PDF Ebook The CERT Oracle Secure Coding Standard for Java (SEI Series in Software Engineering), by Fred Long, Dhruv Mohindra, Robert C. Seacord, Dea
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The CERT Oracle Secure Coding Standard for Java (SEI Series in Software Engineering), by Fred Long, Dhruv Mohindra, Robert C. Seacord, Dea
PDF Ebook The CERT Oracle Secure Coding Standard for Java (SEI Series in Software Engineering), by Fred Long, Dhruv Mohindra, Robert C. Seacord, Dea
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“In the Java world, security is not viewed as an add-on a feature. It is a pervasive way of thinking. Those who forget to think in a secure mindset end up in trouble. But just because the facilities are there doesn’t mean that security is assured automatically. A set of standard practices has evolved over the years. The Secure� Coding� Standard for Java™ is a compendium of these practices. These are not theoretical research papers or product marketing blurbs. This is all serious, mission-critical, battle-tested, enterprise-scale stuff.”
—James A. Gosling, Father of the Java Programming Language
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An essential element of secure coding in the Java programming language is a well-documented and enforceable coding standard. Coding standards encourage programmers to follow a uniform set of rules determined by the requirements of the project and organization, rather than by the programmer’s familiarity or preference. Once established, these standards can be used as a metric to evaluate source code (using manual or automated processes).
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The CERT� Oracle� Secure Coding Standard for Java™ provides rules designed to eliminate insecure coding practices that can lead to exploitable vulnerabilities. Application of the standard’s guidelines will lead to higher-quality systems–robust systems that are more resistant to attack. Such guidelines are required for the wide range of products coded in Java–for devices such as PCs, game players, mobile phones, home appliances, and automotive electronics.
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After a high-level introduction to Java application security, seventeen consistently organized chapters detail specific rules for key areas of Java development. For each area, the authors present noncompliant examples and corresponding compliant solutions, show how to assess risk, and offer references for further information. Each rule is prioritized based on the severity of consequences, likelihood of introducing exploitable vulnerabilities, and cost of remediation.
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The standard provides secure coding rules for the Java SE 6 Platform including the Java programming language and libraries, and also addresses new features of the Java SE 7 Platform. It describes language behaviors left to the discretion of JVM and compiler implementers, guides developers in the proper use of Java’s APIs and security architecture, and considers� security concerns pertaining to standard extension APIs (from the javax package hierarchy).The standard covers security issues applicable to these libraries: lang, util, Collections, Concurrency Utilities, Logging, Management, Reflection, Regular Expressions, Zip, I/O, JMX, JNI, Math, Serialization, and JAXP.
- Sales Rank: #1119031 in Books
- Published on: 2011-09-18
- Original language: English
- Number of items: 1
- Dimensions: 9.00" h x 1.50" w x 7.00" l, 2.50 pounds
- Binding: Paperback
- 744 pages
About the Author
Ve>Fred Long is a senior lecturer and director of learning and teaching in the Department of Computer Science, Aberystwyth University in the United Kingdom. He lectures on formal methods; Java, C++, and C programming paradigms and programming-related security issues. He is chairman of the British Computer Society’s Mid-Wales Sub-Branch. Fred has been a Visiting Scientist at the Software Engineering Institute since 1992. Recently, his research has involved the investigation of vulnerabilities in Java.
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Dhruv Mohindra is a senior software engineer at Persistent Systems Limited, India, where he develops monitoring software for widely used enterprise servers. He has worked for CERT at the Software Engineering Institute and continues to collaborate to improve the state of security awareness in the programming community.
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Dhruv has also worked for Carnegie Mellon University, where he obtained his master of science degree in information security policy and management. He holds an undergraduate degree in computer engineering from Pune University, India, where he researched with Calsoft, Inc., during his academic pursuit.
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A writing enthusiast, Dhruv occasionally contributes articles to technology magazines and online resources. He brings forth his experience and learning from developing and securing service oriented applications, server monitoring software, mobile device applications, web-based data miners, and designing user-friendly security interfaces.
