Java in a nutshell 7th edition

Continue This updated version of in nutshell not only helps experienced Java programmers get most of java versions 9-11, but is also a way of learning for new developers. This carefully revised book includes new material about Java Concurrency utilities. The first section of the book contains a fast-paced, non-flu top of Java and key aspects of the Java platform execution. The second section is a reference to basic concepts and that explain how to do real programming work in a Java environment. Get up to speed on language details, including Java 9-11 changes Learn object-oriented programming, Using basic Explore generics, listings, annotations, and lambda expressions, understand the basic techniques used in object-oriented design Explore integrity and , and how they intertwine working with Java collections and handle shared data formats Immerse yourself in the latest Java API, including asynchronous channels that use Nashorn to perform JavaScript on . Reboot to update the session. You subscribe to another tab or window. Reboot to update the session. We use additional third-party analytical cookies to understand how you use GitHub.com so we can create the best products. Learn more. We use additional third-party analytical cookies to understand how you use GitHub.com so we can create the best products. You can always update your choices by clicking on Cookie Preferences at the bottom of the page. For more information, see us that we use important cookies to perform the main functions of a website, such as logging in. Find out more Always Active We use analytical cookies to understand how you use our websites so we can make them better, for example, they are used to gather information about the pages you visit and how many clicks you need to accomplish the task. Find out more page 2 You can't do this at this time. You've signed up with another tab or window. Reboot to update the session. You subscribe to another tab or window. Reboot to update the session. We use additional third-party analytical cookies to understand how you use GitHub.com so we can create the best products. Learn more. We use additional third-party analytical cookies to understand how you use GitHub.com so we can create the best products. You can always update your choices by clicking on Cookie Preferences at the bottom of the page. For more information, see the main functions of a website, for example, they are used to log in. Find out more Always Active We use analytics cookies cookies how you use our websites so we can make them better, for example, they are used to gather information about the pages you visit and how many clicks you need to accomplish the task. Read more about the example of Java code in Nutshell (6th edition) This is an example of java programs and samples in nutshell (6th edition), written by Ben Evans and published by O'Reilly. The initial drop of code is incomplete - instead of spending a lot of time cleaning up the code from the way it was actually written (I in some cases, examples of code from the old version of the text and having to be manually extracted from the text of the book), I felt it was better to get something out there and in use, and add to it a bit at a time. If you have specific requests or suggestions for improvement, or possible examples that you would like to see, please leave a github question. Pull requests are also very welcome, but please make sure they are formatted in the default Netbeans Java style before you send them. Special thanks to James Goth for his input to Ch09, as well as to other members of London's JSR 310 project team for being in time for JDK 8. Thank you, -Ben (@kittylyst) Page 2 You can't do this at this time. You've signed up with another tab or window. Reboot to update the session. You subscribe to another tab or window. Reboot to update the session. We use additional third-party analytical cookies to understand how you use GitHub.com so we can create the best products. Learn more. We use additional third-party analytical cookies to understand how you use GitHub.com so we can create the best products. You can always update your choices by clicking on Cookie Preferences at the bottom of the page. For more information, see us that we use important cookies to perform the main functions of a website, such as logging in. Find out more Always Active We use analytical cookies to understand how you use our websites so we can make them better, for example, they are used to gather information about the pages you visit and how many clicks you need to accomplish the task. Read more about the example of Java code in nutshell (7th edition) This is an example of java programs and samples in nutshell (7th edition), written by Ben Evans and published by O'Reilly. The initial drop of code is incomplete - instead of spending a lot of time cleaning up the code from the way it was actually written (I in some cases, examples of code from the old version of the text and having to be manually extracted from the text of the book), I felt it was better to get something out there and in use, and add to it a bit at a time. If you have requests or suggestions for improvement, or possible examples that you would like to see, please leave a github issue. Pull requests are also very welcome, but please make sure they are formatted in the default Netbeans Java style before you send them. Special Special James Goff for his contributions to Ch09, as well as other members of London's JSR 310 project team, to ensure that this API is on time for JDK 8. Thank