1. The document discusses RESTful APIs and gRPC, comparing their characteristics and use cases.
2. RESTful APIs typically use HTTP and JSON to access resources via URLs while gRPC uses protocol buffers and HTTP/2 for efficient streaming and RPC.
3. gRPC is better suited for microservices and mobile apps due to its ability to handle streaming and performance, while REST is more widely used due to its simplicity and support in most languages.
1. The document discusses RESTful APIs and gRPC, comparing their characteristics and use cases.
2. RESTful APIs typically use HTTP and JSON to access resources via URLs while gRPC uses protocol buffers and HTTP/2 for efficient streaming and RPC.
3. gRPC is better suited for microservices and mobile apps due to its ability to handle streaming and performance, while REST is more widely used due to its simplicity and support in most languages.
This document describes how to configure Spring Security for authentication and authorization in a web application. It defines a WebSecurityConfig class that configures HTTP security with roles like OWNER and MANAGER for access control. It also defines a UserDetailsManager service for loading users and a User entity class implementing UserDetails. Tests are shown for security configuration, login, access control and more using Spring Security's test utilities.
This document describes how to configure Spring Security for authentication and authorization in a web application. It defines a WebSecurityConfig class that configures HTTP security with roles like OWNER and MANAGER for access control. It also defines a UserDetailsManager service for loading users and a User entity class implementing UserDetails. Tests are shown for security configuration, login, access control and more using Spring Security's test utilities.
The document discusses splitting code into Composer packages to improve modularity. It describes how to treat local directories as Composer packages by adding them as repositories and requiring the packages. It emphasizes that splitting code well involves designing clean interfaces and minimizing dependencies, especially on frameworks. Factors like cohesion and coupling should be considered when deciding how to split packages.
The document discusses clean architecture principles and their application to Laravel PHP framework development. It describes how to separate an application into independent layers including entities, use cases, interfaces, and data access objects. It provides code examples of implementing repositories and dependency injection using Laravel service providers to adhere to clean architecture and dependency rules. The goal is to build maintainable and testable applications by decoupling layers and controlling dependencies between them.