public Dictionary <int, int> GetCount(string _pcc)
{
int intQNum = 0;
int intQKnt = 0;
Dictionary <int, int> pccKnt = new Dictionary <int, int>();
XmlElement requestXml = GetQueueCountRequest(-1, _pcc);
XmlElement responseXml = _GalConn.GalConnSubmitRequest(GalWebMethod.SubmitXml, requestXml);
var kntNodes = responseXml.SelectNodes("//GenRmkInfo");
foreach (XmlNode node in kntNodes)
{
intQNum = 0;
intQKnt = 0;
var qNumNode = XmlDomUtil.GetChildNodeString(node, "QNum");
var qKntNode = XmlDomUtil.GetChildNodeString(node, "TotPNRBFCnt");
if (!string.IsNullOrEmpty(qNumNode) && !string.IsNullOrEmpty(qKntNode))
{
if (int.TryParse(qNumNode, out intQNum) &&
int.TryParse(qKntNode, out intQKnt))
{
pccKnt.Add(intQNum, intQKnt);
}
}
}
return(pccKnt);
}
public void LoadParameter()
{
ReadXml($"{CommonFunction.DefaultConfigPath}Gauge{TableName}.xml");
if (File.Exists($"{CommonFunction.DefaultConfigPath}GPara{TableName}.xml"))
{
SimpleElement root = XmlDomUtil.readDefaultPathConfigFile($"GPara{TableName}.xml");
RefThickness = double.Parse(root.ChildElements["RefThickness"].Text);
ThicknessMeasRefLeft = double.Parse(root.ChildElements["ThicknessRefLeft"].Text);
ThicknessMeasRefMid = double.Parse(root.ChildElements["ThicknessRefMid"].Text);
ThicknessMeasRefRight = double.Parse(root.ChildElements["ThicknessRefRight"].Text);
ThicknessLeftLinear.Slope = double.Parse(root.ChildElements["ThicknessLeftLinear"].Attributes["Slope"]);
ThicknessLeftLinear.Intercept = double.Parse(root.ChildElements["ThicknessLeftLinear"].Attributes["Intercept"]);
ThicknessLeftLinear.Enable = bool.Parse(root.ChildElements["ThicknessLeftLinear"].Attributes["Enable"]);
ThicknessMidLinear.Slope = double.Parse(root.ChildElements["ThicknessMidLinear"].Attributes["Slope"]);
ThicknessMidLinear.Intercept = double.Parse(root.ChildElements["ThicknessMidLinear"].Attributes["Intercept"]);
ThicknessMidLinear.Enable = bool.Parse(root.ChildElements["ThicknessMidLinear"].Attributes["Enable"]);
ThicknessRightLinear.Slope = double.Parse(root.ChildElements["ThicknessRightLinear"].Attributes["Slope"]);
ThicknessRightLinear.Intercept = double.Parse(root.ChildElements["ThicknessRightLinear"].Attributes["Intercept"]);
ThicknessRightLinear.Enable = bool.Parse(root.ChildElements["ThicknessRightLinear"].Attributes["Enable"]);
CCDXLinear.Slope = double.Parse(root.ChildElements["CCDXLinear"].Attributes["Slope"]);
CCDXLinear.Intercept = double.Parse(root.ChildElements["CCDXLinear"].Attributes["Intercept"]);
CCDXLinear.Enable = bool.Parse(root.ChildElements["CCDXLinear"].Attributes["Enable"]);
CCDYLinear.Slope = double.Parse(root.ChildElements["CCDYLinear"].Attributes["Slope"]);
CCDYLinear.Intercept = double.Parse(root.ChildElements["CCDYLinear"].Attributes["Intercept"]);
CCDYLinear.Enable = bool.Parse(root.ChildElements["CCDYLinear"].Attributes["Enable"]);
}
}
public int GetQueueCount(int _queueNumber, string _pcc)
{
XmlElement requestXml = GetQueueCountRequest(_queueNumber, _pcc);
XmlElement responseXml = _GalConn.GalConnSubmitRequest(GalWebMethod.SubmitXml, requestXml);
string strKntPath = "QueueCount/HeaderCount/TotPNRBFCnt";
return(XmlDomUtil.GetChildNodeInteger(responseXml, strKntPath));
}
public static string GetReclocFromPNRXml(XmlElement _pnrXml)
{
string strRecloc = string.Empty;
if (_pnrXml != null)
{
strRecloc = XmlDomUtil.GetChildNodeString(_pnrXml, "//GenPNRInfo/RecLoc");
}
return(strRecloc);
}
public static List <string> GetVendorRemarks(XmlElement _pnrXml)
{
List <string> vendorRemarks = new List <string>();
XmlNodeList vndRmkList = _pnrXml.SelectNodes("//VndRmk");
for (int i = 0; i < vndRmkList.Count; i++)
{
string remark = XmlDomUtil.GetChildNodeString(vndRmkList[i], "Rmk").Trim();
vendorRemarks.Add(remark);
}
return(vendorRemarks);
}
public XmlElement GetResponseBody(GalWebMethod _method, string _rawResponse)
{
string xPath = string.Empty;
XElement responseBody = null;
XElement tempResponse = XmlDomUtil.RemoveAllNamespaces(XElement.Parse(_rawResponse));
switch (_method)
{
case GalWebMethod.BeginSession:
xPath = "/Body/BeginSessionResponse/BeginSessionResult";
break;
