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所在平台: Udemy |
课程主页: https://www.udemy.com/course/salesforce-certified-hyperautomation-specialist-exam-preperation/
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本课程是 Salesforce 认证的超级自动化专家考试备考课程，旨在帮助您掌握通过考试所需的关键 MuleSoft 技能、概念和最佳实践。 **学习内容包括：** * **构建超级自动化解决方案的最佳实践：** 学习如何有效地构建和部署超级自动化解决方案。 * **工具选择与应用：** 根据不同场景，识别适合的超级自动化工具。 * **自动化手动任务：** 理解手动任务的局限性（如延迟、人为错误），并识别可自动化的任务。 * **MuleSoft Composer：** * 识别合适的集成解决方案。 * 使用 Composer 自动化数据集成。 * 连接系统、映射和检索数据。 * 使用 HTTP 连接器扩展连接性。 * 处理沙箱与生产环境连接切换。 * 实现流程控制（If/Else、For Each）。 * 使用函数和公式进行数据转换。 * 对 Composer 流程进行测试。 * **MuleSoft RPA (机器人流程自动化)：** * 设计、构建和管理 RPA 流程。 * 评估 RPA 流程。 * 执行 RPA 流程开发任务，包括设计、构建和测试。 * 部署 RPA 流程。 * 触发 RPA 机器人，并进行监控和故障排除。 * 识别何时使用 API 替代 RPA 以提高速度、弹性和降低延迟。 * **Salesforce Flow：** * 使用 Salesforce Flow 构建超级自动化工作流。 * 创建触发记录的流程测试。 * 将 Salesforce Flow 与其他 API 连接。 * 理解适用于超级自动化实现的 Salesforce Flow 基础知识。 * **Anypoint Platform：** * 描述可组合构建块（API/规范）及其使用方法。 * 总结 Anypoint Platform 的超级自动化能力和组件。 * 描述 API 的分层连接。 * 将功能设计需求转化为 API 资源和方法。 * 使用 RAML 定义 API 资源、方法、参数和响应。 * 描述 Mule 应用程序的部署选项（CloudHub, Runtime Fabric 等）。 * 管理和监控超级自动化 API 端点。 * 使用 Anypoint Exchange 目录、共享、发现和重用 MuleSoft 资产。 * 对 API 进行测试。 * 结合使用超级自动化最佳实践管理 API。 * **Einstein Bots：** * 使用 Einstein Bots 自动化客户服务。 * **Flow Orchestration：** * 构建并行、多用户和多步骤的超级自动化工作流。 * 自定义流程的入口和出口条件。 * 为流程分配交互步骤。 * 调试、部署和管理 Flow Orchestration。 通过本课程的学习，您将能够自信地通过 Salesforce Hyperautomation Specialist 认证考试。
Welcome to our all-inclusive Salesforce Certified Hyperautomation Specialist Certification Practice Exam course, designed to help you master the essential MuleSoft skills, concepts, and best practices needed to pass the exam with confidence.In this course, you will learn: Employ best practices when building hyperautomation solutionsGiven a scenario, identify the correct tools to use for a hyperautomation solutionDescribe drawbacks of manual tasks (lag time, human errors, etc.) and identify tasks that can be automated.Identify appropriate integration solutions using ComposerIdentify when to supersede MuleSoft Robotic Process Automation (RPA) processes by APIs for speed, resiliency, and latencyModel suitable tests and create test data to test an end-to-end hyperautomation solutionImplement key common design patterns for communicating between Salesforce, Anypoint, Composer, and Robotic Process Automation (RPA)Employ typical fault handling approaches for each tool involved in the hyperautomation processIdentify scenarios and techniques for reuseIdentify velocity of development based on hyperautomation tools and use case complexityUse MuleSoft Composer to automate data integrations for hyperautomationGiven a scenario, connect systems using a Composer flow nd connectors, and map and retrieve data in action stepsUse the HTTP connector to expand connectivity beyond what is supported out-of-the-boxSwap out sandbox connections for production connectionsGiven a hyperautomation scenario, implement the appropriate flow controls including If/Else blocks and For Each loopsGiven a hyperautomation scenario, transform data using number, string, and date functions and formulasTest Composer flows to ensure they work as expectedDesign, build, and manage MuleSoft RPA processes used for hyperautomationEvaluate an RPA process in MuleSoft RPA ManagerPerform general RPA process development tasks including designing, building, and testing RPA processesDeploy RPA processesTrigger RPA bots from Composer and Anypoint PlatformMonitor and troubleshoot an RPA processesUse Salesforce Flow to build hyperautomation workflowsGiven a hyperautomation scenario, build the appropriate flow using Salesforce FlowWork with Einstein Bots to automate customer serviceCreate tests for record-triggered flows with Flow TestingGiven a scenario, connect Salesforce flows with other APIsIdentify the basics of Salesforce flows that are applicable to hyperautomation implementationUse Anypoint Platform to enable automated integrations for hyperautomationDescribe composable building blocks (i.e. APIs/Specs) and how to consume them in a hyperautomation implementationDescribe how composable building blocks work together in a strategy and what Salesforce is capable of.Assign each API to one of the three tiers of API-led connectivityTranslate functional design requirements into API resources and methodsDefine API resources, methods, parameters, and responses using RAMLSummarize Anypoint Platform hyperautomation capabilities and high-level componentsDescribe Mule application deployment options including CloudHub, Runtime Fabric, and customer-hosted Mule runtimesUse Anypoint Platform to manage and monitor hyperautomation API endpointsUsing hyperautomation best practices to determine how to manage APIs using basic endpoint configurations, proxy endpoint configurations and policiesDescribe Anypoint Monitoring for applications and APIsUse Anypoint Exchange to catalog (publish), share, discover, learn about, and reuse MuleSoft hyperautomation assetsPublish assets to private and public Anypoint ExchangesTest APIs using the Anypoint Exchange mocking serviceGiven a hyperautomation scenario, employ Anypoint Exchange best practicesUse Flow Orchestration to build parallel, multi-user, and multi-step hyperautomation workstreamsCombine multiple automated workflows into a coordinated processCustomize entry and exit conditions for evaluation flowsAssign interactive steps to groups or queuesDebug, deploy, and manage Flow Orchestration
