSerializer(bytes[0]);
Port = BitConverter.ToInt32(bytes, 4);
var strByte = bytes.Where((x, i) => i > 7 && x != '\0').ToArray();
ServerIp = StringUTil.ToString(strByte);
}
public FileRecoder(byte[] bytes)
{
WaveSerializer = SerializerUtil.ToSerializer(bytes[0]);
FilePath = StringUTil.ToString(bytes.Where((x, i) => i > 0).ToArray());
}
public NetworkRecoder(byte[] bytes)
{
WaveSerializer = SerializerUtil.ToSerializer(bytes[0]);
Port = BitConverter.ToInt32(bytes, 1);
}
public WaveMonitor()
{
InitializeComponent();
SQLRepository.Init();
if (Settings.Default.EnableDBMode)
{
foreach (var row in SQLRepository.MeasurementCache.Values)
{
switch ((MeasureType)row.MeasureType)
{
case MeasureType.MeasureType_RMS: MeasureList.Add(new RMSMeasure(row.Idx, row.ChannelId, row.LowFreq, row.HighFreq)); break;
case MeasureType.MeasureType_P2P: MeasureList.Add(new PeakToPeakMeasure(row.Idx, row.ChannelId)); break;
case MeasureType.MeasureType_PK: MeasureList.Add(new PeakMeasure(row.Idx, row.ChannelId)); break;
case MeasureType.MeasureType_LiftShock: MeasureList.Add(new Lift_ShockMeasure(row.Idx, row.ChannelId, row.Interval1, row.Interval2, row.Interval3)); break;
case MeasureType.MeasureType_LiftMove: MeasureList.Add(new Lift_MoveMeasure(row.Idx, row.ChannelId, row.Interval1, row.Interval2, row.Interval3)); break;
}
}
foreach (var row in SQLRepository.ReceiverCache.Values)
{
switch ((ReceiverType)row.ReceiverType)
{
case ReceiverType.ReceiverType_Vdpm: ReceiverList.Add(new VDPMReceiver(row.Ip)); break;
case ReceiverType.ReceiverType_File: ReceiverList.Add(new FileReceiver(row.FilePath, SerializerUtil.ToSerializer(row.SerializerType))); break;
case ReceiverType.ReceiverType_Network: ReceiverList.Add(new NetworkReceiver(row.Ip, row.Port, SerializerUtil.ToSerializer(row.SerializerType))); break;
case ReceiverType.ReceiverType_Simulate: ReceiverList.Add(new SimulateReceiver()); break;
}
}
}
if (File.Exists("Config.dat"))
{
using (FileStream fStream = new FileStream("Config.dat", FileMode.Open))
{
while (fStream.Position != fStream.Length)
{
ConfigPacket packet = new ConfigPacket();
packet.Read(fStream);
UnPacking(packet);
}
}
}
FFTChart.Axes.Bottom.Maximum = Settings.Default.AsyncFMax;
TrendChart.Axes.Bottom.Labels.DateTimeFormat = "yyyy.M.d\nHH:mm:ss";
lb_Receiver.DataSource = ReceiverList;
lb_Measure.DataSource = MeasureList;
lb_Recoder.DataSource = RecoderList;
AddButtons = new SimpleButton[] { btn_AddMeasure, btn_AddRceive, btn_AddRecode };
btn_AddMeasure.Tag = new MeasureEditForm(MeasureList.LastOrDefault());
btn_AddRceive.Tag = new ReceiverEditForm();
btn_AddRecode.Tag = new RecoderEditForm();
foreach (var btn in AddButtons)
{
btn.Click += AddBtn_Click;
}
DelButtons = new SimpleButton[] { btn_DelMeasure, btn_DelReceive, btn_DelRecode };
btn_DelReceive.Tag = lb_Receiver;
btn_DelMeasure.Tag = lb_Measure;
btn_DelRecode.Tag = lb_Recoder;
foreach (var btn in DelButtons)
{
btn.Click += DelBtn_Click;
}
}
public FileReceiver(byte[] bytes)
{
WaveSerializer = SerializerUtil.ToSerializer(bytes[0]);
//FilePath = StringUTil.ToString(bytes.Where((x, i) => i > 4 && x != '\0').ToArray());
FilePath = StringUTil.ToString(bytes.Where((x, i) => i > 0 && x != '\0').ToArray());
}