public void initFunction(object panel, SourcePluginInterface.InterfaceSourcePlugin source, addText callback, runCheckFP runchkCB, functionDoneFP checkDoneCB, string configDir)
{
Panel pPanel = (Panel) panel;
addTextCallback = callback;
curSource = source;
runCheckCB = runchkCB;
checkDoneCallback = checkDoneCB;
confDir = configDir;
DeviceInformation devInfo = curSource.GetDeviceInformation();
float minSpg, sdlavSpg;
int output, tBetween;
bool checkRun, checkStopFailed;
bool checkSDLAVWaitTimeout;
int testToRunIndex;
/**
* load settings
*/
try
{
// Create Settings Table
DataTable mySettings = new DataTable("SettingsPluginRamp61131-2");
mySettings.ReadXml(confDir + Path.DirectorySeparatorChar + "config_plugin_ramp61131-2.xml");
minSpg = (float)Convert.ToDecimal(mySettings.Rows[0]["VoltageStart"].ToString());
sdlavSpg = (float)Convert.ToDecimal(mySettings.Rows[0]["VoltageStop"].ToString());
output = Convert.ToInt32(mySettings.Rows[0]["Output"].ToString(), 10);
checkRun = Convert.ToBoolean(mySettings.Rows[0]["RunCheck"].ToString());
checkStopFailed = Convert.ToBoolean(mySettings.Rows[0]["StopOnFailedCheck"].ToString());
checkSDLAVWaitTimeout = Convert.ToBoolean(mySettings.Rows[0]["CheckSDLAVWaitTimeout"].ToString());
tBetween = Convert.ToInt32(mySettings.Rows[0]["DelayBetween"].ToString(), 10);
testToRunIndex = Convert.ToInt32(mySettings.Rows[0]["TestToRunIndex"].ToString(), 10);
}
catch
{
minSpg = (float) 0.0;
sdlavSpg = (float)24.0;
output = 1;
checkRun = false;
checkStopFailed = false;
tBetween = 5000;
checkSDLAVWaitTimeout = true;
testToRunIndex = 3;
}
/**
* create for entries
*/
Label lbl = new Label();
lbl.Text = "Ue min [V]";
lbl.Top = 10;
lbl.Left = 5;
lbl.Width = 85;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudVemin = new NumericUpDown();
nudVemin.Left = 195;
nudVemin.Top = 8;
nudVemin.Width = 74;
nudVemin.Height = 20;
nudVemin.DecimalPlaces = 2;
nudVemin.Minimum = (decimal) devInfo.voltageMin;
nudVemin.Maximum = (decimal) devInfo.voltageMax;
if(minSpg >= devInfo.voltageMin && minSpg <= devInfo.voltageMax)
nudVemin.Value = (decimal) minSpg;
else
nudVemin.Value = (decimal)devInfo.voltageMin;
pPanel.Controls.Add(nudVemin);
lbl = new Label();
lbl.Text = "0.9 SDL AV[V]";
lbl.Top = 36;
lbl.Left = 5;
lbl.Width = 80;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudSDLAV = new NumericUpDown();
nudSDLAV.Left = 195;
nudSDLAV.Top = 34;
nudSDLAV.Width = 74;
nudSDLAV.Height = 20;
nudSDLAV.DecimalPlaces = 2;
nudSDLAV.Minimum = (decimal)devInfo.voltageMin;
nudSDLAV.Maximum = (decimal)devInfo.voltageMax;
if (sdlavSpg >= devInfo.voltageMin && sdlavSpg <= devInfo.voltageMax)
nudSDLAV.Value = (decimal)sdlavSpg;
else
nudSDLAV.Value = (decimal)devInfo.voltageMax;
pPanel.Controls.Add(nudSDLAV);
lbl = new Label();
lbl.Text = "Time between tests [ms]";
lbl.Top = 62;
lbl.Left = 5;
lbl.Width = 61;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudtBetweenTests = new NumericUpDown();
nudtBetweenTests.Left = 195;
nudtBetweenTests.Top = 60;
nudtBetweenTests.Width = 74;
nudtBetweenTests.Height = 20;
nudtBetweenTests.Minimum = 1000;//curSource.GetMinimalUpdateTimeMS();
nudtBetweenTests.Maximum = 10000;
if (tBetween >= nudtBetweenTests.Minimum && tBetween <= nudtBetweenTests.Maximum)
nudtBetweenTests.Value = tBetween;
else
