M. Swain, J.A. Anderson, R. Korrapati et al. · 2003
Focuses on database programming using Java. Java provides a very good approach to working with different database. A discussion is provided about database programming using Java for the Microsoft Access DBMS. Some concepts are reviewed along the way, like relational databases, components of databases, Open Database Connectivity (ODBC) data sources, the Java SQL package and methods. The Java programming language has the potential of working with different databases like SQL Server, Oracle, Informix, Sybase, Microsoft Access and others. Java uses the JDBC (Java Database Connectivity) tool to work with the database. Programs developed with the Java programming language and JDBC are platform- and vendor-independent. This paper introduces the concept of a JDBC-ODBC bridge for Microsoft Access, which is a useful system for understanding and teaching database programming. Examples of simple Java programs for Microsoft Access are provided as illustrations of the concept of database programming.
Cited by 2
2018
An application is divided into a number of units. Each unit can be programed in a different language. The original interface designed by Berkeley was for C but since then sockets have been implemented in various languages. Sockets directly use the services of the transport layer in the OSI model (UDP or TCP protocols), which in turn use the services of the network layer. This chapter discusses transmitting objects through the sockets. The mode of IP communication used, UDP or TCP, corresponds to the type of socket. Telecommunication methods for Java are based on the transfer of bytes. Remote Method Invocation (RMI) allows virtual Java machines to communicate whether they are on the same machine or on two distinct machines. The RMI registry is called rmiregistry and it possesses a hashing table where the keys are names and the values are distant objects.
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Hong, Molei · Theseus (Ammattikorkeakoulujen) · 2020
The thesis was about artificial intelligence project in Java. It started with the theoretical part of basic presentation of Java programming language, introduced its history, importance and features. The significant description of Java platform component Java Virtual Machine was involved. The definition of AI, the types of AI and the different AI level which included machine learning and deep learning were also presented. In the practical part, Weka, a software of machine learning algorithm in Java was introduced and there were two data mining and classification experiments by using Weka demonstrated. After that, a Java project with Weka’s Naïve Bayesian algorithm illustrated the principle of email classification. In the project, necessary elements such as Weka packages, the datasets and important methods were presented in detail.
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fqkuuaeik · Zenodo (CERN European Organization for Nuclear Research) · 2024
<pre><code>\n<p><strong>java functional programming pdf</strong><br></p>\n<p>Rating: 4.9 / 5 (4827 votes)<br></p>\n<p>Downloads: 35382<br><br></p>\n <p>= = = = = \n<strong><a href="https://calendario2023.es/21Nr9y?keyword=java functional programming pdf" target="_blank">CLICK HERE TO DOWNLOAD</a></strong>\n = = = = = <br><br></p>\n<p><br><br><br><br></p>\n<p><br><br><br><br></p>\n<p><br><br>Lambda expression. Before The JDK collections have received some special treatment in Java 8, with new interfaces, classes, and methods that support functional-style operations. Before Java 8, methods could receive primitive values and objects only. Functional Additional Functional Programming Enhancements were introduced in JavaIn this handson course, we will learn to write awesome Java code with Functional Simon Ritter Java Technology Evangelist. Apply the techniques you learn to turn highly complex imperative code into elegant and easy to understand functional style code –A block of code (or a function) that you can pass to a method. This book will guide you from the familiar imperative style through the practical aspects of functional programming, using plenty of examples programming and give a few examples of the programming style. Lambda expression. Over the last years, several mainstream object-oriented languages, such as Apply the techniques you learn to turn highly complex imperative code into elegant and easy to understand functional style code. With the functional style, the everyday tasks note Functional Programming with JavaLambda Expressions in Java. This is a set of exercises to support the "Interface Types and Generics" section. Most of the features in Javaare more appropriate for an advanced Java text but the concepts apply to material we have discussed, particularly when we are working with collections. Reload to refresh your session. A lambda expression is a nameless function. Reload to refresh your session. –A block of code (or a function) that you can pass to a method. – public void example(int i, String s, ArrayList list) This book will guide you from the familiar imperative style through the practical aspects of functional programming, using plenty of examples. Updated to the latest version of Java, this Exercise SheetFunctional Programming in Java. Lambdas are the core features of the functional programming paradigm. You signed out in another tab or window. This set of exercises is called "Functional Contribute to pkdandan/booksdevelopment by creating an account on GitHub Functional programming requires a different mindset, but once mastered it can be very rewarding. You switched accounts on another tab or window Many developers are transitioning to use the functional style of programming in Java, more and more