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Microsoft 70-573 (TS: Microsoft SharePoint 2010, Application Development) exam dumps vce, practice test questions, study guide & video training course to study and pass quickly and easily. Microsoft 70-573 TS: Microsoft SharePoint 2010, Application Development exam dumps & practice test questions and answers. You need avanset vce exam simulator in order to study the Microsoft 70-573 certification exam dumps & Microsoft 70-573 practice test questions in vce format.

The 70-573 Exam in Context: SharePoint 2010 Development Fundamentals

The Microsoft 70-573 exam, formally titled "TS: Microsoft SharePoint 2010, Application Development," was a key certification for developers in the SharePoint ecosystem. Passing this exam earned the Microsoft Certified Technology Specialist (MCTS) credential, which was a clear signal to the industry that a developer possessed the core skills to build, deploy, and manage custom applications on the SharePoint 2010 platform. The exam was designed for experienced developers who were tasked with extending the out-of-the-box capabilities of SharePoint to meet specific business requirements.

The scope of the 70-573 exam was comprehensive, covering the entire lifecycle of SharePoint application development as it existed at the time. It delved into topics such as building custom web parts, branding the user interface, working with SharePoint's data repositories, creating workflows, and securing custom code. The questions were highly technical and often scenario-based, requiring a candidate to not only recall syntax but also to apply development principles to solve practical business problems. Success was a benchmark of a developer's proficiency in the SharePoint 2010 development model.

The SharePoint 2010 Platform: A Look Back

To understand the 70-573 exam, it is essential to understand the SharePoint 2010 platform itself. SharePoint 2010 was a massive, multifaceted server product that provided a wide range of capabilities, including document management, team collaboration, enterprise search, and business intelligence. It was primarily an on-premises solution, meaning organizations would install and manage it on their own servers in their own data centers. This gave them complete control over the environment but also placed the full burden of maintenance and administration on their IT staff.

From a developer's perspective, SharePoint 2010 was a rich but complex platform. It exposed a vast set of services and application programming interfaces (APIs) that could be used to build custom solutions. The primary development model was based on creating full-trust, server-side code written in C# or VB.NET. This code ran directly on the SharePoint servers, giving developers immense power to customize the platform but also introducing significant risks if the code was not written carefully. The 70-573 exam was designed to ensure developers could wield this power responsibly.

The Role of a SharePoint Developer

The role of a SharePoint developer during the 2010 era, as defined by the 70-573 exam, was to be an expert in extending the platform. While end-users could perform simple customizations through the web browser, a developer was needed for any significant changes or for creating new functionality. A common task was to build custom web parts, which are reusable components that can be added to a page to display information or provide a specific function, such as a custom search interface or a data visualization chart.

Another key responsibility was to programmatically interact with SharePoint's data. This involved writing code to create, read, update, and delete items in SharePoint lists and libraries. Developers were also responsible for creating custom business processes using event receivers, which are pieces of code that run in response to events like a document being uploaded, and workflows. The 70-573 exam validated a developer's ability to perform all of these core tasks using the tools and APIs provided by the platform.

Core Development Objects: Features and Solutions

The fundamental building blocks of any custom SharePoint 2010 development were Features and Solutions. This was a core concept for the 70-573 exam. A "Feature" is a package of SharePoint elements that can be activated or deactivated at a specific scope (e.g., for a single site or an entire site collection). Features are how developers would deploy their custom components, such as a web part or a custom list definition, into a SharePoint environment in a manageable way.

These Features were then bundled together into a "Solution Package," which is a cabinet file with a .wsp extension. This solution package was the unit of deployment. A farm administrator would upload the .wsp file to the SharePoint farm and then deploy it to the specific web applications where the custom functionality was needed. The 70-573 exam required a deep understanding of the structure of these Features and Solutions and the entire process of packaging, deploying, and managing them.

Understanding the SharePoint Object Model (Server-Side)

The primary tool for a developer to interact with the SharePoint platform in the 2010 era was the Server-Side Object Model (SSOM). This was a vast and comprehensive set of .NET assemblies that provided a strongly-typed, object-oriented interface to virtually every aspect of the SharePoint farm. This was the most important API to master for the 70-573 exam. Using the SSOM, a developer could write C# or VB.NET code that ran directly on the SharePoint server to perform any action that an administrator could do through the user interface, and much more.

