“…You'll also learn how to use SageMaker Clarify, SageMaker Model Monitor, SageMaker Debugger, and SageMaker Experiments to debug, manage, and monitor multiple ML experiments and deployments. …”

“…Enthält Kapitel zur Plugin-Entwicklung, zum Debugging und zum Cloud-Service "PhoneGap Build"…”

“…Step-by-step planning, implementation, testing, debugging, installation, and distribution Complete coverage of the new Windows Driver Model (WDM) Practical debugging and interactive troubleshooting CD-ROM: Exclusive tools for streamlining driver development, plus extensive C/C++ sample driver library! …”

“…IDA Pro is a commercial disassembler and debugger used by reverse engineers to dissect compiled computer programs, and is the industry standard tool for analysis of hostile code. …”

“…Lastly, you will examine and debug Ansible operations, helping you to understand and resolve issues. …”

“…by James Hibbard A Beginner Splurge in Node.js by Camilo Reyes and Michiel Mulders A Beginner's Guide to npm- the Node Package Manager by Michael Wanyoike and Peter Dierx Forms, File Uploads and Security with Node.js and Express by Mark Brown MEAN Stack: Build an App with Angular 2+ and the Angular CLI by Manjunath M Debugging JavaScript with the Node Debugger by Camilo Reyes Using MySQL with Node.js and the mysql JavaScript Client by Jay Raj How to Use SSL/TLS with Node.js by Florian Rappl and Almir Bijedic This book is for anyone who wants to start learning server-side development with Node.js. …”

Tabla de Contenidos: “…8.1.6 Trennung von Befehlen und Abfragen -- 8.1.7 Kommunikationshierarchie -- 8.2 Beispiel für ein API-Design -- 8.2.1 Maître d'hôtel -- 8.2.2 Verwendung eines gekapselten Objekts -- 8.2.3 Implementierungsdetails -- 8.3 Fazit -- Kapitel 9: Zusammenarbeit -- 9.1 Git -- 9.1.1 Commit-Nachrichten -- 9.1.2 Continuos Integration -- 9.1.3 Kleine Commits -- 9.2 Gemeinsame Eigentümerschaft am Code -- 9.2.1 Paarprogrammierung -- 9.2.2 Mob-Programmierung -- 9.2.3 Verzögerungen durch Code-Reviews -- 9.2.4 Ablehnung von Änderungen -- 9.2.5 Code-Reviews -- 9.2.6 Pull-Requests -- 9.3 Fazit -- Teil II: Nachhaltigkeit -- Kapitel 10: Erweiterung des Codes -- 10.1 Feature-Flags -- 10.1.1 Kalender-Flag -- 10.2 Das Strangler-Pattern -- 10.2.1 Strangler auf Methodenebene -- 10.2.2 Strangler auf Klassenebene -- 10.3 Versionierung -- 10.3.1 Vorwarnung -- 10.4 Fazit -- Kapitel 11: Bearbeiten von Unit-Tests -- 11.1 Refactoring von Unit-Tests -- 11.1.1 Änderung des Sicherheitsnetzes -- 11.1.2 Hinzufügen von neuem Testcode -- 11.1.3 Refactoring von Test- und Produktionscode trennen -- 11.2 Fehlschlagende Tests -- 11.3 Fazit -- Kapitel 12: Fehlerbehebung -- 12.1 Verstehen -- 12.1.1 Wissenschaftliche Vorgehensweise -- 12.1.2 Vereinfachen -- 12.1.3 Quietscheentchen-Debugging -- 12.2 Fehler -- 12.2.1 Fehler durch Tests reproduzieren -- 12.2.2 Langsame Tests -- 12.2.3 Nichtdeterministische Fehler -- 12.3 Bisektion -- 12.3.1 Bisektion mit Git -- 12.4 Fazit -- Kapitel 13: Trennung von Zuständigkeiten -- 13.1 Komposition -- 13.1.1 Verschachtelte Komposition -- 13.1.2 Sequenzielle Komposition -- 13.1.3 Referenzielle Transparenz -- 13.2 Cross-Cutting Concerns -- 13.2.1 Logging -- 13.2.2 Decorator -- 13.2.3 Was protokolliert werden sollte -- 13.3 Fazit -- Kapitel 14: Rhythmus -- 14.1 Persönlicher Rhythmus -- 14.1.1 Zeiteinteilung -- 14.1.2 Pausieren -- 14.1.3 Zeit wohlüberlegt nutzen…”

