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Author: Roy, Uttam K

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Advanced Java Programming is a textbook specially designed for undergraduate and postgraduate students of Computer Science, Information Technology, and Computer Applications (BE/BTech/BCA/ME/M.Tech/MCA). Divided into three parts, the book provides an exhaustive coverage of topics taught in advanced Java and other related subjects. It first introduces important language features such as Reflection, JNI, template, AWT and swing, Security etc. The second part primarily focuses on core network programming concepts such as sockets, RMI, Mail, XML-RPC etc. The state-of-the-art concepts such as SOAP, Applet, Servlet, JSP, JDBC, Hibernate, JMS, J2EE, JNDI, CORBA, JSF etc. have been discussed in the last part. The content is enhanced with numerous illustrations, examples, program codes, and screenshots. With its lucid presentation and inclusion of numerous real-world examples and codes, the book will be equally useful for Java professionals

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【One-Line Pitch】 A single-volume bridge from core Java to the technologies that power real networked and enterprise systems, written for students and working professionals who want sockets, servlets, JDBC, and J2EE components explained under one roof. Read it if you already know core Java and need a structured tour of the advanced APIs rather than a deep dive into any one framework. 【Book Arc】 - **Opening (~0%–9%)**: Frames the book's purpose and audience — advanced Java concepts gathered into one textbook for BE/BTech/BCA/ME/M.Tech/MCA courses, assuming solid core Java knowledge. Solves the problem of hunting across dozens of single-topic books. - **Early (~9%–32%)**: Part I, "Inside Java" (Chapters 1–11) — exception handling, multi-threading, garbage collection, collections, generics, reflection, JNI, AWT/Swing, Java and XML, and I/O/NIO. Builds the language-level foundation the later parts depend on. - **Early–Middle (~32%–55%)**: Part II, "Network Programming" (Chapters 12–18) — basic networking, sockets, RMI, JavaMail (SMTP/POP/IMAP), applets, XML-RPC, and SOAP. Moves from low-level IPC to higher-level remote invocation. - **Middle–Late (~55%–75%)**: Part III opens with server-side and persistence topics — Java security, servlets, JSP, JDBC, and Hibernate ORM. This is where the book turns toward building web and database-backed applications. - **Late (~75%–90%)**: Enterprise integration — JNDI naming/directory services, JMS messaging, JavaBean/EJB component technologies, and CORBA for heterogeneous object interoperability. - **Ending (~90%–100%)**: JSF as a Java web UI framework following MVC, closing the arc from language internals to full enterprise presentation layers. 【Key Takeaways】 - **The book is organized as a three-part progression, not a topic dump** (Opening): Part I (language internals) → Part II (network programming) → Part III (enterprise Java), so readers can follow a dependency chain rather than jump randomly. - **Reflection and JNI unlock runtime and cross-language power** (Early): reflection lets you inspect and modify objects at run time — the same API behind tools like NetBeans, Eclipse, and Spring — while JNI is a two-way bridge to C/C++. - **Generics and the collections framework are treated as a pair** (Middle): the excerpts show generics motivated by collection usage, covering wildcards, bounded type parameters, type erasure, and the restrictions that erasure imposes. - **Networking escalates from sockets to RMI to XML-RPC/SOAP** (Early–Middle): sockets handle low-level client–server IPC, RMI raises this to object-oriented remote method calls, and XML-RPC/SOAP extend it to portable, HTTP-based messaging. - **Server-side Java is covered end to end** (Middle–Late): servlets extend a Java-enabled web server, JSP builds on servlets for dynamic pages, and JDBC/Hibernate handle database access and ORM persistence. - **Enterprise integration spans naming, messaging, and components** (Late): JNDI binds names to objects for later lookup, JMS enables loosely coupled messaging across dissimilar systems, and JavaBean/EJB plus CORBA address component and cross-platform interoperability. - **Security is treated as its own concern** (Early): a dedicated chapter covers secure language features, security APIs, tools, and built-in provider services, relevant to the network and web chapters that follow. - **The book is example-driven** (throughout): the preface emphasizes working examples, illustrations, program code, and screenshots, positioning it as a textbook rather than a reference manual. 【Reading Tips】 - **Deep-read Part I if your core Java is shaky**: exception handling, threading, collections, and generics are prerequisites for everything later; skimming here will cost you in Parts II and III. - **Treat Parts II and III as a menu, not a linear read**: if you are building web apps, prioritize servlets, JSP, JDBC, and Hibernate; if you work on distributed systems, focus on sockets, RMI, JMS, and CORBA. - **Run the code, don't just read it**: the book's value lies in its examples and screenshots — JNI, sockets, and servlet examples are hard to absorb passively. - **Note the era**: applets, CORBA, XML-RPC, and SOAP are covered as state-of-the-art, but modern practice has largely moved on — read them for concepts and history, not as current recommendations. - **Use the chapter structure as a syllabus map**: the 28-chapter, three-part layout maps cleanly onto typical Advanced Java, network programming, and Enterprise Java courses. 【Coverage Limits】 The excerpts are dominated by front matter, preface, and table-of-contents material; actual chapter content is thin, so this guide describes the book's structure and stated scope rather than its detailed arguments or code. Specific examples, figures, and chapter-level depth are not covered by the excerpts.
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reed with the appropriate reprographics rights organization. Enquiries concerning reproduction outside the scope of the above should be sent to the Rights De...
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es, interfaces, and methods where parameters are type names. This also helps us to detect more bugs at compile time and fix them then and there. Chapter 7 th...
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e have primarily focused on this technology in this chapter. Chapter 27 simplifies the generic concept of CORBA (Common Object Request Broker Architecture),...
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6.1 Introduction 113 6.2 Motivation 114 6.3 Solution 114 6.4 Collection Framework and Generics 116 6.5 Type Naming 117 6.6 Generic Methods and Constructors 1...
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et Class) 334 13.9.1 Constructors 334 13.9.2 Methods 335 13.10 Appendix C (Useful Methods of DatagramSocket Class) 338 13.10.1 Constructors 338 13.10.2 Metho...
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TPS 517 19.5 keytool Revisited 519 19.5.1 KeyStore 519 19.5.2 Keystore Entries 520 Truststore 520 19.5.3 Keystore Aliases 520 19.5.4 Public Key Generation 52...
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24.1 Naming Concepts 692 24.1.1 Naming Convention 693 24.1.2 Naming Context 693 24.1.3 Binding 693 24.2 Directory Concepts 694 24.2.1 Directory Context 694 2...
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n Example 789 27.15 Using Out and Inout Parameter 791 27.15.1 Invoking Operation Using Holder Classes 792 27.15.2 An Example 792 27.16 RMI-IIOP 793 27.16.1 A...
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ISBN: 1680158708
Publish Year: 2015
Language: English
Pages: 854
File Format: PDF
File Size: 24.7 MB
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