The object model followed a hierarchical structure. A developer would start by getting a reference to a site collection object (SPSite), from which they could access a specific site (SPWeb). From the site object, they could then work with lists (SPList) and list items (SPListItem). Understanding this hierarchy and the key classes within it was absolutely essential for performing any kind of server-side development and was a major focus of the 70-573 exam.

Essential Tools: Visual Studio and SharePoint Designer

The 70-573 exam assumed proficiency with the two primary development tools for SharePoint 2010. The main tool for professional developers was Visual Studio. Microsoft provided specialized SharePoint project templates for Visual Studio that greatly simplified the process of creating custom solutions. These templates would automatically generate the necessary XML files and folder structures for creating components like web parts and event receivers. Visual Studio also provided powerful debugging capabilities, allowing developers to step through their server-side code as it executed on the SharePoint server.

For less complex tasks or for more design-oriented customizations, the tool of choice was SharePoint Designer 2010. SharePoint Designer was a free tool that allowed power users and designers to perform tasks like customizing page layouts, creating data views, and building declarative workflows without writing any code. For the 70-573 exam, a developer needed to understand the capabilities and limitations of SharePoint Designer and know when it was the appropriate tool for a task versus when a full-fledged Visual Studio solution was required.

The Evolution from Farm Solutions to the SharePoint Framework

The development model tested in the 70-573 exam, based on server-side, full-trust code, has been almost entirely replaced in the modern era. The primary reason for this shift was the rise of SharePoint Online, the cloud-based version of the platform. In a multi-tenant cloud environment, it is not feasible to allow custom code from thousands of different customers to run directly on the servers, as a single poorly written piece of code could impact the stability of the entire service.

This led to the creation of the SharePoint Framework (SPFx). SPFx is a modern, client-side development model based on open-source technologies like TypeScript and React. With SPFx, all custom code runs in the user's web browser, not on the server. This makes solutions much safer, more stable, and more portable. The entire focus of modern SharePoint development has shifted from the server-side object model of the 70-573 exam to the client-side technologies of SPFx.

Building Custom Web Parts: A 70-573 Exam Staple

One of the most common and important tasks for a SharePoint developer, and a core skill tested in the 70-573 exam, was the creation of custom web parts. A web part is a modular component that an end-user can add to a page to display content or provide functionality. While SharePoint came with a set of out-of-the-box web parts, businesses often had unique requirements that necessitated the development of custom ones. For example, a developer might build a web part to display data from a back-end line-of-business system.

Developing a web part in the SharePoint 2010 model involved creating a C# class that inherited from the base WebPart class. The developer would then write code in this class to create the user interface controls for the web part and to implement its logic. The 70-573 exam required a deep understanding of the web part lifecycle, how to add custom properties to a web part so that end-users could configure it, and how to package and deploy the web part as part of a SharePoint solution.

Visual Web Parts vs. Standard Web Parts

SharePoint 2010 development in Visual Studio offered two main approaches for building web parts, and the 70-573 exam expected developers to know the difference. The traditional approach was to build a standard web part. In this model, the developer was responsible for creating the entire user interface of the web part programmatically in C# code. This involved instantiating controls like labels and text boxes and adding them to the page's control hierarchy. This approach offered maximum control but could be tedious for complex user interfaces.

To simplify UI development, Visual Studio introduced the concept of a Visual Web Part. A Visual Web Part provided a design surface, similar to building a standard ASP.NET User Control. A developer could drag and drop controls onto this designer to lay out the user interface, and then write the code-behind logic to handle events. This was a much faster and more intuitive way to build web parts with rich user interfaces, and understanding when to use this approach was a key piece of knowledge for the 70-573 exam.

Branding SharePoint 2010: Master Pages and Page Layouts

A common requirement for any SharePoint implementation is to apply corporate branding to the site, changing its look and feel to match the company's identity. The 70-573 exam covered the development techniques used for branding in SharePoint 2010. The foundation of the SharePoint user interface was based on ASP.NET Master Pages. A master page defines the common chrome of the site, such as the header, footer, and navigation elements, that is shared across all pages.

To apply a custom brand, a designer would create a custom master page. They would then create custom CSS files to override SharePoint's default styles. For publishing sites, which had more structured content, the branding model also used Page Layouts. A page layout was a template that defined the structure of a specific type of page, such as a news article or a product description. The 70-573 exam required a developer to understand how to create and deploy these branding elements as part of a SharePoint solution.