nudtBetweenTests.Value = nudtBetweenTests.Minimum;
pPanel.Controls.Add(nudtBetweenTests);
lbl = new Label();
lbl.Text = "Ausgang";
lbl.Top = 88;
lbl.Left = 5;
lbl.Width = 80;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudOutput = new NumericUpDown();
nudOutput.Left = 195;
nudOutput.Top = 86;
nudOutput.Width = 74;
nudOutput.Height = 20;
nudOutput.Minimum = 1;
nudOutput.Maximum = curSource.GetOutputCount();
if (output >= nudOutput.Minimum && output <= nudOutput.Maximum)
nudOutput.Value = output;
else
nudOutput.Value = nudOutput.Minimum;
pPanel.Controls.Add(nudOutput);
lbl = new Label();
lbl.Text = "Test to run";
lbl.Top = 114;
lbl.Left = 5;
lbl.Width = 80;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
cbTestToRun = new ComboBox();
cbTestToRun.Left = 195;
cbTestToRun.Top = 112;
cbTestToRun.Width = 100;
cbTestToRun.Height = 20;
cbTestToRun.Items.Add("6.4.2.1");
cbTestToRun.Items.Add("6.4.2.2 (fast)");
cbTestToRun.Items.Add("6.4.2.2 (slow)");
cbTestToRun.Items.Add("all");
cbTestToRun.SelectedIndex = testToRunIndex;
pPanel.Controls.Add(cbTestToRun);
cbCheckSDLAVWaitTimeout = new CheckBox();
cbCheckSDLAVWaitTimeout.Left = 5;
cbCheckSDLAVWaitTimeout.Top = 140;
cbCheckSDLAVWaitTimeout.Width = 240;
cbCheckSDLAVWaitTimeout.Text = "Check SDLAV - Wait for timeout";
cbCheckSDLAVWaitTimeout.Checked = checkSDLAVWaitTimeout;
pPanel.Controls.Add(cbCheckSDLAVWaitTimeout);
cbTestRun = new CheckBox();
cbTestRun.Left = 5;
cbTestRun.Top = 166;
cbTestRun.Width = 180;
cbTestRun.Text = "Run Checks";
cbTestRun.Checked = checkRun;
pPanel.Controls.Add(cbTestRun);
cbTestStopWhenFailed = new CheckBox();
cbTestStopWhenFailed.Left = 195;
cbTestStopWhenFailed.Top = 166;
cbTestStopWhenFailed.Width = 120;
cbTestStopWhenFailed.Text = "Stop on error";
cbTestStopWhenFailed.Checked = checkStopFailed;
pPanel.Controls.Add(cbTestStopWhenFailed);
btnStart = new Button();
btnStart.Left = 5;
btnStart.Top = 192;
btnStart.Width = 75;
btnStart.Height = 23;
btnStart.Text = "Start";
btnStart.Click += new System.EventHandler(btnStart_Click);
pPanel.Controls.Add(btnStart);
btnStop = new Button();
btnStop.Left = 90;
btnStop.Top = 192;
btnStop.Width = 75;
btnStop.Height = 23;
btnStop.Text = "Stop";
btnStop.Enabled = false;
btnStop.Click += new System.EventHandler(btnStop_Click);
pPanel.Controls.Add(btnStop);
lblStatus = new Label();
lblStatus.Text = "Status:";
lblStatus.Top = 218;
lblStatus.Left = 5;
lblStatus.Width = 280;
lblStatus.Height = 13;
pPanel.Controls.Add(lblStatus);
lblVoltage = new Label();
lblVoltage.Text = "Voltage:";
lblVoltage.Top = 244;
lblVoltage.Left = 5;
lblVoltage.Width = 280;
lblVoltage.Height = 13;
pPanel.Controls.Add(lblVoltage);
}
public void initFunction(object panel, SourcePluginInterface.InterfaceSourcePlugin source, addText callback, runCheckFP runchkCB, functionDoneFP checkDoneCB, string configDir)
{
Panel pPanel = (Panel) panel;
addTextCallback = callback;
curSource = source;
runCheckCB = runchkCB;
checkDoneCallback = checkDoneCB;
confDir = configDir;
DeviceInformation devInfo = curSource.GetDeviceInformation();
float startSpg, stopSpg, rampSpg;
int tRamp, tDelayOn, tDelayOff, counts, output;
bool checkRun, checkStopFailed;
/**
* load settings
*/
try
{
// Create Settings Table
DataTable mySettings = new DataTable("SettingsPluginRampSawTooth");
