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The Log Reader Agent reads committed transactions and their constituent singleton commands in the log and writes them to the distribution database as the constituent commands. Details about the transaction are written to MSrepl_transactions along with details about the constituent commands. The Distribution Agent wakes up (if scheduled) or polls (if running continuously) and reads the last applied transaction on the subscription database for that publication. It then reads MSrepl_transactions on the distribution database and applies the corresponding commands for that transaction it finds in MSrepl_commands one by one on the Subscriber. Transactions are committed to the database depending on the settings of the BatchCommitSize and BatchCommitThreshold settings for the Distribution Agent. We ll talk about these settings later. Key to understanding the performance impact of this architecture is realizing that replicating large transactions means that a transaction will be held on the Subscriber while all the singleton commands are being applied on the Subscriber. Then a commit is issued. This allows the Distribution Agent to roll back the entire transaction, should there be a primary key violation, foreign key violation, lack of transactional consistency (no rows affected), or some other event that causes the DML to fail (for

As you can see, this is very straightforward: You specify the number of times you want the loop to repeat, and AppleScript automatically counts that number of times You don t need to use a counter variable or other means of tracking how many times the loop has run For example, the following script uses a repeat 5 times command to make TextEdit create five new documents and resize and reposition the window of each:

example, the subscription database transaction log filling up). This can mean that a lengthy period of time is required to apply large batch updates. While these batch updates are being applied, the Distribution Agent will wrap them in a transaction so that it can roll them back on errors, and Subscriber resources are consumed to hold this transaction open. Latencies that were previously several seconds can quickly grow to many minutes, and occasionally to hours (for large numbers of modified rows). SQL Server will get bogged down when replicating transactions that affect large numbers of rows typically in the tens or hundreds of thousands of rows. Strategies for improving performance in this regard are presented in the sections that follow.

Control Grid The flow of current can be controlled by means of an electrode between the cathode and the plate This electrode, the control grid (or simply the grid ), is a wire mesh or screen that lets electrons pass through The grid impedes the flow of electrons if it is provided with a negative voltage relative to the cathode The greater the negative grid bias, the more the grid obstructs the flow of electrons through the tube Triode Tube A tube with one grid is a triode The schematic symbol is shown at A in Fig 29-3 In this case the cathode is indirectly heated; the filament is not shown This omission is standard in schematics showing tubes with indirectly heated cathodes When the cathode is directly heated, the filament symbol serves as the cathode symbol The control grid is usually biased with a negative dc voltage ranging from near 0 to as much as half the positive dc plate voltage Tetrode Tube A second grid can be added between the control grid and the plate This is a spiral of wire or a coarse screen, and is called the screen grid or screen This grid normally carries a positive dc voltage at 25 to 35 percent of the plate voltage The screen grid reduces the capacitance between the control grid and plate, minimizing the tendency of a tube amplifier to oscillate The screen grid can also serve as a second control grid, allowing two signals to be injected into a tube This tube has four elements, and is known as a tetrode Its schematic symbol is shown at B in Fig 29-3 Pentode Tube The electrons in a tetrode can bombard the plate with such force that some of them bounce back, or knock other electrons from the plate This so-called secondary emission can hinder tube perfor-.

REPLICATING THE EXECUTION OF STORED PROCEDURES Replication involves doing your batch DML through a stored procedure and then rep-

tell the application "TextEdit" repeat 5 times make new document at the front set the bounds of the front window to {1, 22, 400, 422} end repeat end tell