Customizing the Ribbon and Menus

SharePoint 2010 introduced the Fluent UI, also known as the Ribbon, which was a major change from previous versions. This ribbon provided a context-sensitive set of commands for users to interact with the content on the page. A key development skill tested on the 70-573 exam was the ability to customize this ribbon. For example, a developer might need to add a new custom button to the ribbon that would perform a specific action on a selected list item.

This customization was done using a declarative XML format called CustomAction XML. A developer would define the new button, its location on the ribbon, and the command that it should execute in an XML file. This XML file would then be deployed as part of a SharePoint Feature. The same CustomAction mechanism could also be used to add new items to other menus in the SharePoint user interface, such as the Site Actions menu or the context menu for a list item.

Using JavaScript with the Client-Side Object Model (CSOM)

While the primary development model for the 70-573 exam was server-side, SharePoint 2010 introduced a powerful new API for client-side development called the Client-Side Object Model, or CSOM. The CSOM provided a way for code running in the web browser (JavaScript) to interact with SharePoint data without requiring a full page postback. This allowed developers to create richer, more responsive user interfaces.

The JavaScript CSOM provided a set of objects that mirrored the structure of the server-side object model. A developer could write JavaScript code to connect to the current site, retrieve data from lists and libraries, and even create or update items. The CSOM would bundle these requests into an efficient XML-based call to a special web service on the server. The 70-573 exam required a foundational understanding of this new API and how to use it to perform basic data operations from the client.

Introduction to Sandbox Solutions

One of the challenges with the full-trust, server-side code model was the risk it posed to the stability of the SharePoint farm. To provide a safer way to deploy custom code, SharePoint 2010 introduced a new concept called Sandbox Solutions. This was a significant new topic for the 70-573 exam. A sandbox solution was a special type of solution package that ran in a restricted, isolated process on the server.

The code within a sandbox solution was subject to a strict set of limitations. For example, it could not access the local file system or make calls to most of the server-side object model. This made sandbox solutions much safer, as they could not bring down the entire SharePoint farm. They were intended for site collection administrators to be able to deploy simple customizations without needing the involvement of a farm administrator. The 70-573 exam tested on the capabilities and limitations of this new solution type.

The Modern Approach: Client-Side Web Parts with SPFx

The world of SharePoint user interface development has completely changed since the era of the 70-573 exam. The modern approach, the SharePoint Framework (SPFx), is entirely based on client-side development. A modern web part is built using TypeScript, a superset of JavaScript, and a popular web framework like React or Angular. All the code for the web part runs exclusively in the user's web browser.

This client-side model is much more aligned with modern web development practices. It is safer, more performant, and works seamlessly in both SharePoint Online and the latest versions of SharePoint Server. The process of building and deploying web parts is completely different, using open-source tools like Node.js and Gulp. The knowledge of C# and the server-side object model from the 70-573 exam has been replaced by a required expertise in modern JavaScript and client-side frameworks.

Programming with Lists and Libraries

At its core, SharePoint is a platform for storing and managing content. The two primary containers for this content are lists and libraries. A list is similar to a table in a database, used for storing structured data in rows and columns. A library is a specialized type of list that is designed for storing documents. A fundamental skill for any SharePoint developer, and a core topic of the 70-573 exam, was the ability to programmatically interact with these lists and libraries using the server-side object model.

Using C# or VB.NET, a developer could write code to perform any data operation. This included creating new lists and libraries, adding or removing columns (fields), and most commonly, performing CRUD (Create, Read, Update, Delete) operations on the items or documents within them. The 70-573 exam would test a developer's proficiency in using the SPList and SPListItem classes to perform these essential data management tasks, which were at the heart of most custom SharePoint applications.

Understanding CAML for Querying Data

To retrieve specific items from a SharePoint list, a developer could not use standard SQL. Instead, SharePoint had its own specialized query language called Collaborative Application Markup Language, or CAML. This was a critical technology to master for the 70-573 exam. CAML is an XML-based language that is used to define a query against a SharePoint list. A developer would construct a CAML query to specify which fields to return, how to filter the results (using a "Where" clause), and how to sort them (using an "OrderBy" clause).

While the syntax of CAML was often considered complex and verbose, it was the primary and most performant way to query for data in SharePoint 2010. A developer would create a CAML query string and then pass it to an SPQuery object, which would then be used to retrieve the matching items from the list. A deep understanding of CAML syntax and the ability to construct efficient queries were essential skills tested in the 70-573 exam.

