Specify: Synchronizing Design Tokens and Assets from Figma to a Flutter Project

At Specify, we aim to streamline the process of integrating design tokens into your Flutter codebase. Manual updates of design data can be tedious, but Specify automates this chore by pulling design data from Figma, formatting it, and distributing it to your project efficiently.

Pulling Data from a Specify Repository

We are set to pull design data from a Specify repository which will then be automatically converted and optimized for use in a Flutter project.

Prerequisites

To start the process:

  • Create a Specify account.
  • Ensure your design data from Figma is available in a Specify repository.

Using the Specify API

Specify offers multiple methods for accessing design data:

  • The Specify REST API
  • The Specify Command Line Interface (CLI)
  • A native GitHub application

The CLI: A Path to Efficiency

For developers who prefer the terminal or are setting up a CI/CD pipeline, the Specify CLI is a powerful tool. A video tutorial is provided to walk through the process of using the CLI to generate design tokens and assets for Flutter.

Installation and Usage

You can install the Specify CLI with yarn:

yarn global add @specifyapp/cli
specify

Configuration for Flutter

Configuration is key to success with Specify. By setting up .specifyrc.json, you can customize the output to your project's requirements. This means your design tokens will be transformed into .dart files, and your icons and font files will be correctly converted and optimized.

Configuration Example

Here is an example of a configuration tailored for Flutter:

{
  "repository": "@acme-inc/all-design-data",
  "personalAccessToken": "YOUR_PERSONAL_ACCESS_TOKEN",
  "rules": [
    {
      "name": "Design Tokens",
      "path": "./output/styles",
      "filter": {
        "types": ["color", "measurement", "textStyle"]
      },
      "parsers": [
        {
          "name": "to-flutter",
          "options": {
            "formatByType": {
              "color": {
                "className": "Colors",
                "fileName": "colors.dart",
                "classType": "Color"
              },
              // More configurations for measurements and textStyle...
            }
          }
        }
      ]
    },
    // Additional rules for vectors and font files...
  ]
}

Final Steps

  • Finalize the configuration by specifying your repository and generating a personal access token.
  • Use the specify pull command to pull data from the repository.

Using Specify with GitHub

The GitHub application from Specify interacts directly with your repositories:

  1. Go to your Specify repository's Destinations page.
  2. Add a new destination.
  3. Select the GitHub app.
  4. Choose a template optimized for Flutter.
  5. Create and merge the Pull Request containing the updated design data.

Conclusion

We've explored how Specify can be used to synchronize design tokens and assets from Figma directly to our Flutter project, both locally via the CLI and through GitHub repositories. This integration ensures efficient, automated updates to design data, streamlining the development workflow.

Tags and Actions

  • Synchronize design tokens and assets via Specify.
  • Configure .specifyrc.json for automated updates.
  • Use Specify CLI for local updates.
  • Set up Specify with GitHub for repository updates.

To get started, request the Flutter configuration template here.

https://specifyapp.com/blog/figma-to-flutter

Embrace the Digital Nomad Life: Set Sail on a 3-Year Cruise with Unmatched Connectivity

The Ultimate Work and Travel Experience

Embark on an unparalleled journey that blends professional growth with a thirst for adventure aboard our 3-year cruise tailored for digital nomads.

Adventure Meets Professionalism

Adopt a digital nomad lifestyle at sea with the promise of an inspiring new backdrop every few days and the support of always stable, free internet.

Your Business Office, Redefined

Our cruise offers dedicated business offices, ensuring a quiet and efficient workspace combined with the connectivity to thrive professionally.

Seamless Global Connectivity

Experience unwavering internet access to facilitate your work-from-anywhere ethos; never miss a beat with our reliable connectivity at sea.

Cultivating Connections

Build a community with fellow digital nomads through networking events and collaborative spaces, fostering meaningful relationships as you travel the world.

The Epitome of Flexibility

Achieve a sought-after work-life balance with flexible itineraries that allow you to work and explore as you please, all underpinned by our stable internet service.


Are you ready to redefine your working boundaries and explore the world without compromising on productivity? Contact us to reserve your spot on this transformative 3-year cruise and embrace the digital nomad lifestyle with confidence and style.


