//检测端口是否使用
public static bool VerifyListenerPort(int port)
{
bool inUse = false;
System.Net.NetworkInformation.IPGlobalProperties ipProperties = System.Net.NetworkInformation.IPGlobalProperties.GetIPGlobalProperties();
IPEndPoint[] ipEndPoints = ipProperties.GetActiveTcpListeners();
if (port > 65535) return true;// 超出范围
foreach (IPEndPoint endPoint in ipEndPoints)
{
if (endPoint.Port == port)
{
inUse = true;
break;
}
}
return inUse;
} public class rep_QueryACLReviewHistInfo
{
private int _result;
private string _errorDesc = "";
private long _histListNo;
private static int MAX_REVIEW_HIST_CNT = 100;
private ArrayWrapper<Typ_ACLReviewHistInfo> _histList = new ArrayWrapper<Typ_ACLReviewHistInfo>(MAX_REVIEW_HIST_CNT); public int result
{
get { return _result; }
set { _result = value; }
} public string errorDesc
{
get { return _errorDesc; }
set { _errorDesc = value; }
} public long histListNo
{
get { return _histListNo; }
set
{
if (value > MAX_REVIEW_HIST_CNT)
{
throw new Exception("histListNo must be less than MAX_REVIEW_HIST_CNT (100).");
}
_histListNo = value;
}
} public ArrayWrapper<Typ_ACLReviewHistInfo> histList
{
get { return _histList; }
}
}
public static bool rqst_QueryReviewHistInfo_to_XMLObject(rqst_QueryACLReviewHistInfo userData, ref string xmlStr, out string errDesc)
{
bool funcResult = false;
errDesc = "";
StringBuilder tmpStr = null;
StringWriter xmlWriter = null;
XmlTextWriter textWriter = null; try
{
tmpStr = new StringBuilder(xmlStr);
xmlWriter = new StringWriter();
textWriter = new XmlTextWriter(xmlWriter);
textWriter.WriteStartElement("msgBody");
textWriter.WriteElementString("instanceSysId", userData.instanceSysId);
textWriter.WriteElementString("reviewNo", userData.reviewNo.ToString()); textWriter.WriteEndElement();
xmlStr = tmpStr.Append(xmlWriter.ToString()).ToString();
funcResult = true;
}
catch (Exception e)
{
errDesc = e.Message;
funcResult = false;
}
finally
{
xmlWriter.Close();
textWriter.Close();
} return funcResult;
} public static bool rep_QueryReviewHistInfo_from_XMLObject(string xmlStr, ref rep_QueryACLReviewHistInfo userData, out string errDesc)
{
bool funcResult = false;
errDesc = "";
StringReader xmlReader = null;
XmlTextReader textReader = null;
Dictionary<string, bool> dicFlag = null;
bool OuterxmlFlag = false; try
{
xmlReader = new StringReader(xmlStr);
textReader = new XmlTextReader(xmlReader);
dicFlag = new Dictionary<string, bool>();
int histListIndex = 0; while (!textReader.EOF)
{
if (OuterxmlFlag == true)
{
OuterxmlFlag = false;
}
else
{
textReader.Read();
} dicFlag[textReader.Name] = true;
if (textReader.IsEmptyElement)
{
continue;
} if (textReader.NodeType == XmlNodeType.Element)
{
switch (textReader.Name)
{
case "result":
userData.result = int.Parse(textReader.ReadString());
break; case "errorDesc":
userData.errorDesc = textReader.ReadString();
break; case "histListNo":
userData.histListNo = int.Parse(textReader.ReadString());
break; case "histList":
string tempStr = textReader.ReadOuterXml();
OuterxmlFlag = true;
Typ_ACLReviewHistInfo temp_Typ_ACLReviewHistInfo = new Typ_ACLReviewHistInfo();
if (MsgTyp.Typ_ACLReviewHistInfo_from_XMLObject(tempStr, ref temp_Typ_ACLReviewHistInfo, out errDesc))
{
userData.histList[histListIndex] = temp_Typ_ACLReviewHistInfo;
histListIndex++;
}
else
{
return false;
}
break;
}
}
} if (!dicFlag.ContainsKey("result"))
{
errDesc = "rep_QueryACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'result' not found";
return funcResult;
} if (!dicFlag.ContainsKey("errorDesc"))
{
errDesc = "rep_QueryACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'errorDesc' not found";
return funcResult;
} if (!dicFlag.ContainsKey("histListNo"))
{
errDesc = "rep_QueryACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'histListNo' not found";
return funcResult;
} if (userData.histListNo > 0)
{
if (!dicFlag.ContainsKey("histList"))
{
errDesc = "rep_QueryACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'histList' not found";
return funcResult;
}
} funcResult = true;
}
catch (Exception e)
{
errDesc = e.Message;
funcResult = false;
}
finally
{
xmlReader.Close();
textReader.Close();
} return funcResult;
} public static bool Typ_ACLReviewHistInfo_from_XMLObject(string xmlStr, ref Typ_ACLReviewHistInfo userData, out string errDesc)
{
bool funcResult = false;
errDesc = "";
StringReader xmlReader = null;
XmlTextReader textReader = null;
Dictionary<string, bool> dicFlag = null; try
{
xmlReader = new StringReader(xmlStr);
textReader = new XmlTextReader(xmlReader);
dicFlag = new Dictionary<string, bool>(); while (!textReader.EOF)
{
textReader.Read(); dicFlag[textReader.Name] = true;
if (textReader.IsEmptyElement)
{
continue;
