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From an individually customized web site, Windows Phone 7 users will be able to see the location of their phones using Bing maps.

function EndRequestHandler(sender, args) { var errorMessage = args.get_error().message; alert(errorMessage); }

All database engines are supposed to provide built-in support for transactions. Transactions that are restricted to only a single resource or database are known as local transactions. Local transactions can be in one of the following four transaction modes: Autocommit Transactions Autocommit mode is the default transaction management mode of SQL Server. Every T-SQL statement is committed or rolled back when it is completed. If a statement completes successfully, it is committed; if it encounters any errors, it is bound to roll back. A SQL Server connection operates in autocommit mode whenever this default mode has not been overridden by any type transactions. Explicit Transactions Explicit transactions are those in which you explicitly control when the transaction begins and when it ends. Prior to SQL Server 2000, explicit transactions were also called user-defined or user-specified transactions. T-SQL scripts for this mode use the BEGIN TRANSACTION, COMMIT TRANSACTION, and ROLLBACK TRANSACTION statements. Explicit transaction mode lasts only for the duration of the transaction. When the transaction ends, the connection returns to the transaction mode it was in before the explicit transaction was started. Implicit Transactions When you connect to a database using SQL Server Management Studio Express and execute a DML query, the changes are automatically saved. This occurs because, by default, the connection is in autocommit transaction mode. If you want no changes to be committed unless you explicitly indicate so, you need to set the connection to implicit transaction mode. You can set the database connection to implicit transaction mode by using SET IMPLICIT _TRANSACTIONS ON|OFF. After implicit transaction mode has been set to ON for a connection, SQL Server automatically starts a transaction when it first executes any of the following statements: ALTER TABLE, CREATE, DELETE, DROP, FETCH, GRANT, INSERT, OPEN, REVOKE, SELECT, TRUNCATE TABLE, and UPDATE.

BizTalk supports the notion of completing small units of work following the Atomicity, Consistency, Isolation, and Durability (ACID) transaction model. The Atomic Scope shape implements the ACID transaction model. Atomic scopes are the most flexible and restrictive of the transaction models in BizTalk. The use of an atomic scope within BizTalk ensures that a group of steps either succeeds or fails together. The following instructions outline the steps required to create and configure an atomic scope. 1. 2. 3. Open the project containing the orchestration that will contain the atomic scope transaction. Verify the Transaction Type property of the orchestration is set to Long Running. This is required for orchestrations containing atomic scopes. Select and drag the Scope shape from the BizTalk Orchestrations section of the toolbox to the appropriate location within the orchestration.

// This class will handle the event. ref class EventReceiver { public: // event handler for Start event void OnMyEvent(Object^ sender, EventArgs^ args) { Console::WriteLine("My Event"); } void SetUpToReceive(EventSender^ sender) { // Add the event handler. sender->MyEvent += gcnew EventHandler(this, &EventReceiver::OnMyEvent); } };

are not applied until the privilege block is referenced in the profile. This is done by enclosing the defined name on it s own line enclosed in parenthesis: