public EdiMapReader(MapLoop map, EdiTrans currentTrans)
{
_trans = currentTrans;
_currentLoopInstance = currentTrans;
_currentLoopInstance.Definition = map;
_currentLoopDef = map;
}
//string json3 = @"{'Type': 'M',
// 'Name': 'M_940',
// 'Content': [{
// 'Type': 'S',
// 'Name': 'W05',
// 'Content': [ { 'E': 'N' }, { 'E': '538686' }, { 'E': '' }, { 'E': '001001' }, { 'E': '538686' }]
// }]
//}";
//{'Type': 'M','Name': 'M_940','Content': [{'Type': 'S','Name': 'W05','Content': [ { 'E': 'N' }, { 'E': '538686' }, { 'E': '' }, { 'E': '001001' }, { 'E': '538686' }]}]}
public string GetEDIDocFromJSON(string jsonEDIdata)
{
dynamic json = JsonConvert.DeserializeObject(jsonEDIdata, typeof(object));
//TODO: convert logic to determine map to separate method
MapLoop map = Factory.GetMap((string)json.Name); //TODO: add exception handling for the string cast operation
JsonMapReader jReader = new JsonMapReader(map);
EdiTrans ediTxn = jReader.ReadToEnd(jsonEDIdata);
var eGroup = new EdiGroup("OW");
eGroup.Transactions.Add(ediTxn);
var eInterchange = new EdiInterchange();
eInterchange.Groups.Add(eGroup);
EdiBatch eBatch = new EdiBatch();
eBatch.Interchanges.Add(eInterchange);
//Add all service segments
EdiDataWriterSettings settings = new EdiDataWriterSettings(
new SegmentDefinitions.ISA(), new SegmentDefinitions.IEA(),
new SegmentDefinitions.GS(), new SegmentDefinitions.GE(),
new SegmentDefinitions.ST(), new SegmentDefinitions.SE(),
"ZZ", "SENDER", "ZZ", "RECEIVER", "GSSENDER", "GSRECEIVER", "00401", "004010", "T", 100, 200, "\r\n", "*");
EdiDataWriter ediWriter = new EdiDataWriter(settings);
return(ediWriter.WriteToString(eBatch));
}
private string writeEdiEnvelope(EdiTrans t, string functionalCode, string mode, string receiver)
{
//string _Sender = "84352008TEST";
//string _Receiver = "8174836888";
string _Sender = ConfigurationManager.AppSettings["Sender"];
string _Receiver = receiver;
string _Version = "00401";
//create batch
EdiBatch b = new EdiBatch();
b.Interchanges.Add(new EdiInterchange());
b.Interchanges.First().Groups.Add(new EdiGroup(functionalCode));
b.Interchanges.First().Groups.First().Transactions.Add(t);
//Add all service segments
EdiDataWriterSettings settings = new EdiDataWriterSettings(
new EdiEngine.Standards.X12_004010.Segments.ISA(), new EdiEngine.Standards.X12_004010.Segments.IEA(),
new EdiEngine.Standards.X12_004010.Segments.GS(), new EdiEngine.Standards.X12_004010.Segments.GE(),
new EdiEngine.Standards.X12_004010.Segments.ST(), new EdiEngine.Standards.X12_004010.Segments.SE(),
"ZZ", _Sender, "ZZ", _Receiver, _Sender, _Receiver,
_Version, "004010", mode, 100, 200, "\r\n", "*");
EdiDataWriter w = new EdiDataWriter(settings);
return(w.WriteToString(b));
}
public void EdiReader_ParseNestedLoopsEdi940()
{
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.940.2.OK.edi"))
{
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromStream(s);
EdiTrans t = b.Interchanges[0].Groups[0].Transactions[0];
int w05Count = t.Content.Count(l => l.Definition.GetType() == typeof(W05));
int w66Count = t.Content.Count(l => l.Definition.GetType() == typeof(W05));
int llxCount = t.Content.Count(l => l.Definition.GetType() == typeof(M_940.L_LX));
int slxCount = ((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_940.L_LX)))
.Content.Count(c => c.Definition.GetType() == typeof(LX));
int lw01Count = ((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_940.L_LX)))
.Content.Count(l => l.Definition.GetType() == typeof(M_940.L_W01));
int lw01N9Count = ((EdiLoop)((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_940.L_LX)))
.Content.First(l => l.Definition.GetType() == typeof(M_940.L_W01)))
.Content.Count(l => l.Definition.GetType() == typeof(N9));
Assert.AreEqual(0, t.ValidationErrors.Count);
Assert.AreEqual(1, w05Count);
Assert.AreEqual(1, w66Count);
Assert.AreEqual(1, llxCount);
Assert.AreEqual(1, slxCount);
Assert.AreEqual(1, lw01Count);
Assert.AreEqual(3, lw01N9Count);
}
}
private EdiSegment CreateAk5Segment(MapLoop map, EdiTrans t)
{
var sDef = (MapSegment)map.Content.First(s => s.Name == "AK5");
var status = "A";
var seg = new EdiSegment(sDef);
switch (_settings.AckValidationErrorBehavour)
{
case AckValidationErrorBehavour.AcceptButNoteErrors:
if (t.ValidationErrors.Any())
{
status = "E";
}
break;
case AckValidationErrorBehavour.RejectValidationErrors:
if (t.ValidationErrors.Any())
{
status = "R";
}
break;
}
seg.Content.Add(new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[0], status));
if (status == "R")
{
seg.Content.Add(new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[1], "5")); //AK502 = One or more segments in error
}
return(seg);
}
public void XmlReadWrite_DeserializeXmlWithValidationErrors()
{
string xml = TestUtils.ReadResourceStream("EdiEngine.Tests.TestData.940.ERR.xml");
M_940 map = new M_940();
XmlMapReader r = new XmlMapReader(map);
EdiTrans t = r.ReadToEnd(xml);
Assert.AreEqual(2, t.ValidationErrors.Count);
}
public void JsonReadWrite_DeserializeJsonWithValidationErrors()
{
string json = TestUtils.ReadResourceStream("EdiEngine.Tests.TestData.940.ERR.json");
M_940 map = new M_940();
JsonMapReader r = new JsonMapReader(map);
EdiTrans t = r.ReadToEnd(json);
Assert.AreEqual(2, t.ValidationErrors.Count);
}
public void EdiReader_ParseGenericEdi940()
{
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.940.OK.edi"))
{
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromStream(s);