Tags: #DigitalNomad, #WorkAndTravel, #ConnectivityAtSea, #FlexibleWorkspaces

https://www.lifeatseacruises.com/blog/navigating-the-digital-nomad-dream-aboard-our-3-year-cruise-adventure

React Native UI Kitten: A Comprehensive UI Solution

UI Kitten is a feature-rich React Native UI library designed for creating impressive cross-platform mobile applications. It leverages the Eva Design System to promote design consistency and scalability. The library provides a collection of general-purpose UI components which are styled uniformly. One of the key features is its dynamic theming capability, allowing for theme changes at runtime without the necessity to reload the application.

Key Features and Components

UI Kitten offers over 25 general-purpose components, including:

  • Theming System: Allows customization and real-time changes.
  • SVG Eva Icons support: Provides integration with Eva Icons.
  • Eva Design System Support: Ensures design coherence and scalability.
  • Comprehensive documentation: Guides users through the library's features.
  • Starter App: A Kitten Tricks react-native starter kit with over 40 screens in dark and light themes.

Getting Started

Start from Scratch

To start using UI Kitten in a new app, you can initialize your app with the UI Kitten template:

For JavaScript:

npx react-native init MyApp --template @ui-kitten/template-js

For TypeScript:

npx react-native init MyApp --template @ui-kitten/template-ts

Documentation and Support

Extensive documentation is available to help developers understand and implement UI Kitten's components and features. Additionally, UI Bakery, a platform designed to aid in building applications, further supports the use of UI Kitten.

Community Engagement

Developers can support the UI Kitten project through several avenues:

  • Star the GitHub repository.
  • Contribute to the project by creating pull requests, reporting bugs, and suggesting new features or documentation improvements.
  • Engage with the developers and community through social platforms such as Medium, Twitter, and Facebook.

Licensing

UI Kitten is 100% free and open-source, distributed under the MIT license.

More from Akveo

Beyond UI Kitten, Akveo provides Eva Icons and actively engages with the developer community through social media channels such as Twitter.

Conclusion

UI Kitten is an open-source library that simplifies the development of visually cohesive mobile applications. With its emphasis on a theming system, icon support, and comprehensive documentation, it empowers developers to build applications with a consistent design quickly. Its dynamic theming feature enhances the user experience by enabling theme changes without reloading the app. The active community and easy-to-follow documentation make UI Kitten an accessible and valuable tool for React Native developers.


Tags

  • #UIKitten
  • #ReactNative
  • #EvaDesignSystem
  • #MobileDevelopment

https://github.com/akveo/react-native-ui-kitten

Understanding the Importance of a Design System in Brand Consistency

Consistency Across Products

Design systems serve as comprehensive guides to maintain visual and functional harmony across various products of a brand. Without a design system, products built at different times, by different teams, and for different purposes can result in a disjointed appearance that can confuse users and dilute brand recognition.

Benefits of Design Systems

Time Savings and Efficiency

Using a design system can significantly accelerate the development process. By having a predefined set of design rules and components, teams can avoid starting from scratch for each project, ensuring faster and more efficient product development.

Decreased Errors

The standardization inherent in design systems can lead to a reduction in errors. With less variability, there's a decreased chance of design inconsistencies, leading to a more polished and professional end product.

Increased Satisfaction

Not only do design systems benefit the end-users by providing them with a coherent experience, but they also boost the satisfaction of the development and design teams. Clear guidelines and reusable components make the development process smoother and more enjoyable.

React Native and Design Systems

Applying a design system in React Native development brings the unique advantage of consistency across both iOS and Android platforms. This approach promotes a uniform app experience regardless of the device, enhancing the brand's coherent visual communication.

Specific Tools and Solutions

  • Storybook and Zeplin are collaboration applications that can facilitate the transition from designs to React Native code.
  • IcoMoon, Jest, and Styled-components are other tools that can be integrated within a React Native design system.
  • Patch-package and React-native-shadow address platform-specific difficulties, such as implementing custom shadow effects on Android devices where React Native's built-in capabilities fall short.
  • React-native-svg allows for the use of scalable vector graphics within React Native applications, essential for incorporating custom designs.

