public static IEnumerable <object[]> Loop_Self()
{
Specification <LoopClassA> specification = null;
specification = c => c.AsModel(specification);
var model1 = new LoopClassA();
model1.A = model1;
yield return(new object[] { "self", specification, model1, "", "", typeof(LoopClassA) });
}
public static IEnumerable <object[]> Loop_Simple()
{
Specification <LoopClassA> specificationA = null;
Specification <LoopClassB> specificationB = null;
Specification <LoopClassC> specificationC = null;
specificationA = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB);
specificationB = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB)
.Member(m => m.C, specificationC);
specificationC = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB)
.Member(m => m.C, specificationC);
var model1 = new LoopClassA()
{
B = new LoopClassB()
};
model1.B.A = model1;
yield return(new object[] { "simple", specificationA, model1, "", "B.A", typeof(LoopClassA) });
var model2 = new LoopClassA()
{
A = new LoopClassA()
{
A = new LoopClassA()
{
A = new LoopClassA(),
B = new LoopClassB()
},
B = new LoopClassB()
{
A = new LoopClassA(),
B = new LoopClassB()
}
},
B = new LoopClassB()
};
model2.B.A = model2;
yield return(new object[] { "simple_withSides", specificationA, model2, "", "B.A", typeof(LoopClassA) });
var model3 = new LoopClassA()
{
A = new LoopClassA()
{
A = new LoopClassA()
{
A = new LoopClassA(),
B = new LoopClassB()
},
B = new LoopClassB()
{
A = new LoopClassA(),
B = new LoopClassB()
}
}
};
model3.A.B.A.B = model3.A.B;
yield return(new object[] { "simple_nested", specificationA, model3, "A.B", "A.B.A.B", typeof(LoopClassB) });
var model4 = new LoopClassA()
{
B = new LoopClassB()
{
C = new LoopClassC()
{
A = new LoopClassA()
{
B = new LoopClassB()
{
C = new LoopClassC()
{
A = new LoopClassA()
{
B = new LoopClassB()
}
}
}
}
}
}
};
model4.B.C.A.B.C.A.B.C = model4.B.C;
yield return(new object[] { "simple_manyClasses", specificationA, model4, "B.C", "B.C.A.B.C.A.B.C", typeof(LoopClassC) });
}
public static IEnumerable <object[]> Loop_ThroughTypes()
{
Specification <LoopClassA> specificationA = null;
Specification <LoopClassB> specificationB = null;
Specification <LoopClassC> specificationC = null;
Specification <LoopStructD> specificationD = null;
Specification <LoopStructE> specificationE = null;
specificationA = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB);
specificationB = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB)
.Member(m => m.CollectionA, m => m.Optional().AsCollection(specificationA))
.Member(m => m.C, specificationC)
.Member(m => m.FieldC, specificationC)
.Member(m => m.D, specificationD)
.Member(m => m.CollectionD, m => m.Optional().AsCollection(specificationD))
.Member(m => m.NullableD, m => m.Optional().AsNullable(specificationD))
.Member(m => m.CollectionNullableD, m => m.Optional().AsCollection(m1 => m1.Optional().AsNullable(specificationD)));
specificationC = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB)
.Member(m => m.C, specificationC);
specificationD = c => c
.Member(m => m.A, specificationA)
.Member(m => m.E, specificationE)
.Member(m => m.NullableE, m => m.Optional().AsNullable(specificationE));
specificationE = c => c
.Member(m => m.A, specificationA);
var model1 = new LoopClassA()
{
B = new LoopClassB()
};
model1.B.A = model1;
yield return(new object[] { "types_class", specificationA, model1, "", "B.A", typeof(LoopClassA) });
var model2 = new LoopClassA()
{
B = new LoopClassB()
{
D = new LoopStructD()
}
};
model2.B.D.A = model2;
yield return(new object[] { "types_struct", specificationA, model2, "", "B.D.A", typeof(LoopClassA) });
var model3 = new LoopClassA()
{
B = new LoopClassB()
{
NullableD = new LoopStructD()
{
A = new LoopClassA()
}
}
};
model3.B.NullableD.Value.A.B = model3.B;
yield return(new object[] { "types_nullable", specificationA, model3, "B", "B.NullableD.A.B", typeof(LoopClassB) });
var model4 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA(),
new LoopClassA(),
null,
new LoopClassA(),
}
}
};
model4.B.CollectionA[2] = model4;
yield return(new object[] { "types_collection", specificationA, model4, "", "B.CollectionA.#2", typeof(LoopClassA) });
var model5 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionD = new[]
{
new LoopStructD(),
new LoopStructD(),
new LoopStructD(),
new LoopStructD(),
new LoopStructD()
{
A = new LoopClassA()
}
},
}
};
model5.B.CollectionD[4].A.B = model5.B;
yield return(new object[] { "types_collection_structs", specificationA, model5, "B", "B.CollectionD.#4.A.B", typeof(LoopClassB) });