Assert.AreEqual(1, b.Interchanges.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups[0].Transactions.Count);
EdiTrans t = b.Interchanges[0].Groups[0].Transactions[0];
int w05Count = t.Content.Count(l => l.Definition.GetType() == typeof(W05));
int n1Count = t.Content.Count(l => l.Definition.GetType() == typeof(M_940.L_N1));
int n1FirstIterationCount =
((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_940.L_N1))).Content.Count;
int n1SecondIterationCount =
((EdiLoop)t.Content.Where(l => l.Definition.GetType() == typeof(M_940.L_N1)).Skip(1).First())
.Content.Count;
int n1ThirdIterationCount =
((EdiLoop)t.Content.Where(l => l.Definition.GetType() == typeof(M_940.L_N1)).Skip(2).First())
.Content.Count;
int n9Count = t.Content.Count(l => l.Definition.GetType() == typeof(N9));
int g62Count = t.Content.Count(l => l.Definition.GetType() == typeof(G62));
int nteCount = t.Content.Count(l => l.Definition.GetType() == typeof(NTE));
int w66Count = t.Content.Count(l => l.Definition.GetType() == typeof(W66));
int lxCount = t.Content.Count(l => l.Definition.GetType() == typeof(M_940.L_LX));
int lxFirstIterationCount =
((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_940.L_LX))).Content.Count;
int lxFirstIterationW01Count =
((EdiLoop)((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_940.L_LX)))
.Content.Skip(1).First()).Content.Count;
int w76Count = t.Content.Count(l => l.Definition.GetType() == typeof(W76));
Assert.AreEqual(0, t.ValidationErrors.Count);
Assert.AreEqual(1, w05Count);
Assert.AreEqual(3, n1Count);
Assert.AreEqual(3, n1FirstIterationCount);
Assert.AreEqual(3, n1SecondIterationCount);
Assert.AreEqual(2, n1ThirdIterationCount);
Assert.AreEqual(1, n9Count);
Assert.AreEqual(2, g62Count);
Assert.AreEqual(1, nteCount);
Assert.AreEqual(1, w66Count);
Assert.AreEqual(3, lxCount);
Assert.AreEqual(2, lxFirstIterationCount);
Assert.AreEqual(3, lxFirstIterationW01Count);
Assert.AreEqual(1, w76Count);
}
}
public void EdiWriter_WriteComposite()
{
//nonexisting map with just SLN segment to test composites
M_001 map = new M_001();
EdiTrans t = new EdiTrans(map);
var sDef = (MapSegment)map.Content.First(s => s.Name == "SLN");
var seg = new EdiSegment(sDef);
//create composite
var c001 = new EdiCompositeDataElement(sDef.Content[4], null);
c001.Content.AddRange(new[] {
new EdiSimpleDataElement(c001.Definition.Content[0], "PC"),
new EdiSimpleDataElement(c001.Definition.Content[1], "21.1"),
new EdiSimpleDataElement(c001.Definition.Content[2], "22.2"),
new EdiSimpleDataElement(c001.Definition.Content[3], "EA"),
new EdiSimpleDataElement(c001.Definition.Content[4], "23.3"),
new EdiSimpleDataElement(c001.Definition.Content[5], "24.4")
});
//create segment
seg.Content.AddRange(new DataElementBase[]
{
new EdiSimpleDataElement(sDef.Content[0], "1.1"),
new EdiSimpleDataElement(sDef.Content[1], null),
new EdiSimpleDataElement(sDef.Content[2], "I"),
new EdiSimpleDataElement(sDef.Content[3], "10000"),
c001,
new EdiSimpleDataElement(sDef.Content[5], "1.56"),
new EdiSimpleDataElement(sDef.Content[6], "TP"),
new EdiSimpleDataElement(sDef.Content[7], null),
new EdiSimpleDataElement(sDef.Content[8], "VC"),
new EdiSimpleDataElement(sDef.Content[9], "P-875OS")
});
t.Content.Add(seg);
string data = TestUtils.WriteEdiEnvelope(t, "ZZ");
EdiDataReader r = new EdiDataReader("EdiEngine.Tests");
EdiBatch b = r.FromString(data);
EdiTrans t2 = b.Interchanges[0].Groups[0].Transactions[0];
//1 error - unknown map
Assert.AreEqual(1, t2.ValidationErrors.Count);
var sln = (EdiSegment)t.Content.First();
Assert.IsTrue(sln.Content[4] is EdiCompositeDataElement);
Assert.AreEqual(6, ((EdiCompositeDataElement)sln.Content[4]).Content.Count);
}
public void EdiReader_ParseFailedSegCount()
{
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.940_Failed_SE01.edi"))
{
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromStream(s);
EdiTrans t = b.Interchanges[0].Groups[0].Transactions[0];
Assert.AreEqual("Expected 12 segments. Found 9. Trans # 20066.", t.ValidationErrors.Last().Message);
}
}
public void EdiReader_ParseGenericEdi940WithExternalMapAssembly()
{
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.940.W05.Only.edi"))
{
EdiDataReader r = new EdiDataReader("EdiEngine.Tests");
EdiBatch b = r.FromStream(s);
EdiTrans t = b.Interchanges[0].Groups[0].Transactions[0];
Assert.AreEqual(0, t.ValidationErrors.Count);
}
}
private EdiSegment CreateAk2Segment(MapLoop map, EdiTrans t)
{
var sDef = (MapSegment)map.Content.First(s => s.Name == "AK2");
var seg = new EdiSegment(sDef);
seg.Content.AddRange(new[]
{
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[0], t.ST.Content[0].Val),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[1], t.ST.Content[1].Val),
});
return(seg);
}
public void JsonReadWrite_DeserializeJsonHlLoopOk()
{
string json = TestUtils.ReadResourceStream("EdiEngine.Tests.TestData.856.Crossdock.OK.json");
M_856 map = new M_856();
JsonMapReader r = new JsonMapReader(map);
EdiTrans t = r.ReadToEnd(json);
Assert.AreEqual(0, t.ValidationErrors.Count);
//string edi = TestUtils.WriteEdiEnvelope(t, "SH");
}
public void XmlReadWrite_DeserializeXmlOK()
{
string xml = TestUtils.ReadResourceStream("EdiEngine.Tests.TestData.940.OK.xml");
M_940 map = new M_940();
XmlMapReader r = new XmlMapReader(map);
EdiTrans t = r.ReadToEnd(xml);
Assert.AreEqual(0, t.ValidationErrors.Count);