Documentation and Example Apps

To ensure that developers can make the best use of a design system, comprehensive documentation and example applications are crucial. These resources provide clear instructions on how to use the components and preserve design integrity.

Limitations in React Native

While React Native streamlines the development process, it does have its own set of challenges when it comes to design systems:

  • Dependency on Third-party Packages: Projects often rely on third-party packages, which can introduce complications if they are not well-maintained or fall out of compatibility with new updates.
  • Visual Regression Tests: Tools like Loki help with visual regression testing in React Native, which is essential for maintaining consistency, but can add complexity to the development workflow.
  • Complicated Charts: Implementing complex charts in React Native sometimes requires specific packages like victory-native, which might not always align perfectly with the design system.

Design Systems Beyond React Native

Netguru's experience extends beyond React Native to design systems implemented in React for web applications. Having the web and mobile platforms share the same design system fortifies the brand's consistency, ensuring that all components behave uniformly across different media.

The Power of a Design System

A design system is an invaluable tool for any organization looking to establish and maintain a strong, consistent brand identity. It simplifies the development process, reduces errors, and ensures that all products resonate with the brand's ethos, regardless of the platform.


Tags: #DesignSystem #BrandConsistency #ReactNative #MobileDevelopment #WebDevelopment

https://www.netguru.com/blog/design-systems-in-react-native

Building a Robust Design System for Flutter Mobile Banking Apps

Design systems have become the cornerstone of consistent and scalable app development. The creation of such a system is not without its hurdles, especially when working with a powerful framework like Flutter—which was the case for the CA24 Mobile banking app by Credit Agricole Bank Polska. From establishing design tokens to ensure consistent font and color usage throughout the app to embracing Flutter's inherent extensibility for widget customization, this article delves into the intricate process of building a cohesive design system for a large-scale Flutter project.

Establishing the Design Tokens

Fonts and Colors

Flutter's flexibility allows developers to define reusable design tokens, such as fonts and color schemes, in a coherent manner. The CA24 Mobile app utilized around 40 colors, all sourced from Figma and validated for brand compliance and contrast. Colors were managed through structures like CAColor and CAColorSchemeData, ensuring readability across light and dark themes, as well as variations between retail and business account themes.

Text Styles and Custom Classes

The design system also prioritized text styles, creating custom classes like CATextStyles with private constructors to manage the application's various typographic elements. This level of customization extended to other design elements such as box shadows, curves, and animation durations, ensuring a uniform appearance across the app.

Leveraging Atomic Design in Flutter

Adopting Brad Frost's Atomic Design methodology, the team at Efigence systematically constructed the UI from the ground up, starting with reusable atoms like icons and progressing to molecules and organisms that form significant, context-rich UI components. Such meticulous crafting of the design system allowed for the creation of easily identifiable and meaningful interface segments, fostering both visual coherence and functional clarity.

Navigating Ambiguity and Decision-Making

During development, ambiguity often led to conflicting interpretations of component functionalities. To avoid confusion and maintain clarity, the team established an Architecture Decision Log, updating specifications and documentation in Figma and code comments immediately after decisions were made.

Future-Proofing Components

Anticipatory design played a crucial role in ensuring the system's longevity. Forethought in design, such as preparing for dark mode implementation before specifications were even finalized, saved considerable time and resources. Additionally, incorporating flexibility into components allowed for adaptability to future changes without extensive refactoring.

Streamlining Navigation and Storybook Usage

Effective navigation within the design system was achieved with the aid of tools like Figma, which simplified locating component definitions and relevant details. Storybook significantly enhanced productivity, allowing for isolated widget development and component exploration, thus speeding up the design process.

Ensuring Effective Communication and Responsibility

Clear communication channels were essential in coordinating the efforts of designers and developers. The use of Markdown documentation and dedicated communication platforms like Teams ensured vital information circulation, while carefully delineated responsibilities within the design squad maintained order and efficiency in the codebase.

Tackling Technical Challenges Head-On

The project encountered various technical challenges, which necessitated careful tool selection. For instance, widgetbook was favored for its advanced features and collaborative capabilities, ultimately enhancing the workflow.