var model6 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionNullableD = new LoopStructD?[]
{
new LoopStructD()
{
A = new LoopClassA()
}
},
}
};
model6.B.CollectionNullableD[0].Value.A.B = model6.B;
yield return(new object[] { "types_collection_nullables", specificationA, model6, "B", "B.CollectionNullableD.#0.A.B", typeof(LoopClassB) });
}
public static IEnumerable <object[]> Loop_ThroughIndexes()
{
Specification <LoopClassA> specificationA = null;
Specification <LoopClassB> specificationB = null;
specificationA = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB);
specificationB = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB)
.Member(m => m.CollectionA, m => m.AsCollection(specificationA));
var model1 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA(),
new LoopClassA()
{
B = new LoopClassB()
{
}
}
}
}
};
model1.B.CollectionA[1].B.A = model1.B.CollectionA[1];
yield return(new object[] { "indexes_same_amount", specificationA, model1, "B.CollectionA.#1", "B.CollectionA.#1.B.A", typeof(LoopClassA) });
var model2 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA(),
new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA()
{
B = new LoopClassB()
{
}
}
}
}
}
}
}
};
model2.B.CollectionA[1].B.CollectionA[0].B.A = model2.B.CollectionA[1].B.CollectionA[0];
yield return(new object[] { "indexes_same_amount_nested", specificationA, model2, "B.CollectionA.#1.B.CollectionA.#0", "B.CollectionA.#1.B.CollectionA.#0.B.A", typeof(LoopClassA) });
var model3 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA(),
new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA()
{
B = new LoopClassB()
{
A = new LoopClassA()
}
}
}
}
}
}
}
};
model3.B.CollectionA[1].B.CollectionA[0].B.A.B = model3.B.CollectionA[1].B.CollectionA[0].B;
yield return(new object[] { "indexes_same_amount_nested_member", specificationA, model3, "B.CollectionA.#1.B.CollectionA.#0.B", "B.CollectionA.#1.B.CollectionA.#0.B.A.B", typeof(LoopClassB) });
var model4 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA(),
new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA()
{
B = new LoopClassB()
{
A = new LoopClassA()
}
}
}
}
}
}
}
};
model4.B.CollectionA[1].B.CollectionA[0].B.A.B = model4.B.CollectionA[1].B;
yield return(new object[] { "indexes_one_between", specificationA, model4, "B.CollectionA.#1.B", "B.CollectionA.#1.B.CollectionA.#0.B.A.B", typeof(LoopClassB) });
var model5 = new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA(),
new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA()
{
B = new LoopClassB()
{
CollectionA = new[]
{
new LoopClassA(),
new LoopClassA(),
new LoopClassA()
{
B = new LoopClassB()
{
A = new LoopClassA()
}
}
}
}
}
}
}
}
}
}
};
model5.B.CollectionA[1].B.CollectionA[0].B.CollectionA[2].B = model5.B.CollectionA[1].B;
yield return(new object[] { "indexes_two_between", specificationA, model5, "B.CollectionA.#1.B", "B.CollectionA.#1.B.CollectionA.#0.B.CollectionA.#2.B", typeof(LoopClassB) });
}
public static IEnumerable <object[]> Loop_ThroughMembers()
{
Specification <LoopClassA> specificationA = null;
Specification <LoopClassB> specificationB = null;
Specification <LoopClassC> specificationC = null;
Specification <LoopStructD> specificationD = null;
specificationA = c => c
.Optional()
.Member(m => m.A, specificationA)
.Member(m => m.B, specificationB);
specificationB = c => c
.Optional()
.Member(m => m.FieldC, specificationC)
.Member(m => m.D, specificationD)
.Member(m => m.B, specificationB);
specificationC = c => c
.Optional()
.Member(m => m.B, specificationB);
specificationD = c => c
.Member(m => m.A, specificationA);
var model1 = new LoopClassA();
model1.A = model1;
yield return(new object[] { "self_member", specificationA, model1, "", "A", typeof(LoopClassA) });
var model2 = new LoopClassA
{
A = new LoopClassA()
{
A = new LoopClassA()
{
A = new LoopClassA()
}
}
};
model2.A.A.A = model2.A;
yield return(new object[] { "self_memberNested", specificationA, model2, "A", "A.A.A", typeof(LoopClassA) });
var model3 = new LoopClassA
{
B = new LoopClassB()
{
D = new LoopStructD()
}
};
model3.B.D.A = model3;
yield return(new object[] { "self_fieldStruct", specificationA, model3, "", "B.D.A", typeof(LoopClassA) });
var model4 = new LoopClassA
{
B = new LoopClassB()
{
FieldC = new LoopClassC()
}
};
model4.B.FieldC.B = model4.B;
yield return(new object[] { "self_fieldClass", specificationA, model4, "B", "B.FieldC.B", typeof(LoopClassB) });
}
