public TSIForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
EmissionInfo ei = new EmissionInfo();
_db.GetEmissionInfoFromVIN(_VIN, ei);
_RatedRPM = ei.RatedRPM;
_dtRealTime = new DataTable("TSIRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("Step");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("CurrentStageTime");
_dtRealTime.Columns.Add("Lambda");
_dtRealTime.Columns.Add("OilTemp");
_dtRealTime.Columns.Add("HResult");
_dtRealTime.Columns.Add("LResult");
_resultData = new TSIResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new TSIResultForm();
}
public MainForm(Logger log, Config cfg, ModelLocal db, DynoCmd dynoCmd)
{
InitializeComponent();
_lastHeight = Height;
_log = log;
_cfg = cfg;
_db = db;
_dynoCmd = dynoCmd;
_selfChecks = new List <bool>();
}
public ASMForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
_dtRealTime = new DataTable("ASMRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("Step");
_dtRealTime.Columns.Add("TestTime");
_dtRealTime.Columns.Add("WorkingTime");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("Speed");
_dtRealTime.Columns.Add("Power");
_dtRealTime.Columns.Add("HC");
_dtRealTime.Columns.Add("CO");
_dtRealTime.Columns.Add("NO");
_dtRealTime.Columns.Add("CO2");
_dtRealTime.Columns.Add("O2");
_dtRealTime.Columns.Add("lambda");
_dtRealTime.Columns.Add("KH");
_dtRealTime.Columns.Add("DF");
_dtRealTime.Columns.Add("HCNor");
_dtRealTime.Columns.Add("CONor");
_dtRealTime.Columns.Add("NONor");
_resultData = new ASMResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new ASMResultForm();
}
public VehicleLoginForm(ModelLocal db, DynoCmd dynoCmd, MainSetting mainCfg, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_db = db;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_log = log;
if (_mainCfg.ScannerPort.Length > 0)
{
_sp = new SerialPortClass(
_mainCfg.ScannerPort,
_mainCfg.ScannerBaud,
Parity.None,
8,
StopBits.One
);
try {
_sp.OpenPort();
_sp.DataReceived += SerialDataReceived;
} catch (Exception ex) {
_log.TraceError("Open serial port error: " + ex.Message);
MessageBox.Show("打开串口扫码枪出错", "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
_serialRecvBuf = string.Empty;
if (_mainCfg.DynoParamIP.Length > 0)
{
try {
_dynoParamRecver = new DynoParamRecv(_mainCfg.DynoParamIP, _mainCfg.DynoParamPort);
_dynoParamRecver.DynoParamRecvEvent += OnDynoParamRecv;
_dynoParamRecvFlag = new ManualResetEvent(true);
} catch (Exception ex) {
_log.TraceError("Connect to dyno parameter server error: " + ex.Message);
MessageBox.Show("无法连接到测功机参数服务端软件", "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
VI = new VehicleInfo();
EI = new EmissionInfo();
_carID = -1;
}
public LugdownForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
EmissionInfo ei = new EmissionInfo();
_db.GetEmissionInfoFromVIN(_VIN, ei);
_RatedRPM = ei.RatedRPM;
_MaxRPM = -1;
_canGetMaxRpm = false;
_dtRealTime = new DataTable("LugdownRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("Speed");
_dtRealTime.Columns.Add("Power");
_dtRealTime.Columns.Add("Torque");
_dtRealTime.Columns.Add("K");
_dtRealTime.Columns.Add("CO2");
_dtRealTime.Columns.Add("NOx");
_resultData = new LDResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new LDResultForm();
}
static void Main()
{
System.Threading.Mutex run = new System.Threading.Mutex(true, "Dyno_Geely", out bool runone);
if (runone)
{
run.ReleaseMutex();
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Logger log = new Logger("Main", ".\\log", EnumLogLevel.LogLevelAll, true, 100);
Config cfg = null;
ModelLocal db = null;
DynoCmd dynoCmd = null;
// 显示加载窗口
LoadingForm frmLoading = new LoadingForm();
frmLoading.BackgroundWorkAction = () => {
try {
//设置连接字符串
frmLoading.CurrentMsg = new KeyValuePair <int, string>(1, "正在加载配置...");
cfg = new Config(log);
frmLoading.CurrentMsg = new KeyValuePair <int, string>(20, "正在初始化本地数据库...");
db = new ModelLocal(cfg.Main.Data.Native, LibBase.DataBaseType.SQLServer, log);
try {
db.TestConnect();
} catch (Exception ex) {
log.TraceError("Can't connect with dyno database: " + ex.Message);