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Robert C. Seacord is a computer security specialist and writer. He is the author of books on computer security, legacy system modernization, and component-based software engineering.
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Robert manages the Secure Coding Initiative at CERT, located in Carnegie Mellon’s Software Engineering Institute in Pittsburgh, Pennsylvania. CERT, among other security-related activities, regularly analyzes software vulnerability reports and assesses the risk to the Internet and other critical infrastructure. Robert is an adjunct professor in the Carnegie Mellon University School of Computer Science and in the Information Networking Institute.
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Robert started programming professionally for IBM in 1982, working in communications and operating system software, processor development, and software engineering. Robert also has worked at the X Consortium, where he developed and maintained code for the Common Desktop Environment and the X Window System. Robert has a bachelor’s degree in computer science from Rensselaer Polytechnic Institute.
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Dean F. Sutherland is a senior software security engineer at CERT. Dean received his Ph.D. in software engineering from Carnegie Mellon in 2008. Before his return to academia, he spent 14 years working as a professional software engineer at Tartan, Inc. He spent the last six of those years as a senior member of the technical staff and a technical lead for compiler backend technology. He was the primary active member of the corporate R&D group, was a key instigator of the design and deployment of a new software development process for Tartan, led R&D projects, and provided both technical and project leadership for the 12-person compiler back-end group.
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David Svoboda is a software security engineer at CERT. David has been the primary developer on a diverse set of software development projects at Carnegie Mellon since 1991, ranging from hierarchical chip modeling and social organization simulation to automated machine translation (AMT). His KANTOO AMT software, developed in 1996, is still in production use at Caterpillar. He has over 13 years of Java development experience, starting with Java 2, and his Java projects include Tomcat servlets and Eclipse plug-ins. David is also actively involved in several ISO standards groups: the JTC1/SC22/WG14 group for the C programming language and the JTC1/ SC22/WG21 group for C++.
Most helpful customer reviews
7 of 7 people found the following review helpful.
CERT Oracle Secure Coding Standard for Java is a very useful resourc
By Ben Rothke
It has been a decade since Oracle started their unbreakable campaign touting the security robustness of their products.
Aside from the fact that unbreakable only refers to the enterprise kernel; Oracle still can have significant security flaws.
Even though Java supports very strong security controls including JAAS (Java Authentication and Authorization Services), it still requires a significant effort to code Java securely.
With that, The CERT Oracle Secure Coding Standard for Java is an invaluable guide that provides the reader with the strong coding guidelines and practices in order to reduce coding vulnerabilities that can lead to Java and Oracle exploits.
The book is from CERT, and like other CERT books, provides both the depth and breadth necessary to gain mastery on the topic.
The book includes various rules and recommended practices for secure programming for Java SE6 and SE 7. Unfortunately, the book does not provide an on-line reference to version 1.0.
The book also covers the most common coding errors that lead to Java vulnerabilities and detail how they can be avoided.
For those using Java on Oracle and hoping to build secure applications, The CERT Oracle Secure Coding Standard for Java is a very useful resource that no programmer should be without.
The first 100 pages of the book are available here. After read it, you will be likely to want to see the next 650 pages.
4 of 4 people found the following review helpful.
A Java Programmer Must Have
By T Anderson
I really like the CERT books. This one is no different, however, it is not one to read from cover to cover, at least not for me. It contains a catalog of rules for programming secure java code. What I have been doing is using it to look up rules about topics found in other resources that I have been using to learn the java environment.
Although the book contains a great index, there is an online version of this book which is really nice. It contains a really sweet search. I have been using that a lot to find the topics I am interested in, marking them in the book, and then reading about them in the book. The online version of the book contains all the code samples found in the book.
The is a nice introduction that you will want to completely read. It gives a really nice overview of java programming security issues and introduces the concepts that can make it safer. The concepts in this chapter introduce the chapters that contain the details rules.
