protected override void Validate(TraceValidator flow)
{
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <Blueprint>(c.Entity).Id, 0, "Id of property Entity of command 'Create blueprint' has invalid value");
Assert.Null(As <Blueprint>(c.Entity).ToyType, "ToyType of property Entity of command 'Create blueprint' must be null");
Assert.Equal(As <Blueprint>(c.Entity).ToyTypeId, 32, "ToyTypeId of property Entity of command 'Create blueprint' has invalid value");
Assert.Equal(c.EntityType, typeof(Blueprint), "property EntityType of command 'Create blueprint' has invalid value");
Assert.Equal(c.Annotation, @"Create blueprint", "Annotation has invalid value");
}
);
flow.Then <Db, Relate>
(c =>
{
Assert.Equal(As <Blueprint>(c.Primary).Id, 0, "Id of property Primary of command 'Ensure association with toy type' has invalid value");
Assert.Null(As <Blueprint>(c.Primary).ToyType, "ToyType of property Primary of command 'Ensure association with toy type' must be null");
Assert.Equal(As <Blueprint>(c.Primary).ToyTypeId, 32, "ToyTypeId of property Primary of command 'Ensure association with toy type' has invalid value");
Assert.Equal(c.PrimaryType, typeof(Blueprint), "property PrimaryType of command 'Ensure association with toy type' has invalid value");
Assert.Equal(As <ToyType>(c.Secondary).Id, 32, "Id of property Secondary of command 'Ensure association with toy type' has invalid value");
Assert.Equal(As <ToyType>(c.Secondary).Name, @"test type2", "Name of property Secondary of command 'Ensure association with toy type' has invalid value");
Assert.Equal(c.SecondaryType, typeof(ToyType), "property SecondaryType of command 'Ensure association with toy type' has invalid value");
Assert.Equal(c.ForeignKeySpecifier, @"ToyType", "property ForeignKeySpecifier of command 'Ensure association with toy type' has invalid value");
Assert.Equal(c.Annotation, @"Ensure association with toy type", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Add>
(
Add <MeasurementUnit>(x =>
{
if (x.Name != @"Kilograms")
{
return(false);
}
if (x.ShortName != @"kG")
{
return(false);
}
return(true);
}, @"create measurement unit 'Kilograms' (kG)"),
Annotated(@"create measurement unit 'Kilograms' (kG)")
);
flow.Then <Save>();
flow.Then <Update>
(
Update <MeasurementUnit>(new Dictionary <String, Object>()
{
{ @"Name", @"Kilo" }, { @"ShortName", @"kg" }
}, @"")
);
flow.Then <Save>();
flow.Then <DeletePk>
(
DeleteByPK <MeasurementUnit>(@"remove measurement unit#109", 109),
Annotated(@"remove measurement unit#109")
);
flow.Then <Save>();
flow.TheEnd();
}
private static ExpectedTrace NormalizeTrace(ExpectedTrace expectedTrace)
{
ExpectedTrace tempTrace = new ExpectedTrace(expectedTrace);
TraceValidator.NormalizeExpectedTrace(tempTrace.Trace);
return(tempTrace);
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <MeasurementUnit>(c.Entity).Id, 0, "Id of property Entity of command 'create measurement unit 'Kilograms' (kG)' has invalid value");
Assert.Equal(As <MeasurementUnit>(c.Entity).ShortName, @"kG", "ShortName of property Entity of command 'create measurement unit 'Kilograms' (kG)' has invalid value");
Assert.Equal(As <MeasurementUnit>(c.Entity).Name, @"Kilograms", "Name of property Entity of command 'create measurement unit 'Kilograms' (kG)' has invalid value");
Assert.Equal(c.EntityType, typeof(MeasurementUnit), "property EntityType of command 'create measurement unit 'Kilograms' (kG)' has invalid value");
Assert.Equal(c.Annotation, @"create measurement unit 'Kilograms' (kG)", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, UpdatePk>
(c =>
{
Assert.Collection(c.KeyValues, "property KeyValues of command UpdatePk must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 29, "item #0 of property KeyValues of command UpdatePk has invalid value");
});
Assert.Equal(c.EntityType, typeof(MeasurementUnit), "property EntityType of command UpdatePk has invalid value");
Assert.Equal(c.UpdateValuesStringKeys.Count, 2, "property UpdateValuesStringKeys of command UpdatePk has invalid size");
Assert.Equal(c.UpdateValuesStringKeys[@"Name"], @"Kilo", "value for Name in property UpdateValuesStringKeys of command UpdatePk has invalid value");
Assert.Equal(c.UpdateValuesStringKeys[@"ShortName"], @"kg", "value for ShortName in property UpdateValuesStringKeys of command UpdatePk has invalid value");
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, DeletePk>
(c =>
{
Assert.Equal(c.EntityType, typeof(MeasurementUnit), "property EntityType of command 'remove measurement unit#29' has invalid value");
Assert.Collection(c.KeyValues, "property KeyValues of command 'remove measurement unit#29' must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 29, "item #0 of property KeyValues of command 'remove measurement unit#29' has invalid value");
});
Assert.Equal(c.Annotation, @"remove measurement unit#29", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Add>
