void Dissolve()
{
if (this.ownClass == null)
{
string ownClassName;
string otherClassName;
// Left class
ownClassName = ri.ToString() + "Left";
if (ri.OwnPoly)
{
ownClassName += "Base";
}
otherClassName = ri.ToString() + "Right";
if (ri.OtherPoly)
{
otherClassName += "Base";
}
ownClass = new PersistentClass(ri.OwnPoly && ri.IsAbstract, this.nameSpace, ownClassName, null);
if (ri.UseGuid)
{
ownClass.Attributes.Add("NDOOidType(typeof(Guid))");
}
if (ri.OwnPoly)
{
string ownDerivedName = ri.ToString() + "LeftDerived";
ownDerivedClass = new PersistentClass(false, this.nameSpace, ownDerivedName, ownClass);
if (ri.UseGuid)
{
ownDerivedClass.Attributes.Add("NDOOidType(typeof(Guid))");
}
}
// Right class
otherClass = new PersistentClass(ri.OtherPoly && ri.IsAbstract, this.nameSpace, otherClassName, null);
if (ri.UseGuid)
{
otherClass.Attributes.Add("NDOOidType(typeof(Guid))");
}
if (ri.OtherPoly)
{
string otherDerivedName = ri.ToString() + "RightDerived";
otherDerivedClass = new PersistentClass(false, this.nameSpace, otherDerivedName, otherClass);
if (ri.UseGuid)
{
otherDerivedClass.Attributes.Add("NDOOidType(typeof(Guid))");
}
}
}
}
void GenerateTestGroup(RelInfo ri)
{
fixture = new TestFixture(this.nameSpace, "Test" + ri.ToString());
test = new Test(ri, "RelationTestClasses");
Class ownClass = null;
Class otherClass = null;
if (ri.OwnPoly)
{
ownClass = test.OwnDerivedClass;
}
else
{
ownClass = test.OwnClass;
}
if (ri.OtherPoly)
{
otherClass = test.OtherDerivedClass;
}
else
{
otherClass = test.OtherClass;
}
fixture.Statements.Add(test.OwnClass.Name + " ownVar;");
fixture.Statements.Add(test.OtherClass.Name + " otherVar;"); // always use the base class type
fixture.Statements.Add("PersistenceManager pm;");
fixture.SetUp.Statements.Add("pm = PmFactory.NewPersistenceManager();");
fixture.SetUp.Statements.Add("ownVar = new " + ownClass.Name + "();");
fixture.SetUp.Statements.Add("otherVar = new " + otherClass.Name + "();");
GenerateTearDown(ri);
CreateTests(ri);
this.sw.WriteLine(fixture.ToString());
}
void GenerateTestGroup(RelInfo ri)
{
fixture = new TestFixture(this.nameSpace, "MappingTest" + ri.ToString());
test = new Test(ri, "RelationTestClasses");
fixture.AddField("PersistenceManager", "pm");
fixture.AddField("NDOMapping", "mapping");
fixture.AddField("Class", "ownClass");
fixture.AddField("Class", "otherClass");
if (ri.OwnPoly)
{
fixture.AddField("Class", "ownDerivedClass");
}
if (ri.OtherPoly)
{
fixture.AddField("Class", "otherDerivedClass");
}
fixture.SetUp.Statements.Add("this.pm = PmFactory.NewPersistenceManager();");
fixture.SetUp.Statements.Add("this.mapping = pm.NDOMapping;");
fixture.SetUp.Statements.Add($"this.ownClass = this.mapping.FindClass( \"{test.OwnClass.FullName}\" );");
fixture.SetUp.Statements.Add($"this.otherClass = this.mapping.FindClass( \"{test.OtherClass.FullName}\" );");
if (ri.OwnPoly)
{
fixture.SetUp.Statements.Add($"this.ownDerivedClass = this.mapping.FindClass( \"{test.OwnDerivedClass.FullName}\" );");
}
if (ri.OtherPoly)
{
fixture.SetUp.Statements.Add($"this.otherDerivedClass = this.mapping.FindClass( \"{test.OtherDerivedClass.FullName}\" );");
}
//GenerateTearDown( ri );
CreateTests(ri);
this.sw.WriteLine(fixture.ToString());
}