After the introduction the book contains the following chapters. Input Validation and Data Sanitization, Declarations and Initialization, Expressions, Numeric Types and Operations, Object Orientation, Methods, Exceptional Behavior, Visibility and Atomicity, Locking, Thread APIs, Thread Pools, Thread-Safety Miscellaneous, Input Output, Serialization, Platform Security, Runtime Environment, and Miscellaneous.
There are a ton of nice code samples which show the commonly implemented noncompliant solutions and then the compliant solutions. I mentioned above they are all available online.
Although there is a free online version, I am not one to read e-books or anything on the computer I don't have to. I am on it way too much to want to read on it when I don't have to.
I find the author's writing style makes the book an easy read. It is also in a very nice format. Each chapter starts with a list of the rules it covers and a risk assessment summary. They then cover the rules and end with related guidelines and bibliography.
The thing I like most about the book is that although it makes it clear that it does not cover Design and Architecture, Content, Coding style, Tools, and Controversial Rules, I still believe all these areas will improve if you use the advice found in book.
All in all I highly recommend this book to every java programmer.
1 of 1 people found the following review helpful.
Good resoure for Java architects, developers, and application security auditors
By JB
"The CERT Oracle Secure Coding Standard for Java" is a thoroughly researched and authoritative guide to secure coding in Java. It specifically focuses on Java SE 6 and some of the features of Java SE 7, so don't look for coverage of security best practices for Java EE and certainly not for web application security issues that target aspects of HTTP, HTML, or JavaScript (e.g., Cross-Site Scripting, Cross-Site Request Forgery, etc.). The book actually goes beyond guidance for coding a secure application, providing insight into building a solid, high quality application. Indeed, in the Preface it notes that the goal of the rules is to help developers build "higher quality systems that are safe, secure, reliable, dependable, robust, resilient, available, and maintainable".
The coding standards are provided as a clearly documented set of rules, each one including some summary information about the rule, code examples of the rule not being followed as well as code that does follow the rule, enumerated exceptions where it's permissible to deviate from the rule, and lastly a risk assessment of the vulnerability that arises when you don't follow the rule. The list of rules is extensive, so the authors have helpfully grouped them into the following categories:
* Input Validation and Data Sanitization
* Declarations and Initialization
* Expressions
* Numeric Types and Operations
* Object Orientation
* Methods
* Exceptional Behavior (i.e., proper usage and handling of exceptions)
* Visibility and Atomicity
* Locking
* Thread APIs
* Thread Pools
* Thread-Safety Miscellaneous
* Input Output
* Serialization
* Platform Security
* Runtime Environment
* Miscellaneous
This presentation format lends itself to a very organized and comprehensive treatment of the subject, but doesn't make it the type of book that you can easily read from cover to cover. It would be fair to say that it reads more like a reference book that's tremendously useful when you're interested in practical secure Java coding practices for a specific area rather than as a training guide. Before finding that specific topic of interest, however, it would be wise to read the excellent introductory chapter. The introduction provides overviews of each of the principle sources of vulnerabilities in Java applications: misplaced trust; injection attacks (including a very helpful explanation of the appropriate use and sequencing of validation, sanitization, canonicalization, and normalization); leaking sensitive data; leaking capabilities; denial of service; serialization; concurrency, visibility, and memory; security managers; and class loaders.
It's also important to note that many of the rules focus on how to write mobile code that can be safely executed in untrusted systems or how to use untrusted mobile code on trusted systems. In these cases, the attacker is writing code that interacts with your code and takes advantage of vulnerabilities you have left by not following the prescribed rules. This attacker context is quite different from that of an external hacker trying to take advantage of flaws in a web site, for example.
Although the book is probably best used as a reference guide in which you'll seek out a topic of interest rather than read from front to back, it's undeniably a highly valuable contribution to the topic of secure Java coding. As such, it's a useful addition to the bookshelves of Java architects, developers, and application security auditors.
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