case GalWebMethod.EndSession:
xPath = "/Body/EndSessionResponse";
break;
case GalWebMethod.GetIdentityInfo:
xPath = "Body/GetIdentityInfoResponse";
break;
case GalWebMethod.MultiSubmitXml:
xPath = "Body";
break;
case GalWebMethod.SubmitCruiseTransaction:
xPath = "Body";
break;
case GalWebMethod.SubmitTerminalTransaction:
xPath = "Body/SubmitTerminalTransactionResponse/SubmitTerminalTransactionResult";
break;
case GalWebMethod.SubmitXml:
xPath = "Body/SubmitXmlResponse/SubmitXmlResult";
break;
case GalWebMethod.SubmitXmlOnSession:
xPath = "Body/SubmitXmlOnSessionResponse/SubmitXmlOnSessionResult";
break;
default:
xPath = "NoImplementation";
break;
}
responseBody = XmlDomUtil.GetChildElement(tempResponse, xPath);
var respBody = responseBody.GetXmlDocument();
return(respBody != null ? respBody.DocumentElement : null);
}
public static List <string> GetGeneralRemarks(XmlElement _pnrXml)
{
List <string> genRemarks = new List <string>();
XmlNodeList nodes = _pnrXml.SelectNodes("//GenRmkInfo");
if (nodes != null)
{
for (int i = 0; i < nodes.Count; i++)
{
string remark = XmlDomUtil.GetChildNodeString(nodes[i], "GenRmk").Trim();
genRemarks.Add(remark);
}
}
nodes = null;
return(genRemarks);
}
public void SaveParameter()
{
WriteXml($"{CommonFunction.DefaultConfigPath}Gauge{TableName}.xml", XmlWriteMode.WriteSchema);
SimpleElement root = new SimpleElement("GaugePara");
SimpleElement para;
para = new SimpleElement("RefThickness"); para.Text = RefThickness.ToString(); root.ChildElements.Add(para);
para = new SimpleElement("ThicknessRefLeft"); para.Text = ThicknessMeasRefLeft.ToString(); root.ChildElements.Add(para);
para = new SimpleElement("ThicknessRefMid"); para.Text = ThicknessMeasRefMid.ToString(); root.ChildElements.Add(para);
para = new SimpleElement("ThicknessRefRight"); para.Text = ThicknessMeasRefRight.ToString(); root.ChildElements.Add(para);
para = new SimpleElement("ThicknessLeftLinear"); para.Attributes.Add("Slope", ThicknessLeftLinear.Slope.ToString()); para.Attributes.Add("Intercept", ThicknessLeftLinear.Intercept.ToString()); para.Attributes.Add("Enable", ThicknessLeftLinear.Enable.ToString()); root.ChildElements.Add(para);
para = new SimpleElement("ThicknessMidLinear"); para.Attributes.Add("Slope", ThicknessMidLinear.Slope.ToString()); para.Attributes.Add("Intercept", ThicknessMidLinear.Intercept.ToString()); para.Attributes.Add("Enable", ThicknessMidLinear.Enable.ToString()); root.ChildElements.Add(para);
para = new SimpleElement("ThicknessRightLinear"); para.Attributes.Add("Slope", ThicknessRightLinear.Slope.ToString()); para.Attributes.Add("Intercept", ThicknessRightLinear.Intercept.ToString()); para.Attributes.Add("Enable", ThicknessRightLinear.Enable.ToString()); root.ChildElements.Add(para);
para = new SimpleElement("CCDXLinear"); para.Attributes.Add("Slope", CCDXLinear.Slope.ToString()); para.Attributes.Add("Intercept", CCDXLinear.Intercept.ToString()); para.Attributes.Add("Enable", CCDXLinear.Enable.ToString()); root.ChildElements.Add(para);
para = new SimpleElement("CCDYLinear"); para.Attributes.Add("Slope", CCDYLinear.Slope.ToString()); para.Attributes.Add("Intercept", CCDYLinear.Intercept.ToString()); para.Attributes.Add("Enable", CCDYLinear.Enable.ToString()); root.ChildElements.Add(para);
XmlDomUtil.writeXMLtoDefulatPathConfigFile(root, 3, $"GPara{TableName}.xml");
}
private XmlElement GetQueueCountRequest(int _queueNumber, string _pcc)
{
XmlElement reqTemplate = FileUtil.GetXmlDocument(PathConstants.RootPath, PathConstants.QueueProcessingRequest).DocumentElement;
string strActionPath = "QueueMods/QueueSignInCountListMods/Action";
string strQNumPath = "QueueMods/QueueSignInCountListMods/PCCAry/PCCInfo/QNum";
string strPCCPath = "QueueMods/QueueSignInCountListMods/PCCAry/PCCInfo/PCC";
XmlDomUtil.SetNodeTextIfExist(reqTemplate, strActionPath, QueueProcessingAction.QCT.ToString());
if (_queueNumber >= 0)
{
XmlDomUtil.SetNodeTextIfExist(reqTemplate, strQNumPath, _queueNumber.ToString());
}
if (!string.IsNullOrEmpty(_pcc))
{
XmlDomUtil.SetNodeTextIfExist(reqTemplate, strPCCPath, _pcc);
}
return(reqTemplate);
}
