public ActionResult _ImportBPMN()
{
var m = new BPMNImportViewModel();
List <WS_Folder> folderlist = _db.WS_Folders.Where(f => f.Parent_Id == null).ToList <WS_Folder>();
m.folder = from c in folderlist
select new SelectListItem
{
Text = c.Name,
Value = c.Id.ToString()
};
return(PartialView(m));
}
public ActionResult ImportBPMN(BPMNImportViewModel model)
{
model.description = "Imported from BPMN";
ZipArchive a = new ZipArchive(model.zipfile.InputStream);
List <definitions> imports = new List <definitions>();
foreach (ZipArchiveEntry entry in a.Entries)
{
if (entry.FullName.EndsWith(".bpmn", StringComparison.OrdinalIgnoreCase))
{
StreamReader reader = new StreamReader(entry.Open());
XmlRootAttribute xRoot = new XmlRootAttribute();
xRoot.ElementName = "definitions";
xRoot.Namespace = "http://www.omg.org/spec/BPMN/20100524/MODEL";
xRoot.IsNullable = true;
XmlSerializer serializer = new XmlSerializer(typeof(definitions), xRoot);
XmlReader xRdr = XmlReader.Create(reader);
definitions import = (definitions)serializer.Deserialize(xRdr);
// BPMNImport import = (BPMNImport)serializer.Deserialize(new XmlTextReader(reader));
imports.Add(import);
}
}
foreach (definitions i in imports)
{
WS_Project p = new WS_Project();
p.Name = i.BPMNDiagram.name;
p.Description = model.description;
p.Folder_Id = model.folderId;
this.CreateProject(p);
int pd_id = p.ModelVersions.FirstOrDefault().PD_ProcessId;
PD_Process pdp = _pDesignerDB.PD_Processes.Find(pd_id);
int n = 50;
int c = 0;
int t = 50;
foreach (var x in i.collaboration.participant)
{
PD_Subject s = new PD_Subject();
s.Name = x.name;
if (c == 10)
{
t += 400;
c = 0;
n = 50;
}
s.PositionLeft = n;
s.PositionTop = t;
c++;
n += 200;
s.CanvasHeight = 1000;
s.CanvasWidth = 1000;
s.Id = IdHelper.getSubjectId(_pDesignerDB, pdp.Id);
pdp.Subjects.Add(s);
pdp.CanvasHeight = 200 + t;
if (s.PositionLeft > pdp.CanvasWidth)
{
pdp.CanvasWidth = s.PositionLeft;
}
}
if (i.collaboration.messageFlow != null)
{
foreach (var x in i.collaboration.messageFlow)
{
PD_MessageType pdm = new PD_MessageType();
pdm.PD_Process_Id = pdp.Id;
pdm.Id = IdHelper.getMessageTypeId(_pDesignerDB, pdp.Id);
pdm.Name = x.name;
pdp.MessageTypes.Add(pdm);
/* try {
* PD_Message m = new PD_Message();
* m.Id = IdHelper.getMessageId(_pDesignerDB, pdp.Id);
*
*
* string fname = i.collaboration.participant.Where(s => s.id.Equals(x.sourceRef)).FirstOrDefault().name;
* m.From = pdp.Subjects.Where(y => y.Name.Equals(fname)).FirstOrDefault().Id;
* m.To = pdp.Subjects.Where(y => y.Name.Equals(i.collaboration.participant.Where(s => s.id.Equals(x.targetRef)).FirstOrDefault().name)).FirstOrDefault().Id;
* m.PD_MessageType_Id = pdm.Id;
* pdp.Messages.Add(m);
* }
* catch (Exception e)
* {
*
* }*/
}
}
foreach (var x in i.process)
{
PD_Subject pds = pdp.Subjects.Where(z => z.Name.Equals(x.name)).FirstOrDefault();
foreach (var y in x.Items)
{
PD_FunctionState pdf = new PD_FunctionState();
const string pre = "strICT.InFlow.Web.Models.";
Type w = y.GetType();
switch (w.FullName)
{
case pre + "definitionsProcessAssociation":
definitionsProcessAssociation var1 = (definitionsProcessAssociation)y;
break;
case pre + "definitionsProcessDataStoreReference":
definitionsProcessDataStoreReference var2 = (definitionsProcessDataStoreReference)y;
break;
case pre + "definitionsProcessIntermediateCatchEvent":
definitionsProcessIntermediateCatchEvent var3 = (definitionsProcessIntermediateCatchEvent)y;
pdf = new PD_FunctionState();
pdf.Name = var3.name;
pdf.PD_Process_Id = pdp.Id;
pdf.PD_Subject_Id = pds.Id;
pdf.Type = PD_StateTypes.FunctionState;
pdf.Id = IdHelper.getStateId(_pDesignerDB, pdp.Id, pds.Id);
if (var3.incoming == null)
{
pdf.StartState = true;
}
if (var3.outgoing == null)
{
pdf.EndState = true;
}
pds.States.Add(pdf);
break;
case pre + "definitionsProcessIntermediateThrowEvent":
definitionsProcessIntermediateThrowEvent var4 = (definitionsProcessIntermediateThrowEvent)y;
pdf = new PD_FunctionState();
pdf.Name = var4.name;
pdf.PD_Process_Id = pdp.Id;
pdf.PD_Subject_Id = pds.Id;
pdf.Type = PD_StateTypes.FunctionState;
pdf.Id = IdHelper.getStateId(_pDesignerDB, pdp.Id, pds.Id);
if (var4.incoming == null)
{
pdf.StartState = true;
}
if (var4.outgoing == null)
{
pdf.EndState = true;
}
pds.States.Add(pdf);
break;
case pre + "definitionsProcessSequenceFlow":
definitionsProcessSequenceFlow var5 = (definitionsProcessSequenceFlow)y;
break;
case pre + "definitionsProcessServiceTask":
definitionsProcessServiceTask var6 = (definitionsProcessServiceTask)y;
pdf = new PD_FunctionState();
pdf.Name = var6.name;
pdf.PD_Process_Id = pdp.Id;
pdf.PD_Subject_Id = pds.Id;
pdf.Type = PD_StateTypes.FunctionState;
pdf.Id = IdHelper.getStateId(_pDesignerDB, pdp.Id, pds.Id);
if (var6.incoming == null)
{
pdf.StartState = true;
}
if (var6.outgoing == null)
{
pdf.EndState = true;
}
pds.States.Add(pdf);
break;
case pre + "definitionsProcessTextAnnotation":
definitionsProcessTextAnnotation var7 = (definitionsProcessTextAnnotation)y;
break;
case pre + "definitionsProcessUserTask":
definitionsProcessUserTask var8 = (definitionsProcessUserTask)y;
pdf = new PD_FunctionState();
pdf.Name = var8.name;
pdf.PD_Process_Id = pdp.Id;
pdf.PD_Subject_Id = pds.Id;
pdf.Type = PD_StateTypes.FunctionState;
pdf.Id = IdHelper.getStateId(_pDesignerDB, pdp.Id, pds.Id);
if (var8.incoming == null)
{
pdf.StartState = true;
}
if (var8.outgoing == null)
{
pdf.EndState = true;
}
pds.States.Add(pdf);
break;
}
}
}
pdp.CanvasWidth += 100;
pdp.CanvasHeight += 100;
}
_pDesignerDB.SaveChanges();
return(View("Index"));
}