Creating Custom Event Receivers

A common business requirement is to execute a piece of custom logic in response to a specific event happening in SharePoint. To achieve this, developers would create an event receiver, a key topic in the 70-573 exam. An event receiver is a piece of managed code that runs when a specific action occurs on a list, library, or site. For example, a developer could create an event receiver that automatically starts an approval workflow whenever a new document is uploaded to a library.

Event receivers could be either synchronous, running before the action is committed to the database, or asynchronous, running after the action has completed. A synchronous event receiver could even be used to validate data and cancel the action if it did not meet certain business rules. The 70-573 exam required developers to know how to create these event receiver classes, bind them to the appropriate SharePoint object and event, and deploy them as part of a Feature.

Developing Custom Timer Jobs for Background Processes

For long-running or scheduled background tasks, SharePoint provided a feature called Timer Jobs. A custom timer job is a piece of code that is scheduled to run on a recurring basis, such as every night at midnight. This was the mechanism for performing background processing and was an important concept for the 70-573 exam. A common use case for a custom timer job would be to perform a nightly data synchronization between a SharePoint list and an external database.

Developing a custom timer job involved creating a class that inherited from the SPJobDefinition base class and implementing the logic in its Execute method. The developer would then need to create code to schedule the job to run. Because these jobs ran with high privileges on the server, they were a powerful but also potentially risky component. The 70-573 exam tested on the development process and the best practices for creating reliable and performant custom timer jobs.

Business Connectivity Services (BCS) for External Data

SharePoint is often used as a central portal for accessing information from many different systems. To facilitate this, SharePoint 2010 included a powerful set of features called Business Connectivity Services, or BCS. This was a major topic in the 70-573 exam. BCS provided a framework for connecting to external data sources, such as a SQL database or a web service, and surfacing that data within SharePoint as if it were a native SharePoint list.

This allowed users to view and, in some cases, even edit data from their line-of-business systems directly within the familiar SharePoint interface. For the 70-573 exam, a developer needed to understand the architecture of BCS and how to create the necessary models and definitions to connect to an external system. This was a key technology for building applications that integrated SharePoint with the broader enterprise IT landscape.

Creating Custom Workflows

Workflows are a core part of SharePoint's value proposition for business process automation. SharePoint 2010 supported two main types of workflows. The first was declarative workflows, which could be built without code using SharePoint Designer. For more complex logic, developers could build coded workflows using Visual Studio. This was a significant development topic for the 70-573 exam. These coded workflows were built on the Windows Workflow Foundation (WF) framework.

Using Visual Studio, a developer could create a state machine or a sequential workflow that included custom code activities. This allowed for the implementation of highly complex and sophisticated business processes. For example, a developer could build a coded workflow for an insurance claim that involved multiple stages of review, integration with external systems, and complex business logic. The 70-573 exam required an understanding of this WF-based workflow development model.

Modern Data Access with the SharePoint REST API and Microsoft Graph

The methods for accessing SharePoint data have been completely modernized since the era of the 70-573 exam. The primary way that modern, client-side applications interact with SharePoint data is through a comprehensive REST (Representational State Transfer) API. This API allows any application, on any platform, to perform CRUD operations on SharePoint lists, libraries, and other objects using standard HTTP requests. This is a much more open and interoperable approach than the old server-side object model.

Even more powerful is the Microsoft Graph. The Graph is a unified API endpoint that provides access to data not just from SharePoint, but from across the entire Microsoft 365 ecosystem, including Outlook, Teams, and OneDrive. A modern developer uses the Microsoft Graph to build applications that are deeply integrated with the full suite of Microsoft 365 services. The focus has shifted entirely from the proprietary CAML and SSOM of the 70-573 exam to these standardized, web-based REST APIs.

Securing Custom SharePoint Solutions

Writing code that runs directly on a server, as was the model for the 70-573 exam, requires a deep understanding of security. Because full-trust farm solutions ran with the same high level of privilege as SharePoint itself, a bug or a vulnerability in custom code could compromise the entire server farm. Therefore, a key skill for a SharePoint developer was the ability to write secure and robust code.

This involved following standard secure coding practices, such as validating all input to prevent cross-site scripting (XSS) attacks and using parameterized queries when interacting with databases to prevent SQL injection. The 70-573 exam also required an understanding of SharePoint's specific security model. A developer needed to know how to perform actions with elevated privileges in a controlled and secure manner, and how to ensure that their custom code properly respected the permissions of the user who was running it.

