public void AddMessage(HL7DefMessage msg,MessageTypeHL7 messageType,MessageStructureHL7 messageStructure,InOutHL7 inOrOut,int itemOrder,string note) {
if(hl7DefMessages==null) {
hl7DefMessages=new List<HL7DefMessage>();
}
msg.MessageType=messageType;
msg.MessageStructure=messageStructure;
msg.InOrOut=inOrOut;
msg.ItemOrder=itemOrder;
msg.Note=note;
this.hl7DefMessages.Add(msg);
}
public void AddMessage(HL7DefMessage msg, MessageTypeHL7 messageType, MessageStructureHL7 messageStructure, InOutHL7 inOrOut, int itemOrder, string note)
{
if (hl7DefMessages == null)
{
hl7DefMessages = new List <HL7DefMessage>();
}
msg.MessageType = messageType;
msg.MessageStructure = messageStructure;
msg.InOrOut = inOrOut;
msg.ItemOrder = itemOrder;
msg.Note = note;
this.hl7DefMessages.Add(msg);
}
public MessageHL7(string msgtext) {
AckCode="";
ControlId="";
AckEvent="";
originalMsgText=msgtext;
Segments=new List<SegmentHL7>();
string[] rows=msgtext.Split(new string[] { "\r","\n" },StringSplitOptions.RemoveEmptyEntries);
//We need to get the separator characters in order to create the field objects.
//The separators are part of the MSH segment and we force users to leave them in position 1 for incoming messages.
Delimiters=new char[] { '^','~','\\','&' };//this is the default, but we will get them from the MSH segment of the incoming message in case they are using something unique.
for(int i=0;i<rows.Length;i++) {
string[] fields=rows[i].Split(new string[] { "|" },StringSplitOptions.None);
if(fields.Length>1 && fields[0]=="MSH" && fields[1].Length>0) {
//Encoding characters are in the following order: component separator, repetition separator, escape character, subcomponent separator
Delimiters=fields[1].ToCharArray();//we force users to leave the delimiters in position 1 of the MSH segment
break;
}
}
SegmentHL7 segment;
for(int i=0;i<rows.Length;i++) {
segment=new SegmentHL7(rows[i],Delimiters);//this creates the field objects.
Segments.Add(segment);
if(i==0 && segment.Name==SegmentNameHL7.MSH) {
//js 7/3/12 Make this more intelligent because we also now need the suffix
string msgtype=segment.GetFieldComponent(8,0);//We force the user to leave the 'messageType' field in this position, position 8 of the MSH segment
string evnttype=segment.GetFieldComponent(8,1);
string msgStructure=segment.GetFieldComponent(8,2);
AckEvent=evnttype;//We will use this when constructing the acknowledgment to echo back to sender the same event type sent to us
//If message type or event type are not in this list, they will default to the not supported type and will not be processed
try {
MsgType=(MessageTypeHL7)Enum.Parse(typeof(MessageTypeHL7),msgtype,true);
}
catch(Exception ex) {
MsgType=MessageTypeHL7.NotDefined;
}
try {
EventType=(EventTypeHL7)Enum.Parse(typeof(EventTypeHL7),evnttype,true);
}
catch(Exception ex) {
EventType=EventTypeHL7.NotDefined;
}
try {
MsgStructure=(MessageStructureHL7)Enum.Parse(typeof(MessageStructureHL7),msgStructure,true);
}
catch(Exception ex) {
MsgStructure=MessageStructureHL7.NotDefined;
}
}
}
}
///<summary>apt, guar, proc, prov, pdfDescription, pdfDataString, patplanCur, inssubCur, insplanCur, carrierCur, and patSub can be null and will return an empty string if a field requires that object</summary>
public static string GenerateField(HL7Def def,string fieldName,MessageTypeHL7 msgType,Patient pat,Provider prov,Procedure proc,Patient guar,Appointment apt,int sequenceNum,EventTypeHL7 eventType,string pdfDescription,string pdfDataString,MessageStructureHL7 msgStructure,SegmentNameHL7 segName) {
string retval="";
if(def.InternalType==HL7InternalType.eCWFull
|| def.InternalType==HL7InternalType.eCWTight
|| def.InternalType==HL7InternalType.eCWStandalone)
{
_isEcwDef=true;
}
