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Create Procedure prListOrdersScheduledForToday -- List Orders with status = 1 scheduled for today As set nocount on SELECT [Order].OrderId, [Order].OrderDate, Contact.FirstName + ' ' + Contact.LastName [Ordered By], Location.Location, [Order].Note, OrderType.OrderType, OrgUnit.OrgUnit, Contact1.FirstName + ' ' + Contact1.LastName AS [Assigned To] FROM [Order] INNER JOIN Contact ON [Order].RequestedById = Contact.ContactId INNER JOIN OrderType ON [Order].OrderTypeId = OrderType.OrderTypeId INNER JOIN Location ON [Order].DestinationLocationId = Location.LocationId INNER JOIN OrgUnit ON [Order].VendorOrgUnitId = OrgUnit.OrgUnitId AND Contact.OrgUnitId = OrgUnit.OrgUnitId INNER JOIN Contact Contact1 ON [Order].AssignedToId = Contact1.ContactId WHERE [Order].TargetDate Between Convert(varchar, GETDATE(), 101) AND Convert(varchar, DateAdd(d, 1, GETDATE()), 101) AND ([Order].OrderStatusid = 1) return

In some cases, the system design requirements might call for cascading deletes, which automatically delete records from the linked table when the record in the referenced table is deleted. In this case only, one command will be required to delete any trace of an asset with its InventoryId set to 222.

SQL Server 2000 introduces cascading referential integrity constraints that can implement such behavior. In SQL Server 7.0 and earlier versions, developers needed to use triggers to implement it. In the following example, we create two new tables (without a foreign key), populate them with a few records, and create a trigger that will implement a cascading delete:

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Create Table MyInventory ( Inventoryid int Not Null Identity (1, 1), EquipmentId int Null, LocationId int Null, StatusId tinyint Null, LeaseId int Null, LeaseScheduleId int Null, OwnerId int Null, Rent smallmoney Null, Lease smallmoney Null, Cost smallmoney Null, AcquisitionTypeID tinyint Null ) Go Alter Table MyInventory Add Constraint PK_Inventory Primary Key Nonclustered ( Inventoryid ) Go Create Table MyInventoryProperty ( InventoryId int Not Null, PropertyId smallint Not Null, Value varchar(50) Null ) Go Alter Table MyInventoryProperty Add Constraint

9:

PK_InventoryProperty Primary Key Nonclustered ( InventoryId, PropertyId ) Go Create Trigger trMyInventory_CascadingDelete_D On MyInventory After Delete As If @@Rowcount = 0 Return Delete MyInventoryProperty where InventoryId In (Select InventoryID from deleted) Go Insert into myInventory(EquipmentId) Values (1) Insert into myInventory(EquipmentId) Values (2) Insert into myInventory(EquipmentId) Values (3) Insert into myInventory(EquipmentId) Values (4) Insert into myInventory(EquipmentId) Values (5) Insert into myInventoryProperty(InventoryId, PropertyId, Value) Values (1, 1, 'ACME') Insert into myInventoryProperty(InventoryId, PropertyId, Value) Values (1, 2, 'Turbo') Insert into myInventoryProperty(InventoryId, PropertyId, Value) Values (1, 3, '311') Insert into myInventoryProperty(InventoryId, PropertyId, Value) Values (2, 1, 'ACME') Insert into myInventoryProperty(InventoryId, PropertyId, Value) Values (2, 2, 'TurboPro') Insert into myInventoryProperty(InventoryId, PropertyId, Value) Values (2, 3, '312') Go --For delete

Since SQL Server 2000 has a table data type, it is possible to design a user-defined function that returns a table. The primary use of table-valued user-defined functions is similar to the use of views. However, these functions are far more flexible and provide additional functionality. You can use a table-valued user-defined function anywhere you can use a table (or view). In this respect, table-valued user-defined functions implement the functionality of views, but functions can have parameters, and therefore are dynamic. Views are also limited to a single Select statement. Functions can have one or more Transact-SQL statements inside, enabling them to implement more complex functionality. That is why functions of this type are often referred to as multistatement table-valued user-defined functions. Stored procedures can also return a result set, but the use of such result sets is somewhat limited. For example, only a result set returned by a function (and not a stored procedure) can be referenced in the From clause of a Select statement. To demonstrate this functionality, the following Select statement references the user-defined function fnDueDays(), which returns a list of lease payment due dates. The statement returns a list of remaining payments and due dates.

Delete MyInventory Where InventoryId = 1 Select * from myInventory Select * from myInventoryProperty

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