public void ModelSchema_Entities_Test()
{
var modelSchema = new ModelSchema();
var ctGna = new ModelComplexType()
{
Name = "gna"
};
var etGna = new ModelEntity()
{
Name = "gna", EntityTypeName = "gna"
};
modelSchema.ComplexTypes.Add(ctGna.AsFrozen());
modelSchema.Entities.Add(etGna);
Assert.True(ReferenceEquals(etGna.Owner, modelSchema));
{
var lstGna = modelSchema.FindEntity("gna");
Assert.Equal(1, lstGna.Count);
Assert.True(ReferenceEquals(lstGna.Single(), etGna));
}
{
modelSchema.Freeze();
ctGna.ThrowIfNotFrozen();
}
{
var lstGna = modelSchema.FindEntity("gna");
Assert.Equal(1, lstGna.Count);
Assert.True(ReferenceEquals(lstGna.Single(), etGna));
}
}
public ModelComplexType CreateModelComplexType(
string complexTypeName,
string complexTypeExternalName,
ModelErrors errors)
{
var result = new ModelComplexType {
Name = complexTypeName,
ExternalName = complexTypeExternalName ?? complexTypeName
};
return(this._RulesModelComplexType.HandleRules(result.ExternalName, result, this.GenerateRules));
}
public void ModelSchema_ModelComplexType_Test()
{
var modelSchema = new ModelSchema();
var ctGna = new ModelComplexType()
{
Name = "gna"
};
modelSchema.ComplexTypes.Add(ctGna);
ctGna.Freeze();
Assert.True(ReferenceEquals(ctGna.Owner, modelSchema));
var lstGna = modelSchema.FindComplexType("gna");
Assert.Equal(1, lstGna.Count);
Assert.True(ReferenceEquals(lstGna.Single(), ctGna));
}