Tabla de Contenidos: “…11.1.1 Creating applications with the mix tool -- 11.1.2 The application behavior -- 11.1.3 Starting the application -- 11.1.4 Library applications -- 11.1.5 Creating a to-do application -- 11.1.6 The application folder structure -- 11.2 Working with dependencies -- 11.2.1 Adding a dependency -- 11.2.2 Adapting the pool -- 11.2.3 Visualizing the system -- 11.3 Building a web server -- 11.3.1 Choosing dependencies -- 11.3.2 Starting the server -- 11.3.3 Handling requests -- 11.3.4 Reasoning about the system -- 11.4 Configuring applications -- 11.4.1 Application environment -- 11.4.2 Varying configuration -- 11.4.3 Config script considerations -- Summary -- 12 Building a distributed system -- 12.1 Distribution primitives -- 12.1.1 Starting a cluster -- 12.1.2 Communicating between nodes -- 12.1.3 Process discovery -- 12.1.4 Links and monitors -- 12.1.5 Other distribution services -- 12.2 Building a fault-tolerant cluster -- 12.2.1 Cluster design -- 12.2.2 The distributed to-do cache -- 12.2.3 Implementing a replicated database -- 12.2.4 Testing the system -- 12.2.5 Detecting partitions -- 12.2.6 Highly available systems -- 12.3 Network considerations -- 12.3.1 Node names -- 12.3.2 Cookies -- 12.3.3 Hidden nodes -- 12.3.4 Firewalls -- Summary -- 13 Running the system -- 13.1 Running a system with Elixir tools -- 13.1.1 Using the mix and elixir commands -- 13.1.2 Running scripts -- 13.1.3 Compiling for production -- 13.2 OTP releases -- 13.2.1 Building a release with distillery -- 13.2.2 Using a release -- 13.2.3 Release contents -- 13.3 Analyzing system behavior -- 13.3.1 Debugging -- 13.3.2 Logging -- 13.3.3 Interacting with the system -- 13.3.4 Tracing -- Summary -- Index -- Lists of Figures, Tables and Listings -- List of Illustrations -- List of Tables -- List of Listings…”

Tabla de Contenidos: “…J2EE introduction -- 1.1 Architecture -- 1.1.1 Overall architecture -- 1.1.2 Layer technologies (application architecture) -- 1.1.3 Standard support -- 1.1.4 Platform support -- 1.1.5 Programming languages -- 1.1.6 Deployment units -- 1.1.7 Runtime execution environment -- 1.1.8 Life cycle management -- 1.1.9 Remote object discovery -- 1.1.10 Remote Method Invocation -- 1.1.11 Web Services -- 1.1.12 Transaction management -- 1.1.13 Security -- 1.1.14 Load balancing and failover -- 1.1.15 Application logging -- 1.2 Development -- 1.2.1 Writing a Java application using a text editor -- 1.2.2 WebSphere Studio Application Developer (IDE) -- 1.3 Testing -- 1.3.1 WebSphere Studio Application Developer -- 1.4 Deployment -- 1.4.1 Packaging J2EE applications -- 1.4.2 Deploying the packaged applications -- 1.5 Runtime -- 1.5.1 WebSphere Application Server -- 1.6 Administration -- Chapter 2. .NET introduction -- 2.1 Architecture -- 2.1.1 Overall architecture -- 2.1.2 Layered services (application architecture) -- 2.1.3 Standard support -- 2.1.4 Platform support -- 2.1.5 Programming languages -- 2.1.6 Deployment units -- 2.1.7 Runtime execution environment -- 2.1.8 Life cycle management -- 2.1.9 Remote object discovery -- 2.1.10 Remote invocation -- 2.1.11 Web Services -- 2.1.12 Transaction management -- 2.1.13 Security -- 2.1.14 Load balancing and failover -- 2.1.15 Application logging -- 2.1.16 Versioning -- 2.2 Development -- 2.2.1 Writing a C# application using text editor -- 2.2.2 Microsoft Visual Studio .NET (IDE) -- 2.2.3 Source code management -- 2.3 Testing -- 2.3.1 Debugging and unit testing -- 2.3.2 Performance and load testing -- 2.4 Deployment -- 2.5 Runtime…”

