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The final volume in the renowned Danish poet Tove Ditlevsen’s autobiographical Copenhagen Trilogy ("A masterpiece" —The Guardian). Following Childhood and Youth, Dependency is the searing portrait of a woman’s journey through love, friendship, ambition, and addiction, from one of Denmark’s most celebrated twentieth century writers Tove is only twenty, but she's already famous, a published poet, and the wife of a much older literary editor. Her path in life seems set, yet she has no idea of the struggles ahead—love affairs, wanted and unwanted pregnancies, artistic failure, and destructive addiction. As the years go by, the central tension of Tove's life comes into painful focus: the terrible lure of dependency, in all its forms, and the possibility of living freely and fearlessly—as an artist on her own terms. The final volume in the Copenhagen Trilogy, and arguably Ditlevsen's masterpiece, Dependency is a dark and blisteringly honest account of addiction, and the way out.
Summary Dependency Injection Principles, Practices, and Patterns teaches you to use DI to reduce hard-coded dependencies between application components. You'll start by learning what DI is and what types of applications will benefit from it. Then, you'll work through concrete scenarios using C# and the .NET framework to implement DI in your own projects. As you dive into the thoroughly-explained examples, you'll develop a foundation you can apply to any of the many DI libraries for .NET and .NET Core. Purchase of the print book includes a free eBook in PDF, Kindle, and ePub formats from Manning Publications. About the Technology Dependency Injection (DI) is a great way to reduce tight coupling between software components. Instead of hard-coding dependencies, such as specifying a database driver, you make those connections through a third party. Central to application frameworks like ASP.NET Core, DI enables you to better manage changes and other complexity in your software. About the Book Dependency Injection Principles, Practices, and Patterns is a revised and expanded edition of the bestselling classic Dependency Injection in .NET. It teaches you DI from the ground up, featuring relevant examples, patterns, and anti-patterns for creating loosely coupled, well-structured applications. The well-annotated code and diagrams use C# examples to illustrate principles that work flawlessly with modern object-oriented languages and DI libraries. What's Inside Refactoring existing code into loosely coupled code DI techniques that work with statically typed OO languages Integration with common .NET frameworks Updated examples illustrating DI in .NET Core About the Reader For intermediate OO developers. About the Authors Mark Seemann is a programmer, software architect, and speaker who has been working with software since 1995, including six years with Microsoft. Steven van Deursen is a seasoned .NET developer and architect, and the author and maintainer of the Simple Injector DI library. Table of Contents PART 1 Putting Dependency Injection on the map The basics of Dependency Injection: What, why, and how Writing tightly coupled code Writing loosely coupled code PART 2 Catalog DI patterns DI anti-patterns Code smells PART 3 Pure DI Application composition Object lifetime Interception Aspect-Oriented Programming by design Tool-based Aspect-Oriented Programming PART 4 DI Containers DI Container introduction The Autofac DI Container The Simple Injector DI Container The Microsoft.Extensions.DependencyInjection DI Container
Get the most comprehensive PMP® Exam study package on the market! Prepare for the demanding PMP certification exam with this Deluxe Edition of our PMP: Project Management Professional Exam Study Guide, Fourth Edition. Featuring a bonus workbook with over 200 extra pages of exercises, this edition also includes six practice exams, over two hours of audio on CD to help you review, additional coverage for the CAPM® (Certified Associate in Project Management) exam, and much more. Full coverage of all exam objectives in a systematic approach, so you can be confident you're getting the instruction you need for the exam Bonus workbook section with over 200 pages of exercises to help you master essential charting and diagramming skills Practical hands-on exercises to reinforce critical skills Real-world scenarios that put what you've learned in the context of actual job roles Challenging review questions in each chapter to prepare you for exam day Exam Essentials, a key feature in each chapter that identifies critical areas you must become proficient in before taking the exam A handy tear card that maps every official exam objective to the corresponding chapter in the book, so you can track your exam prep objective by objective On the accompanying CD you'll find: Sybex test engine: Test your knowledge with advanced testing software. Includes all chapter review questions and bonus exams. Electronic flashcards: Reinforce your understanding with flashcards that can run on your PC, Pocket PC, or Palm handheld. Audio instruction: Fine-tune your project management skills with more than two hours of audio instruction from author Kim Heldman. Searchable and printable PDF of the entire book. Now you can study anywhere, any time, and approach the exam with confidence.
An integrated understanding of structure building, movement and locality couched in a syntactic theory constructing trees from the top down.
"Dependency Injection in .NET" is a comprehensive guide that introduces DI to .NET developers. It covers core concepts and patterns, and introduces important DI frameworks, such as StructureMap, Windsor, and Spring.NET.
This work presents the first sustained examination of Dependency Syntax. In clear and stimulating analyses Mel'cuk promotes syntactic description in terms of dependency rather than in terms of more familiar phrase-structure. The notions of dependency relations and dependency structure are introduced and substantiated, and the advantages of dependency representation are demonstrated by applying it to a number of popular linguistic problems, e.g. grammatical subject and ergative construction. A wide array of linguistic data is used - the well-known (Dyirbal), the less known (Lezgian), and the more recent (Alutor). Several "exotic" cases of Russian are discussed to show how dependency can be used to solve difficult technical problems. The book is not only formal and rigorous, but also strongly theory-oriented and data-based. Special attention is paid to linguistic terminology, specifically to its logical consistency. The dependency formalism is presented within the framework of a new semantics-oriented general linguistic theory, Meaning-Text theory.
The chase has long been used as a central tool to analyze dependencies and their effect on queries. It has been applied to different relevant problems in database theory such as query optimization, query containment and equivalence, dependency implication, and database schema design. Recent years have seen a renewed interest in the chase as an important tool in several database applications, such as data exchange and integration, query answering in incomplete data, and many others. It is well known that the chase algorithm might be non-terminating and thus, in order for it to find practical applicability, it is crucial to identify cases where its termination is guaranteed. Another important aspect to consider when dealing with the chase is that it can introduce null values into the database, thereby leading to incomplete data. Thus, in several scenarios where the chase is used the problem of dealing with data dependencies and incomplete data arises. This book discusses fundamental issues concerning data dependencies and incomplete data with a particular focus on the chase and its applications in different database areas. We report recent results about the crucial issue of identifying conditions that guarantee the chase termination. Different database applications where the chase is a central tool are discussed with particular attention devoted to query answering in the presence of data dependencies and database schema design. Table of Contents: Introduction / Relational Databases / Incomplete Databases / The Chase Algorithm / Chase Termination / Data Dependencies and Normal Forms / Universal Repairs / Chase and Database Applications
Large observational studies involving research questions that require the measurement of several features on each individual arise in many fields including the social and medical sciences. This book sets out both the general concepts and the more technical statistical issues involved in analysis and interpretation. Numerous illustrative examples are described in outline and four studies are discussed in some detail. The use of graphical representations of dependencies and independencies among the features under study is stressed, both to incorporate available knowledge at the planning stage of an analysis and to summarize aspects important for interpretation after detailed statistical analysis is complete. This book is aimed at research workers using statistical methods as well as statisticians involved in empirical research.