public XElement saveTestParamsToFile(F28LightCtrl.F28_PARAMETERS testParam, string profileName)
{
XElement settingNode = new XElement("Settings");
XAttribute name = new XAttribute("name", profileName);
settingNode.Add(name);
foreach (string probName in paramNames)
{
XElement paramNode = new XElement("Parameter");
var field = testParam.GetType().GetField(probName);
object val = field.GetValue(testParam);
XAttribute at_name = new XAttribute("property_name", probName);
paramNode.Add(at_name);
XAttribute at_val = new XAttribute("value", val);
paramNode.Add(at_val);
XAttribute at_type;
if (field.FieldType.FullName == "System.UInt16")
{
at_type = new XAttribute("type", "ushort");
}
else
{
at_type = new XAttribute("type", "float");
}
paramNode.Add(at_type);
settingNode.Add(paramNode);
}
return(settingNode);
}
private void ButtonSaveParam_Click(object sender, EventArgs e)
{
F28LightCtrl.F28_PARAMETERS testParam = new F28LightCtrl.F28_PARAMETERS();
if (_api.readParameter(_selectModule.ModuleID, ref testParam))
{
_api.SaveParam("mynewParam", testParam);
}
}
public void formLoad(F28LightCtrl.F28_PARAMETERS m_tPara)
{
cboTestType.SelectedIndex = m_tPara.usTypeTest;
edtFillTime.Text = m_tPara.usTpsFill.ToString();
edtStabTime.Text = m_tPara.usTpsStab.ToString();
edtTestTime.Text = m_tPara.usTpsTest.ToString();
edtFillVolTime.Text = m_tPara.usTpsFillVol.ToString();
edtTransfertTime.Text = m_tPara.usTpsTransfert.ToString();
edtDumpTime.Text = m_tPara.usTpsDump.ToString();
cboP1Unit.SelectedIndex = m_tPara.usPress1Unit;
edtMaxP1.Text = m_tPara.fPress1Max.ToString();
edtMinP1.Text = m_tPara.fPress1Min.ToString();
edtRatioMax.Text = m_tPara.fRatioMax.ToString();
edtRatioMin.Text = m_tPara.fRatioMin.ToString();
edtSetPoint.Text = m_tPara.fSetFillP1.ToString();
cboFillType.SelectedIndex = m_tPara.usFillMode;
// V2.006
if (m_tPara.usLeakUnit > (ushort)F28LightCtrl.F28_LEAK_UNITS.LEAK_POINTS) // hole in unit list
{
cboLeakUnit.SelectedIndex = m_tPara.usLeakUnit - 6;
}
else
{
cboLeakUnit.SelectedIndex = m_tPara.usLeakUnit;
}
// V2.006
edtLeakMax.Text = m_tPara.fRejectMax.ToString();
edtLeakMin.Text = m_tPara.fRejectMin.ToString();
cboVolUnit.SelectedIndex = m_tPara.usVolumeUnit;
edtVolume.Text = m_tPara.fVolume.ToString("F2");
cboRejectClac.SelectedIndex = m_tPara.usRejectCalc;
// 1.402 Options
chkSign.CheckState = IsBit(m_tPara.usOptions, (int)eOptions.BIT_SIGN) > 0 ? CheckState.Checked : CheckState.Unchecked;
chkNoNegative.CheckState = IsBit(m_tPara.usOptions, (int)eOptions.BIT_NO_NEGATIVE) > 0 ? CheckState.Checked : CheckState.Unchecked;
chkPressureCorr.CheckState = IsBit(m_tPara.usOptions, (int)eOptions.BIT_PRESSURE_COMP) > 0 ? CheckState.Checked : CheckState.Unchecked;
// 1.500 Electronic Regulator
chkElecReg.CheckState = IsBit(m_tPara.usOptions, (int)eOptions.BIT_ELECTRONIC_REGULATOR) > 0 ? CheckState.Checked : CheckState.Unchecked;
edtAbsPress.Text = m_tPara.fPatmSTD.ToString("F2");
edtTemp.Text = m_tPara.fTempSTD.ToString("F2");
edtFilter.Text = m_tPara.fFilterTime.ToString();
edtLeakOffset.Text = m_tPara.fOffsetLeak.ToString("F4");
}
public void updateParam(ref F28LightCtrl.F28_PARAMETERS m_tPara)
{
m_tPara.usTypeTest = (ushort)cboTestType.SelectedIndex;
m_tPara.usTpsFill = ushort.Parse(edtFillTime.Text);
m_tPara.usTpsStab = ushort.Parse(edtStabTime.Text);
m_tPara.usTpsTest = ushort.Parse(edtTestTime.Text);
m_tPara.usTpsFillVol = ushort.Parse(edtFillVolTime.Text);
m_tPara.usTpsTransfert = ushort.Parse(edtTransfertTime.Text);
m_tPara.usTpsDump = ushort.Parse(edtDumpTime.Text);