Tabla de Contenidos: “…Process manager capabilities -- 8.1 Process manager summary -- 8.2 Product features capabilities -- 8.2.1 Process modeling and monitoring features -- 8.2.2 Process manager architecture -- 8.2.3 Process and activity invocation -- 8.2.4 Debugging and auditing -- 8.2.5 Activity related features -- 8.3 QoS capabilities -- 8.3.1 Availability -- 8.3.2 Operability -- 8.3.3 Performance -- 8.3.4 Security -- 8.3.5 Standards compliance -- 8.3.6 Transactionality -- Part 3 Process manager scenarios -- Chapter 9. …”

Tabla de Contenidos: “…. -- Table 8: Overview of FLOS software used, debugged, developed for training and labs in public museums. -- Table 9: Utility of FLOSS technologies in heritage-institution management. -- Table 10: The business model for developing techno-creative spaces. -- The virtual countryman. …”

Tabla de Contenidos: “…-- 14.5 A Bayesian Bootstrap Procedure for the HTE Logit -- 14.5.1 The Estimator -- 14.5.2 Results -- 14.6 Personalized Pricing -- A An Introduction to R and bayesm -- A.1 SETTING UP THE R ENVIRONMENT AND BAYESM -- A.1.1 Obtaining R -- A.1.2 Getting Started in RStudio -- A.1.3 Obtaining Help in RStudio -- A.1.4 Installing bayesm -- A.2 The R Language -- A.2.1 Using Built‐In Functions: Running a Regression -- A.2.2 Inspecting Objects and the R Workspace -- A.2.3 Vectors, Matrices, and Lists -- A.2.4 Accessing Elements and Subsetting Vectors, Arrays, and Lists -- A.2.5 Loops -- A.2.6 Implicit Loops -- A.2.7 Matrix Operations -- A.2.8 Other Useful Built‐In R Functions -- A.2.9 User‐defined Functions -- A.2.10 Debugging Functions -- A.2.11 Elementary Graphics -- A.2.12 System Information -- A.2.13 More Lessons Learned from Timing -- A.3 USING BAYESM -- A.4 OBTAINING HELP WITH BAYESM -- A.5 Tips on Using MCMC Methods -- A.6 Extending and Adapting Our Code -- References -- Index -- EULA…”

“…You'll explore installing, developing, and debugging the latest versions of PHP and MySQL and get insight on advanced topics such as error handling, debugging, PEAR, security, HTTP, cookies, and OOP…”

“…The new second edition, with the companion performance and debugging book, is an indispensable reference set, containing many useful and practical explanations of Solaris and its underlying subsystems, including tools and methods for observing and analyzing any system running Solaris 10 or OpenSolaris." …”

“…Deep dive into different programming activities--from adding a feature to reading code, testing, debugging, and searching--and how each activity has a different impact on our cognition…”

“…The first guide to DTrace: the breakthrough debugging tool for Mac OS X, Unix, Solaris, and OpenSolaris operating systems and applications Complete coverage: architecture, implementation, components, usage, and much more Covers integrating DTrace into open source code, and integrating probes into application software Includes full chapter of advanced tips and techniques For users of DTrace on all platforms Foreword by Bryan Cantril, creator of DTrace DTrace represents a revolution in debugging. …”

“… Over the years, thousands of tools have been developed for debugging TCP/IP networks. They range from very specialized tools that do one particular task, to generalized suites that do just about everything except replace bad Ethernet cables. …”

“…"This welcome addition to the Linux bookshelf provides real insight into the black-art of debugging. All too often debugging books concentrate solely on the tools but this book avoids that pitfall by concentrating on examples. …”

“…This fourth edition of Mastering Ansible provides complete coverage of Ansible automation, from the design and architecture of the tool and basic automation with playbooks to writing and debugging your own Python-based extensions. You'll learn how to build automation workflows with Ansible's extensive built-in library of collections, modules, and plugins. …”

“…Topics covered include How to install and use the Cordova CLI and associated tools How to configure the Android developer tools (ADT) to run, test, and debug your Cordova applications for Android How to use Xcode—Apple’s development tool for iOS development—to run, test, and debug Cordova applications for iOS devices How to use the Safari browser to debug Cordova applications on iOS devices How to use the Microsoft development tools to run, test, and debug Cordova applications for Windows Phone 8 How to set up and use the PhoneGap Build service to package Cordova applications and share those applications with others How to create Cordova plugins for both Android and iOS The author maintains a web site for the book at cordovaprogramming.com where updates, errata, and the source code for the book are available…”