(
Add <MeasurementUnit>(x =>
{
if (x.Name != @"Kilograms")
{
return(false);
}
if (x.ShortName != @"kG")
{
return(false);
}
return(true);
}, @"create measurement unit 'Kilograms' (kG)"),
Annotated(@"create measurement unit 'Kilograms' (kG)")
);
flow.Then <Save>();
flow.Then <Update>
(
Update <MeasurementUnit>(x =>
{
if (x.Name != @"Kilo")
{
return(false);
}
if (x.ShortName != @"kg")
{
return(false);
}
if (x.Id != 42)
{
return(false);
}
return(true);
}, @"")
);
flow.Then <Save>();
flow.Then <DeletePk>
(
DeleteByPK <MeasurementUnit>(@"remove measurement unit#42", 42),
Annotated(@"remove measurement unit#42")
);
flow.Then <Save>();
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Add>
(
Add <ToyType>(x =>
{
if (x.Name != @"test type")
{
return(false);
}
return(true);
}, @"Create new toy type"),
Annotated(@"Create new toy type")
);
flow.Then <Save>();
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <ToyType>(c.Entity).Id, 0, "Id of property Entity of command 'Create new toy type' has invalid value");
Assert.Equal(As <ToyType>(c.Entity).Name, @"test type2", "Name of property Entity of command 'Create new toy type' has invalid value");
Assert.Equal(c.EntityType, typeof(ToyType), "property EntityType of command 'Create new toy type' has invalid value");
Assert.Equal(c.Annotation, @"Create new toy type", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Add>
(
Add <MeasurementUnit>(x =>
{
if (x.Name != @"Kilograms")
{
return(false);
}
if (x.ShortName != @"kG")
{
return(false);
}
return(true);
}, @"create measurement unit 'Kilograms' (kG)"),
Annotated(@"create measurement unit 'Kilograms' (kG)")
);
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Add>
(
Add <Blueprint>(x =>
{
if (x.ToyTypeId != 1002)
{
return(false);
}
return(true);
}, @"Create blueprint"),
Annotated(@"Create blueprint")
);
flow.Then <Relate>
(
Annotated(@"Ensure association with toy type")
);
flow.Then <Save>();
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <ToyType>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Equal(As <ToyType>(c.Entity).Name, @"Test Toy Type 1", "Name of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(ToyType), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"Create new toy type", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <ToyType>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Equal(As <ToyType>(c.Entity).Name, @"Test Toy Type 2", "Name of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(ToyType), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"Create new toy type", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <Blueprint>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Null(As <Blueprint>(c.Entity).ToyType, "ToyType of added entity must be null");
Assert.Equal(As <Blueprint>(c.Entity).ToyTypeId, 43, "ToyTypeId of added entity has invalid value");
Assert.Equal(As <Blueprint>(c.Entity).Name, @"test", "Name of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(Blueprint), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, UpdatePk>
(c =>
{
Assert.Collection(c.KeyValues, "primary key must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 7, "item #0 of primary key has invalid value");
});
Assert.Equal(c.EntityType, typeof(Blueprint), "type of entity to update has invalid value");
Assert.Equal(c.UpdateValuesStringKeys.Count, 1, "updated values has invalid size");
Assert.Equal(As <Int32>(c.UpdateValuesStringKeys[@"ToyTypeId"]), 44, "value for ToyTypeId in updated values has invalid value");
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, DeletePk>
(c =>
{
Assert.Equal(c.EntityType, typeof(Blueprint), "type of entity to delete has invalid value");
Assert.Collection(c.KeyValues, "primary key must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 7, "item #0 of primary key has invalid value");
});
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, DeletePk>
(c =>
{
Assert.Equal(c.EntityType, typeof(ToyType), "type of entity to delete has invalid value");
Assert.Collection(c.KeyValues, "primary key must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 43, "item #0 of primary key has invalid value");
});
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, DeletePk>
(c =>
{
Assert.Equal(c.EntityType, typeof(ToyType), "type of entity to delete has invalid value");
Assert.Collection(c.KeyValues, "primary key must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 44, "item #0 of primary key has invalid value");
});
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Add>
(
Add <MeasurementUnit>(x =>
{
if (x.Name != @"Kilograms")
{
return(false);
}
if (x.ShortName != @"kG")
{
return(false);
}
return(true);
}, @"create measurement unit 'Kilograms' (kG)"),
Annotated(@"create measurement unit 'Kilograms' (kG)")
);
flow.Then <Save>();
flow.Then <Add>