you, -Ben (@kittylyst) Page 2 Sample Code for Java in NutShell (7th edition) This is an example of java in nutshell programs and examples (7th edition) written by Ben Evans and published by O'Reilly. The initial drop of code is incomplete - instead of spending a lot of time cleaning up the code from the way it was actually written (I in some cases, examples of code from the old version of the text and having to be manually extracted from the text of the book), I felt it was better to get something out there and in use, and add to it a bit at a time. If you have specific requests or suggestions for improvement, or possible examples that you would like to see, please leave a github question. Pull requests are also very welcome, but please make sure they are formatted in the default Netbeans Java style before you send them. Special thanks to James Goth for his input to Ch09, as well as to other members of London's JSR 310 project team for being in time for JDK 8. Thank you, -Ben (@kittylyst) Java is a class-based general programming language designed to have as few implementation dependencies as possible. It's designed to allow app developers to write once, work anywhere (WORA), which means that a java code can work on all platforms that support Java without having to recompulate. Java applications are usually compiled into bytecode, which can run on any Java virtual machine (JVM) regardless of the basic computer architecture. Java syntax is similar to and C, but it has fewer low-level objects than any of them. According to GitHub, according to GitHub, java was one of the most popular programming languages, especially for web applications for client servers, with 9 million developers. Java was originally developed by at (which has since been acquired by Oracle) and released in 1995 as a key component of the Sun Microsystems Java platform. Original and reference Java , virtual machines, and class libraries were originally released by Sun under proprietary licenses. Since May 2007, in accordance with the specifications of the process, Sun has re- licensed most of its Java technologies under the GNU General Public License. Meanwhile, others have developed alternative implementations of these Sun technologies, such as the GNU for Java (bytecode compiler), GNU Classpath (standard libraries) and IcedTea-Web (browser plug-in for applets). The latest versions are Java 13, released September 2019, and Java 11, currently supported by the current long-term support (LTS), (LTS), September 25, 2018; Oracle has released for the outdated Java 8 LTS the latest free public update in January 2019 for commercial use, while otherwise it will continue to support Java 8 with public updates for personal use until at least December 2020. Oracle (and others) strongly recommend not installing older versions of Java due to serious risks due to unresolved security issues. Because Java 9 (and 10 and 12) is no longer supported, Oracle advises its users to immediately upgrade to the latest version (currently Java 13) or LTS release. Content History James Gosling, Java creator, in 2008 James Gosling, Mike Sheridan and Patrick Noton initiated the Java project in June 1991. Java was originally developed for interactive television, but at the time it was too advanced for the digital cable industry. The language was originally called Oak after Oak, which stood outside Gosling's office. Later the project was called Green and was finally renamed Java, from Java coffee, coffee from Indonesia. Gosling developed Java with c/C-style syntax, which the system and application programmers will find familiar. Sun Microsystems released its first public offering as Java 1.0 in 1996. He promised to write once, run anywhere (WORA) functionality, providing free time to work on popular platforms. A fairly secure and well- configured security, it allowed for restrictions on access to the network and files. Major web browsers soon included the ability to run Java applets on web pages, and Java quickly became popular. The Java 1.0 compiler was rewritten to Java by in strict accordance with the Java 1.0 language specification. With the advent of Java 2 (originally released as J2SE 1.2 in December 1998 - 1999), the new versions had several configurations built for different types of platforms. J2EE includes technology and APIs for enterprise applications typically run in the server environment, while J2ME has APIs optimized for mobile applications. The desktop version was renamed J2SE. In 2006, Sun renamed new versions of J2 to Java EE, Java ME, and Java SE, respectively, for marketing purposes. In 1997, Sun Microsystems contacted the ISO/IEC JTC 1 standards body and then Ecma International to formalize Java, but soon withdrew from the process. Java remains the de facto standard controlled by the Java community. At one time, Sun made most of its Java implementations available for free, despite their nonfree software status. Sun generated java revenue by selling licenses for specialty products such as Java Enterprise System. On November 13, 2006, Sun released most of its Java Machines (JVM) as free open source software (FOSS), in accordance with the terms of the GNU's general government license (GPL). As of May 2007, Sun completed the process by making all of its JVM core code available under free software/open source distribution conditions, except for a small portion of the code to which Sun did not own the copyright. Sun Vice President Rich Green said Sun's ideal role in relation to Java was as an evangelist. After Oracle acquired Sun