//big long list of fieldnames that we support
switch(fieldName) {
#region Appointment
case "apt.AptDateTime":
if(apt==null) {
return "";
}
return gDTM(apt.AptDateTime,14);
case "apt.AptNum":
if(apt==null) {
return "";
}
if(_isEcwDef) {
return apt.AptNum.ToString();
}
//We will use AptNum, with the OIDRoot for an appt object (set in oidinternal), and ID Type 'HL7'
OIDInternal aptOid=OIDInternals.GetForType(IdentifierType.Appointment);
string aptOidRoot="";
if(aptOid!=null) {
aptOidRoot=aptOid.IDRoot;
}
//For PV1 segments, the data type is a CX, which has the AptNum, check digit, check digit scheme, assigning authority - &universalID&universalIDType, IDType
//We will use the check digit scheme M11, their appt OID with "HL7" as the type for assigning authority, and the ID type is VN - Visit Number
//Example: |1234^3^M11^&2.16.840.1.113883.3.4337.1486.6566.6&HL7^VN|
if(segName==SegmentNameHL7.PV1) {
string strCheckDigit=MessageParser.M11CheckDigit(apt.AptNum.ToString()).ToString();
string strCheckDigitScheme="M11";
if(strCheckDigit=="-1") {
strCheckDigit="";
strCheckDigitScheme="";
}
return gConcat(def.ComponentSeparator,apt.AptNum.ToString(),strCheckDigit,strCheckDigitScheme,gConcat(def.SubcomponentSeparator,"",aptOidRoot,"HL7"),"VN");
}
//For segments other than PV1 (currently SCH or ARQ segments) the data type is EI
//Example: |1234^^2.16.840.1.113883.3.4337.1486.6566.6^HL7|
return gConcat(def.ComponentSeparator,apt.AptNum.ToString(),"",aptOidRoot,"HL7");
case "apt.aptStatus":
if(apt==null) {
return "";
}
if(apt.AptStatus==ApptStatus.Complete) {
return "Complete";
}
if(apt.AptStatus==ApptStatus.UnschedList || apt.AptStatus==ApptStatus.Broken) {
return "Cancelled";
}
if(eventType==EventTypeHL7.S17) {//S17 is event type for outbound SIU messages when we delete an appointment
return "Deleted";
}
//apt.AptStatus==ApptStatus.Scheduled or apt.AptStatus==ApptStatus.ASAP or other status that triggers an SCH segment
return "Booked";
case "apt.confirmStatus":
if(apt==null) {
return "";
}
//Example: |^Appointment Confirmed|
return gConcat(def.ComponentSeparator,"",DefC.GetName(DefCat.ApptConfirmed,apt.Confirmed));//this will return an empty string if apt.Confirmed is 0 or invalid
case "apt.endAptDateTime":
if(apt==null) {
return "";
}
return gDTM(apt.AptDateTime.AddMinutes(5*apt.Pattern.Length),14);
case "apt.externalAptID":
//EntityID^NamespaceID^UniversalID^UniversalIDType
//Example: |12345^^OtherSoftware.Root^|
if(apt==null) {
return "";
}
List<OIDExternal> listAptOidsExt=OIDExternals.GetByInternalIDAndType(apt.AptNum,IdentifierType.Appointment);
if(listAptOidsExt.Count==0) {
return "";
}
return gConcat(def.ComponentSeparator,listAptOidsExt[0].IDExternal,"",listAptOidsExt[0].rootExternal,"");
case "apt.location":
//Point of Care^Room^^Facility^^Person Location Type
//Example: ClinicDescript^OpName^^&PracticeTitle^^C (C for clinic)
//use operatory and clinic from appt
if(apt==null) {
return "";
}
string aptClinicDescript=Clinics.GetDesc(apt.ClinicNum);
Operatory opCur=Operatories.GetOperatory(apt.Op);
string opName="";
if(opCur!=null) {
opName=opCur.OpName;
}
string practiceName=PrefC.GetString(PrefName.PracticeTitle);
return gConcat(def.ComponentSeparator,aptClinicDescript,opName,"",def.SubcomponentSeparator+practiceName,"","C");//all of these could be empty strings and it works fine
case "apt.length":
//Example: 60^min&&ANS+, ANS+ is the name of the coding system
if(apt==null) {
return "";
}
return gConcat(def.ComponentSeparator,(5*apt.Pattern.Length).ToString(),gConcat(def.SubcomponentSeparator,"min","","ANS+"));
case "apt.Note":
//As in the address note field (see PID.11) we will send '\.br\' (where the '\' is the defined escape char, \ by default) to signal a new line.