//string edi = TestUtils.WriteEdiEnvelope(t, "SH");
}
public virtual EdiTrans ReadToEnd(string rawData)
{
Trans = new EdiTrans(CurrentLoopDef);
CurrentLoopInstance = Trans;
CurrentLoopInstance.Definition = CurrentLoopDef;
EdiIntermediateEntity intermediateTree = ReadIntermediateTree(rawData);
ParseTree(intermediateTree);
return(Trans);
}
public void AckBuilder_AcceptAll_WithAk2()
{
EdiBatch b;
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.AckTest.edi"))
{
EdiDataReader r = new EdiDataReader();
b = r.FromStream(s);
}
AckBuilderSettings ackSettings = new AckBuilderSettings(AckValidationErrorBehavour.AcceptAll, true, 100, 200);
var ack = new AckBuilder(ackSettings);
EdiBatch ackBatch = ack.GetnerateAcknowledgment(b);
//string data = ack.WriteToString(b);
EdiTrans ack1 = ackBatch.Interchanges[0].Groups[0].Transactions[0];
EdiTrans ack2 = ackBatch.Interchanges[0].Groups[1].Transactions[0];
EdiSegment ak1 = (EdiSegment)ack1.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(AK1));
EdiLoop loopAk2_1 = (EdiLoop)ack1.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(M_997.L_AK2));
EdiLoop loopAk2_2 = (EdiLoop)ack1.Content.LastOrDefault(l => l.Definition.GetType() == typeof(M_997.L_AK2));
EdiSegment ak5_1 = (EdiSegment)loopAk2_1.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(AK5));
EdiSegment ak5_2 = (EdiSegment)loopAk2_2.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(AK5));
EdiSegment ak9 = (EdiSegment)ack1.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(AK9));
Assert.IsNotNull(ak1);
Assert.IsNotNull(loopAk2_1);
Assert.AreEqual("A", ak5_1.Content[0].Val);
Assert.AreEqual("A", ak5_2.Content[0].Val);
Assert.IsNotNull(loopAk2_2);
Assert.IsNotNull(ak9);
Assert.AreEqual("A", ak9.Content[0].Val);
Assert.AreEqual("2", ak9.Content[1].Val);
Assert.AreEqual("2", ak9.Content[2].Val);
Assert.AreEqual("2", ak9.Content[3].Val);
ak1 = (EdiSegment)ack2.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(AK1));
loopAk2_1 = (EdiLoop)ack1.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(M_997.L_AK2));
ak5_1 = (EdiSegment)loopAk2_1.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(AK5));
ak9 = (EdiSegment)ack2.Content.FirstOrDefault(l => l.Definition.GetType() == typeof(AK9));
Assert.IsNotNull(ak1);
Assert.IsNotNull(loopAk2_1);
Assert.AreEqual("A", ak5_1.Content[0].Val);
Assert.IsNotNull(ak9);
Assert.AreEqual("A", ak9.Content[0].Val);
Assert.AreEqual("1", ak9.Content[1].Val);
Assert.AreEqual("1", ak9.Content[2].Val);
Assert.AreEqual("1", ak9.Content[3].Val);
}
public void XmlReadWrite_DeserializeXmlHlLoopOk()
{
string xml = TestUtils.ReadResourceStream("EdiEngine.Tests.TestData.856.Crossdock.OK.xml");
M_856 map = new M_856();
XmlMapReader r = new XmlMapReader(map);
EdiTrans t = r.ReadToEnd(xml);
Assert.AreEqual(0, t.ValidationErrors.Count);
//write complete envelope
//string edi = TestUtils.WriteEdiEnvelope(t, "SH");
}
/// <summary> _ediAdapterFactory
/// read edi message to map order list
/// </summary>
/// <param name="parserFile"></param>
/// <returns></returns>
private void readEdi(string parserFile, Edi_Customer c, string s)
{
string _EdiBasePath = ConfigurationManager.AppSettings["EdiBase"];
string edi = System.IO.File.ReadAllText(parserFile);
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromString(edi);
EdiTrans _Trans = b.Interchanges[0].Groups[0].Transactions[0];
EdiBase _EdiBase = _ediAdapterFactory.CreateEdiAdapter(_Trans.Definition.ToString());
string _Log = _EdiBase.Parse(b, c, parserFile);
txtLog.Text += _Log;
_Log = _EdiBase.Process(c, s, _EdiBasePath);
txtLog.Text += _Log;
}
public void EdiReaderHL_ParseCrossDock856()
{
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.856.Crossdock.OK.edi"))
{
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromStream(s);
Assert.AreEqual(1, b.Interchanges.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups[0].Transactions.Count);
EdiTrans t = b.Interchanges[0].Groups[0].Transactions[0];
Assert.AreEqual(0, t.ValidationErrors.Count);
}
}
public void XmlReadWrite_DeserializeComposite()
{
string xml = TestUtils.ReadResourceStream("EdiEngine.Tests.TestData.001.Fake.Composite.xml");
M_001 map = new M_001();
XmlMapReader r = new XmlMapReader(map);
EdiTrans t = r.ReadToEnd(xml);
Assert.AreEqual(0, t.ValidationErrors.Count);
var sln = (EdiSegment)t.Content.First();
Assert.IsTrue(sln.Content[4] is EdiCompositeDataElement);
Assert.AreEqual(6, ((EdiCompositeDataElement)sln.Content[4]).Content.Count);
}
public void SyntaxNote_Edi850Fail()
{
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.850.SyntaxNotes.ERR.edi"))
{
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromStream(s);
EdiTrans t = b.Interchanges[0].Groups[0].Transactions[0];
Assert.AreEqual(3, t.ValidationErrors.Count);
Assert.AreEqual(13, t.ValidationErrors[0].SegmentPos);
Assert.IsTrue(t.ValidationErrors[0].Message.Contains("P0607"));
Assert.AreEqual(30, t.ValidationErrors[1].SegmentPos);
Assert.IsTrue(t.ValidationErrors[1].Message.Contains("C0506"));
Assert.AreEqual(30, t.ValidationErrors[2].SegmentPos);
Assert.IsTrue(t.ValidationErrors[2].Message.Contains("P0607"));
}
}
public static string WriteEdiEnvelope(EdiTrans t, string functionalCode)
{
//create batch
EdiBatch b = new EdiBatch();
b.Interchanges.Add(new EdiInterchange());
b.Interchanges.First().Groups.Add(new EdiGroup(functionalCode));
b.Interchanges.First().Groups.First().Transactions.Add(t);
