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let main() = // get the "Private Bytes" performance counter let proc = Process.GetCurrentProcess() let counter = new PerformanceCounter("Process", "Private Bytes", proc.ProcessName) // run the test printFile() // print the result printfn "Lazy - Private bytes: %f" (counter.NextValue()) do main() You can see the results of a test I ran using a file that is around 1.9 MB here: Lazy - Private bytes: 14651390.000000 All - Private bytes: 20787200.000000 The version where you use File.ReadAllLines takes about 6 MB more space than the reversion in F# s sequence. In fact, the sequence version hardly uses any additional memory because an empty .NET program takes around 14 MB of memory. So it s fine (and very convenient) for you to use File.ReadAllLines when you know the contents of the file will be reasonably small or that memory performance is not an issue. However, using F# s sequences to lazy load a file line-by-line will give great memory performance in situations where you need it.

Note Measuring memory consumption is a complex topic, but often just measuring the Process, Private Byte counter is enough to give you a good indication of your current memory consumption. The following article has a nice discussion of how to take a relevant measurement: http://www.itwriting.com/dotnetmem.php.

set_mode(SCREEN_SIZE, HWSURFACE | FULLSCREEN, 32) Hardware surfaces can be faster than surfaces created in system (regular) memory, because they can take advantage of more features of your graphics card to speed up blitting The disadvantage of hardware surfaces is that they are not that well supported on all platforms They tend to work on Windows platforms but not so well on others Hardware surfaces will also benefit from the DOUBLEBUF flag This effectively creates two hardware surfaces, but only one is visible at any one time The following line will create a double-buffered hardware surface: screen = pygamedisplayset_mode(SCREEN_SIZE, DOUBLEBUF | HWSURFACE | FULLSCREEN, 32) Normally when you call pygamedisplayupdate() an entire screen is copied from memory to the display which takes a little time Double-buffered surfaces allow you to switch to the new screen instantly and thus makes your game run a little faster.

book as simple as possible, we will journal from only the development coach s perspective, and we will include only one journal entry per chapter.

XML has become a popular data format for a number of reasons, probably because it gives most people a convenient format to represent their data and because the resulting files tend to be reasonably human readable. Programmers tend to like that you can have files be unstructured, which means your data don t follow a set pattern; or you can have the files be structured, which means you can have the data conform to a contract defined by an XSD schema). Programmers also like the convenience of being able to query the data using XPath, which means that writing custom parsers for new data formats is rarely necessary, and files can quickly be converted between different XML formats using the powerful XSLT language to transform data.

The last display flag you can use is OPENGL OpenGL (wwwopenglorg/) is a graphics library that uses the 3D graphics accelerator found on just about every graphics card The downside of using this flag is that you will no longer be able to use Pygame s 2D graphics functions We will cover using OpenGL to create 3D in 9..

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