最新章節(jié)

• Asynchronous versus synchronous
• Sanic
• The aiohttp framework
• The asyncio library
• Coroutines
• Iterators and generators

• Asynchronous versus synchronous 更新時(shí)間：2021-07-02 18:54:49
• Sanic
• The aiohttp framework
• The asyncio library
• Coroutines
• Iterators and generators
• What Next?
• Summary
• Route53
• Deploying with ECS
• Deploying on EC2 with CoreOS
• Setting up your AWS account
• Deploying on AWS - the basics
• Provisioning and deployment - CloudFormation and ECS
• Simple Notification Service (SNS)
• Simple Queue Service (SQS)
• Simple Email Service (SES)
• Messaging - SES SQS and SNS
• Storage - EBS S3 RDS ElasticCache and CloudFront
• Execution - EC2 and Lambda
• Routing - Route53 ELB and AutoScaling
• AWS overview
• Deploying on AWS
• Summary
• Introduction to Clustering and Provisioning
• Docker Compose
• Docker-based deployments
• Circus
• OpenResty
• The full stack - OpenResty Circus and Flask
• Running Flask in Docker
• Docker 101
• What is Docker?
• Containerized Services
• Summary
• Process management
• Running all microservices
• Distributing
• Releasing
• Versioning
• The MANIFEST.in file
• The requirements.txt file
• The setup.py file
• Packaging
• A few definitions
• The packaging toolchain
• Packaging and Running Runnerly
• JavaScript authentication
• Getting the Strava token
• Interacting with Data Service
• Authentication and authorization
• Cross-origin resource sharing
• Using Bower npm and Babel
• ReactJS and Flask
• React components
• The JSX syntax
• Building a ReactJS dashboard
• Bringing It All Together
• Using Bandit linter
• Limiting your application scope
• Asserting incoming data
• Securing your code
• Other OpenResty features
• Rate and concurrency limiting
• OpenResty - Lua and nginx
• Web application firewall
• Using TokenDealer
• The POST/oauth/token implementation
• The TokenDealer microservice
• X.509 certificate-based authentication
• PyJWT
• The JWT standard
• Token-based authentication
• The OAuth2 protocol
• Securing Your Services
• Summary
• Web server metrics
• Code metrics
• System metrics
• Performance metrics
• Adding extra fields
• Sending logs to Graylog
• Setting up Graylog
• Centralizing logs
• Monitoring Your Services
• Summary
• Mocking other asynchronous calls
• Mocking Celery
• Mocking asynchronous calls
• Mocking synchronous calls
• Testing
• Putting it together
• RPC over AMQP
• Publish/subscribe
• Topic queues
• Task queues
• Asynchronous calls
• Putting it together
• Binary payloads
• GZIP compression
• Improving data transfer
• HTTP cache headers
• Connection pooling
• Using Session in a Flask app
• Synchronous calls
• Interacting with Other Services
• Summary
• More splitting
• Using Open API 2.0
• Data Service
• Splitting the monolith
• Putting together the monolithic design
• Authentication and authorization
• Strava token
• Background tasks
• View and Template
• Model
• Monolithic design
• User stories
• The Runnerly application
• Designing Runnerly
• Summary
• Coveralls
• ReadTheDocs
• Travis-CI
• Continuous Integration
• Developer documentation
• Using pytest and Tox
• Using WebTest
• End-to-end tests
• Load tests
• Integration tests
• Functional tests
• Unit tests
• Different kinds of tests
• Coding Testing and Documenting - the Virtuous Cycle
• Summary
• A microservice skeleton
• The debug mode
• Custom error handler
• Error handling and debugging
• Blueprints
• Configuration
• Templates
• Extensions and middlewares
• Signals
• Globals
• The session object
• Flask built-in features
• Response
• Request
• The url_for function
• Variables and converters
• Routing
• How Flask handles requests
• Which Python?
• Discovering Flask
• Summary
• Language performances
• asyncio
• Twisted and Tornado
• Greenlet and Gevent
• The WSGI standard
• Implementing microservices with Python
• Testing
• Compatibility issues
• Data storing and sharing
• More network interactions
• Illogical splitting
• Microservices pitfalls
• Scaling and deployment
• Smaller projects
• Separation of concerns
• Microservice benefits
• The microservice approach
• The monolithic approach
• Origins of Service-Oriented Architecture
• Understanding Microservices
• Questions
• Piracy
• Errata
• Downloading the example code
• Customer support
• Reader feedback
• Conventions
• Who this book is for
• What you need for this book
• What this book covers
• Preface
• Customer Feedback
• Why subscribe?
• www.PacktPub.com
• About the Reviewer
• About the Author
• Credits
• Title Page
• coverpage