//Add all service segments
EdiDataWriterSettings settings = new EdiDataWriterSettings(
new SegmentDefinitions.ISA(), new SegmentDefinitions.IEA(),
new SegmentDefinitions.GS(), new SegmentDefinitions.GE(),
new SegmentDefinitions.ST(), new SegmentDefinitions.SE(),
"ZZ", "SENDER", "ZZ", "RECEIVER", "GSSENDER", "GSRECEIVER",
"00401", "004010", "T", 100, 200, "\r\n", "*");
EdiDataWriter w = new EdiDataWriter(settings);
return(w.WriteToString(b));
}
/// <summary>
/// for mouser
/// </summary>
/// <param name="b"></param>
/// <returns></returns>
public override string Parse(EdiBatch b, Edi_Customer c, string parserFile)
{
int _ItemNumber = 1;
string _CustomerName = "";
string _Log = "";
SapSalesOrder _SapSalesOrder = new SapSalesOrder();
List <SalesItem> _ItemList = new List <SalesItem>();
List <SalesPartner> _PartnerList = new List <SalesPartner>();
List <SalesSchedule> _ScheduleList = new List <SalesSchedule>();
SalesHeader _Header = new SalesHeader();
_Header.DOC_TYPE = c.DOC_TYPE; //need to discuss
_Header.SALES_ORG = c.SALES_ORG; //need to discuss
_Header.DISTR_CHAN = c.DISTR_CHAN; //need to discuss
_Header.DIVISION = c.DIVISION; //need to discuss
try
{
EdiTrans _PO = b.Interchanges[0].Groups[0].Transactions[0];
EdiSegment _BEG = (EdiSegment)_PO.Content.FirstOrDefault(l => l.Definition.Name == "BEG");
if (_BEG != null)
{
_Header.PURCH_NO_C = _BEG.Content[2].ToString();
_Header.PURCH_DATE = _BEG.Content[4].ToString();
}
_SapSalesOrder.Header = _Header;
var listL_N1 = _PO.Content.Where(l => l.Definition.GetType() == typeof(M_850.L_N1)).Select(l => l).ToList();
foreach (EdiLoop n1 in listL_N1)
{
SalesPartner _Partner = new SalesPartner();
// var _N1Loop = (EdiLoop)n1;
EdiSegment _N1 = (EdiSegment)n1.Content.FirstOrDefault(l => l.Definition.Name == "N1");
if (_N1 != null)
{
if ((_N1.Content[0].ToString() == "BT") || (_N1.Content[0].ToString() == "BY"))
{
_Partner.PARTN_ROLE = "AG";
}
else if (_N1.Content[0].ToString() == "ST")
{
_Partner.PARTN_ROLE = "WE";
}
if (c.EdiType == 1)
{
_Partner.PARTN_NUMB = c.SapCustomerId; //how to know what code in altw sap ,loop edi table
}
else
{
_Partner.PARTN_NUMB = _N1.Content[3].ToString();
}
_CustomerName = _N1.Content[1].ToString();
}
EdiSegment _N3 = (EdiSegment)n1.Content.FirstOrDefault(l => l.Definition.Name == "N3");
if (_N3 != null)
{
_Partner.STREET = _N3.Content[0].ToString();
}
EdiSegment _N4 = (EdiSegment)n1.Content.FirstOrDefault(l => l.Definition.Name == "N4");
if (_N4 != null)
{
_Partner.CITY = _N4.Content[0].ToString();
_Partner.POSTL_CODE = _N4.Content[2].ToString();
_Partner.COUNTRY = _N4.Content[3].ToString();
_Partner.REGION = _N4.Content[1].ToString();
}
EdiSegment _PER = (EdiSegment)n1.Content.FirstOrDefault(l => l.Definition.Name == "PER");
if (_PER != null)
{
_Partner.NAME = _PER.Content[1].ToString();
_Partner.TELEPHONE = _PER.Content[3].ToString();
}
_PartnerList.Add(_Partner);
}
_SapSalesOrder.PartnerList = _PartnerList;
var listL_PO1 = _PO.Content.Where(l => l.Definition.GetType() == typeof(M_850.L_PO1)).Select(l => l).ToList();
foreach (EdiLoop po1 in listL_PO1)
{
int _SchedLine = 1;
SalesItem _Item = new SalesItem();
// var _PO1Loop = (EdiLoop)po1;
EdiSegment _PO1 = (EdiSegment)po1.Content.FirstOrDefault(l => l.Definition.Name == "PO1");
if (_PO1 != null)
{
_Item.ITM_NUMBER = (_ItemNumber * 10).ToString().PadLeft(6, '0'); //need use altw rule 000010
//mouser special logic PO111 is part number
// if(c.SapCustomerId== "0010000136") _Item.MATERIAL = _PO1.Content[10].ToString();
//else _Item.MATERIAL = _PO1.Content[8].ToString();
_Item.MATERIAL = _PO1.Content[Convert.ToInt32(c.PartNumberIndex)].ToString();
_Item.TARGET_QTY = _PO1.Content[1].ToString();
_Item.CUST_MAT35 = _PO1.Content[6].ToString();
_Item.CustomerItemNumber = _PO1.Content[0].ToString();
_Item.CustomerPrice = _PO1.Content[3].ToString();
_Item.CustomerUnit = _PO1.Content[2].ToString();
_Item.CustomerUnitOfPrice = _PO1.Content[4].ToString();
}
_ItemList.Add(_Item);
var listL_SCH = po1.Content.Where(l => l.Definition.GetType() == typeof(M_850.L_SCH)).Select(l => l).ToList();
foreach (EdiLoop sch in listL_SCH)
{
SalesSchedule _Schedule = new SalesSchedule();
// var _SCHLoop = (EdiLoop)sch;
EdiSegment _SCH = (EdiSegment)sch.Content.FirstOrDefault(l => l.Definition.Name == "SCH");
if (_SCH != null)
{
_Schedule.REQ_QTY = _SCH.Content[0].ToString();
_Schedule.ITM_NUMBER = _Item.ITM_NUMBER;
_Schedule.SCHED_LINE = _SchedLine.ToString().PadLeft(4, '0');
_Schedule.REQ_DATE = _SCH.Content[5].ToString();
}
_ScheduleList.Add(_Schedule);
_SchedLine++;
}
_ItemNumber++;
}
_SapSalesOrder.ItemList = _ItemList;
_SapSalesOrder.ScheduleList = _ScheduleList;
_SapSalesOrder.CustomerName = _CustomerName;
_SapSalesOrder.CreateBy = "Edi";
_SapSalesOrder.SalesEmail = c.SalesEmail;
edi.SapSalesOrder = _SapSalesOrder;
}
catch (Exception ex)
{
_Log = "\r\n" + DateTime.Now.ToString("yyyy/MM/dd hh:mm:ss") + " setSalesOrderByEdi: Customer Id:" + c.SapCustomerId + " File :" + parserFile + "\r\n" + ex.Message;
logger.Error(_Log);
edi.Log = _Log;
}
return(_Log);
}
public void EdiWriter_FromJson()
{
//get sample json
string jsonTrans;
using (
Stream s =
GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.940.OK.json"))
{
if (s == null)
{
throw new InvalidDataException("stream is null");
}
using (StreamReader sr = new StreamReader(s))
{
jsonTrans = sr.ReadToEnd();
}
}
//Read json and convert it to trans