Understanding Code Access Security (CAS) Policies

In addition to secure coding practices, the SharePoint 2010 platform had its own security infrastructure for managed code called Code Access Security, or CAS. This was a complex but important topic for the 70-573 exam. CAS was a mechanism in the .NET Framework that allowed an administrator to define security policies that would grant or deny specific permissions to a piece of code based on evidence, such as its strong name or its location.

SharePoint used CAS to define a set of policies that determined what a custom solution was allowed to do. By default, custom solutions were granted a minimal set of permissions. If a solution needed to perform a privileged operation, such as accessing a back-end database, the developer had to create a custom CAS policy file to grant that specific permission to their code. The 70-573 exam required a developer to understand this policy model and how to create these custom policies.

Creating Custom Application Pages

Most of the pages in a SharePoint site are content pages that live in a document library and can be edited by users. However, for custom application-like experiences, developers would often create application pages. This was a key development concept for the 70-573 exam. An application page is a standard ASP.NET page (an .aspx file) that is deployed to the file system of the SharePoint server, typically in a special folder called _layouts.

Because these pages lived on the file system, they could not be customized by users through the browser. They were used to provide functionality that should be consistent across the entire farm, such as a custom settings or administration page for a solution. Developing an application page was very similar to building a standard ASP.NET web form application, and the 70-573 exam required a developer to be proficient in this style of development.

The SharePoint Service Application Architecture

SharePoint 2010 introduced a new and powerful architecture for providing shared services across a farm, and a conceptual understanding of this was important for the 70-573 exam. This was the Service Application architecture. It allowed for services like Search, User Profiles, and Managed Metadata to be run as independent, scalable components that could be shared and consumed by multiple web applications within the farm.

From a developer's perspective, this architecture was important because it was extensible. A developer could create their own custom service application. While this was a very advanced development task, it was the mechanism for creating new, farm-wide shared services that could be managed and scaled just like the out-of-the-box services. The 70-573 exam expected a high-level understanding of this architecture and the role it played in the SharePoint platform.

Comparing the Server, Client, and REST APIs

The 70-573 exam was created during a period of transition for SharePoint development. While the server-side object model (SSOM) was still the primary and most powerful API, Microsoft had just introduced two new client-side APIs: the Client-Side Object Model (CSOM) and a new REST (Representational State Transfer) service. A key skill for a developer at the time was understanding the capabilities and limitations of each of these three APIs and when to use them.

The SSOM was the most comprehensive but could only be used by code running on the SharePoint server. The CSOM was designed for rich client applications, like those built with .NET or Silverlight, and for JavaScript running in the browser. The REST service was a more lightweight, web-standard way to access SharePoint data, ideal for mobile apps or integration with non-Microsoft platforms. The 70-573 exam tested on the ability to choose the right API for a given development scenario.

Debugging and Deploying SharePoint Solutions

The process of debugging and deploying server-side SharePoint solutions was a complex but essential skill for the 70-573 exam. Because the custom code ran within the main SharePoint processes on the server, debugging required the developer to attach the Visual Studio debugger directly to these processes, such as w3wp.exe for web parts or owstimer.exe for timer jobs. This allowed for a rich, interactive debugging experience but required careful setup.

The deployment process was managed through the solution package (.wsp) system. A developer would use Visual Studio to build the solution package. An administrator would then use PowerShell or the Central Administration website to deploy this package to the farm. The deployment process involved installing the files onto each server in the farm and activating the necessary features. The 70-573 exam required a solid understanding of this entire development lifecycle, from coding and debugging to packaging and deployment.

The Shift to App-Only Permissions in the Modern Era

The security model for modern SharePoint development has shifted dramatically from the CAS policies and full-trust code of the 70-573 exam era. In the SharePoint Framework (SPFx), all custom code runs in the browser under the context of the current user. However, for background processes or for accessing data across the Microsoft 365 ecosystem, the modern approach is to use app-only permissions with Azure Active Directory (Azure AD) applications.

With this model, a developer registers an application in Azure AD and grants it a specific set of permissions to access APIs like Microsoft Graph or the SharePoint REST API. The application can then authenticate using its own identity (a client ID and secret) without a user being present. This is the secure and standard way to build backend services that interact with SharePoint Online. The focus has moved from managing code on the SharePoint server to managing application identities and permissions in the cloud.

Why the SharePoint Development Model Changed

The transition from the server-side development model of the 70-573 exam to the modern SharePoint Framework (SPFx) was driven by two fundamental shifts in the industry: the move to the cloud and the rise of modern web technologies. The old model, which involved running custom code directly on the SharePoint servers, was not sustainable in a cloud-based, multi-tenant environment like SharePoint Online. A single piece of faulty custom code could impact the stability and performance for thousands of customers. A new, safer model was needed.

