This module examines SharePoint Online development strategies and discusses the evolution of modern pages and Microsoft Teams into the SharePoint user experience. Students will learn to program using the Client-side Object Model (CSOM) using C# to automate remote provisioning tasks such as creating SharePoint sites and customized lists. Next, the module provides an overview of Microsoft Azure as a cloud-based development platform and demonstrates how to create essential on-demand services such as Azure Web Apps and Azure SQL databases. The module concludes with a TypeScript primer where students will learn to develop with TypeScript in Visual Studio 2017 to write client-side code using interfaces and strongly-typed programming.
This module introduces students to React.js and examines how React.js uses a component-based architecture and a virtual DOM to optimize performance. Students will learn to create and configure new Node.js projects as a Single Page Application (SPA) using React.js together with TypeScript and Webpack. The module walks through how to design an SPA by creating a hierarchy of React components which define properties, state and event handlers. The module introduces JSX and teaches students the essential concepts and syntax for writing TypeScript code in a TSX file to generate the HTML for a React component. Along the way, students will learn how to integrate the React Router into an SPA project to provide navigation across multiple views.
This module introduces students to the SharePoint Framework (SPFX) and the extensive API it provides for client-side development. Students will learn to create new SPFX projects using the Yeoman generator and to develop SPFX projects using Visual Studio Code. The module examines the different types of components that can be created with SPFX including Web Parts, Application Customizers, Field Customizers and Command Sets. Students will learn how to extend a Web Part with custom properties that can be viewed and edited by users in the Web Part Properties Pane. The module also teaches best practices for managing CSS styles in an SPFX project using SCSS files and CSS modules. Students will learn how to test and debug SPFX projects in the local SharePoint Workbench as well as in the hosted SharePoint Workbench running inside a test site in SharePoint Online.
This module moves beyond SPFX fundamentals to examine the process of developing SPFX Web Parts for real-world scenarios. The module explains how to develop React Web Parts with a design that coordinates the movement of data between the Web Part class which defines persistent properties and the React component class which defines state. The module also teaches students how to leverage the Office UI Fabric React library to create a user interface using standard React components such as PrimaryButton, TextField and DetailsList. The module demonstrates how to develop Web Parts which use the SharePoint REST API to create new SharePoint lists and to update and query SharePoint list items. Along the way, students will learn essential SPFX programming techniques for executing calls asynchronously and for updating the user interface with a loading indicator whenever the user is waiting for a call to return from across the network
This module introduces the Microsoft Graph API and explains how this powerful library abstracts away the divisions between Azure Active Directory, Exchange Online, SharePoint Online and OneDrive to create a single, unified API for general application development. Students will learn how to program against the Microsoft Graph API in an SPFX Web Part using both the AadHttpClient class and the MSGraphClient class. The module also explains why it’s necessary to add API permission request into the package-solution.json file for an SPFX solution and how to grant tenant-level API permissions in the SharePoint Admin Center. Along the way, students will learn how to program the Microsoft Graph API to view and create users in Azure Active Directory and to read and send email messages and calendar events using an Exchange inbox.
This module begins with a primer on OAuth 2.0 and OpenID Connect and an overview of the Azure Active Directory security model which provides support for user authentication, application authentication and an authorization scheme based on configurable permissions. Students will learn about the differences between application permissions and delegated permissions as well as how to create and configure Azure AD applications in the new Azure portal. Students will learn programming techniques for developing secure applications which implement common authentication flows such as user credentials flow, authorization grant flow, and client credentials flow. The module examines developing secure ASP.NET MVC application by using the Active Directory Authentication Library (ADAL) together with the OWIN framework and OWIN middleware components. The module also explains how to secure client-side SPAs created Angular and AngularJS by using the ADAL.js library and the implicit grant flow to acquire access tokens.
This module examines developing with Azure Functions to execute asynchronous server-side processing jobs and to provide a quick and efficient way to create a custom Web API accessible to Single Page Applications (SPAs) and SharePoint Framework Web Parts. Students will learn the fundamentals of creating, testing and debugging Azure Functions in the Azure Portal. The module also explains the options for configuring security for an Azure Function App and for supporting Cross-Origin Resource Sharing (CORS) to ensure your Azure Functions can be called from your client-side application code. The module teaches students how to create and publish Azure Function Apps using Visual Studio 2017 and C# as well as how to call Azure Functions from the client-side TypeScript code written in a SPA or a SharePoint Framework Web Part.
This module examines developing with webhooks and explains how webhooks can be used to execute code with custom logic in response to events that occur in SharePoint Online, Microsoft Teams, OneDrive and Outlook. Students will learn about the benefits and disadvantages of SharePoint webhooks in comparison to classic SharePoint event receivers and remote event receivers. Students will also learn the steps to create an Azure Function using C# and to register it as a webhook with SharePoint Online to execute custom code in response to changes to items in a SharePoint list or changes to a document in a document library. The module explains the webhook coding requirements including returning validation tokens and executing processing asynchronously