} if (textReader.NodeType == XmlNodeType.Element)
{
switch (textReader.Name)
{
case "userId":
userData.userId = textReader.ReadString();
break; case "activity":
userData.activity = textReader.ReadString();
break; case "txnTime":
userData.txnTime = textReader.ReadString();
break; case "txnComment":
userData.txnComment = textReader.ReadString();
break; case "costTime":
userData.costTime = textReader.ReadString();
break; case "choosedPathDesc":
userData.choosedPathDesc = textReader.ReadString();
break; case "reviewNo":
userData.reviewNo = textReader.ReadString();
break; case "stepSeq":
userData.stepSeq = textReader.ReadString();
break; case "stepName":
userData.stepName = textReader.ReadString();
break; case "txnSysId":
userData.txnSysId = textReader.ReadString();
break;
}
}
} if (!dicFlag.ContainsKey("userId"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'userId' not found";
return funcResult;
} if (!dicFlag.ContainsKey("activity"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'activity' not found";
return funcResult;
} if (!dicFlag.ContainsKey("txnTime"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'txnTime' not found";
return funcResult;
} if (!dicFlag.ContainsKey("txnComment"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'txnComment' not found";
return funcResult;
} if (!dicFlag.ContainsKey("costTime"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'costTime' not found";
return funcResult;
} if (!dicFlag.ContainsKey("choosedPathDesc"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'choosedPathDesc' not found";
return funcResult;
} if (!dicFlag.ContainsKey("reviewNo"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'reviewNo' not found";
return funcResult;
} if (!dicFlag.ContainsKey("stepSeq"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'stepSeq' not found";
return funcResult;
} if (!dicFlag.ContainsKey("stepName"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'stepName' not found";
return funcResult;
} if (!dicFlag.ContainsKey("txnSysId"))
{
errDesc = "Typ_ACLReviewHistInfo_from_XMLObject: Parse from XML failed,item 'txnSysId' not found";
return funcResult;
} funcResult = true;
}
catch (Exception e)
{
errDesc = e.Message;
funcResult = false;
}
finally
{
xmlReader.Close();
textReader.Close();
} return funcResult;
} public static void Typ_MsgHdr_to_XMLObject(Typ_MsgHdr userData, out string XmlMsgStr)
{
XmlMsgStr = ""; try
{
XElement MsgHeader = XElement.Parse(SFWUtility.SFW_MSG_HEADER);
MsgHeader.Element(SFWUtility.SFW_MSG_SRVADDR).Value = userData.SrvAddr;
MsgHeader.Element(SFWUtility.SFW_MSG_REQADDR).Value = userData.ReqAddr;
MsgHeader.Element(SFWUtility.SFW_MSG_MESSAGEOWNER).Value = userData.MsgOwner;
MsgHeader.Element(SFWUtility.SFW_MSG_SERVERMETHOD).Value = userData.SrvMethod;
MsgHeader.Element(SFWUtility.SFW_MSG_SERVERID).Value = userData.SrvId;
MsgHeader.Element(SFWUtility.SFW_MSG_TIMESTAMP).Value = userData.TimeStamp.ToString();
MsgHeader.Element(SFWUtility.SFW_MSG_TIMEOUT).Value = userData.Timeout.ToString();
MsgHeader.Element(SFWUtility.SFW_MSG_TRANSID).Value = userData.TransId.ToString();
MsgHeader.Element(SFWUtility.SFW_MSG_LOCALE).Value = userData.Locale;
MsgHeader.Element(SFWUtility.SFW_MSG_RETCODE).Value = ((int)userData.RetCode).ToString();
MsgHeader.Element(SFWUtility.SFW_MSG_RETMSG).Value = userData.RetMsg;
XmlMsgStr = MsgHeader.ToString(SaveOptions.DisableFormatting);
}
catch (Exception e)
{
Log.WriteLog(MethodBase.GetCurrentMethod().ReflectedType.ToString() + ": " + MethodBase.GetCurrentMethod().Name + ": " + e.Message);
}
} public static void Typ_MsgHdr_from_XMLObject(string XmlMsgStr, out Typ_MsgHdr userData)
{
userData = new Typ_MsgHdr(); try
{
XElement MsgHeader = XElement.Parse(XmlMsgStr);
userData.SrvAddr = MsgHeader.Element(SFWUtility.SFW_MSG_SRVADDR).Value;
userData.ReqAddr = MsgHeader.Element(SFWUtility.SFW_MSG_REQADDR).Value;
userData.MsgOwner = MsgHeader.Element(SFWUtility.SFW_MSG_MESSAGEOWNER).Value;
userData.SrvMethod = MsgHeader.Element(SFWUtility.SFW_MSG_SERVERMETHOD).Value;
userData.SrvId = MsgHeader.Element(SFWUtility.SFW_MSG_SERVERID).Value;
userData.TimeStamp = Convert.ToDateTime(MsgHeader.Element(SFWUtility.SFW_MSG_TIMEOUT).Value);
userData.Timeout = int.Parse(MsgHeader.Element(SFWUtility.SFW_MSG_TIMEOUT).Value);
userData.TransId = int.Parse(MsgHeader.Element(SFWUtility.SFW_MSG_TRANSID).Value);
userData.Locale = MsgHeader.Element(SFWUtility.SFW_MSG_LOCALE).Value;
userData.RetCode = int.Parse(MsgHeader.Element(SFWUtility.SFW_MSG_RETCODE).Value);
}
catch (Exception e)
{
Log.WriteLog(MethodBase.GetCurrentMethod().ReflectedType.ToString() + ": " + MethodBase.GetCurrentMethod().Name + ": " + e.Message);
}
}