PL-400: Microsoft Power Platform Developer Practice Tests

所在平台: Udemy

课程主页: https://www.udemy.com/course/pl-400-microsoft-power-platform-developer-exams-w-labs/

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课程名称:PL-400:Microsoft Power Platform 开发者实践考试 课程概述: PL-400:Microsoft Power Platform 开发者助理认证实践考试为考生提供了评估自身准备情况的机会。通过参加此实践考试,考生能识别自己的优缺点,从而集中精力在需要改善的领域。此实践考试为每个问题提供详细解释,帮助考生理解正确答案并从错误中学习。对于希望提升技能并在 Microsoft Power Platform 开发领域内推进职业生涯的个人而言,这是一项极具价值的工具。 无论您是希望验证自己专业知识的资深开发者,还是寻求进入该行业的新手,PL-400 实践考试均能帮助您实现目标。投资参加此实践考试,可以提高考生首次通过 PL-400 认证考试的机会。实践问题旨在挑战并评估考生在各种 Power Platform 主题上的知识,确保其为实际考试做好充分准备。 此外,此实践考试不仅有助于考生为认证考试做准备,还作为宝贵的学习资源。每个问题所提供的详细解释有助于考生加深对与 Power Platform 开发相关的关键概念和原则的理解。 总体而言,PL-400:Microsoft Power Platform 开发者助理认证实践考试是希望展示其在 Microsoft Power Platform 开发领域专业知识的个人必备资源。其全面覆盖的考试主题、真实的题型和详细的解释,使得此实践考试成为帮助考生在认证之旅中取得成功的完美工具。 考试信息: - 考试名称:Microsoft Certified - Power Platform Developer Associate - 考试代码:PL-400 - 考试费用:165 美元 - 考试语言:英语、日语、韩语和简体中文 - 考试形式:多选题,多项选择 - 题目数量:40-60 (估算) - 考试时长:120 分钟 - 通过分数:700-1000 分 PL-400 考试大纲主题包括: 1. 创建技术设计 (10-15%) 2. 配置 Microsoft Dataverse (15-20%) 3. 创建和配置 Power Apps (10-15%) 4. 扩展用户体验 (10-15%) 5. 扩展平台 (35-40%) 6. 开发集成 (5-10%) PL-400 实践考试通过全面覆盖考试内容、真实的题型及多样化的问题类型,确保考生在实际认证考试中能应对各种问题,进而提高其认证成功的机会。