each day. MB. Playing a bit in Java while reading Venkat Subramaniams "Functional programming in Java"FunctionalJava/Venkat SubramaniamFunctional note Functional Programming with JavaLambda Expressions in Java. Importantly, the output of a function depends only on its input With the functional programming capabilities in Java, that's not a fantasy. We will explore these in 1 INTRODUCTION. Some of the major reasons are the functional style code's reduced complexity and ease of reading and understanding, once the developers get used to the syntax and the paradigm, of course. In mathematics, a function is an expression that relates an input set to an output set. This book simplifies the learning process as a problem is described followed Functional Programming in Java teaches Java developers how to incorporate the most powerful benefits of functional programming into new and existing Java code. In this course, expressions and the Streams API to program in a more functional style using JDKThis will enable you to solve common problems in a more concise and more flexible way that can take advantage of multiple cores and CPUs in your machine Basically, functional programming is a style of writing computer programs that treat computations as evaluating mathematical functions. In functional programming, a You signed in with another tab or window.</p></code></pre>
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Gianfranco Rossi, Federico Bergenti, Gianfranco Rossi et al. · 2014
Abstract. JSetL is a Java library that endows Java with a number of facilities that are intended to support declarative and constraint (logic) programming. In this paper we show how JSetL can be used to support general forms of nondeterministic programming in an object-oriented framework. This is obtained by combining different but related facilities such as logical variables, set data structures, unification, along with a constraint solver that allows the user to solve nondeterministic constraints, as well as to define new constraints using the nondeterminism handling facilities provided by the solver itself. Thus, the user can define her/his own general nondeterministic procedures as new constraints, letting the constraint solver handle them. The proposed solutions are illustrated by showing a number of concrete Java implementations using JSetL, including the implementation of simple Definite Clause Grammars.
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Rajkumar, K · CERN Document Server (European Organization for Nuclear Research) · 2013
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Pavel ŘÍHA · Digital Repository (National Repository of Grey Literature) · 2009
This diploma introduces for readers Java generics with using examples and discuses its uses in real and most common problems. Work includes examples of using the Java libraries in JDK, as well as own examples of declaration of generic classes and methods.
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Jeremy Gibbons School, Jeremy Gibbons · 1998
We argue that for computing majors, it is better to use a `why' approach to teaching programming than a `how' approach; this involves (among other things) teaching structured programming before progressing to higher-level styles such as object-oriented programming. We also argue that, once it has been decided to teach structured programming, Java is a reasonable language to choose for doing so. Keywords: Java, structured programming, object-oriented programming, teaching. 1 Introduction Last year at this workshop, McLaughlin 3 presented a paper entitled Oh, by the way: Java is object-oriented. He observed that many institutions were switching to Java as a first programming language, without capitalizing on the object-oriented (OO) features of Java. McLaughlin argued that this was a Bad Thing: `if Java becomes the core language then OO must be taught as the central theme of the development curriculum'. In this paper, I would like to present the opposite point of view. I submit that...
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Subramaniam, Venkat · CERN Document Server (European Organization for Nuclear Research) · 2017
<!--HTML-->Reactive Programming in gaining a lot of excitement. Many libraries, tools, and frameworks are beginning to make use of reactive libraries. Besides, applications dealing with big data or high frequency data can benefit from this programming paradigm. Come to this presentation to learn about what reactive programming is, what kind of problems it solves, how it solves them. We will take an example oriented approach to learning the programming model and the abstraction.
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Milan VYSOCKÝ · Digital Repository (National Repository of Grey Literature) · 2019
The aim of this bachelor thesis is to introduce functional (declarative) programming with all its main features in the theoretical and practical part, analyze its implementation and compare it with object oriented (imperative) programming. The theoretical part is focused on functional programming, where its basic principles will be clarified, implementation in Java and why this programming paradigm was developed. Using relatively new language features, i.e. lambda expressions, streams, default methods, functional interfaces, whose implementation among other things, will be analyzed, will be introduced the possibilities of functional programming in Java. By comparing functional programming and object-oriented programming, the advantages and disadvantages of each approach are considered. In the practical part of the bachelor thesis there are programmed several practical examples documenting the possibility of using all the language features mentioned above.
