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Go from competent C++ programmer to skilled designer or builder using this volume as your C++ design master grade. This title volition guide you through the blueprint and implementation of a fun, engaging instance study. Starting with a quick exploration of the requirements for edifice the awarding, y'all'll delve into selecting an appropriate architecture, eventually designing and implementing all of the necessary modules to run across the project'southward requirements. Past the conclusion of Applied C++ Pattern, you'll take constructed a fully operation calculator that builds and executes on multiple platforms.…mehr

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Adam B. Singer graduated kickoff in his form at the Georgia Institute of Technology in 1999 with a bachelors caste in chemical applied science. He subsequently attended the Massachusetts Constitute of Engineering science on a National Defence force, Science, and Engineering Graduate Fellowship. He graduated from MIT with a Ph.D. in chemic engineering science in 2004 after defending his thesis titled Global Dynamic Optimization.

Since graduation, Adam has been a member of the research and engineering staff at an oil and gas major, where he has worked in software development, design, and project management in areas such every bit optimization, reservoir simulation, decision support under uncertainty, basin modeling, well log modeling, and stratigraphy. He has also served on and chaired committees designing in-house grooming in the areas of technical software development and computational and applied mathematics. He currently holds a enquiry supervisory position.

Adam additionally held the title of adjunct assistant professor in the Department of Computational and Applied Mathematics at Rice University from 2007-2012. In both 2006 and 2007, he taught a graduate level course, CAAM 520, on computational scientific discipline. The course focused on the design and implementation of high performance parallel programs.

Preface (5 pages)The preface details my motivation for writing the volume, the target audience for the volume, thegeneral structure of the book, and how to contact the writer. Of particular importance is therationale behind choosing the example study, the target language (C++), and the GUI toolkit (Qt).Chapter ane: Defining the Case Study (6 pages)The first chapter describes, in item, the instance study to be examine in the volume. The chapterdiscusses requirements in the abstract and then transitions to the calculator's specific requirements.This sets the stage for the residuum of the book, which describes, in detail, the design andimplementation of the calculator, pdCalc, proposed in Chapter i.1. A Brief Introduction2. A Few Words Virtually Requirements3. Reverse Shine Note (RPN)4. The Figurer'southward Requirements5. The Source Code1The advice, data, and conclusions discussed in this book are those of the author and take not beenendorsed past, or reflect the opinions or practices of, ExxonMobil Corporation or its affiliates.5Chapter two: Decomposition (xviii pages)In this chapter, I explain the elements of a expert decomposition and strategies for decomposing aproblem into manageable pieces. Subsequently, an architecture for pdCalc is selected, the calculatoris modularized, and use cases are used to develop interfaces for the loftier level figurer modules.The four loftier level modules are the stack, the command dispatcher, the user interface (subdividedinto a command line interface and a graphic user interface), and a plugin manager.1. The Elements of a Good Decomposition2. Selecting An Architecture3. Interfaces4. Assessment of Our Current Design5. Next StepsChapter 3: The Stack (xx pages)The stack is the first module discussed in detail. The stack is the fundamental data repositoryof the estimator. As part of the calculator's design and implementation, the singleton pattern isexplored. The stack also affords the kickoff opportunity to hash out an result system for the calculator,which provides a backdrop for exploration of the observer pattern, including the design andimplementation of reusable publisher and observer abstract classes.ane. Decomposition of the Stack Module2. The Stack Class3. Adding Events4. A Quick Note on TestingChapter iv: The Command Dispatcher (32 pages)This chapter describes the design and implementation of the command dispatcher, the module ofthe calculator responsible for the creation, storage, and execution of commands. Of particular notein this chapter is the exposition on the command design and how information technology can exist used to implement apractical disengage/redo framework. In addition to exploring a traditional deep hierarchy method forimplementing commands, a C++11 alternative using lambda expressions and the standard functiontemplate are presented as a mod alternative design.one. The Decomposition of the Control Dispatcher2. The Control Class3. The Command Repository4. The Control Manager5. The Command Dispatcher6. Revisiting Before Decisions6Chapter v: The Command Line Interface (14 pages)This chapter marks an of import milestone, the creation of the get-go user executable program.In addition to edifice a elementary command line interface, nosotros'll explore how to create an abstractsoftware interface suitable for both a command line interface and a graphical user interface. Withinthe context of the control line interface, we'll acquire techniques for elementary parsing and tokenizingof input text streams.1. The User Interface Abstraction2. The Concrete CLI Class3. Tying It Together: A Working ProgramChapter 6: The Graphical User Interface (24 pages)In this chapter, we build the Qt-based graphical user interface for the computer. Here, nosotros'llexamine unlike strategies for building GUIs, abstraction of GUI elements, and modularization ofthe overall GUI pattern. Included in the word is blueprint for the separation of on-screen widgetsfrom look-and-feel.1. Requirements2. Building GUIs3. Modularization4. A Working Program5. A Microsoft Windows Build NoteChapter 7: Plugins (38 pages)In this affiliate, I describe how to build a cross-platform plugin organization. This system includes theabstract interface for C++ plugins as well as the operating system specific mechanics involved withloading plugins and executing plugin functions. In the physical instance of the plugin loader, I explainthe many build tricks that can be used to handle cross-platform code and demonstrate how theabstract mill blueprint provides an elegant design solution to this problem.1. What Is a Plugin?2. Problem 1: The Plugin Interface3. Problem 2: Loading Plugins4. Problem three: Retrofitting pdCalc5. Incorporating Plugins6. A Concrete Plugin7. Adjacent Steps7Chapter eight: New Requirements (24 pages)Any developer who has ever worked on a production software project chop-chop learns that newrequirements are e'er added belatedly in the evolution bicycle. In this chapter, we explore theaddition of new user requests afterwards the original requirements have already been satisfied. Thediscussion progresses from fully implemented solutions to design simply solutions to vague ideas forthe reader to explore on her own.1. Fully Designed New Features2. Designs Toward a More Useful Calculator3. Some Interesting Extensions for Cocky-ExplorationAppendix A: Acquiring, Building, and Executing pdCalc (4 pages)This appendix explains how to download the source code from GitHub and how to build the casestudy on Linux and Windows. One time the program is built, readers volition want to execute the codeand its included examination suite; execution instructions are therefore provided.ane. Getting The Source Code2. Dependencies3. Building pdCalc4. Executing pdCalcAppendix B: Organization of the Source Code (6 pages)This appendix simply explains the organisation of the source tree for pdCalc. This appendix isuseful for finding the locations for the source files referenced in the text.1. The src Directory2. The test DirectoryReferences (two pages)This section lists twenty-9 references cited in the book.Index (3 pages)This section is a complete index for the volume.

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