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GraphQL is a query language used to interact with APIs and a runtime that executes queries on existing data. Facebook developed this language in 2012 and released it as an open-source project in 2015. Unlike traditional RESTful APIs, GraphQL offers a more efficient, powerful, and flexible way to interact with APIs. Learn more about GraphQL at graphql.org  and GraphQL Architecture Here's a breakdown of what GraphQL is and its key features: Query Language : GraphQL allows clients to request the data they need from an API. Clients can specify the fields and relationships to retrieve, eliminating over-fetching and under-fetching data. Hierarchical Structure : GraphQL queries have a hierarchical structure similar to the shape of the data they retrieve. This allows clients to request nested data in a single query, reducing the number of round-trips to the server. Strongly Typed Schema : GraphQL APIs are built on top of a strongly typed schema that defines the types of data available and...

Salesforce data integration refers to the process of connecting and synchronizing data between Salesforce and other systems, such as databases, applications, and third-party services. Data integration is crucial for organizations using Salesforce as their primary CRM (Customer Relationship Management) platform because it enables them to leverage data from various sources to gain insights, improve decision-making, and enhance business processes. Data Integration This decision guide focuses on data-level integrations involving Salesforce. Specifically, it covers the following data integration use cases: Salesforce to external systems External systems to Salesforce Salesforce organization to Salesforce organization This guide provides an overview of data integration tools and considerations for evaluating each option. It also includes use case examples and detailed tool capabilities.

Deploying Apex code in Salesforce can be done through various methods, each with its own advantages and use cases. Here are different ways to deploy Apex code: Deploying Apex Salesforce Metadata API : The Metadata API allows you to deploy Apex classes, triggers, Visualforce pages, and other metadata components using tools like Salesforce CLI, Force.com Migration Tool (ANT), or IDEs such as VS Code with Salesforce Extensions. This method provides fine-grained control over deployments and is suitable for complex projects with multiple developers. Salesforce DX (SFDX) : Salesforce DX provides a modern development experience for building and deploying Salesforce applications. With SFDX, you can use commands like force:source:deploy or force:source:push to deploy Apex code along with other source files directly to your Salesforce org or Scratch Orgs. SFDX is ideal for CI/CD pipelines and continuous integration workflows. Change Sets : Change Sets are a point-and-click tool in Salesforce tha...

This architecture basics document provides an overview of areas where the underlying architecture of the Salesforce Platform creates a key consideration for the architectures of solutions built on the platform.   Salesforce Architecture Basics There are three essential areas to understand when designing architectures on the Salesforce Platform: Transactions Metadata Versus Data Platform APIs Platform Multitenant Architecture Salesforce Platform delivers reliable, scalable, and easy-to-customize end-user experiences using its unique software architecture for cloud computing Platform Sharing Architecture The Salesforce sharing model is an essential element in your organization's ability to provide secure application data access. Therefore, it's crucial to architect your sharing model correctly to meet your current and future data access requirements. In this document, we'll review data accessibility components, sharing model use cases, and real customer sharing solutions, and...

In Apex, enums (enumerations) are a particular type that defines a set of named constants. Enums help represent fixed sets of related values, providing clarity, type safety, and ease of maintenance in your code. Salesforce supports enums in Apex, allowing developers to define custom data types with predefined values. Here's how you can define and use enums in Salesforce Apex: Syntax for Enum Declaration: public enum PartnerType {     SILVER,     GOLD,     PLATINUM } Usage Examples: Declaring Enum Variables: PartnerType status = PartnerType. SILVER; Switch Statements: switch(status) {     case PartnerType. SILVER:         // Do something         break;     case PartnerType. GOLD:         // Do something else         break;     default:         // Default case } Iterating Over Enum Values: for (PartnerType p : P...

  Salesforce Architects | Record-Triggered Automation Guide Overview This guide provides tools recommendations for various triggered automation use cases along with the rationale for those recommendations. It also provides insight into how Flow automatically handles bulkification and recursion control on behalf of the customer, as well as some pointers on performance and automation design. Here are the most important takeaways: Takeaway #1: Flow and Apex are the preferred no-code and pro-code solutions for triggered automation on the platform. Takeaway #2: Stop putting same-record field updates into Workflow Rules and Process Builder. Start putting same-record field updates into before-save flow triggers instead. Takeaway #3: Wherever possible, start implementing use cases in after-save flow triggers rather than in Process Builder and Workflow (except for same-record field updates, in which case see takeaway #2). Takeaway #4: If you have high performance batch processing needs...

Salesforce Architects | Building Forms Guide Overview Looking to build forms on the Salesforce Platform? You’ve got multiple options, spanning the entire low-code to pro-code continuum. Representing low-code, Dynamic Forms in Lightning App Builder and screen flows in Flow Builder. Hanging out in the middle of the continuum is the ability to extend screen flows with LWCs. And representing pro-code is the LWC framework and its ever-growing library of base components. Options are great, but how do you determine which one (or which combination) is the right option? That’s where this doc comes in. Takeaway #1: When building basic create/edit forms for custom objects on desktop Lightning Pages, use Dynamic Forms. Takeaway #2: Use Flow to build multi-screen forms. If you need to also meet precise UX requirements, layer in LWCs. Takeaway #3: If you need test automation, start with LWC. You can write unit tests for any LWC, regardless of where you plan to embed it.