(
Add <Resource>(x =>
{
if (x.MeasurementUnitId != 103)
{
return(false);
}
if (x.StockQuantity != 0)
{
return(false);
}
if (x.Name != @"resource1")
{
return(false);
}
return(true);
}, @"new resource resource1"),
Annotated(@"new resource resource1")
);
flow.Then <Add>
(
Add <Resource>(x =>
{
if (x.MeasurementUnitId != 103)
{
return(false);
}
if (x.StockQuantity != 0)
{
return(false);
}
if (x.Name != @"resource2")
{
return(false);
}
return(true);
}, @"new resource resource2"),
Annotated(@"new resource resource2")
);
flow.Then <Add>
(
Add <Resource>(x =>
{
if (x.MeasurementUnitId != 103)
{
return(false);
}
if (x.StockQuantity != 0)
{
return(false);
}
if (x.Name != @"resource3")
{
return(false);
}
return(true);
}, @"new resource resource3"),
Annotated(@"new resource resource3")
);
flow.Then <Save>();
flow.Then <Add>
(
Add <ResourceSupply>(x =>
{
if (x.ItemsCount != 0)
{
return(false);
}
if (x.Status != ResourceSupplyStatus.Open)
{
return(false);
}
//if (x.CreationDate != new DateTime(2020, 8, 31, 6, 16, 5, 232, DateTimeKind.Utc)) return false;
if (x.Name != @"Supply1")
{
return(false);
}
return(true);
}, @"add resource supply"),
Annotated(@"add resource supply")
);
flow.Then <Relate>();
flow.Then <Add>
(
Add <ResourceSupplyItem>(x =>
{
if (x.Quantity != 10)
{
return(false);
}
if (x.ResourceSupplyId != 0)
{
return(false);
}
if (x.ResourceId != 181)
{
return(false);
}
return(true);
}, @"add resource supply item"),
Annotated(@"add resource supply item")
);
flow.Then <Relate>();
flow.Then <Add>
(
Add <ResourceSupplyItem>(x =>
{
if (x.Quantity != 10)
{
return(false);
}
if (x.ResourceSupplyId != 0)
{
return(false);
}
if (x.ResourceId != 182)
{
return(false);
}
return(true);
}, @"add resource supply item"),
Annotated(@"add resource supply item")
);
flow.Then <Relate>();
flow.Then <Add>
(
Add <ResourceSupplyItem>(x =>
{
if (x.Quantity != 10)
{
return(false);
}
if (x.ResourceSupplyId != 0)
{
return(false);
}
if (x.ResourceId != 183)
{
return(false);
}
return(true);
}, @"add resource supply item"),
Annotated(@"add resource supply item")
);
flow.Then <Save>();
flow.Then <Sql>
(
SqlCommand(@"UPDATE [r] SET [r].[ItemsCount] = (SELECT COUNT(*) FROM [ResourceSupplyItem] [item]
WHERE [item].[ResourceSupplyId] = {0}) FROM [ResourceSupply] [r]
"),
SqlParameters(46)
);
flow.Then <Save>();
flow.Then <Sql>
(
SqlCommand(@"
UPDATE [res]
SET [res].[StockQuantity] = ([res].[StockQuantity] + [item].[Quantity])
FROM [Resource] [res]
INNER JOIN [ResourceSupplyItem] [item]
ON [item].[ResourceId] = [res].[Id]
WHERE [item].[ResourceSupplyId] = {0}
"),
SqlParameters(46)
);
flow.Then <Sql>
(
SqlCommand(@"UPDATE [r] SET [r].[Status] = {0} FROM [ResourceSupply] [r]
WHERE [r].[Id] = {1}"),
SqlParameters(4, 46)
);
flow.Then <Save>();
flow.TheEnd();
}
protected override void Validate(TraceValidator flow)
{
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <MeasurementUnit>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Equal(As <MeasurementUnit>(c.Entity).ShortName, @"kG", "ShortName of added entity has invalid value");
Assert.Equal(As <MeasurementUnit>(c.Entity).Name, @"Kilograms", "Name of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(MeasurementUnit), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"create measurement unit 'Kilograms' (kG)", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <Resource>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).Name, @"resource1", "Name of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).StockQuantity, 0, "StockQuantity of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).MeasurementUnitId, 55, "MeasurementUnitId of added entity has invalid value");
Assert.Null(As <Resource>(c.Entity).MeasurementUnit, "MeasurementUnit of added entity must be null");
Assert.Equal(c.EntityType, typeof(Resource), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"new resource resource1", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <Resource>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).Name, @"resource2", "Name of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).StockQuantity, 0, "StockQuantity of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).MeasurementUnitId, 55, "MeasurementUnitId of added entity has invalid value");
Assert.Null(As <Resource>(c.Entity).MeasurementUnit, "MeasurementUnit of added entity must be null");
Assert.Equal(c.EntityType, typeof(Resource), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"new resource resource2", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <Resource>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).Name, @"resource3", "Name of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).StockQuantity, 0, "StockQuantity of added entity has invalid value");
Assert.Equal(As <Resource>(c.Entity).MeasurementUnitId, 55, "MeasurementUnitId of added entity has invalid value");