Microsystems from 2009 to 2010, Oracle identified itself as a Java Technology Manager with a relentless commitment to the development of a community of engagement and transparency. This did not prevent Oracle from suing shortly thereafter for using Java inside Android SDK (see Android section). Java software works on everything from laptops to data centers, game consoles to scientific supercomputers. On April 2, 2010, James Gosling left Oracle. In January 2016, Oracle announced that the JDK 9 Java launch time environment would shut down the browser plug-in. Principles There were five main goals in creating a Java language: It should be simple, object-oriented and familiar. It must be reliable and safe. It should be architecturally neutral and portable. It should be performed with high performance. It must be interpreted, threaded and dynamic. Versions through March 2019, Java 8 is supported; Java 8 and 11 as long-term support versions (LTS). Major versions of java, along with their release dates: JDK 1.0 (January 23, 1996) JDK 1.1 (February 19, 1996) J2SE 1.2 (December 8, 1998) J2SE 1.3 (May 8, 2000) J2SE 1.4 (February 6, 2002) J2SE 5.0 (September 30, 2004) Java SE 6 (December 11, 2006) Java SE 7 (July 28, July 28, 2011) Java SE 8 (March 18, 2014) Java SE 9 (September 21, 2017) Java SE 10 (March 20, 2018) Java SE 11 (September 25, 201) Java SE 11 (September 25, 201) 8) Java SE 12 (March 19, 2019) Java SE 13 (September 17, 2019) Sun Editions has identified and supported four Java editions focused on different application environments, and segmented many of its APIs to belong to one of the platforms. Platforms: Java API classes are organized into separate groups called packages. Each package contains a set of related interfaces, classes, and exceptions. Contact individual platforms to describe available packages. Sun also provided a publication called Personal Java that was dried up later, based on standard Java ME configuration pairs. Running the Java JVM system and Bytecode One design the purpose of Java is portability, meaning that programs written for the Java platform must work similarly on any combination of hardware and with adequate time support. This is achieved by compiling the Java code into an interim view called Java-tecode, rather than directly in code specific to architecture. The Java postal code instructions are similar to machine code, but they are designed to perform a virtual machine (VM) written specifically for host equipment. End users typically use Java Runtime Environment (JRE) installed on their machine for standalone Java applications, or in a web browser for Java applets. Standard libraries provide a shared way to access host-specific features, such as graphics, , and network. Using a universal litcode makes porting easier. However, the overhead interpretation of tecode's machine instructions made interpreting programs almost always run slower than native runs. From the early stage, compilers were introduced only on time (JIT) that compile codes into machine code during execution. Java itself is an independent platform and is adapted to a specific platform on which it must operate using a virtual Java machine for it that translates Java maps into the platform's machine language. Java-written performance programs have a reputation for being slower and requiring more memory than those However, the speed at which Java programs are run has improved significantly with the introduction of exactly the compilation time in 1997/1998 for Java 1.1, the addition of language features that support better code analysis (such as internal classes, StringBuilder, additional approvals, etc.), and optimization in a java virtual machine such as HotSpot becoming the default for JVM in the Sun 2000. With Java 1.5, performance was improved with the addition of the java.util.concurrent package, including free implementations of ConcurrentMaps and other multi-core collections, and it was improved with Java 1.6. Non-JVM Some platforms offer direct Java hardware support; There are micro controllers that can run Java-tecode in hardware instead of Java virtual machine software, and some ARM processors may have the hardware support to run Java-tecode through their option, although support has mostly been removed in current ARM implementations. Automatic Java memory management uses an automatic garbage collector to control memory in an object's life cycle. The programmer determines when objects are being created, and the timing of Java is responsible for restoring memory after objects are no longer in use. As soon as the references to the object do not remain, the inaccessible memory is automatically released by the garbage collector. Something similar to a memory leak can still happen if the programmer's code contains a link to an object that is no longer needed, usually when objects that are no longer needed are stored in containers that are still in use. If the methods for a non-existent object are called, the exception of the zero pointer is thrown out. One of the ideas behind the Java automatic memory management model is that programmers can be spared the burden of having to follow a guide Management. In some languages, the memory to create objects is implicitly highlighted in the stack or clearly stands out and is maddresseded from the heap. In the latter case, the responsibility for memory management lies with the programmer. If the program does not do the location of the object, the memory is leaked. If a program tries to access or deallocate a memory that has already been deallocated, the