mySettings.ReadXml(confDir + Path.DirectorySeparatorChar + "config_plugin_rampsawtooth.xml");
startSpg = (float)Convert.ToDecimal(mySettings.Rows[0]["VoltageStart"].ToString());
stopSpg = (float)Convert.ToDecimal(mySettings.Rows[0]["VoltageStop"].ToString());
rampSpg = (float)Convert.ToDecimal(mySettings.Rows[0]["VoltageRampDelta"].ToString());
tRamp = Convert.ToInt32(mySettings.Rows[0]["DelayRamp"].ToString(), 10);
tDelayOn = Convert.ToInt32(mySettings.Rows[0]["DelayOn"].ToString(), 10);
tDelayOff = Convert.ToInt32(mySettings.Rows[0]["DelayOff"].ToString(), 10);
counts = Convert.ToInt32(mySettings.Rows[0]["Counts"].ToString(), 10);
output = Convert.ToInt32(mySettings.Rows[0]["Output"].ToString(), 10);
checkRun = Convert.ToBoolean(mySettings.Rows[0]["RunCheck"].ToString());
checkStopFailed = Convert.ToBoolean(mySettings.Rows[0]["StopOnFailedCheck"].ToString());
}
catch
{
startSpg = (float) 0.0;
stopSpg = (float)24.0;
rampSpg = (float)0.05;
tRamp = 100;
tDelayOn = 10000;
tDelayOff = 10000;
counts = 50;
output = 1;
checkRun = false;
checkStopFailed = false;
}
/**
* create for entries
*/
Label lbl = new Label();
lbl.Text = "Start-Spg [V]";
lbl.Top = 10;
lbl.Left = 5;
lbl.Width = 85;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudVStart = new NumericUpDown();
nudVStart.Left = 95;
nudVStart.Top = 8;
nudVStart.Width = 74;
nudVStart.Height = 20;
nudVStart.DecimalPlaces = 2;
nudVStart.Minimum = (decimal) devInfo.voltageMin;
nudVStart.Maximum = (decimal) devInfo.voltageMax;
if(startSpg >= devInfo.voltageMin && startSpg <= devInfo.voltageMax)
nudVStart.Value = (decimal) startSpg;
else
nudVStart.Value = (decimal)devInfo.voltageMin;
pPanel.Controls.Add(nudVStart);
lbl = new Label();
lbl.Text = "Stop-Spg [V]";
lbl.Top = 10;
lbl.Left = 182;
lbl.Width = 80;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudVStop = new NumericUpDown();
nudVStop.Left = 263;
nudVStop.Top = 8;
nudVStop.Width = 74;
nudVStop.Height = 20;
nudVStop.DecimalPlaces = 2;
nudVStop.Minimum = (decimal)devInfo.voltageMin;
nudVStop.Maximum = (decimal)devInfo.voltageMax;
if (stopSpg >= devInfo.voltageMin && stopSpg <= devInfo.voltageMax)
nudVStop.Value = (decimal)stopSpg;
else
nudVStop.Value = (decimal)devInfo.voltageMax;
pPanel.Controls.Add(nudVStop);
lbl = new Label();
lbl.Text = "tRamp[ms]";
lbl.Top = 36;
lbl.Left = 5;
lbl.Width = 61;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudtRamp = new NumericUpDown();
nudtRamp.Left = 95;
nudtRamp.Top = 34;
nudtRamp.Width = 74;
nudtRamp.Height = 20;
nudtRamp.Minimum = curSource.GetMinimalUpdateTimeMS();
nudtRamp.Maximum = 99999;
if (tRamp >= nudtRamp.Minimum && tRamp <= nudtRamp.Maximum)
nudtRamp.Value = tRamp;
else
nudtRamp.Value = nudtRamp.Minimum;
pPanel.Controls.Add(nudtRamp);
lbl = new Label();
lbl.Text = "URamp [V]";
lbl.Top = 36;
lbl.Left = 182;
lbl.Width = 67;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudVRamp = new NumericUpDown();
nudVRamp.Left = 263;
nudVRamp.Top = 34;
nudVRamp.Width = 74;
nudVRamp.Height = 20;
nudVRamp.Minimum = (decimal) 0.01;
nudVRamp.Increment = (decimal)0.1;
nudVRamp.DecimalPlaces = 2;
nudVRamp.Maximum = 200;
if ((decimal)rampSpg >= nudVRamp.Minimum && (decimal) rampSpg <= nudVRamp.Maximum)
nudVRamp.Value = (decimal)rampSpg;
else
nudVRamp.Value = nudVRamp.Minimum;
pPanel.Controls.Add(nudVRamp);