M_940 map = new M_940();
JsonMapReader r = new JsonMapReader(map);
EdiTrans t = r.ReadToEnd(jsonTrans);
//write EDI
string data = TestUtils.WriteEdiEnvelope(t, "OW");
//Read produced results and check for errors and correct parsing
EdiDataReader reader = new EdiDataReader();
EdiBatch batch = reader.FromString(data);
Assert.AreEqual(1, batch.Interchanges.Count);
Assert.AreEqual(0, batch.Interchanges[0].ValidationErrors.Count);
Assert.AreEqual(1, batch.Interchanges[0].Groups.Count);
Assert.AreEqual(0, batch.Interchanges[0].Groups[0].ValidationErrors.Count);
EdiTrans trans = batch.Interchanges[0].Groups[0].Transactions[0];
Assert.AreEqual(0, trans.ValidationErrors.Count);
int w05Count = trans.Content.Count(l => l.Definition.GetType() == typeof(SegmentDefinitions.W05));
int n1Count = trans.Content.Count(l => l.Definition.GetType() == typeof(M_940.L_N1));
int n1FirstIterationCount =
((EdiLoop)trans.Content.First(l => l.Definition.GetType() == typeof(M_940.L_N1))).Content.Count;
int n1SecondIterationCount =
((EdiLoop)trans.Content.Where(l => l.Definition.GetType() == typeof(M_940.L_N1)).Skip(1).First())
.Content.Count;
int n1ThirdIterationCount =
((EdiLoop)trans.Content.Where(l => l.Definition.GetType() == typeof(M_940.L_N1)).Skip(2).First())
.Content.Count;
int n9Count = trans.Content.Count(l => l.Definition.GetType() == typeof(SegmentDefinitions.N9));
int g62Count = trans.Content.Count(l => l.Definition.GetType() == typeof(SegmentDefinitions.G62));
int nteCount = trans.Content.Count(l => l.Definition.GetType() == typeof(SegmentDefinitions.NTE));
int w66Count = trans.Content.Count(l => l.Definition.GetType() == typeof(SegmentDefinitions.W66));
int lxCount = trans.Content.Count(l => l.Definition.GetType() == typeof(M_940.L_LX));
int lxFirstIterationCount =
((EdiLoop)trans.Content.First(l => l.Definition.GetType() == typeof(M_940.L_LX))).Content.Count;
int lxFirstIterationW01Count =
((EdiLoop)((EdiLoop)trans.Content.First(l => l.Definition.GetType() == typeof(M_940.L_LX)))
.Content.Skip(1).First()).Content.Count;
int w76Count = trans.Content.Count(l => l.Definition.GetType() == typeof(SegmentDefinitions.W76));
Assert.AreEqual(1, w05Count);
Assert.AreEqual(3, n1Count);
Assert.AreEqual(3, n1FirstIterationCount);
Assert.AreEqual(3, n1SecondIterationCount);
Assert.AreEqual(2, n1ThirdIterationCount);
Assert.AreEqual(1, n9Count);
Assert.AreEqual(2, g62Count);
Assert.AreEqual(1, nteCount);
Assert.AreEqual(1, w66Count);
Assert.AreEqual(3, lxCount);
Assert.AreEqual(2, lxFirstIterationCount);
Assert.AreEqual(3, lxFirstIterationW01Count);
Assert.AreEqual(1, w76Count);
}
public string X12_855(Edi_SalesOrder_855 sapSalesOrder, string mode, string receiver)
{
M_855 map = new M_855();
EdiTrans t = new EdiTrans(map);
var sDef = (MapSegment)map.Content.First(s => s.Name == "BAK");
var seg = new EdiSegment(sDef);
seg.Content.AddRange(new[]
{
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[0], "00"),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[1], sapSalesOrder.Header.Status), //AD:No change AC:with change RD:rejected
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[2], sapSalesOrder.Header.PURCH_NO_C), //set 850 order number
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[3], sapSalesOrder.Header.PURCH_DATE),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[7], sapSalesOrder.Header.OrderNumber),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[8], sapSalesOrder.Header.DateTime)
});
t.Content.Add(seg);
//create segment
var lDef = (MapLoop)map.Content.First(s => s.Name == "L_PO1");
sDef = (MapSegment)lDef.Content.First(s => s.Name == "PO1");
EdiLoop p01 = new EdiLoop(lDef, null);
t.Content.Add(p01);
//get sap order price?
foreach (Edi_SalesItem_855 i in sapSalesOrder.ItemList)
{
seg = new EdiSegment(sDef);
seg.Content.AddRange(new[]
{
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[0], i.CustomerItemNumber),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[1], i.TARGET_QTY),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[2], i.CustomerUnit), //ok
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[3], i.Price),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[4], i.CustomerUnitOfPrice), //ok
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[5], "BP"),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[6], i.CUST_MAT35),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[7], "VP"),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[8], i.MATERIAL)
});
p01.Content.Add(seg);
var lDef_L_ACK = (MapLoop)lDef.Content.First(s => s.Name == "L_ACK");
var sDef_ACK = (MapSegment)lDef_L_ACK.Content.First(s => s.Name == "ACK");
EdiLoop w = new EdiLoop(lDef_L_ACK, p01);
p01.Content.Add(w);
foreach (Edi_SalesSchedule_855 j in sapSalesOrder.ScheduleList)
{
if (i.ITM_NUMBER == j.ITM_NUMBER)
{
seg = new EdiSegment(sDef_ACK);
seg.Content.AddRange(new[]
{
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[0], j.Status), //IA:accept IR:reject
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[1], j.REQ_QTY),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[2], i.CustomerUnit), //ok
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[2], j.DateTimeCode),
new EdiSimpleDataElement((MapSimpleDataElement)sDef.Content[2], j.DateTime)
});
w.Content.Add(seg);
}
}
}
string data = writeEdiEnvelope(t, "PR", mode, receiver);
//read produced results and check for errors.