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Lynn Andrea Stein · 2003
int getValue(); } That's all there is to it. Q. In this definition of Counting, the word abstract appears twice. In the previous definition, above, it doesn't appear at all. Explain. In fact, that was so easy, let's try another interface. This one is Resetable, and it is a very simple interface. (Good interfaces often are.) Resetable has a single method: interface Resetable { abstract void reset(); } This interface is fine, but it could do with a little bit of documentation. After all, 4.3 Interface Declaration 4~13 IPIJ || Lynn Andrea Stein there are many things that an interface doesn't specify. Q. Can you identify some things that should be included in Resetable's documentation? For the precise specification of what may be included in an interface definition, in what order, and under what circumstances, see the Java Chart on Interfaces. 4.3.2 Method Footprints and Unique Names It might seem that each method in an interface would have a unique name. However, it turns out that this isn't the case -at least, not exactly. Instead of a unique name, each method in an interface (or class) definition must have a unique footprint. The method's footprint consists of its name plus its ordered list of parameter types. Only the ordered list of parameter types counts; the return type of the method, and the names given to the parameters, are not relevant to its footprint. For example, a reset() rule with no parameters (an empty parameter list, () ) has a different footprint from a reset( int newValue ) rule (with the parameter list (int) ), and both are different from reset( String resetMessage ) (parameter list (String) ). Only the parameter type matters, though, not the parameter names: reset( String resetMessage ) is the same as reset( String whatToSay ). As long as two methods have different footprints, they can share the same name. This is very common and even has its own name: overloading. Overloading allows an object to have two (or more) similar methods that do slightly different things. For example, there are two very similar mathematical rounding methods. One has the signature int round( float f ); while the other has the signature long round( double d ); The Math object has both of these methods, and if you pass Math.round a float, you get back an int, while if you pass it a double, you get back a long. This is very convenient -in both cases, a floating point number is converted to an integer, but in either case the more appropriate size is used. An alternate kind of overloading might happen if our hypothetical AlarmedCounting interface had, in addition to its void setAlarm( int whatValue, String alarmMessage ) 4~14 Specifying Behavior: Interfaces Chapter 4 IPIJ || Lynn Andrea Stein method, a second method that just allowed you to specify the alarm message, without changing the value for which it was set: void setAlarm( String alarmMessage ) If you called yourAlarm.setAlarm( 1000, Capacity reached ), you'd set the alarm message to trigger at 1000, printing the message Capacity reached. yourAlarm.setAlarm( Oops, all full ) might then be used when to change the warning to be issued when the AlarmedCounting reaches capacity. Overloading method names is the choice of the interface builder. The interface user simply makes use of the interface as it is given. 4.3.3 Interfaces are Types: Behavior Promises Now that we have these interfaces, what good do they do? Interfaces are kinds of Things: they are Java types. In Java, every interface name is automatically a type name. That is, when you are declaring a (label) name, you can declare it suitable for labeling things that implement a specific interface. In the next chapter, we will see how to declare Java classes and how to indicate what interface(s) the class implements. So, for example, the declared type of myCounting, above, was Counting: Counting myCounting; In this example, myCounting is declared to be of type Counting, i.e., something that satisfies the Counting contract (interface) that we declared in the preceding sections. For example, we might have an interface called Game that includes a getScoreCounter() method that returns a Counting: interface Game { abstract Counting getScoreCounter(); // maybe some other method signatures.... } If theWorldCupFinal is a Game, then we might say Counting myCounting = theWorldCupFinal.getScoreCounter(); In this case, we don't know anything more about the type of myCounting ; we just know that it is a Counting. Often, as users of other people's code, interfaces are the only types we need to know about. 