Assert.Null(As <Resource>(c.Entity).MeasurementUnit, "MeasurementUnit of added entity must be null");
Assert.Equal(c.EntityType, typeof(Resource), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"new resource resource3", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <ResourceSupply>(c.Entity).Name, @"Supply1", "Name of added entity has invalid value");
Assert.Equal(As <ResourceSupply>(c.Entity).CreationDate, new DateTime(2022, 1, 11, 0, 27, 24, 967, DateTimeKind.Utc), "CreationDate of added entity has invalid value");
Assert.Equal(As <ResourceSupply>(c.Entity).Status, ResourceSupplyStatus.Open, "Status of added entity has invalid value");
Assert.Equal(As <ResourceSupply>(c.Entity).ItemsCount, 0, "ItemsCount of added entity has invalid value");
Assert.Equal(As <ResourceSupply>(c.Entity).Id, 0, "Id of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(ResourceSupply), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"add resource supply", "Annotation has invalid value");
}
);
flow.Then <Db, Relate>
(c =>
{
Assert.Equal(As <ResourceSupplyItem>(c.Primary).ResourceId, 157, "ResourceId of property Primary of command Relate has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Primary).Resource, "Resource of property Primary of command Relate must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Primary).ResourceSupplyId, 0, "ResourceSupplyId of property Primary of command Relate has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Primary).ResourceSupply, "ResourceSupply of property Primary of command Relate must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Primary).Quantity, 10, "Quantity of property Primary of command Relate has invalid value");
Assert.Equal(c.PrimaryType, typeof(ResourceSupplyItem), "property PrimaryType of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Name, @"Supply1", "Name of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).CreationDate, new DateTime(2022, 1, 11, 0, 27, 24, 967, DateTimeKind.Utc), "CreationDate of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Status, ResourceSupplyStatus.Open, "Status of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).ItemsCount, 0, "ItemsCount of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Id, 0, "Id of property Secondary of command Relate has invalid value");
Assert.Equal(c.SecondaryType, typeof(ResourceSupply), "property SecondaryType of command Relate has invalid value");
Assert.Equal(c.ForeignKeySpecifier, @"ResourceSupply", "property ForeignKeySpecifier of command Relate has invalid value");
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <ResourceSupplyItem>(c.Entity).ResourceId, 157, "ResourceId of added entity has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Entity).Resource, "Resource of added entity must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Entity).ResourceSupplyId, 0, "ResourceSupplyId of added entity has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Entity).ResourceSupply, "ResourceSupply of added entity must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Entity).Quantity, 10, "Quantity of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(ResourceSupplyItem), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"add resource supply item", "Annotation has invalid value");
}
);
flow.Then <Db, Relate>
(c =>
{
Assert.Equal(As <ResourceSupplyItem>(c.Primary).ResourceId, 158, "ResourceId of property Primary of command Relate has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Primary).Resource, "Resource of property Primary of command Relate must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Primary).ResourceSupplyId, 0, "ResourceSupplyId of property Primary of command Relate has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Primary).ResourceSupply, "ResourceSupply of property Primary of command Relate must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Primary).Quantity, 10, "Quantity of property Primary of command Relate has invalid value");
Assert.Equal(c.PrimaryType, typeof(ResourceSupplyItem), "property PrimaryType of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Name, @"Supply1", "Name of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).CreationDate, new DateTime(2022, 1, 11, 0, 27, 24, 967, DateTimeKind.Utc), "CreationDate of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Status, ResourceSupplyStatus.Open, "Status of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).ItemsCount, 0, "ItemsCount of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Id, 0, "Id of property Secondary of command Relate has invalid value");
Assert.Equal(c.SecondaryType, typeof(ResourceSupply), "property SecondaryType of command Relate has invalid value");
Assert.Equal(c.ForeignKeySpecifier, @"ResourceSupply", "property ForeignKeySpecifier of command Relate has invalid value");