EdiDataReader r = new EdiDataReader();
EdiBatch batch = r.FromString(data);
EdiTrans trans = batch.Interchanges[0].Groups[0].Transactions[0];
return(data);
}
public void EdiWriter_CreateEdi940()
{
M_940 map = new M_940();
EdiTrans t = new EdiTrans(map);
// W05
var sDef = (MapSegment)map.Content.First(s => s.Name == "W05");
var seg = new EdiSegment(sDef);
seg.Content.AddRange(new[]
{
new EdiDataElement(sDef.Content[0], "N"),
new EdiDataElement(sDef.Content[1], "538686"),
new EdiDataElement(sDef.Content[2], null),
new EdiDataElement(sDef.Content[3], "001001"),
new EdiDataElement(sDef.Content[4], "538686")
});
t.Content.Add(seg);
//LX*1
var lDef = (MapLoop)map.Content.First(s => s.Name == "L_LX");
sDef = (MapSegment)lDef.Content.First(s => s.Name == "LX");
EdiLoop lx = new EdiLoop(lDef, null);
t.Content.Add(lx);
seg = new EdiSegment(sDef);
seg.Content.Add(new EdiDataElement(sDef.Content[0], "1"));
lx.Content.Add(seg);
//LX > W01 loop
lDef = (MapLoop)lDef.Content.First(s => s.Name == "L_W01");
sDef = (MapSegment)lDef.Content.First(s => s.Name == "W01");
EdiLoop w01 = new EdiLoop(lDef, null);
lx.Content.Add(w01);
seg = new EdiSegment(sDef);
seg.Content.AddRange(new[]
{
new EdiDataElement(sDef.Content[0], "12"),
new EdiDataElement(sDef.Content[1], "CA"),
new EdiDataElement(sDef.Content[1], "000100033330")
});
w01.Content.Add(seg);
//LX*2
lDef = (MapLoop)map.Content.First(s => s.Name == "L_LX");
sDef = (MapSegment)lDef.Content.First(s => s.Name == "LX");
lx = new EdiLoop(lDef, null);
t.Content.Add(lx);
seg = new EdiSegment(sDef);
seg.Content.Add(new EdiDataElement(sDef.Content[0], "2"));
lx.Content.Add(seg);
//LX > W01 loop
lDef = (MapLoop)lDef.Content.First(s => s.Name == "L_W01");
sDef = (MapSegment)lDef.Content.First(s => s.Name == "W01");
w01 = new EdiLoop(lDef, null);
lx.Content.Add(w01);
seg = new EdiSegment(sDef);
seg.Content.AddRange(new[]
{
new EdiDataElement(sDef.Content[0], "10"),
new EdiDataElement(sDef.Content[1], "CA"),
new EdiDataElement(sDef.Content[1], "000100033332")
});
w01.Content.Add(seg);
//write test envelope
string data = TestUtils.WriteEdiEnvelope(t, "OW");
//read produced results and check for errors.
EdiDataReader r = new EdiDataReader();
EdiBatch batch = r.FromString(data);
Assert.AreEqual(1, batch.Interchanges.Count);
Assert.AreEqual(0, batch.Interchanges[0].ValidationErrors.Count);
Assert.AreEqual(1, batch.Interchanges[0].Groups.Count);
Assert.AreEqual(0, batch.Interchanges[0].Groups[0].ValidationErrors.Count);
EdiTrans trans = batch.Interchanges[0].Groups[0].Transactions[0];
Assert.AreEqual(0, trans.ValidationErrors.Count);
}
public EdiBatch FromString(string fileContent)
{
if (string.IsNullOrWhiteSpace(fileContent))
{
throw new EdiParsingException("Empty File");
}
if (!fileContent.StartsWith("ISA"))
{
throw new EdiParsingException("ISA NOT FOUND");
}
_elementSeparator = fileContent[3].ToString();
_segmentSeparator = fileContent.Substring(105, fileContent.IndexOf($"GS{_elementSeparator}", StringComparison.Ordinal) - 105);
string[] segments = fileContent.Split(new [] { _segmentSeparator }, StringSplitOptions.RemoveEmptyEntries);
EdiBatch batch = new EdiBatch();
EdiInterchange currentInterchange = null;
EdiGroup currentGroup = null;
EdiTrans currentTrans = null;
EdiMapReader mapReader = null;
int tranSegCount = 0;
int groupsCount = 0;
int transCount = 0;
foreach (string seg in segments)
{
string[] elements = seg.Split(new [] { _elementSeparator }, StringSplitOptions.None);
MapSegment segDef;
switch (elements[0])
{
case "ISA":
groupsCount = 0;
currentInterchange = new EdiInterchange
{
SegmentSeparator = _segmentSeparator,
ElementSeparator = _elementSeparator
};
segDef = GetSegDefinition("ISA", $"{elements[12]}0", MissingStandardFallbackVersion);
currentInterchange.ISA = MapReader.ProcessSegment(segDef, elements, 0, currentInterchange);
break;
case "IEA":
if (currentInterchange == null)
{
throw new EdiParsingException("MALFORMED DATA");
}
segDef = GetSegDefinition("IEA", $"{currentInterchange.ISA.Content[11].Val}0", MissingStandardFallbackVersion);
currentInterchange.IEA = MapReader.ProcessSegment(segDef, elements, 0, currentInterchange);
batch.Interchanges.Add(currentInterchange);
int declaredGroupCount;
int.TryParse(elements[1], out declaredGroupCount);
if (declaredGroupCount != groupsCount)
{
AddValidationError(currentInterchange, $"Expected {declaredGroupCount} groups. Found {groupsCount}. Interchange # {elements[2]}.");
}
if (!CheckControlNumbersAreEgual(currentInterchange.ISA.Content[12].Val, elements[2]))
{
AddValidationError(currentInterchange, $"Control numbers do not match. ISA {currentInterchange.ISA.Content[12].Val}. IEA {elements[2]}.");
}
currentInterchange = null;
break;
case "GS":
groupsCount++;
transCount = 0;
currentGroup = new EdiGroup(elements[1]);
segDef = GetSegDefinition("GS", $"{elements[8]}", MissingStandardFallbackVersion);