4.3 Interface Declaration 4~15 IPIJ || Lynn Andrea Stein 4.3.4 Interfaces are Not Implementations We have seen that an interface can be used as the type of an object. You can use names associated with that type to label the object. You can pass objects satisfying that interface to methods whose parameter types are that interface type, and you can return objects satisfying that interface from a method whose return type is that interface. The Counting in the previous paragraph was an example of the power of interfaces. However, there are certain things that you cannot do with an interface. Of course, when we're manipulating that Counting object, we don't know anything about how it works inside. We don't know, for example, whether it has a touchdown part and a field goal part, or is represented in decimal or in binary, or is likely to keep going up while we're thinking about it (since players might keep scoring). To figure this out, we'd need to know more than just the interface -the contract -that it satisfies; we'd need to know how it is implemented. Interfaces are about contracts, promises. They don't, for example, tell you how to create objects that satisfy those promises. In the next several chapters, we'll learn about building implementations that satisfy these promises and about creating brand new objects that meet these specifications. To do that will require additional machinery beyond the contract/promise of an interface. 4~16 Specifying Behavior: Interfaces Chapter 4 IPIJ || Lynn Andrea Stein Style Sidebar Interface Documentation An interface should be properly documented, typically using a multi-line or javadoc comment immediately preceding its declaration. Documentation for an interface should include the following information: What kind of thing does this interface represent? Why would you want to use an object of this kind? What could it do for you? What could you do with it? What kinds of assumptions or conditions does this kind of object need to do its job? Are there any special objects that it might need to have around or to work with? What services does this kind of object provide, and how do you use them? These questions are typically answered by the individual methods, but a brief overview of what methods the interface provides is always useful. It is may also be useful for the interface to document which method(s) to use when, especially when multiple similar methods exist. The interface's documentation should make it easy for a potential user to find the method(s) s/he wants. It should also make it possible for someone seeking to implement this interface to determine whether s/he has met the intent as well as the formal specification of the interface. If I am building a stopwatch, do I want to subscribe to the Clock interface? Remember that an interface declaration is largely about what, not how. It specifies contracts and promises, not mechanism. Java provides additional support for some of these items in its javadoc utilities. See the appendix on javadoc for details.
Cited by 11
Daniel Brookshier, Darren Govoni, Navaneeth Krishnan et al. · 2002
(NOTE: Each chapter concludes with a Summary.) Introduction. 1. What is P2P? Defining Peer-To-Peer. Defining P2P. P2P Concepts. Applications for P2P. Key P2P Issues. Technologies Related to P2P. 2. Overview of JXTA. JXTA Defined. JXTA Concepts. JXTA Protocols. Peers and Groups. Advertisements. Pipe Binding Protocol. Resolver. Rendezvous Protocol. JXTA Identifiers. 3. JXTA Protocols. Protocol and API. JXTA Goals. JXTA Peer and Java. Overview of the JXTA Protocols API. Summary of Java API for JXTA Protocols. Where JXTA Applications Begin. The Peer. Starting JXTA. Peer Discovery Protocol API. Peer Resolver Protocol API. Peer Information Protocol. Peer Membership Protocol. Pipe Binding Protocol API. Peer Endpoint Protocol. 4. JXTA Shell. Why Shell? Installation and Troubleshooting. Shell Commands. Using the Shell. Adding Shell Commands. 5. JXTA ping Command. ping. Command Overview. Project Overview. Requirements. Design Approach. Implementation. Install. Test. Further Improvements to Ping. 6. Working with Groups. Importance of Peer Groups. Importance of Peer Group Management. Types of Peer Group Management. Peer Membership Management. 7. JXTA Content Manager Service (CMS). An Overview. How CMS Works. A Simple CMS Example. Overall Design. Initializing the Content Manager. Searching for Content. 8. JXTA and Security. Importance of Security. Security is Multifaceted. Security Attacks in P2P Networks. JXTA Platform Security. JXTA Security Requirements. The Cryptographic Toolkit. Security Issues and Solutions. Trust in P2P systems. P2P Security Models. 9. Synchronizing Data Between Peers. Designing a PDA Organizer for JXTA. Design Considerations. Group Security and Associations. Class Design. 10. JXTA Chess: Game Programming. Running JXTA Chess. Overview of the Classes. 11. JXTA Explorer. Designing an Advertisement Explorer. Design Overview. The Explorer Class. PeerDiscoveryThread Class. AdvertisementTreeCellRenderer Class. Running Explorer. Appendix A. The Project JXTA Community. Contributing to a Project. Submitting a New Project. JXTA.ORG Development Environment. jxta.org Projects. Details on Select Projects. Commercial Projects. Appendix B. XML Primer. XML Basics. Self-Describing. Strong Typing and Syntax Validation. Problems with XML. Index.