lbl = new Label();
lbl.Text = "tDelayOn[ms]";
lbl.Top = 62;
lbl.Left = 5;
lbl.Width = 70;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudDelayOn = new NumericUpDown();
nudDelayOn.Left = 95;
nudDelayOn.Top = 60;
nudDelayOn.Width = 74;
nudDelayOn.Height = 20;
nudDelayOn.Minimum = curSource.GetMinimalUpdateTimeMS();
nudDelayOn.Maximum = 999999;
if (tDelayOn >= nudDelayOn.Minimum && tDelayOn <= nudDelayOn.Maximum)
nudDelayOn.Value = tDelayOn;
else
nudDelayOn.Value = nudDelayOn.Minimum;
pPanel.Controls.Add(nudDelayOn);
lbl = new Label();
lbl.Text = "tDelayOff[ms]";
lbl.Top = 62;
lbl.Left = 182;
lbl.Width = 80;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudDelayOff = new NumericUpDown();
nudDelayOff.Left = 263;
nudDelayOff.Top = 60;
nudDelayOff.Width = 74;
nudDelayOff.Height = 20;
nudDelayOff.Minimum = curSource.GetMinimalUpdateTimeMS();
nudDelayOff.Maximum = 999999;
if (tDelayOff >= nudDelayOff.Minimum && tDelayOff <= nudDelayOff.Maximum)
nudDelayOff.Value = tDelayOff;
else
nudDelayOff.Value = nudDelayOff.Minimum;
pPanel.Controls.Add(nudDelayOff);
lbl = new Label();
lbl.Text = "Wiederholungen";
lbl.Top = 88;
lbl.Left = 5;
lbl.Width = 85;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudCounts = new NumericUpDown();
nudCounts.Left = 95;
nudCounts.Top = 86;
nudCounts.Width = 74;
nudCounts.Height = 20;
nudCounts.Minimum = 1;
nudCounts.Maximum = 100000;
if (counts >= nudCounts.Minimum && counts <= nudCounts.Maximum)
nudCounts.Value = counts;
else
nudCounts.Value = nudCounts.Minimum;
pPanel.Controls.Add(nudCounts);
lbl = new Label();
lbl.Text = "Ausgang";
lbl.Top = 88;
lbl.Left = 182;
lbl.Width = 80;
lbl.Height = 13;
pPanel.Controls.Add(lbl);
nudOutput = new NumericUpDown();
nudOutput.Left = 263;
nudOutput.Top = 86;
nudOutput.Width = 74;
nudOutput.Height = 20;
nudOutput.Minimum = 1;
nudOutput.Maximum = curSource.GetOutputCount();
if (output >= nudOutput.Minimum && output <= nudOutput.Maximum)
nudOutput.Value = output;
else
nudOutput.Value = nudOutput.Minimum;
pPanel.Controls.Add(nudOutput);
cbTestRun = new CheckBox();
cbTestRun.Left = 5;
cbTestRun.Top = 114;
cbTestRun.Text = "Überprüfung durchführen";
cbTestRun.Checked = checkRun;
pPanel.Controls.Add(cbTestRun);
cbTestStopWhenFailed = new CheckBox();
cbTestStopWhenFailed.Left = 182;
cbTestStopWhenFailed.Top = 114;
cbTestStopWhenFailed.Width = 120;
cbTestStopWhenFailed.Text = "bei Fehler anhalten";
cbTestStopWhenFailed.Checked = checkStopFailed;
pPanel.Controls.Add(cbTestStopWhenFailed);
btnStart = new Button();
btnStart.Left = 5;
btnStart.Top = 140;
btnStart.Width = 75;
btnStart.Height = 23;
btnStart.Text = "Start";
btnStart.Click += new System.EventHandler(btnStart_Click);
pPanel.Controls.Add(btnStart);
btnStop = new Button();
btnStop.Left = 90;
btnStop.Top = 140;
btnStop.Width = 75;
btnStop.Height = 23;
btnStop.Text = "Stop";
btnStop.Enabled = false;
btnStop.Click += new System.EventHandler(btnStop_Click);
pPanel.Controls.Add(btnStop);
lblStatus = new Label();
lblStatus.Text = "Status:";
lblStatus.Top = 166;
lblStatus.Left = 5;
lblStatus.Width = 280;
lblStatus.Height = 13;
pPanel.Controls.Add(lblStatus);
lblVoltage = new Label();
lblVoltage.Text = "Voltage:";
lblVoltage.Top = 192;
lblVoltage.Left = 5;
lblVoltage.Width = 280;
lblVoltage.Height = 13;
pPanel.Controls.Add(lblVoltage);
}