Security And Persistence

During a short visit to Bremen in December 1989 John Rosenberg had several discussions with me about computer architecture. Although we had previously worked together for more than a decade in Australia we had not seen each other for over a year, following my move to Bremen in 1988. Meanwhile John was spending a year on study leave at the University of St. Andrews in Scotland with Professor Ron Morrison and his persistent programming research group. From our conversations it was quite clear that John was having a most fruitful time in St. Andrews and was gaining valuable new insights into the world of persistent programming. He was very keen to explore the significance of these insights for the MONADS Project, which we had been jOintly directing since the early 1980s. MONADS was not about persistent programming. In fact it had quite different origins, in the areas of software engineering and information protection. In an earlier stage of the project our ideas on these themes had led us into the world of computer architecture and even hardware deSign, in our attempts to provide an efficient base machine for our software ideas. The most important practical result of this phase of the project had been the development of the MONADS-PC, a mini computer which would be better compared with say a V tv

"In 'Cyber Persistence Theory', Michael P. Fischerkeller, Emily O. Goldman, and Richard J. Harknett argue that this current theory only works well in the cyber strategic space of armed conflict but it is completely misaligned for conflict outside of war - where most state-sponsored adversarial cyber activity occurs. As they show, the reigning paradigm of deterrence theory cannot fully explain what is taking place with respect to cyber conflict. Therefore, the authors develop a novel approach to national cyber security strategy and policy that realigns theory and practice."--

Unlock infinite possibilities: Java + NoSQL = Enterprise excellence KEY FEATURES ● Gain expertise with the theory and practice of NoSQL databases. ● Master Java principles and code design for NoSQL incorporation. ● Learn to integrate NoSQL databases into robust enterprise architectures. DESCRIPTION Java Persistence with NoSQL is a comprehensive guide that offers a unique blend of theoretical knowledge and practical implementation, making it an invaluable resource for those seeking to excel in their roles. The book is divided into four parts, covering essential NoSQL concepts, Java principles, Jakarta EE integration, and the integration of NoSQL databases into enterprise architectures. Readers will explore NoSQL databases, comparing their strengths and use cases. They will then master Java coding principles and design patterns necessary for effective NoSQL integration. The book also discusses the latest Jakarta EE specifications, enhancing readers' understanding of Jakarta's role in data storage and retrieval. Finally, readers will learn to implement various NoSQL databases into enterprise-grade solutions, ensuring security, high availability, and fault tolerance. With hands-on exercises, real-world examples, and best practices, this book equips professionals with the skills and knowledge needed to excel in building robust and scalable Java applications using NoSQL databases. WHAT YOU WILL LEARN ● Mastering NoSQL concepts and choosing the right database solutions. ● Integrating NoSQL databases into Java and Jakarta EE applications. ● Implementing Java design patterns for efficient data persistence. ● Leveraging Jakarta EE and MicroProfile for enhanced Java architecture. ● Designing enterprise-grade solutions with NoSQL databases for high availability. WHO THIS BOOK IS FOR This book is tailored for senior engineers, architects, Java developers, and NoSQL enthusiasts who want to deepen their understanding of NoSQL databases within the Java ecosystem. TABLE OF CONTENTS 1. Introduction to NoSQL Databases 2. NoSQL Databases: A Comparative Analysis 3. Running NoSQL in Production: Best Practices and Considerations 4. Streamlining Java Application Integration with Frameworks 5. Java Persistence Design Pattern 6. Java Architecture and Persistence Layer 7. Introduction to Jakarta EE and MicroProfile 8. Advanced Validation Techniques with Jakarta Bean Validation 9. Enhance Object-oriented Programming with CDI 10. Implementing Rest with JAX-RS 11. Introduction to Jakarta EE NoSQL and Data 12. Redis Integration 13. Cassandra Integration 14. MongoDB Integration 15. Neo4J Integration 16. ArangoDB and Couchbase Integration 17. Final Considerations

During a short visit to Bremen in December 1989 John Rosenberg had several discussions with me about computer architecture. Although we had previously worked together for more than a decade in Australia we had not seen each other for over a year, following my move to Bremen in 1988. Meanwhile John was spending a year on study leave at the University of St. Andrews in Scotland with Professor Ron Morrison and his persistent programming research group. From our conversations it was quite clear that John was having a most fruitful time in St. Andrews and was gaining valuable new insights into the world of persistent programming. He was very keen to explore the significance of these insights for the MONADS Project, which we had been jOintly directing since the early 1980s. MONADS was not about persistent programming. In fact it had quite different origins, in the areas of software engineering and information protection. In an earlier stage of the project our ideas on these themes had led us into the world of computer architecture and even hardware deSign, in our attempts to provide an efficient base machine for our software ideas. The most important practical result of this phase of the project had been the development of the MONADS-PC, a mini computer which would be better compared with say a V tv

A special series of nine paired ROBIN falling sphere soundings was obtained over a six-hour period on 6 March 1965, as part of an investigation into the small-scale features of the wind field in the upper stratosphere and lower mesosphere. These soundings allow a simultaneous analysis of the temporal and spatial extent of the observed wave-like variations of the zonal wind. In the mesosphere (the altitude interval between 45 and 60 km) such variations are persistent. Individual features are followed throughout the six-hour observation program, and laterally extended. Soundings separated by 50 km show quite good correspondence among gross features. The interpretation of the wind oscillations as evidence of internal waves is considered, and horizontal and vertical wave parameters are determined. Vertical wavelengths are computed to be of the order of 3 km, while horizontal wave lengths are determined to be about 400 km, leading to a horizontal/vertical scale ratio of 120:1. There are also suggestions of horizontal and vertical wave amplitudes of about 5 m/sec and 4 cm/sec, and periods of oscillation of about 13 hours. (Author).