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PL-400: Microsoft Power Platform Developer Associate Certification Practice Exam provides candidates with an opportunity to assess their readiness for the actual certification exam. By attempting this practice exam, candidates can identify their strengths and weaknesses, enabling them to focus their study efforts on areas that require improvement. Additionally, the practice exam provides detailed explanations for each question, allowing candidates to understand the correct answers and learn from their mistakes.This practice exam is a valuable tool for individuals looking to enhance their skills and advance their careers in the field of Microsoft Power Platform development. Whether you are a seasoned developer looking to validate your expertise or a newcomer seeking to enter the industry, PL-400: Microsoft Power Platform Developer Associate Certification Practice Exam can help you achieve your goals.By investing in this practice exam, candidates can increase their chances of passing the PL-400 certification exam on their first attempt. The practice questions are designed to challenge and assess the candidate's knowledge across a variety of Power Platform topics, ensuring that they are well-prepared for the actual exam.In addition to helping candidates prepare for the certification exam, this practice exam also serves as a valuable learning resource. The detailed explanations provided for each question can help candidates deepen their understanding of key concepts and principles related to Power Platform development.Overall, PL-400: Microsoft Power Platform Developer Associate Certification Practice Exam is a must-have resource for individuals looking to demonstrate their expertise in Microsoft Power Platform development. With its comprehensive coverage of exam topics, realistic question formats, and detailed explanations, this practice exam is the perfect tool to help candidates achieve success in their certification journey.PL-400: Microsoft Power Platform Developer Exam Summary:Exam Name: Microsoft Certified - Power Platform Developer AssociateExam code: PL-400Exam voucher cost: $165 USDExam languages: English, Japanese, Korean, and Simplified ChineseExam format: Multiple-choice, multiple-answerNumber of questions: 40-60 (estimate)Length of exam: 120 minutesPassing grade: Score is from 700-1000.PL-400: Microsoft Power Platform Developer Exam Syllabus Topics:Create a technical design (10-15%)Configure Microsoft Dataverse (15-20%)Create and configure Power Apps (10-15%)Extend the user experience (10-15%)Extend the platform (35-40%)Develop integrations (5-10%)Create a technical design (10-15%)Design technical architectureDesign the technical architecture for a solutionDesign authentication and authorization strategyDetermine whether requirements can be met with out-of-the-box functionalityDetermine when to use Logic Apps versus Microsoft Power Automate cloud flowsDetermine when to use serverless computing, plug-ins, or Power AutomateDetermine when to use standard tables, virtual tables, or connectorsDescribe security capabilities of the Microsoft Power Platform including data loss prevention (DLP) policies, security roles, teams, business units and row sharingDesign solution componentsDesign a Microsoft Dataverse data modelDesign Power Apps reusable components including canvas components, code components, and client scriptingDesign custom connectorsDesign Dataverse code components including plug-ins and Custom APIsDesign automations including Power Automate cloud flows and real-time workflowsDesign Azure inbound and outbound integrationsConfigure Microsoft Dataverse (15-20%)Configure Microsoft Power Platform to support developmentTroubleshoot operational security issues found in testingConfigure Dataverse security roles and column-level security profilesConfigure business units and teamsManage Microsoft Power Platform environments for developmentConfigure tablesConfigure table optionsConfigure columnsConfigure relationshipsConfigure business rulesImplement application lifecycle management (ALM)Create solutions and manage solution componentsImport and export solutionsManage solution dependenciesCreate and use environment variablesDescribe the difference between unmanaged and managed solutionsManage solution layersCreate and configure Power Apps (10-15%)Create model-driven appsCreate and configure a model-driven appConfigure formsConfigure viewsConfigure commands and buttons using Power FxConfigure commands and buttons using JavaScriptCreate canvas appsCreate and configure a canvas app or a custom pageImplement complex Power Fx formulasBuild reusable component librariesTest an app by using Power Apps Test StudioUtilize Power Automate cloud flows to implement business logic from a canvas appManage and troubleshoot appsTroubleshoot canvas and model-driven app issues by using Monitor and other browser-based debugging toolsIdentify and resolve connector and API errorsOptimize canvas app performance including pre-loading data and query delegationOptimize model-driven app performance including forms and viewsExtend the user experience (10-15%)Apply business logic using client scriptingCreate JavaScript code that targets the Client API object modelDescribe event handler registration optionsCreate client scripting that targets the Dataverse Web APIDescribe the client API object modelDetermine when to use business rules or client scriptingCreate a Power Apps Component Framework (PCF) code componentDescribe the code component lifecycleInitialize a new code componentConfigure a code component manifestImplement component interfacesPackage, deploy, and consume a componentConfigure and use Device, Utility, and Web API features in component logicExtend the platform (35-40%)Create a Dataverse plug-inDescribe the plug-in execution pipelineDescribe the plug-in execution contextDevelop a plug-in that implements business logicImplement Pre Images and Post Images to support plug-in logicPerform operations in plug-ins by using the Organization serviceOptimize plug-in performanceConfigure a Dataverse Custom API messageRegister custom assemblies by using the Plug-in Registration ToolDevelop a plug-in that implements a Custom APICreate custom connectorsCreate an Open API definition for a REST APIConfigure API securityUse policy templates to modify connector behavior at runtimeImport definitions from existing APIs including Open API definitions, Azure services, and GitHubCreate a custom connector for an Azure serviceCreate an Azure Function to be used in a custom connectorExtend an Open API definition for a custom connectorUse platform APIsPerform operations with the Dataverse Web APIPerform operations with the Organization serviceImplement API limit retry policiesOptimize for performance, concurrency, transactions, and batchingPerform authentication by using OAuthProcess workloads by using Azure FunctionsProcess long-running operations by using Azure FunctionsConfigure scheduled and event-driven triggers in Azure FunctionsAuthenticate to Microsoft Power Platform by using managed identitiesConfigure Power Automate cloud flowsCreate and manage cloud flowsConfigure flow steps to use Dataverse connector actions and triggersImplement complex expressions in flow stepsManage sensitive input and output parametersImplement Azure Key Vault and Microsoft Entra service principalsDescribe flow control actions including error handlingAdd a cloud flow step to a business process flowConfigure trigger filter and retry policiesDevelop integrations (5-10%)Publish and consume Dataverse eventsPublish a Dataverse event by using the IServiceEndpointNotificationServicePublish a Dataverse event by using the Plug-in Registration ToolRegister service endpoints including webhooks, Azure Service Bus, and Azure Event HubDescribe options for listening to Dataverse eventsImplement data synchronization with DataverseDescribe synchronizing data by using change trackingRead table change records by using platform APIsCreate and use alternate keysUse the UpsertRequest message to synchronize dataIn addition to its comprehensive coverage of exam topics and realistic question formats, the PL-400 practice exam also includes a variety of question types to challenge candidates and test their knowledge. This ensures that candidates are well-prepared for the diverse range of questions they may encounter on the actual certification exam.Overall, the PL-400: Microsoft Power Platform Developer Associate Certification Practice Exam is an essential tool for individuals looking to demonstrate their expertise in Microsoft Power Platform development. With its thorough coverage of exam topics, realistic question formats, and detailed explanations, this practice exam is the perfect resource to help candidates succeed in their certification journey.

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