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magneto-optical Recordable disc technology using a laser to heat spots that are altered by a magnetic field Other formats include dye-sublimation and phase-change main level (ML) A range of proscribed picture parameters defined by the MPEG-2 video standard, with maximum resolution equivalent to ITU-R BT601 (720 576 30) (Also see level) main profile (MP) A subset of the syntax of the MPEG-2 video standard designed to be supported over a large range of mainstream applications such as digital cable TV, DVD, and digital satellite transmission (Also see profile) managed copy A feature of AACS where purchased discs can be legally copied to other devices or storage media (such as a hard drive in a PC or CE device, a portable media player, a mobile phone, or a recordable disc) using approved content protection technologies (such Windows Media DRM, CPRM, or encryption tied to a particular device) after authorization by the content owner Managed copying is mandatory in the sense that all content providers must allow at least one copy of most of their titles, but the feature is optional for player manufacturers manifest In BD, the Binding Unit Manifest defines how the files from disc and from Local Storage are bound together using the Virtual File System (VFS) mark The non-reflective area of a writable optical disc Equivalent to a pit master The metal disc used to stamp replicas of optical discs or to create additional stampers For tape, the tape used to make additional recordings mastering The process of creating the physical components needed to replicate optical discs Usually includes glass master preparation, laser beam recording, glass master development and metallization, and electroforming of fathers, mothers, and stampers Often used inaccurately to refer to premastering matrix encoding The technique of combining additional surround-sound channels into a conventional stereo signal Also see Dolby Surround matte An area of a video display or motion picture that is covered (usually in black) or omitted in order to create a differently shaped area within the picture frame MB Megabyte Mbps Megabits per second Millions (106) of bits per second MCOT Managed copy output technology A technology for protecting content in the AACS managed copy process MCS Managed copy server In AACS, an MCS is a Prepared Video Authorization Server (PVAS) media In the optical disc world, media means a physical disc, either prerecorded (replicated) or recordable (write-once or rewritable) media key block (MKB) A cryptographic element used in AACS, CPPM, CPRM, and other content protection systems for authenticating and revoking players based on their ability to decrypt portions of the MKB using a device key or set of device keys Media Transform A scrambling process in BD+, applied to media streams on the disc so that they can t be played until the BD+ Content Code runs and untransforms them megabyte 1,048,576 (220) bytes megapixel An image or display format with a resolution of approximately one million pixels memory Data storage used by computers or other digital electronics systems Read-only memory (ROM) permanently stores data or software program instructions New data cannot be written to ROM Random-access memory (RAM) temporarily stores data-including digital audio and video-while it is being manipulated, and holds software application programs while they are being executed Data can be read from and written to RAM Other long-term memory includes hard disks, floppy disks, digital CD formats (CD-ROM, CD-R, and CD-RW), and DVD formats (DVD-ROM, DVD-R, and DVD-RAM).

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Size = 10 Contents: 0 1 2 3 4 5 6 7 8 9 Contents modified: 100 101 102 103 104 105 106 107 108 109

private void cmbxAlbum_SelectedIndexChanged (object sender, System.EventArgs e) { string albumFile = cmbxAlbum.SelectedItem.ToString(); if (_album != null) { SaveChanges(); _album.Dispose(); } _album.Clear(); try . . . }

This program creates a list of integers First, an empty list object is created Next, ten integers are put into the list This is accomplished using the push_back( ) function, which puts each new value on the end of the existing list Next, the size of the list and the list, itself, are displayed The list is displayed via an iterator, using the following code

G-26

protected override void OnClosing (CancelEventArgs e) { SaveChanges(); base.OnClosing(e); }

list<int>::iterator p = lstbegin(); while(p != lstend()) { cout << *p << " "; p++; }

With these modifications, our edits are now saved. Compile and run to verify that the application works as advertised.

Here, the iterator p is initialized to point to the start of the list Each time through the loop, p is incremented, causing it to point to the next element The loop ends when p points to the end of the list This code is essentially the same as was used to cycle through a vector using an iterator Loops like this are common in STL code and the fact that the same constructs can be used to access different types of containers is part of the power of the STL

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Understanding end( )

Additional information on the DataGrid control is available in the .NET documentation and in various sample programs freely available on the Internet. One such example is the CdrCatalog program built by Andrew Skowronski that is available at http://cdrcatalog.sourceforge.net/. This program manages offline media, such as a collection of recordable compact discs, and makes use of a number of Windows Forms classes in addition to the DataGrid control. The data source used by this application is a DataSet object loaded from a local XML file.

Now is a good time to explain a somewhat unexpected attribute of the end( ) container function end( ) does not return a pointer to the last element in a container Instead, it returns a pointer one past the last element Thus, the last element in a container is pointed to by end( ) 1 This feature allows you to write very efficient algorithms that cycle through all of the elements of a container, including the last one, using an iterator When the iterator has the same value as the one returned by end( ), you know that all elements have been accessed However, you must keep this feature in mind, since it may seem a bit counterintuitive For example, consider the following program, which displays a list forward and backward

Binding data to a data grid is referred to as complex data binding, since multiple values are bound to a single control. Complex data binding also refers to binding objects to a list control, such as a list box or combo box. For example, if we had actually implemented the AlbumCollection class I keep mentioning to contain an array of PhotoAlbum objects, then the line to assign the DataSource for our combo box could instead be written as:

// Understanding end() #include <iostream> #include <list> using namespace std;