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2. Modify the code of the GetCurrentPipelineSection method in OrderProcessor (inside business/order_processor.php) as follows: // Gets current pipeline section private function GetCurrentPipelineSection() { switch($this->mOrderInfo['status']) { case 0: $this->_mOrderProcessStage = $this->mOrderInfo['status']; $this->_mCurrentPipelineSection = new PsInitialNotification(); break; case 1: $this->_mOrderProcessStage = $this->mOrderInfo['status']; $this->_mCurrentPipelineSection = new PsCheckFunds(); break; case 2: $this->_mOrderProcessStage = $this->mOrderInfo['status']; $this->_mCurrentPipelineSection = new PsCheckStock(); break; case 3: $this->_mOrderProcessStage = $this->mOrderInfo['status']; $this->_mCurrentPipelineSection = new PsStockOk(); break;

John L. Viescas and Jeff Conrad, authors of Microsoft Office Access 2007 Inside Out, offer the following three features as their favorites for you to try: 1. Explore the new Layout View in Access 2007 for fast, what you see is what you get (WYSIWYG) report generation with the use of live data. 2. Try out the new Split Form View option to display part of a data entry form in Single Form View and another part in Datasheet mode. Twice the fun and half the trouble. 3. Make yourself the hero to the accountants and data entry staff with built-in alternating row color (also called the Greenbar effect) for forms and reports. All the things you ever wanted to be able to do in Access, but couldn't.

The only structure that keeps track of the data belonging to a heap is a bitmap page (or a series of pages if needed) called the Index Allocation Map (IAM). This bitmap has pointers to the rst eight pages allocated from mixed extents and a representative bit for each extent in a range of 4 GB in the le. The bit is 0 if the extent it represents does not belong to the object owning the IAM page and 1 if it does. If one IAM is not enough to cover all the object s data, SQL Server will maintain a chain of IAM pages. SQL Server uses IAM pages to move through the object s data when the object needs to be scanned. SQL Server loads the object s rst IAM page and then directs the disk arm sequentially to fetch the extents by their le order. As long as there s no le system fragmentation of the data les, the scan is done in a sequential manner on disk. As you can see in Figure 4-15, SQL Server maintains internal pointers to the rst IAM page and the rst data page of a heap. Those pointers can be found in the system view sys.system_internals_allocation_units.

Most Unix-based systems still use this exact form of password storage, with two slight modifications. First, the password file, typically stored in /etc/passwd, now contains no password hashes but just user names and IDs. The actual hashes are stored in the shadow password file for example, in /etc/passwd.shadow. While the password file itself is world-readable, the shadow file is readable only by superusers. Second, because password hashes were originally world-readable in the /etc/passwd file, they had to be protected against comparison attacks. Imagine a situation in which you and I both have user accounts on the same computer. My password is "pas$word!" and, by sheer coincidence, you choose the same password. With a straight hash, we would both have the same password hash stored in the /etc/passwd file. I could search the file for my hash, and then search for any other accounts with the same hash. If I found any, I would know that they had the same password I had. This is an unacceptable situation. The solution is to add a randomly generated salt to the password before hashing it. A salt is simply a random value that is added to the password before hashing it. The salt is stored in clear-text in the password database. This way, even if two passwords are identical, they will have different salts and therefore different hashes. The process is shown in Figure 2-1.

by the calling router, must be fully configured at both routers, including settings for the host name or IP address of the answering router and user account credentials. Table 8-2 lists a sample configuration for two-way initiated demand-dial routing between Router 1, a demand-dial router in the Seattle site, and Router 2, a demanddial router in the New York site.