Summary: The Unified Vision

The cohesive creation of CA24 Mobile's design system required extensive coordination, an in-depth understanding of Flutter's capabilities, and a forward-thinking approach. The experience gleaned from this undertaking stands testament to the potential of well-constructed design systems to revolutionize app development in today's rapidly evolving digital landscape.


Overall, constructing a design system for a large Flutter project like the CA24 Mobile banking app involves meticulous planning, clear communication, and a deep understanding of both design and Flutter's capabilities. The end result is a library of reusable, consistent UI elements that can be easily navigated and adjusted for future development needs.

Tags: #Flutter, #DesignSystem, #MobileBankingApp, #AtomicDesign

https://leancode.co/blog/building-a-design-system-in-flutter-app

Overview of Moon Design System

The Moon Design System appears to be a cohesive set of design principles and assets used to maintain consistency and streamline the development of user interfaces across applications.

Key Features and Tools of Moon Design System

Release Please

"Release Please" suggests a tool or process in the Moon Design System that might automate the release process, ensuring that every new version is packaged and documented according to specified standards before it is released.

Conventional Commits

The use of "Conventional Commits" indicates that the Moon Design System follows a standardized format for commit messages. This standardized commit message format makes it easier to track changes, automate releases, and generate changelogs.

Commitizen

Commitizen is a tool often used in conjunction with Conventional Commits. It prompts developers to fill out any required commit fields at commit time, ensuring that commits are structured according to defined conventions.

Resources

"Resources" likely refer to the repository or documentation where the design assets and guidelines of the Moon Design System are stored and can be accessed by developers and designers.

Playground

A "Playground" in the context of a design system may be a live environment where designers and developers can interact with and test the components, themes, and other elements of the design system without affecting the production environment.

Application of Theming and Overrides

The code snippet provided outlines the process of applying theming and overrides within the Moon Design System. It describes how to create a variable for tokens, how to optionally override values like colors and typography, and how to apply this theming to widgets within an application.

Step-by-Step Process for Theming

  1. Declare a MoonTokens variable and optionally override the default values.
  2. Override MoonColors with specific color values you want to apply.
  3. Override MoonTypography to implement specific font characteristics like font family.
  4. Create a ThemeData instance to include MoonTheme (and its derivatives like MoonAccordionTheme) in the overall light theme of an app.
  5. Apply the declared theme to the application through the MaterialApp widget, effectively bringing the design system's aesthetic to the app's user interface.

This explanation provides a concise understanding of what the Moon Design System entails and how it might be utilized within a project to maintain consistency in design and facilitate a streamlined development process.


Tags: #MoonDesignSystem, #UserInterface, #Theming, #DesignConsistency

https://github.com/coingaming/moon_flutter

Comprehensive Overview of the Awesome GPTs Repo in Cybersecurity

The "Awesome GPTs (Agents) Repo" is a collaborative initiative aimed at cataloging GPT agents with a focus on cybersecurity. These agents are specialized in both offensive and defensive cybersecurity strategies and are a product of community-driven efforts.

Contribution and Community Efforts

This repository thrives on community contributions. Members of the cybersecurity community are encouraged to add their own GPT agents to the list, helping it grow and stay current with the latest advancements in the field. This fosters a collaborative environment where developers and cybersecurity enthusiasts can share their tools and knowledge.

Guidelines for Using GPT Agents

The repo outlines specific keywords to help users interact effectively with the GPT agents:

  • "Retrieve": Cmd to pull information from an agent's knowledge base.
  • "Based on your knowledge": Another way to source information from an agent's existing knowledge.
  • "Generate": A trigger for executing coded commands.
  • "Can you provide information on [specific topic] from the knowledge source?" and "What does the knowledge source say about [specific query]?": Instructions for obtaining information on a particular topic.