Master Java persistence using the industry-leading tools Spring Data and Hibernate. In Java Persistence with Spring Data and Hibernate you will learn: Mapping persistent classes, value types, and inheritance Mapping collections and entity associations Processing transactions with Spring Data and Hibernate Creating fetch plans, strategies, and profiles Filtering data Building Spring Data REST projects Using Java persistence with non-relational databases Querying JPA with QueryDSL Testing Java persistence applications Java Persistence with Spring Data and Hibernate teaches you the ins-and-outs of Java persistence with hands-on examples using Spring Data, JPA, and Hibernate. The book carefully analyzes the capabilities of the major Java persistence tools, and guides you through the most common use cases. By comparing and contrasting the alternatives, you’ll find it easy to choose the right tool choice for your applications. You’ll learn how to make and utilize mapping strategies, about the different approach to transactions for both Hibernate and Spring Data, and even how to efficiently test Java persistence applications. The practical techniques are demonstrated with both relational and non-relational databases. Forewords by Dmitry Aleksandrov and Mohamed Taman. About the technology Effectively managing application data is essential for any serious application. Spring Data and Hibernate bridge the gap between object-oriented code and relational data stores, radically simplifying Java persistence. By implementing the Java Persistence API (JPA) standard, these powerful tools help you avoid common bugs related to state and application data storage. About the book Java Persistence with Spring Data and Hibernate explores Java persistence using industry-standard tools. Hands-on examples introduce object-relational mapping and guide you through different mapping strategies to suit your needs. Covering transactions, persistent application testing, and non-relational databases, this book is your go-to resource for managing data in Java applications. What's inside Mapping persistent classes, value types, and inheritance Creating fetch plans, strategies, and profiles Building Spring Data REST projects Querying JPA with QueryDSL About the reader For intermediate Java programmers. About the author Catalin Tudose has more than 20 years of experience in the Java community. Christian Bauer, Gavin King, and Gary Gregory are the authors of Java Persistence with Hibernate, Second Edition, on which this book is based. Table of Contents PART 1 - GETTING STARTED WITH ORM 1 Understanding object/relational persistence 2 Starting a project 3 Domain models and metadata 4 Working with Spring Data JPA PART 2 - MAPPING STRATEGIES 5 Mapping persistent classes 6 Mapping value types 7 Mapping inheritance 8 Mapping collections and entity associations 9 Advanced entity association mappings PART 3 - TRANSACTIONAL DATA PROCESSING 10 Managing data 11 Transactions and concurrency 12 Fetch plans, strategies, and profiles 13 Filtering data PART 4 - BUILDING JAVA PERSISTENCE APPLICATIONS WITH SPRING 14 Integrating JPA and Hibernate with Spring 15 Working with Spring Data JDBC 16 Working with Spring Data REST PART 5 - BUILDING JAVA PERSISTENCE APPLICATIONS WITH SPRING 17 Working with Spring Data MongoDB 18 Working with Hibernate OGM PART 6 - WRITING QUERIES AND TESTING JAVA PERSISTENCE APPLICATIONS 19 Querying JPA with Querydsl 20 Testing Java persistence applications

This book seeks to demystify the persistence of the Anglo-American Special Relationship (AASR) in the post-Cold War era by constructing a new theory of alliance persistence. This theory of alliance persistence not only has stronger explanatory power than the predominant model of interests and sentiments, but also opens a new way for understanding what factors have prevented the AASR from collapsing. This innovative new volume fills the gap in AASR literature by focusing on the important role of institutionalization in sustaining the AASR, a factor that has been significantly overlooked in existing academic research.

Gain greater compliance with corporate training by addressing the heart of the very awareness vs. compliance problem: people are human. People have incredible strengths and incredible weaknesses, and as a Information Security professional, you need to recognize and devise training strategies that take advantage of both. This concise book introduces two such strategies, which combined, can take a security awareness program to the next level of effectiveness, retention, compliance, and maturity. Security policies and procedures are often times inconvenient, technically complex, and hard to understand. Advanced Persistent Training provides numerous tips from a wide range of disciplines to handle these especially difficult situations. Many information security professionals are required by regulation or policy to provide security awareness training within the companies they work for, but many believe that the resulting low compliance with training does not outweigh the costs of delivering that training. There are also many who believe that this training is crucial, if only it could be more effective. What you will learn: Present awareness materials all year-round in a way that people will really listen. Implement a "behavior-first" approach to teaching security awareness. Adopt to gamification the right way, even for people who hate games. Use tips from security awareness leaders addressing the same problems you face. Who is this book for Security awareness professionals or IT Security professionals who are tasked with teaching security awareness within their organization.