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دسته بندی: برنامه نويسي ویرایش: نویسندگان: Sourabh Sharma سری: ISBN (شابک) : 1789530725, 9781789530728 ناشر: سال نشر: تعداد صفحات: 429 زبان: English فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 9 مگابایت
در صورت تبدیل فایل کتاب Mastering Microservices with Java: Build enterprise microservices with Spring Boot 2.0, Spring Cloud, and Angular, 3rd Edition به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
توجه داشته باشید کتاب تسلط بر ریز خدمات با جاوا: ساخت ریز خدمات شرکت با Spring Boot 2.0 ، Spring Cloud و Angular ، نسخه 3 نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
Cover Title Page Copyright and Credits Dedication About Packt Contributors Table of Contents Preface Section 1: Fundamentals Chapter 1: A Solution Approach Services and SOA Monolithic architecture overview Limitations of monolithic architectures versus its solution with microservices architectures Traditional monolithic design Monolithic design with services Microservices, nanoservices, teraservices, and serverless One-dimension scalability Release rollback in case of failure Problems in adopting new technologies Alignment with agile practices Ease of development – could be done better Nanoservices Teraservices Serverless Deployment and maintenance Microservices build pipeline Deployment using a containerization engine such as Docker Containers Docker Docker's architecture Deployment Summary Chapter 2: Environment Setup Spring Boot Adding Spring Boot to our main project REST Writing the REST controller class The @RestController annotation The @RequestMapping annotation The @RequestParam annotation The @PathVariable annotation Making a sample RESTapplication executable An embedded web server Maven build Running the Maven build from IDE Maven build from the Command Prompt Testing using Postman Some more positive test scenarios Negative test scenarios Summary Further reading Chapter 3: Domain-Driven Design Domain-driven design (DDD) fundamentals The fundamentals of DDD Building blocks Ubiquitous language Multilayered architecture Presentation layer Application layer Domain layer Infrastructure layer Artifacts of DDD Entities Value objects Services Aggregates Repository Factory Modules Strategic design and principles Bounded context Continuous integration Context map Shared kernel Customer-supplier Conformist Anti-corruption layer Separate ways Open Host Service Distillation Sample domain service Entity implementation Repository implementation Service implementation Summary Chapter 4: Implementing a Microservice OTRS overview Developing and implementing microservices Restaurant microservice OTRS implementation Restaurant service implementation Controller class API versioning Service classes Repository classes Entity classes Booking and user services Execution Testing Microservice deployment using containers Installation and configuration Docker Machine with 4 GB of memory Building Docker images with Maven Running Docker using Maven Integration testing with Docker Managing Docker containers Executing Docker Compose Summary Section 2: Microservice Patterns, Security, and UI Chapter 5: Microservice Patterns - Part 1 Service discovery and registration Spring Cloud Netflix Eureka Server Implementation Spring Cloud Netflix Eureka client Centralized configuration Spring Cloud Config Server Spring Cloud Config client Execution and testing of the containerized OTRS app Summary References Chapter 6: Microservice Patterns - Part 2 The overall architecture Edge server and API gateway Implementation Demo execution Circuit breaker Implementing Hystrix's fallback method Demo execution Centralized monitoring Enabling monitoring Prometheus Architecture Integration with api-service Grafana Summary Further reading Chapter 7: Securing Microservices Secure Socket Layer Authentication and authorization OAuth 2.0 Uses of OAuth OAuth 2.0 specification – concise details OAuth 2.0 roles Resource owner Resource server Client Authorization server OAuth 2.0 client registration Client types Client profiles Client identifier Client authentication OAuth 2.0 protocol endpoints Authorization endpoint Token endpoint Redirection endpoint OAuth 2.0 grant types Authorization code grant Implicit grant Resource owner password credentials grant Client credentials grant OAuth implementation using Spring Security Security microservice API Gateway as a resource server Authorization code grant Using the access token to access the APIs Implicit grant Resource owner password credential grant Client credentials grant Summary Further reading Chapter 8: Consuming Services Using the Angular App Setting up a UI application Angular