currentGroup.GS = MapReader.ProcessSegment(segDef, elements, 0, currentGroup);
break;
case "GE":
if (currentInterchange == null || currentGroup == null)
{
throw new EdiParsingException("MALFORMED DATA");
}
segDef = GetSegDefinition("GE", $"{currentGroup.GS.Content[7].Val}", MissingStandardFallbackVersion);
currentGroup.GE = MapReader.ProcessSegment(segDef, elements, 0, currentGroup);
currentInterchange.Groups.Add(currentGroup);
int declaredTransCount;
int.TryParse(elements[1], out declaredTransCount);
if (declaredTransCount != transCount)
{
AddValidationError(currentGroup, $"Expected {declaredTransCount} transactions. Found {transCount}. Group # {elements[2]}.");
}
if (!CheckControlNumbersAreEgual(currentGroup.GS.Content[5].Val, elements[2]))
{
AddValidationError(currentGroup, $"Control numbers do not match. GS {currentGroup.GS.Content[5].Val}. GE {elements[2]}.");
}
currentGroup = null;
break;
case "ST":
if (currentInterchange == null || currentGroup == null)
{
throw new EdiParsingException("MALFORMED DATA");
}
string asmName = $"EdiEngine.Standards.X12_{currentGroup.GS.Content[7].Val}";
string typeName = $"{asmName}.Maps.M_{elements[1]}";
var map = Activator.CreateInstance(asmName, typeName).Unwrap();
if (!(map is MapLoop))
{
AddValidationError(currentTrans, $"Can not find map {elements[1]} for standard {currentGroup.GS.Content[7].Val}. Skipping Transaction.");
break;
}
transCount++;
currentTrans = new EdiTrans((MapBaseEntity)map);
segDef = GetSegDefinition("ST", $"{currentGroup.GS.Content[7].Val}", MissingStandardFallbackVersion);
currentTrans.ST = MapReader.ProcessSegment(segDef, elements, 0, currentTrans);
tranSegCount = 1;
mapReader = new EdiMapReader((MapLoop)map, currentTrans);
break;
case "SE":
if (currentInterchange == null || currentGroup == null || currentTrans == null)
{
throw new EdiParsingException("MALFORMED DATA");
}
tranSegCount++;
int declaredSegCount;
int.TryParse(elements[1], out declaredSegCount);
if (declaredSegCount != tranSegCount)
{
AddValidationError(currentTrans, $"Expected {declaredSegCount} segments. Found {tranSegCount}. Trans # {elements[2]}.");
}
if (!CheckControlNumbersAreEgual(currentTrans.ST.Content[1].Val, elements[2]))
{
AddValidationError(currentTrans, $"Control numbers do not match. ST {currentTrans.ST.Content[1].Val}. SE {elements[2]}.");
}
segDef = GetSegDefinition("SE", $"{currentGroup.GS.Content[7].Val}", MissingStandardFallbackVersion);
currentTrans.SE = MapReader.ProcessSegment(segDef, elements, 0, currentTrans);
currentGroup.Transactions.Add(currentTrans);
currentTrans = null;
break;
default:
tranSegCount++;
mapReader?.ProcessRawSegment(elements[0], elements, tranSegCount);
break;
}
}
return(batch);
}
public EdiBatch GetnerateAcknowledgment(EdiBatch input)
{
string mapVersion = null;
var firstGroup = input?.Interchanges?.FirstOrDefault()?.Groups?.FirstOrDefault();
if (firstGroup != null)
{
mapVersion = firstGroup.GS.Content[7].Val;
}
if (string.IsNullOrWhiteSpace(mapVersion))
{
throw new InvalidDataException(
"Can not determine EDI X12 version from batch. Check there is at least one interchange with at least one group in it");
}
EdiBatch b997 = new EdiBatch();
foreach (EdiInterchange ich in input.Interchanges)
{
var ich997 = new EdiInterchange();
b997.Interchanges.Add(ich997);
string asmName = $"EdiEngine.Standards.X12_{mapVersion}";
string typeName = $"{asmName}.Maps.M_997";
var map = (MapLoop)Activator.CreateInstance(asmName, typeName).Unwrap();
var lAk2Def = (MapLoop)map.Content.First(s => s.Name == "L_AK2");
foreach (EdiGroup g in ich.Groups)
{
var g997 = new EdiGroup("FA");
ich997.Groups.Add(g997);
var t997 = new EdiTrans(map);
g997.Transactions.Add(t997);
int includedTranCount = int.Parse(g.GE.Content[0].Val);
int receivedTranCount = g.Transactions.Count;
int acceptedTranCount = g.Transactions.Count(t => !t.ValidationErrors.Any());
t997.Content.Add(CreateAk1Segment(map, g));
if (((_settings.AckValidationErrorBehavour == AckValidationErrorBehavour.AcceptButNoteErrors ||
_settings.AckValidationErrorBehavour == AckValidationErrorBehavour.RejectValidationErrors) &&
acceptedTranCount < receivedTranCount) ||
(_settings.AlwaysGenerateAk2Loop))
{
foreach (EdiTrans t in g.Transactions)
{
EdiLoop lAk2 = new EdiLoop(lAk2Def, null);
t997.Content.Add(lAk2);
lAk2.Content.Add(CreateAk2Segment(lAk2Def, t));
lAk2.Content.Add(CreateAk5Segment(lAk2Def, t));
}
}
t997.Content.Add(CreateAk9Segment(map, g, includedTranCount, receivedTranCount));
}
}
return(b997);
}
public static async Task <String> SplitEDIFile(string BLOBFileName, string splitHalf, ILogger log)
{
log.LogInformation("SplitEDIFile function processing a request.");
//Incoming JSON Payload:
//{ "ediFileName":"916386MS210_202001190125_000000001.raw","splitHalf":"1"}
// Parse the connection string and get a reference to the blob.
