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An important aspect of reflection is its ability to instantiate objects and execute methods dynamically, at runtime For example, you can use reflection to query the capabilities of a class and then create an object of that class and execute methods on it This is a powerful capability because it enables you to write programs that use classes that are not necessarily present at compile time It is, of course, also useful when using components, such as JavaBeans This recipe shows the basic procedure needed to discover the capabilities of a class, create an instance of the class, and then call methods on that instance

From Popwire in Sweden comes Compression Master for Macintosh OS X (see Fig B-10) Now at version 32, it features an impressive list of capabilities: Features: Batch: processes in the background; save multiple batches; prioritize encoding and add files and settings to the batch while running; job editing; create MBR jobs; set CPU priority and memory usage; create bookmarks to source folders; copy and paste settings onto multiple sources HD support Multiprocessor support Native YCbCr (YUV) and RGB processing Settings manager Metadata support More than 80 professional setting templates Automatic and configurable naming convention of output files Support for pass-through of tracks (copy) Automatic optimizing of color conversion Hinting (streaming) according to IETF, ISMA, and 3GPP Drag-and-drop support Automatic input format detection: video codec, audio codec, color sampling, frame rate, pixel aspect, audio sampling 2-pass encoding Support for Time Code

To create an object and invoke methods on it at runtime using reflection involves these steps: 1 Obtain a Class object that represents the class you want to use 2 Obtain a list of the constructors supported by the class by calling getDeclaredConstructors( ) on the Class object It returns an array of type Constructor, with each element representing one form of the constructor 3 You can determine how many and what type of parameters a constructor has by calling getParameterTypes( ) on a Constructor object 4 Using the list of constructors obtained in Step 2 and the parameter type information obtained in Step 3, create an instance of the class by calling newInstance( ) on one of the Constructor objects 5 Obtain a list of the methods supported by the class by calling getDeclaredMethods( ) on the Class object It returns an array of type Method, with each element representing one specific method 6 You can determine how many and what type of parameters a method has by calling getParameterTypes( ) on a Method object 7 You can determine the return type of a method by calling getReturnType( ) on a Method object 8 Using the list of methods obtained in Step 5, the parameter type information obtained in Step 6, and the return type obtained in Step 7, call the desired method by calling invoke( ) on the Method object

Preview: A/B comparison, auto-update Filter: Frame rate conversion: 3:2 pulldown, 2:3 pulldown, intelecine, NTSC to/from PAL Deinterlace: blending, adaptive, edge detection interpolation, chroma Resize: scale fields independently, crop, save crop area, pixel aspect ratio detection In and out points Time Code: read TC track, burn TC in picture, create TC track Noise reduction: median, average, temporal, support for multiple runs Black and White Restoration Contrast Smoothing Gamma correction HSV: Hue, Saturation, Brightness (value) RGB filter Audio: balance, channels, high/low pass, fade in and out Audio volume: normalize, manual adjust Audio equalizer Sharpening Watermark: PiP (Picture in Picture), apply a movie as watermark, GIF, TIFF, BMP, JPEG, alpha channel, opacity, positioning, scaling and cropping of watermark source Fade: video in/out, audio in/out

The general procedure needed to obtain a Class object that represents a class, and to obtain a list of constructors and methods for the class, is given in Use Reflection to Obtain Information about a Class at Runtime That information is not repeated here However, recall that getDeclaredConstructors( ) returns an array of type Constructor (which represents the constructors declared by the class) and getDeclaredMethods( ) returns an array of type Method (which represents the methods declared by the class) After calling getDeclaredConstructors( ), you can determine what type and how many parameters a constructor has by calling getParameterTypes( ) on a Constructor object It is shown here: Class< >[ ] getParameterTypes( )

We ve included information for as many of these encoder products as possible, including tryouts or demos when they are available Enjoy!