Cited by 137
Ghritlahare, Akhilesh · Zenodo (CERN European Organization for Nuclear Research) · 2025
Modern Programming in Java is a comprehensive guide to mastering the principles, tools, and techniques of contemporary software development using the Java programming language. Aimed at developers who seek to build scalable, efficient, and maintainable applications, this book combines foundational Java concepts with modern best practices and cutting-edge features introduced in recent Java releases (Java 11–21). It covers object-oriented and functional programming paradigms, multithreading and reactive programming, design patterns, clean code practices, and enterprise application development with popular frameworks such as Spring Boot. Readers will also gain hands-on experience with modern build tools, testing strategies, containerization, and cloud deployment.
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Victor G. Brusca · Apress eBooks · 2022
If you’ve decided to start learning how to program in Java and you’ve read this far, it’s probably a good idea to talk about what Java programming actually is. In this chapter, we’ll take a brief stroll down memory lane and talk, at a high level, about programming computers and what it means to program in Java. We’ll also talk about game programming and discuss the venerable main game loop.
Cited by 1
Julio Sanchez, Maria P. Canton · 2002
While teaching Java programming at Minnesota State University, the authors noticed that engineering students were enrolling in Java programming courses in order to obtain basic programming skills, but there were no Java books suitable for courses intended for engineers. They realized the need for a comprehensive Java programming tutorial that offer
Cited by 7
Wen‐Chen Hu · IGI Global eBooks · 2009
Chapter XI introduced the basics of Java ME programming. This chapter will build on this, focusing on advanced Java ME programming. The following two major topics will be discussed: • Persistent storage: This refers to the type of storage embedded in handheld devices. Random access memory loses its contents when the power is off, but the contents of persistent storage are preserved even when the power is off. Flash memory, and very occasionally hard disks, are usually used for this kind of storage. • Network connection: Many client-side applications such as weather reports and location-based applications require a network connection. The generic Connection framework of MIDP can be used for this purpose. Although these two chapters, Chapters XI and XII, introduce Java ME programming to readers, it is not possible to fully cover Java ME programming in only two chapters. For a deeper understanding, readers can consult the section on Java ME References provided later in this chapter for more information.
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John O'Donahue, John O' Donahue · 2002
From the Publisher:
Java delivers powerful tools for creating today's multi-tier database applications. Packed with lucid explanations and lots of real-world examples, this comprehensive guide gives you everything you need to master Java database programming techniques. Starting with an insightful look into RDBMS, SQL, and JDBC fundamentals, veteran developer John O'Donahue walks you through the development process for both two-tier and three-tier applications, providing detailed coverage of Java database applications, using Swing components, servlets, JSP, XML, and EJB persistence.
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Rajagopalan, Suresh · 2002
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Ken Arnold, James Gosling, David Holmes · 1996
From the Publisher:
Co-authored by the creator of the Java technology and an experienced object-oriented developer, The Java (TM)Programming Language, Second Edition, is the definitive resource for all serious Java programmers. This book will give you a solid foundation in Java programming language strategies and techniques. It features a concise introduction to the language; detailed descriptions of Java's commands, constructs, and libraries; and numerous real-world examples that show you how to exploit the language's power, portability, and flexibility. You will find in-depth and progressively advanced coverage of classes and objects, interfaces, exception-handling, threads and multitasking, and packages. In addition, the book describes the Java core library packages, including I/O, standard utilities, language types, and system classes. Thoroughly revised from start to finish, this second edition fully integrate, is the definitive resource for all serious Java programmers. This book will give you a solid foundation in Java programming language strategies and techniques. It features a concise introduction to the language; detailed descriptions of Java's commands, constructs, and libraries; and numerous real-world examples that show you how to exploit the language's power, portability, and flexibility. You will find in-depth and progressively advanced coverage of classes and objects, interfaces, exception-handling, threads and multitasking, and packages. In addition, the book describes the Java core library packages, including I/O, standard utilities, language types, and system classes. Thoroughly revised from start to finish, this second edition fully integrates Java 1.1 into both text and examples. This edition includes the changes introduced in Java 1.1, such as nested classes (including anonymous classes), threading issues, character-based streams, object-serialization, documentation comments, new utility classes, plus internationalization and localization. The book lets you in on the rationale behind Java's design, direct from the language's creator, as well as the tradeoffs involved in using specific features. With these insights, you will have the understanding you need to begin developing Java applications and applets.
Cited by 1,520
Angie Anderson · Zenodo (CERN European Organization for Nuclear Research) · 2024
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