if(apt==null) {
return "";
}
return gNewLines(def.EscapeCharacter,apt.Note);
case "apt.operatory":
if(apt==null) {
return "";
}
opCur=Operatories.GetOperatory(apt.Op);
if(opCur==null) {
return "";
}
return opCur.OpName;
case "apt.type":
//Suggested values are Normal - Routine schedule request type, Tentative, or Complete - Request to add a completed appt
//We will send Normal for all appointment statuses except complete.
if(apt==null) {
return "";
}
if(apt.AptStatus==ApptStatus.Complete) {
return "Complete";
}
return "Normal";
case "apt.userOD":
//The OD user who created/modified the appointment
if(apt==null) {
return "";
}
//SRR messages are generated from the service in response to SRM messages, therefore we do not have a user logged in.
if(msgType==MessageTypeHL7.SRR) {
return "OpenDentalHL7";
}
if(Security.CurUser!=null) {
return Security.CurUser.UserName;
}
return "";
#endregion Appointment
case "dateTime.Now":
return gDTM(DateTime.Now,14);
case "eventType":
return eventType.ToString();
#region Guarantor
case "guar.addressCityStateZip":
if(guar==null) {
return "";
}
retval=gConcat(def.ComponentSeparator,guar.Address,guar.Address2,guar.City,guar.State,guar.Zip);
if(!_isEcwDef) {
//Example: 123 Main St^Apt 1^Dallas^OR^97338^^^^^^^^^^^^^^^Emergency Contact: Mom Test1\.br\Mother\.br\(503)623-3072
retval=gConcat(def.ComponentSeparator,retval,"","","","","","","","","","","","","","",gNewLines(def.EscapeCharacter,guar.AddrNote));
}
return retval;
case "guar.birthdateTime":
if(guar==null) {
return "";
}
return gDTM(guar.Birthdate,8);
case "guar.Gender":
if(guar==null) {
return "";
}
return gIS(guar);
case "guar.HmPhone":
if(guar==null) {
return "";
}
string hmPh=gXTN(guar.HmPhone,10);
string cPh=gXTN(guar.WirelessPhone,10);
if(_isEcwDef) {
return hmPh;
}
//PRN stands for Primary Residence Number, equipment type: PH is Telephone, CP is Cell Phone, Internet is Internet Address (email)
//Example: ^PRN^PH^^^503^3635432~^PRN^Internet^[email protected]~^PRN^CP^^^503^6895555
if(hmPh!="") {
retval=gConcat(def.ComponentSeparator,"","PRN","PH","","",hmPh.Substring(0,3),hmPh.Substring(3));//hmPh guaranteed to be 10 digits if not blank
}
if(cPh!="") {
if(retval!="") {
retval+=def.RepetitionSeparator;
}
retval+=gConcat(def.ComponentSeparator,"","PRN","CP","","",cPh.Substring(0,3),cPh.Substring(3));//cPh guaranteed to be 10 digits if not blank
}
if(guar.Email!="") {
if(retval!="") {
retval+=def.RepetitionSeparator;
}
retval+=gConcat(def.ComponentSeparator,"","PRN","Internet",guar.Email);
}
return retval;
case "guar.nameLFM":
if(guar==null) {
return "";
}
return gConcat(def.ComponentSeparator,guar.LName,guar.FName,guar.MiddleI);
case "guar.PatNum":
if(guar==null) {
return "";
}
return guar.PatNum.ToString();
case "guar.SSN":
if(guar==null) {
return "";
}
return guar.SSN;
case "guar.WkPhone":
if(guar==null) {
return "";
}
string wkPh=gXTN(guar.WkPhone,10);
if(_isEcwDef) {
return wkPh;
}
//WPN stands for Work Number, equipment type: PH is Telephone
//Example: ^WPN^PH^^^503^3635432
if(wkPh=="") {
return "";
}
return gConcat(def.ComponentSeparator,"","WPN","PH","","",wkPh.Substring(0,3),wkPh.Substring(3));//wkPh guaranteed to be 10 digits if not blank
