public void DbAggregator_AllNonNullPrimariesAreWritten()
{
var aggregates = new[]
{
new SinglePrimaryAggregate()
{
Primary = new MyPrimary()
{
Id = 1, Name = "one"
}
},
null,
new SinglePrimaryAggregate()
{
Primary = new MyPrimary()
{
Id = 3, Name = "three"
}
},
};
var accessor = new Mock <IDbAccessor>();
var actual = 0;
accessor.Setup(a => a.WriteEntities(It.IsAny <IEnumerable <IDbEntity> >()))
.Callback <IEnumerable <IDbEntity> >((e) => actual += e.Count());
var sut = new DbAggregator();
sut.WriteAggregates(accessor.Object, aggregates);
Assert.Equal(2, actual);
}
public void DbAggregator_AllMixedForeignsAreSavedAfterUpdate()
{
var aggregates = new[]
{
new MixedForeignsAggregate()
{
Primary = new MyPrimary()
{
Id = 1, Name = "one"
},
Foreign = new MyForeign1(),
Foreigns = new[]
{
new MyForeign2(), new MyForeign2(),
}
},
new MixedForeignsAggregate()
{
Primary = new MyPrimary()
{
Id = 2, Name = "two"
},
Foreign = new MyForeign1(),
Foreigns = new[]
{
new MyForeign2(), new MyForeign2(),
}
},
new MixedForeignsAggregate()
{
Primary = new MyPrimary()
{
Id = 3, Name = "three"
},
Foreign = new MyForeign1(),
Foreigns = new[]
{
new MyForeign2(), new MyForeign2(),
}
},
};
var accessor = new Mock <IDbAccessor>();
var actual = 0;
accessor.Setup(a => a.WriteEntities(It.IsAny <IEnumerable <IDbEntity> >()))
.Callback <IEnumerable <IDbEntity> >((e) => actual += e.Count());
var sut = new DbAggregator();
sut.WriteAggregates(accessor.Object, aggregates);
Assert.NotNull(aggregates.SingleOrDefault(a => a.Foreign.PrimaryId == 1 && a.Foreigns.All(f => f.MyPrimaryId == 1)));
Assert.NotNull(aggregates.SingleOrDefault(a => a.Foreign.PrimaryId == 2 && a.Foreigns.All(f => f.MyPrimaryId == 2)));
Assert.NotNull(aggregates.SingleOrDefault(a => a.Foreign.PrimaryId == 3 && a.Foreigns.All(f => f.MyPrimaryId == 3)));
Assert.Equal(12, actual);
}
public void DbAggregator_AllMultiForeignsAreUpdateAfterPrimariesAreWritten()
{
var aggregates = new[]
{
new EnumerableForeignAggregate()
{
Primary = new MyPrimary()
{
Id = 1, Name = "one"
}, Foreigns = new[]
{
new MyForeign1(), new MyForeign1(),
}
},
new EnumerableForeignAggregate()
{
Primary = new MyPrimary()
{
Id = 2, Name = "two"
}, Foreigns = new[]
{
new MyForeign1(), new MyForeign1(),
}
},
new EnumerableForeignAggregate()
{
Primary = new MyPrimary()
{
Id = 3, Name = "three"
}, Foreigns = new[]
{
new MyForeign1(), new MyForeign1(),
}
},
};
var accessor = new Mock <IDbAccessor>();
var sut = new DbAggregator();
sut.WriteAggregates(accessor.Object, aggregates);
Assert.NotNull(aggregates.SingleOrDefault(a => a.Foreigns.All(f => f.PrimaryId == 1)));
Assert.NotNull(aggregates.SingleOrDefault(a => a.Foreigns.All(f => f.PrimaryId == 2)));
Assert.NotNull(aggregates.SingleOrDefault(a => a.Foreigns.All(f => f.PrimaryId == 3)));
}
public void DbAggregator_AllSingleForeignsAreSavedAfterUpdate()
{
var aggregates = new[]
{
new SingleForeignAggregate()
{
Primary = new MyPrimary()
{
Id = 1, Name = "one"
}, Foreign1 = new MyForeign1()
},
new SingleForeignAggregate()
{
Primary = new MyPrimary()
{
Id = 2, Name = "two"
}, Foreign1 = new MyForeign1()
},
new SingleForeignAggregate()
{
Primary = new MyPrimary()
{
Id = 3, Name = "three"
}, Foreign1 = new MyForeign1()
},
};
var accessor = new Mock <IDbAccessor>();
var actual = 0;
accessor.Setup(a => a.WriteEntities(It.IsAny <IEnumerable <IDbEntity> >()))
.Callback <IEnumerable <IDbEntity> >((e) => actual += e.Count());
var sut = new DbAggregator();
sut.WriteAggregates(accessor.Object, aggregates);
Assert.Equal(6, actual);
}