result is uncertain and difficult to predict, and the program is likely to become unstable or crash. This can be partially corrected with smart pointers, but they add overhead and complexity. Note that garbage collection does not prevent logical memory leaks, i.e. those where memory is still referenced but never used. Garbage collection can happen at any time. Ideally, this happens when the program is idle. It is guaranteed to work if there is not enough free memory on the pile to highlight a new object; this could cause the program to stall for a moment. Explicit memory management is not possible in Java. Java does not support the arithmetic of C/C-style pointers, where object addresses can be arithmetically manipulated (for example by adding or subtracting bias). This allows the garbage collector to move reference objects and ensures type security. As in the NHS and some other object-oriented languages, variables of primitive Java data types are either stored directly in fields (for objects) or in stacks (for methods) rather than on a heap, as is usually true for non-primitive data types (but see escape analysis). This was a conscious decision by Java designers for performance reasons. Java contains several types of garbage collectors. By default, HotSpot uses a parallel garbage collector to clean up. However, there are also a few other garbage collectors that can be used to manage the heap. For 90% of applications in Java, a simultaneous Mark-Sweep (CMS) garbage collector is sufficient. Oracle aims to replace CMS with a garbage collector (G1). Solving the memory management problem does not absolve the programmer of the burden of handling other resources, such as network or databases, file handles, etc., especially where exceptions are available. Paradoxically, the presence of a garbage collector has wilted the need for a clear destructive method in the classrooms, making it difficult to manage these other resources. Java Syntax is heavily dependent on C. Unlike the C. Unlike the F.B.I., which combines syntax for structured, general, and object-oriented programming, Java was built almost exclusively as an object-oriented language. The entire code is written inside the classes, and each piece of data is an object, except for primitive data types (i.e. integers, floating number points, boolean values, and symbols), are not objects for performance reasons. Java reuses some popular aspects of the FH (such as the printf method). Unlike the SH, Java does not support operator overload or multiple inheritances for classes, although a few inheritances are supported for interfaces. Java uses comments similar to C comments. there are three different style comments: one style line marked with two slash (//), multiple line styles opened with/and closed with No/, and commenting style opened with/and closed with. The Javadoc comment style allows the user to run Javadoc to create documentation for the program and can be read by some integrated development environments (IDEs), such as , to allow developers to access IDE documentation. Hello example of the world The traditional Hello World program can be written in Java as: Public Class HelloWorldApp - Public Static Void Basic (String) - args) - System.out.println (Hello World!); Prints a line on the console. The original files should be named after the public class they contain by possessing a .java suffix, such as HelloWorldApp.java. First, it must be written into sweaty code using a Java compiler, producing a .class suffix file (HelloWorldApp.class, in this case). Only then can it be completed or launched. The original Java file may contain only one public class, but it can contain multiple classes with an unavailable access modifier and any number of public internal classes. When the original file contains multiple classes, you need to make one class (introduced by the class keyword) public (preceded by a public keyword) and name the original file with that public class name. A class that is not publicly declared can be stored in any .java file. The compiler will generate a class file for each class identified in the source file. The class file name is the class name with the .class app. To generate class files, anonymous classes are treated as if their name were a concateence of the name of their attached class, $, and whole. Public keywords mean that the method can be called out of code in other classes, or that the class can be used by classes outside the class hierarchy. The class hierarchy is linked to the directory name in which the .java file is located. This is called an access level modifier. Other access level modifiers include private and secure keywords. The static keyword before the method indicates a static method that is only related to the class, not to any particular instance of that class. Only static methods can be triggered without reference to an object. Static methods cannot access class members who are also not Methods that are not static are instance methods and require a specific class instance for The void of the keyword indicates that the basic method does not return any value to the subscriber. If a Java program has to come up with an error code, it should call System.exit explicitly. The main name of the method is not a key word in Java. This is simply the name of a method that a java launcher calls to transfer control to the program. Java classes that work in managed environments such as applets and Enterprise JavaBeans do not use or need a basic method. The Java program may contain several classes that have basic