case "guarIdList":
if(guar==null) {
return "";
}
//Example: |1234^3^M11^&2.16.840.1.113883.3.4337.1486.6566.2&HL7^PI~7684^8^M11^&Other.Software.OID&^PI|
OIDInternal guarOid=OIDInternals.GetForType(IdentifierType.Patient);
string guarOidRoot="";
if(guarOid!=null) {
guarOidRoot=guarOid.IDRoot;
}
string guarIdCheckDigitStr=MessageParser.M11CheckDigit(guar.PatNum.ToString()).ToString();
retval=gConcat(def.ComponentSeparator,guar.PatNum.ToString(),guarIdCheckDigitStr,"M11",def.SubcomponentSeparator+guarOidRoot+def.SubcomponentSeparator+"HL7","PI");
List<OIDExternal> listGuarOidsExt=OIDExternals.GetByInternalIDAndType(guar.PatNum,IdentifierType.Patient);
for(int i=0;i<listGuarOidsExt.Count;i++) {
guarIdCheckDigitStr=MessageParser.M11CheckDigit(listGuarOidsExt[i].IDExternal).ToString();
if(guarIdCheckDigitStr=="-1") {//could not get a check digit from the external ID, could contain characters that are not numbers
retval+=def.RepetitionSeparator+gConcat(def.ComponentSeparator,listGuarOidsExt[i].IDExternal,"","",
def.SubcomponentSeparator+listGuarOidsExt[i].rootExternal+def.SubcomponentSeparator,"PI");
continue;
}
retval+=def.RepetitionSeparator+gConcat(def.ComponentSeparator,listGuarOidsExt[i].IDExternal,guarIdCheckDigitStr,"M11",
def.SubcomponentSeparator+listGuarOidsExt[i].rootExternal+def.SubcomponentSeparator,"PI");
}
return retval;
#endregion Guarantor
case "messageControlId":
return Guid.NewGuid().ToString("N");
case "messageType":
return gConcat(def.ComponentSeparator,msgType.ToString(),eventType.ToString(),msgStructure.ToString());
#region Patient
case "pat.addressCityStateZip":
retval=gConcat(def.ComponentSeparator,pat.Address,pat.Address2,pat.City,pat.State,pat.Zip);
if(!_isEcwDef) {
//Example: 123 Main St^Apt 1^Dallas^OR^97338^^^^^^^^^^^^^^^Emergency Contact: Mom Test1\.br\Mother\.br\(503)623-3072
retval=gConcat(def.ComponentSeparator,retval,"","","","","","","","","","","","","","",gNewLines(def.EscapeCharacter,pat.AddrNote));
}
return retval;
case "pat.birthdateTime":
return gDTM(pat.Birthdate,8);
case "pat.ChartNumber":
return pat.ChartNumber;
case "pat.Gender":
return gIS(pat);
case "pat.HmPhone":
hmPh=gXTN(pat.HmPhone,10);
cPh=gXTN(pat.WirelessPhone,10);
if(_isEcwDef) {
return hmPh;
}
//PRN stands for Primary Residence Number, equipment type: PH is Telephone, CP is Cell Phone, Internet is Internet Address (email)
//Example: ^PRN^PH^^^503^3635432~^PRN^Internet^[email protected]~^PRN^CP^^^503^6895555
if(hmPh!="") {
retval=gConcat(def.ComponentSeparator,"","PRN","PH","","",hmPh.Substring(0,3),hmPh.Substring(3));//hmPh guaranteed to be 10 digits if not blank
}
if(cPh!="") {
if(retval!="") {
retval+=def.RepetitionSeparator;
}
retval+=gConcat(def.ComponentSeparator,"","PRN","CP","","",cPh.Substring(0,3),cPh.Substring(3));//cPh guaranteed to be 10 digits if not blank
}
if(pat.Email!="") {
if(retval!="") {
retval+=def.RepetitionSeparator;
}
retval+=gConcat(def.ComponentSeparator,"","PRN","Internet",pat.Email);
}
return retval;
case "pat.location":
//Point of Care^Room^^Facility^^Person Location Type
//Example: ClinicDescript^OpName^^&PracticeTitle^^C (C for clinic)
