public async Task SequenceDiagramRead2()
{
UMLInterface i1 = new("ns1", "i1", new List <UMLDataType>());
UMLClass class2 = new("", "ns2", true, "c1", null, i1);
i1.Methods.Add(new UMLMethod("Method1", new VoidDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType())));
class2.Methods.Add(new UMLMethod(class2, UMLVisibility.Public));
class2.Methods.Add(new UMLMethod("Method1", new IntDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType())));
UMLClassDiagram cd = new("a", "");
cd.DataTypes.Add(i1);
cd.DataTypes.Add(class2);
UMLSequenceDiagram d = new("my diagram", "");
UMLSequenceLifeline l1 = new UMLSequenceLifeline("participant", "i1", "ss", i1.Id, 1);
UMLSequenceLifeline l2 = new UMLSequenceLifeline("participant", "c1", "cS", class2.Id, 2);
d.LifeLines.Add(l1);
d.LifeLines.Add(l2);
d.AddConnection(null, l1, 3).Action = i1.Methods[0];
UMLSequenceBlockSection pg = new UMLSequenceBlockSection("if z = 1", UMLSequenceBlockSection.SectionTypes.If, 4);
d.Entities.Add(pg);
pg.AddConnection(l1, l2, 5).Action = class2.Methods[0];
UMLSequenceBlockSection elsesection = new UMLSequenceBlockSection("else", UMLSequenceBlockSection.SectionTypes.Else, 6);
elsesection.AddConnection(l2, l2, 7).Action = class2.Methods[1];
UMLSequenceConnection x = d.AddConnection(l2, l1, 8);
x.Action = new UMLReturnFromMethod(class2.Methods[0]);
UMLSequenceConnection x2 = d.AddConnection(l1, l1, 9);
x2.Action = i1.Methods[0];
d.AddConnection(l1, null, 10).Action = new UMLReturnFromMethod(i1.Methods[0]);
string s = PlantUMLGenerator.Create(d);
_ = await UMLSequenceDiagramParser.ReadString(s, new LockedList <UMLClassDiagram>(new[] { cd }), false);
}
public void ClassDiagram1()
{
UMLInterface i1 = new("", "i1", new List <UMLDataType>());
UMLClass class2 = new("", "ns", true, "c1", null, i1);
class2.Properties.Add(new UMLProperty("prop1", i1, UMLVisibility.Public, ListTypes.List, false, false, false));
i1.Methods.Add(new UMLMethod("Method1", new VoidDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType())));
class2.Methods.Add(new UMLMethod(class2, UMLVisibility.Public));
class2.Methods.Add(new UMLMethod("Method1", new IntDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType())));
UMLClassDiagram d = new UMLClassDiagram("test", "");
d.DataTypes.Add(i1);
d.DataTypes.Add(class2);
_ = PlantUMLGenerator.Create(d);
}
public async Task ClassDiagramRead1()
{
UMLInterface i1 = new("", "i1", new List <UMLDataType>());
UMLClass class2 = new("", "ns", true, "c1", null, i1);
class2.Properties.Add(new UMLProperty("prop1", i1, UMLVisibility.Public, ListTypes.List, false, false, false));
i1.Methods.Add(new UMLMethod("Method1", new VoidDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType()),
new UMLParameter("parm2", new BoolDataType()),
new UMLParameter("parm3", new StringDataType(), ListTypes.IReadOnlyCollection)));
class2.Methods.Add(new UMLMethod(class2, UMLVisibility.Public));
class2.Methods.Add(new UMLMethod("Method1", new IntDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType())));
UMLClassDiagram d = new UMLClassDiagram("test", "");
d.DataTypes.Add(i1);
d.DataTypes.Add(class2);
string s = PlantUMLGenerator.Create(d);
_ = await UMLClassDiagramParser.ReadString(s);
}
public void SequenceDiagram1()
{
UMLInterface i1 = new("ns1", "i1", new List <UMLDataType>());
UMLClass class2 = new("", "ns2", true, "c1", null, i1);
i1.Methods.Add(new UMLMethod("Method1", new VoidDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType())));
class2.Methods.Add(new UMLMethod(class2, UMLVisibility.Public));
class2.Methods.Add(new UMLMethod("Method1", new IntDataType(), UMLVisibility.Public, new UMLParameter("parm1", new StringDataType())));
UMLSequenceDiagram d = new("my diagram", "");
UMLSequenceLifeline l1 = new UMLSequenceLifeline("participant", "i1", "i1a", i1.Id, 1);
UMLSequenceLifeline l2 = new UMLSequenceLifeline("participant", "c2", "c2a", class2.Id, 2);
d.LifeLines.Add(l1);
d.LifeLines.Add(l2);
d.AddConnection(null, l1, 3).Action = i1.Methods[0];
d.AddConnection(l1, l2, 4).Action = class2.Methods[0];
d.AddConnection(l2, l1, 5).Action = new UMLReturnFromMethod(class2.Methods[0]);
d.AddConnection(l1, null, 6).Action = new UMLReturnFromMethod(i1.Methods[0]);
_ = PlantUMLGenerator.Create(d);
}