m_tPara.usPress1Unit = (ushort)cboP1Unit.SelectedIndex;
m_tPara.fPress1Max = float.Parse(edtMaxP1.Text);
m_tPara.fPress1Min = float.Parse(edtMinP1.Text);
m_tPara.fRatioMax = float.Parse(edtRatioMax.Text);
m_tPara.fRatioMin = float.Parse(edtRatioMin.Text);
m_tPara.fSetFillP1 = float.Parse(edtSetPoint.Text);
m_tPara.usFillMode = (ushort)cboFillType.SelectedIndex;
// V2.006
if (cboLeakUnit.SelectedIndex > (int)F28LightCtrl.F28_LEAK_UNITS.LEAK_POINTS) // hole in unit list
{
m_tPara.usLeakUnit = (ushort)(cboLeakUnit.SelectedIndex + 6);
}
else
{
m_tPara.usLeakUnit = (ushort)cboLeakUnit.SelectedIndex;
}
// V2.006
m_tPara.fRejectMax = float.Parse(edtLeakMax.Text);
m_tPara.fRejectMin = float.Parse(edtLeakMin.Text);
m_tPara.usVolumeUnit = (ushort)cboVolUnit.SelectedIndex;
m_tPara.fVolume = float.Parse(edtVolume.Text);
m_tPara.usRejectCalc = (ushort)cboRejectClac.SelectedIndex;
// 1.402 Options
SetBit(ref m_tPara.usOptions, (int)eOptions.BIT_SIGN, (chkSign.CheckState == CheckState.Checked));
SetBit(ref m_tPara.usOptions, (int)eOptions.BIT_NO_NEGATIVE, chkNoNegative.CheckState == CheckState.Checked);
SetBit(ref m_tPara.usOptions, (int)eOptions.BIT_PRESSURE_COMP, chkPressureCorr.CheckState == CheckState.Checked);
// 1.500 Electronic Regulator
SetBit(ref m_tPara.usOptions, (int)eOptions.BIT_ELECTRONIC_REGULATOR, chkElecReg.CheckState == CheckState.Checked);
m_tPara.fPatmSTD = float.Parse(edtAbsPress.Text);
m_tPara.fTempSTD = float.Parse(edtTemp.Text);
m_tPara.fFilterTime = float.Parse(edtFilter.Text);
m_tPara.fOffsetLeak = float.Parse(edtLeakOffset.Text);
}
public void saveXML(string xmlFile, F28LightCtrl.F28_PARAMETERS testParam, string profileName)
{
xdoc = XDocument.Load(xmlFile);
var f28Node = xdoc.Descendants("F28Config").FirstOrDefault();
var settingNode = xdoc.Descendants("Settings").Where(g => g.Attribute("name").Value == profileName);
if (settingNode.FirstOrDefault() == null)
{
//XElement el = new XElement("Settings");
//XAttribute at = new XAttribute("name", profileName);
//el.Add(at);
//XElement p1 = new XElement("Parameter");
//XAttribute p = new XAttribute("property_name", "bah bah");
//p1.Add(p);
//el.Add(p1);
//f28Node.Add(el);
XElement el = saveTestParamsToFile(testParam, profileName);
f28Node.Add(el);
xdoc.Save(xmlFile);
}
}
public void loadParameterFromXML(string xmlFile)
{
xdoc = XDocument.Load(xmlFile);
if (xdoc == null)
{
throw (new Exception("Unable to load XML file: " + xmlFile));
}
var nodes = xdoc.Descendants("Settings");
foreach (XElement n in nodes)
{
string profileName = n.Attribute("name").Value;
F28LightCtrl.F28_PARAMETERS tParams = new F28LightCtrl.F28_PARAMETERS();
var paramNode = n.Descendants("Parameter");
object tP = tParams;
foreach (XElement el in paramNode)
{
string probName = el.Attribute("property_name").Value;
string typeStr = el.Attribute("type").Value;
string strVal = el.Attribute("value").Value;
var field = tParams.GetType().GetField(probName);
if (typeStr == "ushort")
{
ushort uValue = ushort.Parse(strVal);
field.SetValue(tP, uValue);
}
else
{
float fValue = float.Parse(strVal);
field.SetValue(tP, fValue);
}
}
tParams = (F28LightCtrl.F28_PARAMETERS)tP;
_controller.addParamToTable(profileName, tParams);
}
}
private void _api_OnParameterLoad(object sender, F28LightCtrl.F28_PARAMETERS e)
{
ParameterSet myParamSet = new ParameterSet((string)sender, e);
_view.comboBoxProfileList.Items.Add(new ParameterSet((string)sender, e));
}
public ParameterSet(string n, F28LightCtrl.F28_PARAMETERS tParam)
{
name = n;
parameters = tParam;
}