if(pat.ClinicNum==0) {
return "";
}
string patClinicDescript=Clinics.GetDesc(pat.ClinicNum);
practiceName=PrefC.GetString(PrefName.PracticeTitle);
return gConcat(def.ComponentSeparator,patClinicDescript,"","",def.SubcomponentSeparator+practiceName,"","C");
case "pat.nameLFM":
return gConcat(def.ComponentSeparator,pat.LName,pat.FName,pat.MiddleI);
case "pat.PatNum":
return pat.PatNum.ToString();
case "pat.Position":
if(_isEcwDef) {
return gPos(pat);
}
return gPos(pat).Substring(0,1);//S-Single, M-Married, D-Divorced, W-Widowed
case "pat.Race":
if(_isEcwDef) {
return gRaceOld(pat);
}
return gRace(pat,def);
case "pat.site":
//Example: |West Salem Elementary^^^^^S| ('S' for site)
if(pat.SiteNum==0) {
return "";
}
string patSiteDescript=Sites.GetDescription(pat.SiteNum);
if(patSiteDescript=="") {
return "";
}
return gConcat(def.ComponentSeparator,patSiteDescript,"","","","","","S");
case "pat.SSN":
return pat.SSN;
case "pat.WkPhone":
if(_isEcwDef) {
return gXTN(pat.WkPhone,10);
}
//WPN stands for Work Number, equipment type: PH is Telephone
//Example: ^WPN^PH^^^503^3635432
wkPh=gXTN(pat.WkPhone,10);
if(wkPh=="") {
return "";
}
return gConcat(def.ComponentSeparator,"","WPN","PH","","",wkPh.Substring(0,3),wkPh.Substring(3));//wkPh guaranteed to be 10 digits if not blank
case "pat.Urgency":
//We will send one of the following values retrieved from the patient.Urgency field for treatment urgency: 0-Unknown, 1-NoProblems, 2-NeedsCare, 3-Urgent
return ((int)pat.Urgency).ToString();
case "patientIds":
//Example: |1234^3^M11^&2.16.840.1.113883.3.4337.1486.6566.2&HL7^PI~7684^8^M11^&Other.Software.OID&^PI|
OIDInternal patOid=OIDInternals.GetForType(IdentifierType.Patient);
string patOidRoot="";
if(patOid!=null) {
patOidRoot=patOid.IDRoot;
}
string patIdCheckDigitStr=MessageParser.M11CheckDigit(pat.PatNum.ToString()).ToString();
retval=gConcat(def.ComponentSeparator,pat.PatNum.ToString(),patIdCheckDigitStr,"M11",def.SubcomponentSeparator+patOidRoot+def.SubcomponentSeparator+"HL7","PI");
List<OIDExternal> listPatOidsExt=OIDExternals.GetByInternalIDAndType(pat.PatNum,IdentifierType.Patient);
for(int i=0;i<listPatOidsExt.Count;i++) {
patIdCheckDigitStr=MessageParser.M11CheckDigit(listPatOidsExt[i].IDExternal).ToString();
if(patIdCheckDigitStr=="-1") {//could not get a check digit from the external ID, could contain characters that are not numbers
retval+=def.RepetitionSeparator+gConcat(def.ComponentSeparator,listPatOidsExt[i].IDExternal,"","",
def.SubcomponentSeparator+listPatOidsExt[i].rootExternal+def.SubcomponentSeparator,"PI");
continue;
}
retval+=def.RepetitionSeparator+gConcat(def.ComponentSeparator,listPatOidsExt[i].IDExternal,patIdCheckDigitStr,"M11",
def.SubcomponentSeparator+listPatOidsExt[i].rootExternal+def.SubcomponentSeparator,"PI");
}
return retval;
#endregion Patient
case "pdfDescription":
if(pdfDescription==null) {
return "";
}
return pdfDescription;
case "pdfDataAsBase64":
if(pdfDataString==null) {
return "";
}
else {
return pdfDataString;
}
#region Procedure
case "proc.DiagnosticCode":
if(proc==null) {
return "";
}
List<string> listDiagCodes=new List<string>();