MessageBox.Show("无法与本地数据库通讯，请检查设置\n" + ex.Message, "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
frmLoading.CurrentMsg = new KeyValuePair <int, string>(40, "正在初始化测功机客户端...");
dynoCmd = new DynoCmd(cfg);
if (!dynoCmd.ConnectServer())
{
log.TraceError("Can't connect to Dyno server");
MessageBox.Show("无法与测功机服务器建立连接，请检查设置", "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
dynoCmd.SafeClose();
frmLoading.CurrentMsg = new KeyValuePair <int, string>(60, "正在登录测功机服务器...");
if (!dynoCmd.LoginCmd(out string errMsg))
{
log.TraceError("Can't login Dyno server");
MessageBox.Show("无法登录测功机服务器，请检查设置，" + errMsg, "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
frmLoading.CurrentMsg = new KeyValuePair <int, string>(80, "正在设置测功机服务器配置...");
SetDataBaseInitInfoParams cmdParams = new SetDataBaseInitInfoParams()
{
ClientID = dynoCmd.ClientID,
ServerName = cfg.Main.Data.Native.IP + "," + cfg.Main.Data.Native.Port,
DataBaseName = cfg.Main.Data.Native.DBName,
UID = cfg.Main.Data.Native.UserName,
PWD = cfg.Main.Data.Native.PassWord
};
bool bChange = false;
GetDataBaseInitInfoAckParams ackParams = new GetDataBaseInitInfoAckParams();
if (dynoCmd.GetDataBaseInitInfoCmd(ref ackParams, out errMsg))
{
if (ackParams.ServerName != cmdParams.ServerName)
{
bChange |= true;
}
if (ackParams.DataBaseName != cmdParams.DataBaseName)
{
bChange |= true;
}
if (ackParams.UID != cmdParams.UID)
{
bChange |= true;
}
if (ackParams.PWD != cmdParams.PWD)
{
bChange |= true;
}
if (bChange)
{
if (!dynoCmd.SetDataBaseInitInfoCmd(cmdParams, out errMsg))
{
MessageBox.Show("无法获取测功机服务器数据库配置，" + errMsg, "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
}
else
{
MessageBox.Show("无法获取测功机服务器数据库配置，" + errMsg, "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
frmLoading.CurrentMsg = new KeyValuePair <int, string>(100, "初始化完成");
} catch (Exception ex) {
MessageBox.Show(ex.Message, "初始化错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
log.TraceError("Loading error: " + ex.Message);
Application.Exit();
Process.GetCurrentProcess().Kill();
}
};
// 必须在BackgroundWorkAction设置之后调用ShowDialog()，否则无效果
frmLoading.ShowDialog();
Application.Run(new MainForm(log, cfg, db, dynoCmd));
}
else
{
MessageBox.Show("已经有一个相同的程序在运行了！");
}
}
public VMASForm(string VIN, DynoCmd dynoCmd, MainSetting mainCfg, ModelLocal db, EnvironmentData envData, Logger log)
{
InitializeComponent();
_lastHeight = Height;
_VIN = VIN;
_dynoCmd = dynoCmd;
_mainCfg = mainCfg;
_db = db;
_envData = envData;
_log = log;
_rangeScale = 3;
_speedRange = 3;
_speedMax = 0 + _speedRange * _rangeScale;
_speedMin = 0 + _speedRange * _rangeScale;
_speedStart = 0 + _speedRange;
_speedEnd = 0 - _speedRange;
_XPosition = 0;
_dtRealTime = new DataTable("VMASRealTime");
_dtRealTime.Columns.Add("VIN");
_dtRealTime.Columns.Add("StartTime");
_dtRealTime.Columns.Add("TimeSN");
_dtRealTime.Columns.Add("Speed");
_dtRealTime.Columns.Add("RPM");
_dtRealTime.Columns.Add("SpeedOverTime");
_dtRealTime.Columns.Add("Power");
_dtRealTime.Columns.Add("HC");
_dtRealTime.Columns.Add("NO");
_dtRealTime.Columns.Add("CO");
_dtRealTime.Columns.Add("CO2");
_dtRealTime.Columns.Add("O2");
_dtRealTime.Columns.Add("DilutionO2");
_dtRealTime.Columns.Add("EnvO2");
_dtRealTime.Columns.Add("DilutionRatio");
_dtRealTime.Columns.Add("Flow");
_dtSpeeds = new DataTable();
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[0].ToString());
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[1].ToString());
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[2].ToString());
_dtSpeeds.Columns.Add(_mainCfg.VMASSpeed.Columns[3].ToString());
_dtSpeeds.Columns.Add("Speed");
for (int i = 0; i < _mainCfg.VMASSpeed.Rows.Count; i++)
{
DataRow dr = _dtSpeeds.NewRow();
if (_mainCfg.VMASSpeed.Rows[i][1].ToString().Length > 0)
{
dr[0] = _mainCfg.VMASSpeed.Rows[i][0];
dr[1] = _mainCfg.VMASSpeed.Rows[i][1];
dr[2] = _mainCfg.VMASSpeed.Rows[i][2];
dr[3] = _mainCfg.VMASSpeed.Rows[i][3];
}
_dtSpeeds.Rows.Add(dr);
}
_resultData = new VMASResultData();
_timer = new System.Timers.Timer(_mainCfg.RealtimeInterval);
_timer.Elapsed += OnTimer;
_timer.AutoReset = true;
f_result = new VMASResultForm();
}