methods, meaning that VM needs to be explicitly told which class to run. The main method is to accept an array of String objects. By convention, it is referred to as args, although any other legal ID name can be used. Starting with Java 5, the main method can also use variable arguments, in the form of a public static void of the core (String... args), which allows you to call the basic method with an arbitrary number of line arguments. The effect of this alternate declaration is semantically identical (args, which is still an array of String objects), but allows alternative syntax to be used to create and transmit the array. The Java launcher launches Java by downloading a given class (indicated on a command line or as an attribute in JAR) and running its public static core void (String). Autonomous programs should announce this method explicitly. String-args is an array of string objects containing any arguments given to the class. The main settings are often transmitted by a command line. Printing is part of the standard Java library: The System class defines the public static field that is being called. The object is a print class instance of PrintStream and provides a variety of methods for printing data for standardization, including println (String), which also entits a new line to the traversed line. Строка Hello World! automatically converted by the compiler into a String object. Method example // This is an example of a single line comment using two slashes / This is an example of a multi-line comment with a slash and an asterisk. This type of comment can be used to he-hack a lot of information or deactivate the code, but it's important to remember to close the comment. Fibsandlies package; import java.util.HashMap; This is an example of a Javadoc comment; Javadoc can make documentation from this text. Javadoc comments should immediately precede documenting class, method, or field. In/ public class FibCalculator expands Fibonacci implements Calculator - private static map, memorable - new HashMap The main method, written by the following JVM is used as a starting point for the program. Program. Get the 12th number of Fibonacci and print out to comfort the th/ example method written in Java wrapped in a class. - @param fibIndex Fibonacci Number Index - @return Fibonacci Number, Public Static int fibonacci (int fibIndex) - if (memoized.containsKey (fibIndex)) return memoized.get (fibIndex); still - int-answer - fibonacci (fibIndex - 1) - fibonacci (fibIndex - 2); memoized.put Answering questions Special Classes of Applet Java applets were programs that were built into other applications, usually on a web page displayed in a web browser. The API is being deprecated with Java 8 in 2017. Servlet Servlet Servlet Servlet's Servlet Servlet technology provides web developers with a simple and consistent mechanism for expanding web server functionality and accessing existing business systems. Servlets are Java EE server components that generate responses (usually HTML pages) to customer requests (usually http requests). The Java Servlet API has to some extent been withered by two standard Java technologies for web services: JavaServer Pages JavaServer Pages (JSP) are Java EE server components that generate responses, usually HTML pages, to HTTP requests from customers. JSPs embed Java code into an HTML page with special delimiters. JPS are compiled into a Java server, a Java application in its own right, when first accessed. The generated server then creates an answer. Swing application Swing is a UI graphic library for the Java SE platform. You can specify a different look through the plug-in look of the Swing system. The Windows, GTK and Motif clones come from Sun. Apple also provides Aqua appearance for macOS. Where previous implementations of these views and opinions may have been deemed insufficient, Swing in Java SE 6 solves this problem by using more native GUI widgets that draw the procedures of the base platforms. JavaFX JavaFX is a software platform for creating and delivering desktop applications as well as rich Internet applications (RIAs) that can run on a wide variety of devices. JavaFX is designed to replace Swing as a standard GUI library for Java SE, but both will be included for the foreseeable future. JavaFX supports desktops and web browsers on , and macOS. JavaFX has no support for native OS appearance. Generics In 2004, generics were added to the Java language as part of J2SE 5.0. Before the introduction of generics, each variable declaration had to be of a certain type. For container classes, for example, this is a problem because there is no easy way to create a container that accepts only certain types of objects. Either the container works on all subtypes of the class or , usually the object, or another container class should be created for each class contained. The general information allows you to check the type of compilation without having to create multiple classes of containers, each containing almost the same code. In addition to providing more efficient code, some execution time exceptions are prevented by issuing compilation time errors. If Java prevents all time-ed errors (ClassCastExceptions), it will be safe. In 2016, the type of Java system was unwarranted. Criticism of Java includes generic implementation, speed, unsigned numbers, floating arithmetic floating point implementation, and a history of security vulnerabilities in the main Java VM HotSpot implementation. The Is a standard library designed to support Java application development. It is