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1 Open the ZIP archive 2 Search through the ZIP archive until you locate the file you want to extract "This book stands above the rest because it has been available on the web and read by thousands of 3 Extract the file Java programmers The authors have received an enormous amount of feedback about which sections 4 Close the ZIP archive are good and which sections are confusing; the confusing ones have been improved I doubt that any other this book has you will have to read, on average, half of Java User Group, Using Java algorithm,undergone such trial by fire" -Metroplexthe ZIP archive before finding the file wwwjavamugorg/reviews/ that you want to extract You can extract the same file from the ZIP archive more efficiently by using the seek feature of a random access file and following these steps: Whether you're taking a class or learning on the job, The Java(TM) Tutorial, Third Edition , is a handson guide that lets you quickly become proficient with the Java programming language Written by members ofthe ZIP archive 1 Open the Java Software team at Sun Microsystems, the book uses an interactive approach to help you learnthe dir-entry and locate the entry for the file you want to extract from the ZIP archive 2 Seek to the Java platform by example 3 Seek (backward) within the ZIP archive to the position of the file to extract Since Extract the file 4 its first online release in 1995, the material in The Java(TM) Tutorial has been updated continuously to ZIP archive feedback and new releases of the Java platform This third edition has 5 Close the reflect reader been thoroughly updated to cover v13 of the Java Platform, Standard Edition, as well as preceding versions as early as JDK 11 This algorithm is more efficient because you read only the dir-entry and the file that you want to extract You will find clear explanations of such fundamentals as objects, classes, and data structures In addition, the book provides introductions to object-oriented programming, applet construction, and TheRandomAccessFile[1] class in the javaio package implements a random access file Unlike user interface design Other classes in javaio,RandomAccessFile is To help both reading and the input and output stream topics include exceptions, I/O, and threadsused for beginners avoid many common mistakes, an entire chapter is devoted to programming problems and depending on writing files You create a RandomAccessFile object with different arguments,their solutions whether Convenient summaries write you intend to read or toat the end of each section are new to this edition Also new for this edition are "Questions and Exercises" sections to help you practice what you learn [1]http://javasuncom/j2se/13/docs/api/java/io/RandomAccessFilehtml After working through the lessons in this proven tutorial, you will be well prepared to use the Java RandomAccessFile is somewhat disconnected from the input and output streams in javaio; that programming language in your school or workplace is, it doesn't inherit from InputStream or OutputStream This has some disadvantages in that you can't apply the same filters to RandomAccessFiles that you can to streams However, RandomAccessFile does implement the DataInput[2] and the DataOutput[3] interfaces, so if you design a filter that works for either DataInput or DataOutput, it will work on some sequential access files (the ones that implement DataInput or DataOutput) and on any RandomAccessFile.

TheRandomAccessFile class implements both the DataInput and the DataOutput interfaces and therefore can be used for both reading and writing RandomAccessFile is similar to FileInputStream and FileOutputStream in that you specify a file on the native file system to open when you create it You can do this with a file name or a File[4] object When you create a RandomAccessFile, you must indicate whether you will be just reading the file or also writing to it (You have to be able to read a file in order to write to it) The following code creates a RandomAccessFile to read the file named farragotxt:

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new RandomAccessFile("farragotxt", "r");

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You might want to provide a multi-get API when you commonly have to request multiple single resources at one time You provide a list of IDs and get a response with those objects For example, the social feed reader application should have multiget functionality to return a list of feed entry objects, given a list of IDs Here is an example of a request/response:

This statement opens the same file for both reading and writing:

Listing 3-10 Sample application used to illustrate object inspection techniques (continued)

Publisher ISBN : Addison Wesley : 0-201-70393-9

new RandomAccessFile("farragotxt", "rw");

private Coordinate coordinate; int[] intArray = new int[] { 1, 2, 3, 4, 5 }; string[] strArray = new string[] {"Welcome", "to", "Advanced", "NET", "Debugging"}; static void Main(string[] args) { Coordinate point= new Coordinate(100, 100, 100); ConsoleWriteLine("Press any key to continue (AddCoordinate)"); ConsoleReadKey(); ObjTypes ob = new ObjTypes(); obAddCoordinate(point); ConsoleWriteLine("Press any key to continue (Arrays)"); ConsoleReadKey(); obPrintArrays(); ConsoleWriteLine("Press any key to continue (Generics)"); ConsoleReadKey(); Comparer<int> c = new Comparer<int>(); ConsoleWriteLine("Greater {0}", cGreaterThan(5, 10)); ConsoleWriteLine("Press any key to continue (Exception)"); ConsoleReadKey(); obThrowException(null); } public void AddCoordinate(Coordinate coord) { coordinatexCord += coordxCord; coordinateyCord += coordyCord; coordinatezCord += coordzCord; ConsoleWriteLine("x:{0}, y:{1}, z:{2}", coordinatexCord, coordinateyCord, coordinatexCord); }

After the file has been opened, you can use the read or write methods defined in the DataInput Pub Date : December 28, 2000 andDataOutput interfaces to perform I/O on the file

Pages : 592 RandomAccessFile supports the notion of a file pointer The file pointer indicates the current location

public void PrintArrays() { foreach (int i in intArray) { ConsoleWriteLine("Int: {0}", i); } foreach (string s in strArray) { ConsoleWriteLine("Str: {0}", s); } } public void ThrowException(ObjTypes obj) { if (obj == null) { throw new SystemArgumentException("Obj cannot be null"); } } } public class Comparer<T> where T: IComparable { public T GreaterThan(T d, T d2) { int ret = dCompareTo(d2); if (ret > 0) return d; else return d2; } public T LessThan(T d, T d2) { int ret = dCompareTo(d2); if (ret < 0) return d; else return d2; } } }

REQUEST GET /api/v1/feed_entries ids=1,2 RESPONSE: [{ "id" : 1, "feed_id" : 45,

in the file, as illustrated in Figure 95 When the file is first created, the file pointer is set to 0, indicating the beginning of the file Calls to the read or write methods adjust the file pointer by the number of bytes read or written

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