framework overview MVC and MVVM Angular architecture Modules (NgModules) Components Services and dependency injection (DI) Routing Directives Guard Developing OTRS features The home page src/app.module.ts (AppModule) src/app-routing.module.ts (the routing module) src/rest.service.ts (the REST client service) src/auth.guard.ts (Auth Guard) app.component.ts (the root component) app.component.html (the root component HTML template) Restaurants list page src/restaurants/restaurants.component.ts (the restaurants list script) src/restaurants/restaurants.component.html (the restaurants list HTML template) Searching for restaurants Login page login.component.html (login template) login.component.ts Restaurant details with a reservation option restaurant.component.ts (the restaurant details and reservation page) restaurant.component.html (restaurant details and reservation HTML template) Reservation confirmation Summary Further reading Section 3: Inter-Process Communication Chapter 9: Inter-Process Communication Using REST REST and inter-process communication Load balanced calls and RestTemplate implementation RestTemplate implementation OpenFeign client implementation Java 11 HTTPClient Wrapping it up Summary Further reading Chapter 10: Inter-Process Communication Using gRPC An overview of gRPC gRPC features REST versus gRPC Can I call gRPC server from UI apps? gRPC framework overview Protocol Buffer The gRPC-based server Basic setup Service interface and implementation The gRPC server The gRPC-based client Summary Further reading Chapter 11: Inter-Process Communication Using Events An overview of the event-based microservice architecture Responsive Resilient Elastic Message driven Implementing event-based microservices Producing an event Consuming the event Summary Further reading Section 4: Common Problems and Best Practices Chapter 12: Transaction Management Design Iteration First approach Second approach Two-phase commit (2PC) Voting phase Completion phase Implementation Distributed sagas and compensating transaction Feral Concurrency Control Distributed sagas Routing slips Distributed saga implementation Saga reference implementations Compensating transaction in the booking service Booking service changes Billing service changes Summary Further reading Chapter 13: Service Orchestration Choreography and orchestration Choreography Orchestration Orchestration implementation with Netflix Conductor High-level architecture The Conductor client Basic setup Task definitions (blueprint of tasks) WorkflowDef (blueprint of workflows) The Conductor worker Wiring input and output Using Conductor system tasks such as DECISION Starting workflow and providing input Execution of sample workflow Summary Further reading Chapter 14: Troubleshooting Guide Logging and the ELK Stack A brief overview Elasticsearch Logstash Kibana ELK Stack setup Installing Elasticsearch Installing Logstash Installing Kibana Running the ELK Stack using Docker Compose Pushing logs to the ELK Stack Tips for ELK Stack implementation Using a correlation ID for service calls Let's see how we can tackle this problem Using Zipkin and Sleuth for tracking Dependencies and versions Cyclic dependencies and their impact Analyzing dependencies while designing the system Maintaining different versions Let's explore more Summary Further reading Chapter 15: Best Practices and Common Principles Overview and mindset Best practices and principles Nanoservice, size, and monolithic Continuous integration and continuous deployment (CI/CD) System/end-to-end test automation Self-monitoring and logging A separate data store for each microservice Transaction boundaries Microservice frameworks and tools Netflix Open Source Software (OSS) Build – Nebula Deployment and delivery – Spinnaker with Aminator Service registration and discovery – Eureka Service communication – Ribbon Circuit breaker – Hystrix Edge (proxy) server – Zuul Operational monitoring – Atlas Reliability monitoring service – Simian Army AWS resource monitoring – Edda On-host performance monitoring – Vector Distributed configuration management – Archaius Scheduler for Apache Mesos – Fenzo Summary Further reading Chapter 16: Converting a Monolithic App to a Microservice-Based App Do you need to migrate? Cloud versus on-premise versus both cloud and on-premise Cloud-only solution On-premise only solution Both cloud and on-premise solution Approaches and keys to successful migration Incremental migration Process automation and tools setup Pilot project Standalone user interface applications Migrating modules to microservices How to accommodate a new functionality during migration Summary Further reading Other Books You May Enjoy Index