• coverpage
• Title Page
• Credits
• About the Author
• About the Reviewer
• www.PacktPub.com
• Why subscribe?
• Customer Feedback
• Preface
• What this book covers
• What you need for this book
• Who this book is for
• Conventions
• Reader feedback
• Customer support
• Downloading the example code
• Errata
• Piracy
• Questions
• Understanding Microservices
• Origins of Service-Oriented Architecture
• The monolithic approach
• The microservice approach
• Microservice benefits
• Separation of concerns
• Smaller projects
• Scaling and deployment
• Microservices pitfalls
• Illogical splitting
• More network interactions
• Data storing and sharing
• Compatibility issues
• Testing
• Implementing microservices with Python
• The WSGI standard
• Greenlet and Gevent
• Twisted and Tornado
• asyncio
• Language performances
• Summary
• Discovering Flask
• Which Python?
• How Flask handles requests
• Routing
• Variables and converters
• The url_for function
• Request
• Response
• Flask built-in features
• The session object
• Globals
• Signals
• Extensions and middlewares
• Templates
• Configuration
• Blueprints
• Error handling and debugging
• Custom error handler
• The debug mode
• A microservice skeleton
• Summary
• Coding Testing and Documenting - the Virtuous Cycle
• Different kinds of tests
• Unit tests
• Functional tests
• Integration tests
• Load tests
• End-to-end tests
• Using WebTest
• Using pytest and Tox
• Developer documentation
• Continuous Integration
• Travis-CI
• ReadTheDocs
• Coveralls
• Summary
• Designing Runnerly
• The Runnerly application
• User stories
• Monolithic design
• Model
• View and Template
• Background tasks
• Strava token
• Authentication and authorization
• Putting together the monolithic design
• Splitting the monolith
• Data Service
• Using Open API 2.0
• More splitting
• Summary
• Interacting with Other Services
• Synchronous calls
• Using Session in a Flask app
• Connection pooling
• HTTP cache headers
• Improving data transfer
• GZIP compression
• Binary payloads
• Putting it together
• Asynchronous calls
• Task queues
• Topic queues
• Publish/subscribe
• RPC over AMQP
• Putting it together
• Testing
• Mocking synchronous calls
• Mocking asynchronous calls
• Mocking Celery
• Mocking other asynchronous calls
• Summary
• Monitoring Your Services
• Centralizing logs
• Setting up Graylog
• Sending logs to Graylog
• Adding extra fields
• Performance metrics
• System metrics
• Code metrics
• Web server metrics
• Summary
• Securing Your Services
• The OAuth2 protocol
• Token-based authentication
• The JWT standard
• PyJWT
• X.509 certificate-based authentication
• The TokenDealer microservice
• The POST/oauth/token implementation
• Using TokenDealer
• Web application firewall
• OpenResty - Lua and nginx
• Rate and concurrency limiting
• Other OpenResty features
• Securing your code
• Asserting incoming data
• Limiting your application scope
• Using Bandit linter
• Bringing It All Together
• Building a ReactJS dashboard
• The JSX syntax
• React components
• ReactJS and Flask
• Using Bower npm and Babel
• Cross-origin resource sharing
• Authentication and authorization
• Interacting with Data Service
• Getting the Strava token
• JavaScript authentication
• Packaging and Running Runnerly
• The packaging toolchain
• A few definitions
• Packaging
• The setup.py file
• The requirements.txt file
• The MANIFEST.in file
• Versioning
• Releasing
• Distributing
• Running all microservices
• Process management
• Summary
• Containerized Services
• What is Docker?
• Docker 101
• Running Flask in Docker
• The full stack - OpenResty Circus and Flask
• OpenResty
• Circus
• Docker-based deployments
• Docker Compose
• Introduction to Clustering and Provisioning
• Summary
• Deploying on AWS
• AWS overview
• Routing - Route53 ELB and AutoScaling
• Execution - EC2 and Lambda
• Storage - EBS S3 RDS ElasticCache and CloudFront
• Messaging - SES SQS and SNS
• Simple Email Service (SES)
• Simple Queue Service (SQS)
• Simple Notification Service (SNS)
• Provisioning and deployment - CloudFormation and ECS
• Deploying on AWS - the basics
• Setting up your AWS account
• Deploying on EC2 with CoreOS
• Deploying with ECS
• Route53
• Summary
• What Next?
• Iterators and generators
• Coroutines
• The asyncio library
• The aiohttp framework
• Sanic
• Asynchronous versus synchronous 更新時(shí)間：2021-07-02 18:54:49