if(proc.DiagnosticCode!=null && proc.DiagnosticCode!="") {
listDiagCodes.Add(proc.DiagnosticCode);
}
if(proc.DiagnosticCode2!=null && proc.DiagnosticCode2!="") {
listDiagCodes.Add(proc.DiagnosticCode2);
}
if(proc.DiagnosticCode3!=null && proc.DiagnosticCode3!="") {
listDiagCodes.Add(proc.DiagnosticCode3);
}
if(proc.DiagnosticCode4!=null && proc.DiagnosticCode4!="") {
listDiagCodes.Add(proc.DiagnosticCode4);
}
for(int i=0;i<listDiagCodes.Count;i++) {
if(retval!="") {
retval+=def.RepetitionSeparator;
}
ICD9 icd9Cur=ICD9s.GetByCode(listDiagCodes[i]);
if(icd9Cur==null) {//not a valid ICD9 code or not in the ICD9 table, just stick in the code they have in OD
retval+=listDiagCodes[i];
continue;
}
retval+=gConcat(def.ComponentSeparator,listDiagCodes[i],icd9Cur.Description,"I9C","","","","31");
}
return retval;
case "proc.location":
//Point of Care^Room^^Facility^^Person Location Type
//Example: ClinicDescript^OpName^^&PracticeTitle^^C (C for clinic)
if(proc==null || (proc.ClinicNum==0 && pat.ClinicNum==0)) {//if proc is null and both pat.ClinicNum and proc.ClinicNum are 0, return empty string
return "";
}
string procClinicDescript=Clinics.GetDesc(proc.ClinicNum);//could be blank if proc.ClinicNum is invalid
if(procClinicDescript=="") {
procClinicDescript=Clinics.GetDesc(pat.ClinicNum);//could be blank if pat.ClinicNum is invalid
}
string procOpName="";
if(apt!=null) {
Operatory procOp=Operatories.GetOperatory(apt.Op);
if(procOp!=null) {
procOpName=procOp.OpName;
}
}
practiceName=PrefC.GetString(PrefName.PracticeTitle);
return gConcat(def.ComponentSeparator,procClinicDescript,procOpName,"",def.SubcomponentSeparator+practiceName,"","C");
case "proc.procDateTime":
if(proc==null) {
return "";
}
return gDTM(proc.ProcDate,8);
case "proc.ProcFee":
if(proc==null) {
return "";
}
return proc.ProcFee.ToString("F2");
case "proc.ProcNum":
if(proc==null) {
return "";
}
return proc.ProcNum.ToString();
case "proc.toothSurfRange":
if(proc==null) {
return "";
}
if(_isEcwDef) {
return gTreatArea(def.ComponentSeparator,proc,def.IsQuadAsToothNum);
}
else {
return gTreatArea(def.SubcomponentSeparator,proc,def.IsQuadAsToothNum);
}
case "proccode.ProcCode":
if(proc==null) {
return "";
}
if(_isEcwDef) {
return gProcCodeOld(proc);
}
//ProcNum^Descript^CD2^^^^2014^^LaymanTerm
//Example: D0150^comprehensive oral evaluation - new or established patient^CD2^^^^2014^^Comprehensive Exam
return gProcCode(proc,def);
#endregion Procedure
#region Provider
case "prov.provIdNameLFM":
if(prov==null) {
return "";
}
if(_isEcwDef) {
return gConcat(def.ComponentSeparator,prov.EcwID,prov.LName,prov.FName,prov.MI);
}
//Will return all provider IDs in the oidexternals table linked to this provider as repetitions
//For an AIG, the provider name is one component in the form LName, FName MI and the fourth component is the provider abbreviation
//For a PV1 or AIP, the provider name is separated into three components like LName^FName^MI and the sixth component is the provider abbreviation
//AIG Example: |2.16.840.1.113883.3.4337.1486.6566.3.1^Abbott, Sarah L, DMD^^DrAbbott~OtherSoftware.Root.Provider.ProvID^Abbott, Sarah L, DMD^^DrAbbott|
