Materias: “…Ricart, Enric C., 1893-1960…”

Materias: “…C++ (Llenguatge de programació)…”

“…C twenty-one literature…”

“…Three c tecnología…”

“…M/C : a journal of media and culture…”

Materias: “…C-SPAN (Television network) Archives…”

Materias: “…C (Computer program language)…”

Materias: “…C (Computer program language)…”

Materias: “…C# (Computer program language)…”

Materias: “…C# (Computer program language)…”

Tabla de Contenidos: “…Cover -- Titel -- Impressum -- Inhaltsverzeichnis -- Teil I: Installation, Architekturund Infrastruktur -- Kapitel 1: Einleitung -- 1.1 Der Aufbau des Buches -- 1.2 Konventionen -- 1.3 Software und Skripte -- 1.4 Über den Autor -- Kapitel 2: Installation und Konfiguration -- 2.1 Software-Installation -- 2.1.1 Vorbereitung der Installation -- 2.1.2 Die Oracle-Software installieren -- 2.2 Eine Oracle 12c-Datenbank erstellen -- 2.3 Beispielschemata -- 2.4 Erste Schritte -- 2.5 Windows-spezifische Besonderheiten -- 2.6 Administrationswerkzeuge -- 2.6.1 Administration mit der Kommandozeile -- 2.6.2 Administration mit dem Oracle Enterprise Manager -- 2.6.3 Der Oracle SQLDeveloper -- 2.7 Hilfe und Support -- 2.8 Praktische Tipps zur Datenbankadministration -- Kapitel 3: Die Oracle-Datenbankarchitektur -- 3.1 Übersicht der Architektur -- 3.1.1 Die Struktur der Datenbank -- 3.1.2 Die Struktur der Instanz -- 3.1.3 Automatic Memory Management (AMM) -- 3.2 Prozesse und Abläufe -- 3.2.1 Die Oracle-Hintergrundprozesse -- 3.2.2 Lesekonsistenz -- 3.3 Die Pluggable Database-Architektur -- Kapitel 4: Eine Pluggable Database installieren -- 4.1 Eine Container-Datenbank erstellen -- 4.2 Eine PDB mit SQL*Plus erstellen -- Kapitel 5: Interne Strukturen und Objekte -- 5.1 Datenbankstrukturen verwalten -- 5.1.1 Tablespaces und Datafiles -- Kapitel 6: Aufbau einer Datenbankinfrastruktur -- 6.1 Überwachung -- 6.2 Backup and Recovery -- 6.3 Standardisierung -- 6.4 Diagnostik -- 6.4.1 Die Komponenten der Fault Diagnostic Infrastructure -- 6.4.2 Die Support Workbench -- Teil II: Oracle-Datenbankadministration -- Kapitel 7: Backup and Recovery -- 7.1 Begriffe -- 7.2 Backup and Recovery-Strategien -- 7.3 Der Recovery Manager (RMAN) -- 7.3.1 Die RMAN-Architektur -- 7.3.2 Einen Recovery-Katalog erstellen -- 7.3.3 Die RMAN-Konfiguration -- 7.3.4 Sicherungen mit RMAN…”

Tabla de Contenidos: “…Cover -- Title Page -- Copyright and Credits -- Packt Upsell -- Foreword -- Contributors -- Table of Contents -- Preface -- Chapter 1: A Brief Introduction to C++ -- Why C++? -- Zero-cost abstractions -- Programming languages and machine code abstractions -- Abstractions in other languages -- Portability -- Robustness -- C++ of today -- The aim of this book -- Expected knowledge of the reader -- C++ compared with other languages -- Competing languages and performance -- Non-performance-related C++ language features -- Value semantics -- Const correctness -- Object ownership and garbage collection in C++ -- Avoiding null objects using C++ references -- Drawbacks of C++ -- Class interfaces and exceptions -- Strict class interfaces -- Error handling and resource acquisition -- Preserving the valid state -- Resource acquisition -- Exceptions versus error codes -- Libraries used in this book -- Summary -- Chapter 2: Modern C++ Concepts -- Automatic type deduction with the auto keyword -- Using auto in function signatures -- Using auto for variables -- Const reference -- Mutable reference -- Forwarding reference -- Conclusion -- The lambda function -- Basic syntax of a C++ lambda function -- The capture block -- Capture by reference versus capture by value -- Similarities between a Lambda and a class -- Initializing variables in capture -- Mutating lambda member variables -- Mutating member variables from the compiler's perspective -- Capture all -- Assigning C function pointers to lambdas -- Lambdas and std::function -- Assigning lambdas to std::functions -- Implementing a simple Button class with std::function -- Performance consideration of std::function -- An std::function cannot be inlined -- An std::function heap allocates and captures variables -- Invoking an std::function requires a few more operations than a lambda -- The polymorphic lambda…”

Materias: “…C# (Computer program language)…”

Tabla de Contenidos: “…Reducing memory overhead and increasing performance using ranges -- Moving computations at compile time -- Helping the compiler help you by using const -- Leveraging the power of safe types -- Constraining template parameters -- Writing modular C++ -- Summary -- Questions -- Further reading -- Chapter 6: Design Patterns and C++ -- Technical requirements -- Writing idiomatic C++ -- Automating scope exit actions using RAII guards -- Managing copyability and movability -- Implementing non-copyable types -- Adhering to the rules of three and five -- Adhering to the rule of zero -- Using hidden friends -- Providing exception safety using the copy-and-swap idiom -- Writing niebloids -- Policy-based design idiom -- Curiously recurring template pattern -- Knowing when to use dynamic versus static polymorphism -- Implementing static polymorphism -- Interlude - using type erasure -- Creating objects -- Using factories -- Using factory methods -- Using factory functions -- Choosing the return type of a factory -- Using factory classes -- Using builders -- Building with composites and prototypes -- Tracking state and visiting objects in C++ -- Dealing with memory efficiently -- Reducing dynamic allocations using SSO/SOO -- Saving memory by herding COWs -- Leveraging polymorphic allocators -- Using memory arenas -- Using the monotonic memory resource -- Using pool resources -- Writing your own memory resource -- Ensuring there are no unexpected allocations -- Winking out memory -- Summary -- Questions -- Further reading -- Chapter 7: Building and Packaging -- Technical requirements -- Getting the most out of compilers -- Using multiple compilers -- Reducing build times -- Using a fast compiler -- Rethinking templates -- Leveraging tools -- Finding potential code issues -- Using compiler-centric tools -- Abstracting the build process -- Introducing CMake…”

“…Learning C++ Doesn’t Have to Be Difficult! Have you ever wanted to learn programming? …”