## I stio As An ## API Gateway ## Discussion Flow • What is an API Gateway? • What is a Service Mesh? Common Features API Gateway + Service Mesh together! Istio as the API Gateway Advantages • • Challenges • Where It Isn’t a Good Fit? ## What is an API Gateway? Service A Service B Service C  Service A Service Deployment • Traffic Mirroring • Rate Limiting • TLS Termination Logging, Monitoring, Tracing ## API Gateway + Service Mesh together! ![Image](/uploads/documents/d/0/d/3/d0d3d2bc8b937de314f4192c01e9d77f/p14_1

## Apifox ## API 设计、开发、测试 一体化协作平台 ## 行业情况  数字化转型  ## 常用解决方案 API 设计者 后端开发 Swagger API 文档设计 {…} ☐ Postman API 开发调试 Mock.js API 数据Mock 鱼 JMeter API 自动化测试 API 压力测试 前端开发 测试人员 ## 存在问题 API设计者、前端开发、后端开发、测试人员大量重复工作。 可视化程度低、操作不友好。 dbcd0833877aca2fe91dbcd47d672c/p6_2.jpg) ## 核心功能 API 设计者 后端开发 API 文档 API 调试 比 Swagger、Markdown 更好用 比 Postman 更强大 前端开发 测试人员 API 数据 Mock API 自动化测试 比 Mock.js 更智能 比 JMeter 更高效 ## 更多特性 ![Imag

Istio for Creating API Tests Low Effort API Testing for Microservices ## mesh dynamics ## Structure ## • What has changed? – Migration to microservices triggering need for extensive API tests ## • Problem: Problem: – Creating API tests is effort intensive — Creating + maintainting E2E, service tests, component tests adds up very quickly • What happens if you do not address the problem? — Thorough test coverage • What is our solution? — Leverage Istio sidecar to listen to API traffic data and create tests from the data - 10x speed in creating API tests • Can also be sped up by just navigating the application

## turn('page', 4); API DOCUMENTATION # turn.js 4 $ ^{th} $ release www.turnjs.com ©2012 Emmanuel Garcia – All rights reserved The turn.js API was conveniently built as a jQuery plugin, it it provides access to a set of features and allows you to define the user interaction. The API includes properties, methods and events. Most setter and setter functions have the same name. ## Essentials 2. Adding pages dynamically through the API. The HTML contains only the container and all the pages will be dynamically added after getting the

## +24 ## Hidden Overhead of a Function API ## OLEKSANDR BACHERIKOV ## What we do at Snap with C++  Neural style transfer performance, we typically think about the function logic. We’ll see that a well designed function API can have an even larger impact. ## How will we compare performance? • Benchmarks at this low level comprehension of complex initialization. Simplify refactoring. ## Quick benchmark https://quick-bench.com/q/mOAHh7zZeaqJlCJ63GtWVMPngsw ![Image](/uploads/documents/9/f/4/6/9f468d285d830d08a1586b1ba74a3d5d/p34_1

API 设计、开发、测试 一体化协作平台 用友 yonyou ## 关于 Apifox ## 超百万开发者的选择 ## 130 万+ 开发者用户 Apifox（广州睿狐信息科技有限公司）成立于 2021 年，是一家专注于企业 API 研发管理工具及解决方案的创新企业。围绕 API 全生命周期协同与管理需求，提供 API 文档、API 调试、API Mock、API 自动化测试等核心产品能力，致力于为全球研发团队提高 自动化测试等核心产品能力，致力于为全球研发团队提高 API 开发与协作效率，节省研发团队的每一分钟，助力企业研发效能升级。 |项目名称|负责人|项目范围|预算分配（万元）|实际支出（万元）|差异（万元）|项目状态|负责人|项目预算|实际支出（万元）|差异（万元）|项目状态|负责人|项目预算|实际支出（万元）|差异（万元）|项目状态|负责人|项目预算|实际支出（万元）|差异（万元）|项目状态|负责人|项目预算|实 数字化虽好，但给 API 协同带来挑战不少   DevOps 化 移动化 API 数量

Modularity: the building blocks of VirtualBox 1.2 Two guises of the same "Main API": the web service or COM/XPCOM 1.3 About web services in general 1.4 Running the web service 1.4.1 Command considerations for the raw web service 2.3 Using COM/XPCOM directly 2.3.1 Python COM API 2.3.2 Common Python bindings layer 2.3.3 C++ COM API 2.3.4 Event queue processing 2.3.5 Visual Basic Basic and Visual Basic Script (VBS) on Windows hosts 2.3.6 C bindings to the VirtualBox API 3 Basic VirtualBox concepts; some examples 3.1 Obtaining basic machine information. Reading attributes 3

Modularity: the building blocks of VirtualBox 17 1.2 Two guises of the same "Main API": the web service or COM/XPCOM 18 1.3 About web services in general 19 1.4 Running the web service 20 1.4 considerations for the raw web service 28 2.3 Using COM/XPCOM directly 32 2.3.1 Python COM API 32 2.3.2 Common Python bindings layer 32 2.3.3 C++ COM API 33 2.3.4 Event queue processing 34 2.3.5 Visual Visual Basic and Visual Basic Script (VBS) on Windows hosts 35 2.3.6 C binding to XPCOM API 35 3 Basic VirtualBox concepts; some examples 40 3.1 Obtaining basic machine information. Reading attributes

Modularity: the building blocks of VirtualBox 21 1.2 Two guises of the same "Main API": the web service or COM/XPCOM 22 1.3 About web services in general 23 1.4 Running the web service 24 1.4 considerations for the raw web service 32 2.3 Using COM/XPCOM directly 36 2.3.1 Python COM API 36 2.3.2 Common Python bindings layer 36 2.3.3 C++ COM API 37 2.3.4 Event queue processing 38 2.3.5 Visual Visual Basic and Visual Basic Script (VBS) on Windows hosts 39 2.3.6 C binding to VirtualBox API 39 3 Basic VirtualBox concepts; some examples 47 3.1 Obtaining basic machine information. Reading

Modularity: the building blocks of VirtualBox 19 1.2 Two guises of the same "Main API": the web service or COM/XPCOM 20 1.3 About web services in general 21 1.4 Running the web service 22 1.4 considerations for the raw web service 30 2.3 Using COM/XPCOM directly 34 2.3.1 Python COM API 34 2.3.2 Common Python bindings layer 34 2.3.3 C++ COM API 35 2.3.4 Event queue processing 36 2.3.5 Visual Visual Basic and Visual Basic Script (VBS) on Windows hosts 37 2.3.6 C binding to XPCOM API 37 3 Basic VirtualBox concepts; some examples 41 3.1 Obtaining basic machine information. Reading attributes