Search Results for "code::blocks sample"

...It offers both theoretical foundations—such as scalability principles, the CAP theorem, and consistency models—and practical exercises, including real-world system design interview questions with sample solutions, diagrams, and code. The repository also contains study guides for short, medium, and long interview timelines, allowing learners to focus on both breadth and depth depending on their preparation needs. In addition, it includes flashcard decks designed to reinforce learning through spaced repetition, making it easier to retain key system design knowledge.

This is a sample / starter architecture project for building a modular monolith application using Domain-Driven Design (DDD) principles in .NET. It aims to show how to structure a monolithic application into modules (bounded contexts), while preserving separation of concerns, maintainability, and scalability, without splitting into microservices. Showing the application of best practices and object-oriented programming principles. Presentation of some architectural considerations, decisions,...

...You can use the included Gradle wrapper to build the Shimmer library and sample application locally as well.

...It organizes patterns under categories such as creational, structural, behavioral, concurrency, messaging, and anti-patterns, giving examples and explanations of how to apply them in real Go code. Creational, structural, behavioral pattern examples in Go. Explanatory commentary and sample code snippets. Concurrency idioms (e.g. bounded parallelism, fan-in/fan-out). Organized taxonomy for Go idioms.

Flowcharts not telling you what you want to know about some C source code? Try a State Dependency map! Every C source file is an implemention of a state machine. Implicit in the definition of a state machine is a network of dependencies between the states. The Automalator * deconstructs the C code into the core state machine * collates the transactions into the dependency net * generates a diagram-format file with the states and dependencies as the nodes and edges. ...