//PV1 or AIP Example: 2.16.840.1.113883.3.4337.1486.6566.3.1^Abbott^Sarah^L^DMD^DrAbbott~OtherSoftware.Root.Provider.ProvID^Abbott^Sarah^L^DMD^DrAbbott
List<OIDExternal> listProvOidExt=OIDExternals.GetByInternalIDAndType(prov.ProvNum,IdentifierType.Provider);
string provName="";
if(segName==SegmentNameHL7.AIG) {
provName=prov.LName+", "+prov.FName+" "+prov.MI+", "+prov.Suffix;
}
else {
provName=gConcat(def.ComponentSeparator,prov.LName,prov.FName,prov.MI,prov.Suffix);
}
retval=gConcat(def.ComponentSeparator,OIDInternals.GetForType(IdentifierType.Provider).IDRoot+"."+prov.ProvNum,provName,prov.Abbr);
for(int i=0;i<listProvOidExt.Count;i++) {
retval+=def.RepetitionSeparator+gConcat(def.ComponentSeparator,listProvOidExt[i].rootExternal+"."+listProvOidExt[i].IDExternal,provName,prov.Abbr);
}
return retval;
case "prov.provType":
if(prov==null) {
return "";
}
if(apt==null) {
if(prov.IsSecondary) {
return "H";
}
return "D";
}
//if we have an appt, return 'D' if prov is the dentist and 'H' if prov is the hygienist, regardless of whether they are marked secondary or not
if(prov.ProvNum==apt.ProvHyg) {
return "H";
}
return "D";//default to 'D' - dentist
#endregion Provider
case "segmentAction":
//This is currently only supported for SIU and SRR messages in the RSG, AIL, and AIP segments
//A-Add/Insert, D-Delete, U-Update, X-No Change
//SIU.S12 - Create Appt, S13 - Appt Rescheduling, S14 - Appt Modification, S15 - Appt Cancellation, S17 - Appt Deletion
//SRR.S03 - Request Appointment Modification, S04 - Request Appointment Cancellation
if(msgType==MessageTypeHL7.SIU && eventType==EventTypeHL7.S12) {
return "A";
}
if(msgType==MessageTypeHL7.SRR //all SRR messages are for updating existing appts, 'U'
|| (msgType==MessageTypeHL7.SIU
&& (eventType==EventTypeHL7.S13 || eventType==EventTypeHL7.S14 || eventType==EventTypeHL7.S15))) //SIU's with event type S13, S14, or S15 are for updating existing appts
{
return "U";
}
if(msgType==MessageTypeHL7.SIU && eventType==EventTypeHL7.S17) {
return "D";
}
return "";//if not an SIU or SRR or if it is not one of these event types, return empty string
case "sendingApp":
//HD data type, Namespace ID^UniversalID^UniversalIDType
//UniversalID=oidinternal.IDRoot for IDType of Root, UniversalIDType=HL7
//If no value in oidinternal table, then revert to 'OD'
OIDInternal oidRoot=OIDInternals.GetForType(IdentifierType.Root);
if(oidRoot==null) {
return "OD";
}
return gConcat(def.ComponentSeparator,"",oidRoot.IDRoot,"HL7");
case "separators^~\\&":
return gSep(def);
case "sequenceNum":
return sequenceNum.ToString();
default:
return "";
}
}
public void AddMessage(HL7DefMessage msg, MessageTypeHL7 messageType, MessageStructureHL7 messageStructure, InOutHL7 inOrOut, int itemOrder)
{
AddMessage(msg, messageType, messageStructure, inOrOut, itemOrder, "");
}
public MessageHL7(string msgtext)
{
AckCode = "";
ControlId = "";
AckEvent = "";
originalMsgText = msgtext;
Segments = new List <SegmentHL7>();
string[] rows = msgtext.Split(new string[] { "\r", "\n" }, StringSplitOptions.RemoveEmptyEntries);
//We need to get the separator characters in order to create the field objects.