var storageCredentials = new StorageCredentials("jbupsbtspaassagenv2", "Pi5FpNwJgcwJiAj7fxyCc4ncM4llKu3184a0OrTE1Jn0VxSYLGPIOZAO1j36DjT1Plmw8udLR3NXUBVNUWnucA==");
var cloudStorageAccount = new CloudStorageAccount(storageCredentials, true);
var cloudBlobClient = cloudStorageAccount.CreateCloudBlobClient();
//Define BlobIN Stream
CloudBlobClient blobINClient = cloudStorageAccount.CreateCloudBlobClient();
CloudBlobContainer blobINContainer = blobINClient.GetContainerReference("edi-process-split");
CloudBlockBlob blobIN = blobINContainer.GetBlockBlobReference(BLOBFileName);
Stream blobINStream = await blobIN.OpenReadAsync();
//Define BlobOUT FileName - for FIRST OR SECOND half of transactions
string blobOUTPreFix = "";
if (splitHalf == "1")
{
blobOUTPreFix = "A_";
}
else
{
blobOUTPreFix = "B_";
}
CloudBlobClient blobOUTClient = cloudStorageAccount.CreateCloudBlobClient();
CloudBlobContainer blobOUTContainer = blobOUTClient.GetContainerReference("edi-process-split");
CloudBlockBlob blobOUT = blobOUTContainer.GetBlockBlobReference(blobOUTPreFix + BLOBFileName);
//Read blobIN
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromStream(blobINStream);
int totEDITransCtr = 0;
totEDITransCtr = b.Interchanges[0].Groups[0].Transactions.Count();
// **********************************************************
// ** SAVE Original EDI Interchange: Data & Transactions
// **********************************************************
EdiInterchange OrigInter = new EdiInterchange();
OrigInter = b.Interchanges[0];
List <EdiTrans> OrigTrans = new List <EdiTrans>();
OrigTrans = b.Interchanges[0].Groups[0].Transactions;
// **********************************************************
// ** Calculate SPLIT
// **********************************************************
//1st Half
int EDI_Trans_Ctr1 = totEDITransCtr / 2;
//2nd Half
int EDI_Trans_Ctr2 = totEDITransCtr - (totEDITransCtr / 2);
// **********************************************************
// ** Write-Out 1st Half to file
// **********************************************************
List <EdiTrans> HalfTrans = new List <EdiTrans>();
//Define LOOP Parameters - for FIRST OR SECOND half of transactions
int loopStart = 0;
int loopEnd = 0;
if (splitHalf == "1")
{
loopStart = 0;
loopEnd = EDI_Trans_Ctr1;
}
else
{
loopStart = EDI_Trans_Ctr1 + 1;
loopEnd = totEDITransCtr;
}
//Process TRANSACTIONS
for (int i = loopStart; i < loopEnd; i++)
{
EdiTrans ediItem = new EdiTrans();
ediItem = b.Interchanges[0].Groups[0].Transactions[i];
HalfTrans.Add(ediItem);
}
EdiBatch b2 = new EdiBatch();
//Handle InterChange
EdiInterchange ediInterChgItem = new EdiInterchange();
ediInterChgItem = b.Interchanges[0];
//Remove existing
EdiGroup jbEdiGroupItem = new EdiGroup("");
jbEdiGroupItem = b.Interchanges[0].Groups[0];
ediInterChgItem.Groups.RemoveRange(0, 1);
//Add Interchange
b2.Interchanges.Add(ediInterChgItem);
//Handle Group
jbEdiGroupItem.Transactions.RemoveRange(0, totEDITransCtr);
ediInterChgItem.Groups.Add(jbEdiGroupItem);
//Add Transactions
for (int i = 0; i < HalfTrans.Count(); i++) //Hardcoded to 91
{
EdiTrans ediItem = new EdiTrans();
ediItem = HalfTrans[i];
b2.Interchanges[0].Groups[0].Transactions.Add(ediItem);
}
EdiDataWriterSettings settings = new EdiDataWriterSettings(
new SegmentDefinitions.ISA(),
new SegmentDefinitions.IEA(),
new SegmentDefinitions.GS(),
new SegmentDefinitions.GE(),
new SegmentDefinitions.ST(),
new SegmentDefinitions.SE(),
OrigInter.ISA.Content[4].ToString(), //isaSenderQual
OrigInter.ISA.Content[5].ToString(), //isaSenderId
OrigInter.ISA.Content[6].ToString(), //isaReceiverQual
// OrigInter.ISA.Content[7].ToString(), //isaReceiverId
"9163863M210", //isaReceiverId
OrigInter.ISA.Content[8].ToString(), //gsSenderId
OrigInter.ISA.Content[9].ToString(), //gsReceiverId
// OrigInter.ISA.Content[10].ToString(), //JB Test
OrigInter.ISA.Content[11].ToString(), //isaEdiVersion
OrigInter.ISA.Content[12].ToString(), //gsEdiVersion
// "00403", //gsEdiVersion
OrigInter.ISA.Content[14].ToString(), //P //isaUsageIndicator //[
000, //isaFirstControlNumber
001, //gsFirstControlNumber
OrigInter.SegmentSeparator.ToString(), //segmentSeparator
OrigInter.ElementSeparator.ToString()); //elementSeparator
EdiDataWriter w = new EdiDataWriter(settings);
string JBData = w.WriteToString(b2);
log.LogInformation("trigger function - WRITING SPLIT FILE : " + blobOUT.Name.ToString());
await blobOUT.UploadTextAsync(JBData);
blobINStream.Close();
return(" ");
}
public void EdiReader_ParseGenericEdi850()
{
using (Stream s = GetType().Assembly.GetManifestResourceStream("EdiEngine.Tests.TestData.850.OK.edi"))
{
EdiDataReader r = new EdiDataReader();
EdiBatch b = r.FromStream(s);
Assert.AreEqual(1, b.Interchanges.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups[0].Transactions.Count);
Assert.AreEqual(1, b.Interchanges.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups.Count);
Assert.AreEqual(1, b.Interchanges[0].Groups[0].Transactions.Count);
EdiTrans t = b.Interchanges[0].Groups[0].Transactions[0];
int rootSegCount = t.Content.Count(seg => seg is EdiSegment);
int rootLoopCount = t.Content.Count(l => l is EdiLoop);
int n1LoopCount = t.Content.Count(l => l.Definition.GetType() == typeof(M_850.L_N1));
int n1ContentCount = ((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_850.L_N1))).Content.Count();
int po1LoopCount = t.Content.Count(l => l.Definition.GetType() == typeof(M_850.L_PO1));
int pidLoopCount = t.Content.Where(l => l.Definition.GetType() == typeof(M_850.L_PO1))
.Select(l2 => l2.Definition.GetType() == typeof(M_850.L_PID)).Count();
int po1Count = 0;
int pidCount = 0;
int po4Count = 0;
var lst = t.Content.Where(l => l.Definition.GetType() == typeof(M_850.L_PO1)).Select(l => l).ToList();
lst.ForEach(l =>
{
var po1Loop = (EdiLoop)l;
if (po1Loop.Content[0].Definition.GetType() == typeof(PO1))
{
po1Count++;
}
if (po1Loop.Content[2].Definition.GetType() == typeof(PO4))
{
po4Count++;
}
EdiLoop pidLoop = (EdiLoop)po1Loop.Content.First(l2 => l2.Definition.GetType() == typeof(M_850.L_PID));
if (pidLoop.Content[0].Definition.GetType() == typeof(PID))
{
pidCount++;
}
});
int cttLoopCount = t.Content.Count(l => l.Definition.GetType() == typeof(M_850.L_CTT));
int cttCount = ((EdiLoop)t.Content.First(l => l.Definition.GetType() == typeof(M_850.L_CTT)))
.Content.Count(s2 => s2.Definition.GetType() == typeof(CTT));
Assert.AreEqual(0, t.ValidationErrors.Count);
Assert.AreEqual(8, rootSegCount);
Assert.AreEqual(8, rootLoopCount);
Assert.AreEqual(1, n1LoopCount);
Assert.AreEqual(3, n1ContentCount);
Assert.AreEqual(6, po1LoopCount);
Assert.AreEqual(6, po1Count);
Assert.AreEqual(6, pidLoopCount);
Assert.AreEqual(6, pidCount);
Assert.AreEqual(6, po4Count);
Assert.AreEqual(1, cttLoopCount);
Assert.AreEqual(1, cttCount);
}
}