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <ResourceSupplyItem>(c.Entity).ResourceId, 158, "ResourceId of added entity has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Entity).Resource, "Resource of added entity must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Entity).ResourceSupplyId, 0, "ResourceSupplyId of added entity has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Entity).ResourceSupply, "ResourceSupply of added entity must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Entity).Quantity, 10, "Quantity of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(ResourceSupplyItem), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"add resource supply item", "Annotation has invalid value");
}
);
flow.Then <Db, Relate>
(c =>
{
Assert.Equal(As <ResourceSupplyItem>(c.Primary).ResourceId, 159, "ResourceId of property Primary of command Relate has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Primary).Resource, "Resource of property Primary of command Relate must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Primary).ResourceSupplyId, 0, "ResourceSupplyId of property Primary of command Relate has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Primary).ResourceSupply, "ResourceSupply of property Primary of command Relate must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Primary).Quantity, 10, "Quantity of property Primary of command Relate has invalid value");
Assert.Equal(c.PrimaryType, typeof(ResourceSupplyItem), "property PrimaryType of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Name, @"Supply1", "Name of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).CreationDate, new DateTime(2022, 1, 11, 0, 27, 24, 967, DateTimeKind.Utc), "CreationDate of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Status, ResourceSupplyStatus.Open, "Status of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).ItemsCount, 0, "ItemsCount of property Secondary of command Relate has invalid value");
Assert.Equal(As <ResourceSupply>(c.Secondary).Id, 0, "Id of property Secondary of command Relate has invalid value");
Assert.Equal(c.SecondaryType, typeof(ResourceSupply), "property SecondaryType of command Relate has invalid value");
Assert.Equal(c.ForeignKeySpecifier, @"ResourceSupply", "property ForeignKeySpecifier of command Relate has invalid value");
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Add>
(c =>
{
Assert.Equal(As <ResourceSupplyItem>(c.Entity).ResourceId, 159, "ResourceId of added entity has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Entity).Resource, "Resource of added entity must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Entity).ResourceSupplyId, 0, "ResourceSupplyId of added entity has invalid value");
Assert.Null(As <ResourceSupplyItem>(c.Entity).ResourceSupply, "ResourceSupply of added entity must be null");
Assert.Equal(As <ResourceSupplyItem>(c.Entity).Quantity, 10, "Quantity of added entity has invalid value");
Assert.Equal(c.EntityType, typeof(ResourceSupplyItem), "type of added entity has invalid value");
Assert.Equal(c.Annotation, @"add resource supply item", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Sql>
(c =>
{
Assert.Equal(c.QueryText, @"UPATE [r] SET [r].[ItemsCount] = (SELECT COUNT(*) FROM [ResourceSupplyItem] [item]
WHERE [item].[ResourceSupplyId] = {0}) FROM [ResourceSupply] [r]", "query text has invalid value");
Assert.Collection(c.QueryParameters, "query parameters collection must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 22, "item #0 of query parameters collection has invalid value");
});
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Sql>
(c =>
{
Assert.Equal(c.QueryText, @"UPDATE [res]
SET [res].[StockQuantity] = ([res].[StockQuantity] + [item].[Quantity])
FROM [Resource] [res]
INNER JOIN [ResourceSupplyItem] [item]
ON [item].[ResourceId] = [res].[Id]
WHERE [item].[ResourceSupplyId] = {0}", "query text has invalid value");
Assert.Collection(c.QueryParameters, "query parameters collection must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 22, "item #0 of query parameters collection has invalid value");
});
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <Db, Sql>
(c =>
{
Assert.Equal(c.QueryText, @"UPDATE [r] SET [r].[Status] = {0} FROM [ResourceSupply] [r]
WHERE [r].[Id] = {1}", "query text has invalid value");
Assert.Collection(c.QueryParameters, "query parameters collection must be composed correctly", r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 4, "item #0 of query parameters collection has invalid value");
}, r0_0 =>
{
Assert.Equal(As <Int32>(r0_0), 22, "item #0 of query parameters collection has invalid value");
});
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.Then <NoChannel, Save>
(c =>
{
Assert.Equal(c.Annotation, @"", "Annotation has invalid value");
}
);
flow.TheEnd();
}
