public EdiMapReader(MapLoop map, EdiTrans currentTrans)
{
_trans = currentTrans;
_currentLoopInstance = currentTrans;
_currentLoopInstance.Definition = map;
_currentLoopDef = map;
}
private void FindParentLoopContext(MapLoop parentLoop)
{
while (((MapLoop)_currentLoopInstance.Definition) != parentLoop && _currentLoopInstance.Parent != null)
{
_currentLoopInstance = _currentLoopInstance.Parent;
}
}
//TODO:Refactor to make same code base with EdiMapReader.ProcessRawSegment
protected void SetMapContext(string name)
{
List <AllowedEntitity> allowedEntities = GetNextAllowedEntities(CurrentLoopDef);
if (allowedEntities.All(e => e.Entity.Name != name))
{
string expected = string.Join(", ", allowedEntities.Select(e => e.Entity.Name).ToList());
string msgPart = allowedEntities.Count > 1 ? "Expected one of" : "Expected";
ValidationError err = new ValidationError()
{
Message = $"Unexpected Segment. {msgPart} {expected}. Found {name}."
};
Trans.ValidationErrors.Add(err);
return;
}
AllowedEntitity ae = allowedEntities.FirstOrDefault(e => e.Entity.Name == name);
if (ae?.Entity is MapSegment)
{
ae.Entity.OccuredTimes++;
CurrentLoopDef = ae.LoopContext;
CurrentLoopDef.CurrentPos = CurrentLoopDef.Content.IndexOf(ae.Entity);
while (((MapLoop)CurrentLoopInstance.Definition) != ae.LoopContext && CurrentLoopInstance.Parent != null)
{
CurrentLoopInstance = CurrentLoopInstance.Parent;
}
CurrentEntityDef = ae.Entity;
}
else if (ae?.Entity is MapLoop)
{
//find loop definition in map and reset counters
ae.LoopContext.CurrentPos = ae.LoopContext.Content.IndexOf(ae.Entity);
CurrentLoopDef = (MapLoop)ae.Entity;
CurrentLoopDef.CurrentPos = 0;
CurrentLoopDef.OccuredTimes++;
CurrentLoopDef.Content.ForEach(c => c.OccuredTimes = 0);
////create new loop instance and add to transaction
while (((MapLoop)CurrentLoopInstance.Definition) != ae.LoopContext && CurrentLoopInstance.Parent != null)
{
CurrentLoopInstance = CurrentLoopInstance.Parent;
}
var newLoop = new EdiLoop(ae.Entity, CurrentLoopInstance);
CurrentLoopInstance.Content.Add(newLoop);
CurrentLoopInstance = newLoop;
}
}
private void FindParentHlLoopContext(int parentHlLevel)
{
while (!(_currentLoopInstance is EdiHlLoop))
{
_currentLoopInstance = _currentLoopInstance.Parent;
}
if (((EdiHlLoop)_currentLoopInstance).HL01_HierarchicalIdNumber != parentHlLevel)
{
_currentLoopInstance = _currentLoopInstance.Parent;
FindParentHlLoopContext(parentHlLevel);
}
}
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 ProcessRawSegment(string name, string[] content, int rowPos)
{
List <AllowedEntitity> allowedEntities = GetNextAllowedEntities(_currentLoopDef);
if (allowedEntities.All(e => e.Entity.EdiName != name))
{
string expected = string.Join(", ", allowedEntities.Select(e => e.Entity.Name).ToList());
string msgPart = allowedEntities.Count > 1 ? "Expected one of" : "Expected";
ValidationError err = new ValidationError()
{
SegmentPos = rowPos,
SegmentName = name,
Message = $"Unexpected Segment. {msgPart} {expected}. Found {name}."
};
_trans.ValidationErrors.Add(err);
return;
}
AllowedEntitity ae = allowedEntities.FirstOrDefault(e => e.Entity.EdiName == name);
if (ae?.Entity is MapSegment)
{
ae.Entity.OccuredTimes++;
_currentLoopDef = ae.LoopContext;
_currentLoopDef.CurrentPos = _currentLoopDef.Content.IndexOf(ae.Entity);
while (((MapLoop)_currentLoopInstance.Definition) != ae.LoopContext && _currentLoopInstance.Parent != null)
{
_currentLoopInstance = _currentLoopInstance.Parent;
}
_currentLoopInstance.Content.Add(ProcessSegment(ae.Entity, content, rowPos, _trans));
}
else if (ae?.Entity is MapLoop)
{
//find loop definition in map and reset counters
ae.LoopContext.CurrentPos = ae.LoopContext.Content.IndexOf(ae.Entity);
_currentLoopDef = (MapLoop)ae.Entity;
_currentLoopDef.CurrentPos = 0;
_currentLoopDef.OccuredTimes++;
_currentLoopDef.Content.ForEach(c => c.OccuredTimes = 0);
EdiLoop newLoop;
if (name == "HL")
{
int hl01;
int hl02;
int.TryParse(content[1], out hl01);
bool res02 = int.TryParse(content[2], out hl02);
if (hl01 > 1 && res02)
{
FindParentHlLoopContext(hl02);
}
else
{
FindParentLoopContext(ae.LoopContext);
}
newLoop = new EdiHlLoop(ae.Entity, _currentLoopInstance, hl01, (res02 ? hl02 : (int?)null));
}
else
{
FindParentLoopContext(ae.LoopContext);
newLoop = new EdiLoop(ae.Entity, _currentLoopInstance);
}
_currentLoopInstance.Content.Add(newLoop);
_currentLoopInstance = newLoop;
ProcessRawSegment(name, content, rowPos);
}
}
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);
}
}
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 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 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);
}