Simultaneously, the world of web development was rapidly evolving. The industry was moving away from server-side page rendering and toward rich, responsive, client-side applications built with JavaScript frameworks like React and Angular. The new SharePoint Framework was designed to embrace these modern web development standards, allowing developers to use the same open-source tools and frameworks that they were using for other web applications. This made SharePoint development more accessible and aligned it with current industry best practices.

Introduction to the SharePoint Framework (SPFx)

The SharePoint Framework (SPFx) is the modern, official way to build customizations for SharePoint Online and recent versions of SharePoint Server. It is a complete departure from the development model tested in the 70-573 exam. SPFx is a page and web part model that is fully client-side. All custom components are built using TypeScript and a client-side JavaScript framework of the developer's choice, with React being the most common. All the code runs in the user's web browser.

This client-side approach ensures that customizations are safe and cannot impact the SharePoint server's performance or stability. It also means that the solutions are responsive and mobile-friendly by default. The development process uses modern, open-source tools like Node.js, npm, Gulp, and Visual Studio Code, which is a major shift from the server-side, Visual Studio-centric world of the 70-573 exam. SPFx is the foundation of all modern SharePoint user interface development.

Building Modern Solutions with React or Angular

To be a successful modern SharePoint developer, proficiency in a major client-side JavaScript framework is now a requirement. The SharePoint Framework has first-class support for two of the most popular frameworks: React and Angular. While it is possible to build simple solutions with no framework, any non-trivial customization will leverage one of these to manage the user interface and application state. The days of building a UI by programmatically creating server-side ASP.NET controls, a skill from the 70-573 exam, are long gone.

React, which is developed by Facebook, is the framework that Microsoft uses for its own modern SharePoint experiences, so it has the tightest integration with the platform. Angular, developed by Google, is another very popular and powerful option. A modern SharePoint developer must be skilled in building components, managing state, and handling events using the patterns and practices of these modern frameworks. This represents the single biggest skill shift from the 2010 era.

Leveraging the Power of Microsoft Graph

In the modern development model, the way custom solutions access data is also completely different from the server-side object model of the 70-573 exam. The primary API for accessing data in the Microsoft 365 ecosystem is the Microsoft Graph. The Graph provides a single, unified REST API endpoint for accessing a vast amount of data and functionality from services across Microsoft 365, including SharePoint, Teams, Outlook, OneDrive, and Azure Active Directory.

From a SharePoint Framework solution, a developer can easily make calls to the Microsoft Graph to retrieve user profile information, read files from a user's OneDrive, or post messages to a Teams channel. This allows developers to build rich, integrated solutions that go far beyond the boundaries of a single SharePoint site. A deep understanding of the Microsoft Graph and how to call it securely is a core competency for any modern Microsoft 365 developer.

The Modern Certification: Microsoft 365 Developer Associate (MS-600)

The certification path for developers on the Microsoft platform has evolved just as much as the technology. The direct successor to the role tested by the 70-573 exam is the "Microsoft 365 Certified: Developer Associate" credential. This certification is earned by passing a single, comprehensive exam: the MS-600, "Building Applications and Solutions with Microsoft 365 Core Services." This exam is the modern benchmark for professional developers in the Microsoft 365 space.

The MS-600 exam covers a wide range of modern development topics. It includes implementing Microsoft Identity to secure applications, building apps with Microsoft Graph, extending and customizing SharePoint with the SharePoint Framework, and creating solutions for Microsoft Teams. It is a comprehensive validation of a developer's ability to build modern, integrated applications on the Microsoft 365 platform, and it is the clear target for any developer looking to certify their skills today.

Conclusion

While the technologies have changed, some of the fundamental principles learned while studying for the 70-573 exam are still valuable. The core concepts of what a SharePoint site, list, and library are have not changed. The importance of packaging and deploying customizations in a structured and manageable way, a key lesson from the Features and Solutions framework, is still a best practice, even if the tools have changed.

Perhaps most importantly, the discipline of understanding business requirements and translating them into a technical solution is a timeless skill. A developer who understood how to design a workflow or an information architecture in SharePoint 2010 has a strong conceptual foundation that will help them to design modern solutions using Power Automate or to structure content in a modern SharePoint environment. The "what" and "why" of business solutions often remain the same, even as the "how" evolves.

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