//The separators are part of the MSH segment and we force users to leave them in position 1 for incoming messages.
Delimiters = new char[] { '^', '~', '\\', '&' }; //this is the default, but we will get them from the MSH segment of the incoming message in case they are using something unique.
//if def is enabled, set delimiters to user defined values
HL7Def enabledDef = HL7Defs.GetOneDeepEnabled();
if (enabledDef != null)
{
for (int i = 0; i < rows.Length; i++)
{
//we're going to assume that the user has not inserted an escaped '|' before the second field of the message and just split by '|'s without
//checking for escaped '|'s. Technically '\|' would be a literal pipe and should not indicate a new field, but we only want to retrieve the
//delimiters from MSH.1 and we require field 0 to be MSH and field 1 should be ^~\&.
string[] fields = rows[i].Split(new string[] { "|" }, StringSplitOptions.None);
if (fields.Length > 1 && fields[0] == "MSH" && fields[1].Length == 4)
{
//Encoding characters are in the following order: component separator, repetition separator, escape character, subcomponent separator
Delimiters = fields[1].ToCharArray(); //we force users to leave the delimiters in position 1 of the MSH segment
break;
}
}
}
SegmentHL7 segment;
for (int i = 0; i < rows.Length; i++)
{
segment = new SegmentHL7(rows[i], Delimiters); //this creates the field objects.
Segments.Add(segment);
if (i == 0 && segment.Name == SegmentNameHL7.MSH)
{
//js 7/3/12 Make this more intelligent because we also now need the suffix
string msgtype = segment.GetFieldComponent(8, 0); //We force the user to leave the 'messageType' field in this position, position 8 of the MSH segment
string evnttype = segment.GetFieldComponent(8, 1);
string msgStructure = segment.GetFieldComponent(8, 2);
AckEvent = evnttype; //We will use this when constructing the acknowledgment to echo back to sender the same event type sent to us
//If message type or event type are not in this list, they will default to the not supported type and will not be processed
try {
MsgType = (MessageTypeHL7)Enum.Parse(typeof(MessageTypeHL7), msgtype, true);
}
catch (Exception ex) {
ex.DoNothing();
MsgType = MessageTypeHL7.NotDefined;
}
try {
EventType = (EventTypeHL7)Enum.Parse(typeof(EventTypeHL7), evnttype, true);
}
catch (Exception ex) {
ex.DoNothing();
EventType = EventTypeHL7.NotDefined;
}
try {
MsgStructure = (MessageStructureHL7)Enum.Parse(typeof(MessageStructureHL7), msgStructure, true);
}
catch (Exception ex) {
ex.DoNothing();
MsgStructure = MessageStructureHL7.NotDefined;
}
}
}
}
public void AddMessage(HL7DefMessage msg,MessageTypeHL7 messageType,MessageStructureHL7 messageStructure,InOutHL7 inOrOut,int itemOrder) {
AddMessage(msg,messageType,messageStructure,inOrOut,itemOrder,"");
}