controlled by Sun Microsystems in collaboration with others as part of the Java Community Process program. Companies or individuals involved in this process can influence the development and development of the API. This process was the subject of controversy during the 2010s. The class library contains features such as: Basic libraries, which include: Integration Libraries that allow the author of the application to communicate with external systems. These libraries include: UI libraries that include: (heavy, or native) Abstract Window Toolkit (AWT), which provides GUI components, tools for laying out these components, and event processing tools from those components (light) Swing libraries that are built on AWT but provide (not native) implementation of AWT API widgets for audio capture, The JavaFX platform processing and playback depends on the implementation of the Java virtual machine, which is a tool that uses Java library codes and third-party Plugins applications that allow applets to run in web browsers, allowing Java applications to be effectively distributed to end users via Internet Licensing and Documentation Documentation Javadoc is a comprehensive documentation system created by Sun Microsystems. It provides developers with an organized system for documenting their code. Javadoc comments have an additional asterisk at the beginning, i.e. delimiters are / and /, while the usual multi-stringed comments in Java are disconnected with delimiters / and /. is the current owner of the official Java SE platform following the acquisition of Sun Microsystems on January 27, 2010. This implementation is based on Sun's original Java implementation. The Oracle implementation is available for Microsoft Windows (still working for XP, while only later versions are currently officially supported), macOS, Linux and Solaris. Because Java does not have a formal standardization recognized by Ecma International, ISO/IEC, ANSI, or other standardization parties, Oracle implementation is the de facto standard. Oracle's implementation is packed into two different distributions: Java Runtime Environment (JRE), which contains parts of the Java SE platform needed to run Java programs, and is designed for end users, and the (JDK), which is designed for software developers and includes development tools such as the Java, Javadoc, Jar, and debugger compilers. Oracle also released GraalVM, a high-performance Java dynamic compiler and translator. OpenJDK is another notable Java SE implementation that is licensed under the GNU GPL. The implementation began when Sun began releasing Java source code under GPL. According to Java SE 7, OpenJDK is the official benchmark java implementation. The goal of Java is to make all Java implementations compatible. Historically, Sun's Java brand license insists that all implementations are compatible. This led to a legal dispute with Microsoft after Sun stated that Microsoft's implementation did not support RMI or JNI and added its own platform-specific features. Sun sued in 1997, and in 2001 won a $20 million settlement agreement, as well as a court order to comply with Sun's license. As a result, Microsoft no longer supplies Java to Windows. Java, which is independent of Java platforms, is important for Java EE, and implementation certification requires even stricter verification. This environment allows portable server applications. Using Java programming language outside the Java platform requires a software platform to compile software. Oracle delivers the Java platform for use from Java. Android SDK is an alternative software platform used primarily for the development of Android applications with its own GUI system. Android Language Java is a key pillar in Android, an open source mobile operating system. Although Android, built on a Linux kernel, is written mainly on C, Android SDK uses Java language as the basis for Android applications, but does not use any of its standard GUI, SE, ME or other established Java standards. The Yutecode language supported by Android SDK is incompatible with the Java code and runs on its own virtual machine optimized for low-memory devices such as smartphones tablet computers. Depending on the Android version, the youth code is either interpreted by the virtual machine or compiled into a code on . Android does not provide a complete standard Java SE library, although Android SDK includes the independent implementation of a large subset of it. It supports Java 6 and some Java 7 features, offering implementations that are compatible with the standard library (). Controversy over the use of Java-related technology in Android has led to a legal dispute between Oracle and Google. On May 7, 2012, a jury in San Francisco found that if the API could be copyrighted, Google infringed Oracle copyrights by using Java in Android devices. U.S. District Judge William Haskell Alsup ruled on May 31, 2012, that the API could not be copyrighted, but that was overturned by the U.S. Court of Appeals for the Federal Circuit in May 2014. On May 26, 2016, the District Court ruled in favor of Google, deciding that the copyright infringement of Java API in Android is fair use. In March 2018, that decision was overturned by the Court of Appeal, which referred the case to a federal court in San Francisco. In January 2019, Google filed a motion with the U.S. Supreme Court to rule on certiorari to challenge two court decisions in favor of Oracle. Documents: Books: Books: java in a nutshell 7th edition pdf github

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