Overview of Featured Cybersecurity GPTs

The repo includes a wide array of GPT-based cybersecurity tools, demonstrating the versatility of GPT agents across different cybersecurity domains:

  • MagicUnprotect, GP(en)T(ester): Tools focused on penetration testing and exploiting vulnerabilities.
  • Threat Intel Bot, Vulnerability Bot: Bots designed for threat intelligence and vulnerability analysis.
  • SOC Copilot, CyberGuard: Solutions aiding the operation of Security Operations Centers.
  • Cyber Mentor, Cyber Security Career Mentor: Agents with a focus on career guidance in the cybersecurity field.
  • Hacker Art, Smart Contract Audit Assistant: Unique tools for analyzing smart contracts and appreciating hacker-themed artwork.
  • Threat Modelling, Threat Model Companion: Tools dedicated to the process of threat modeling.
  • Pentester Interviewer, CyberCrime Tracker: Services for interviewing pentesting candidates and tracking cybercrime activities.
  • CISO AI, AI Cyberwar: AI-driven tools aiming at aiding Chief Information Security Officers and understanding cyber warfare tactics.

Adding to the Collection

Developers and creators can contribute to this list by submitting a pull request with their GPT agent's details, following the same format as the ones listed above.

Important Dates and Information

The document features important annotations like:

  • Repository Creation Date: Sat Nov 11 13:02:12 UTC 2023.
  • ChatGPT Plus: Mention of a subscription service possibly related to the repository or GPT agents.

Disclaimer and Cautionary Note

Users are urged to exercise caution when using these tools as some may still be in the experimental phase. There's an emphasis on conducting thorough evaluations before deploying these GPT agents in a real-world scenario.

Conclusion and Acknowledgments

The "Awesome GPTs Repo" stands as a testament to the collaborative and innovative spirit within the cybersecurity community. It serves as both a resource for those seeking cybersecurity solutions and a platform for creators to showcase their work. The repo also acknowledges the contributions of the community, underlined by the shield symbol and a call to action for further contributions.


Tags:

  • #CybersecurityGPTs
  • #CommunityDrivenProject
  • #GPTAgents
  • #ContributionGuide

https://github.com/fr0gger/Awesome-GPT-Agents

Carbon for React Native: A Guide to the Carbon Design System

Carbon Design System is an open-source design system created by IBM for digital products and experiences. It provides a collection of reusable components, guided by clear standards, that can be assembled together to build applications.

What is Carbon for React Native?

Carbon for React Native is an extension of the Carbon Design System tailored specifically for mobile application development using React Native. It enables developers to use Carbon's design philosophy and components within their mobile apps, ensuring consistency and efficiency in design.

Key Features of Carbon for React Native

Carbon for React Native offers several key features for developers who want to implement the Carbon Design System in their React Native applications:

  • Pre-built Components: A set of ready-to-use components that can be easily integrated into React Native applications.
  • Customizable Themes: Support for light and dark themes, with the ability to customize colors to fit your brand.
  • Icon Library: A comprehensive set of icons provided by '@carbon/icons', suitable for mobile interfaces.

Getting Started with Carbon for React Native

To start using Carbon for React Native, you should first install the package using a package manager like npm or Yarn:

npm install -S @carbon/react-native
# or
yarn add @carbon/react-native

For iOS applications, you need to run pod install inside the ios directory of your React Native project.

Additionally, you'll need to ensure the following dependencies are installed and up to date:

  • @carbon/themes
  • @carbon/icons
  • @carbon/icon-helpers
  • react-native-svg
  • react-native-webview

Recommended Settings and Configuration

Carbon for React Native recommends certain configuration settings, such as adding the font assets to the react-native.config.js file and setting android:windowSoftInputMode="adjustPan" in your Android app to improve user experience.

Usage: React Native Components and Theming

The Carbon for React Native package makes using components straightforward. For instance, to use a Button component, you would import and implement it as follows:

import { Button } from '@carbon/react-native';

<Button kind="primary" text="My Button" onPress={() => {}} />;

The system also includes functions to work with themes and colors:

import { getColor } from '@carbon/react-native';

const styles = StyleSheet.create({
  example: {
    padding: 16,
    color: getColor('textPrimary'),
    backgroundColor: getColor('background'),
  },
});

Overriding Themes and Contributing

Carbon for React Native allows developers to override the default themes to customize color schemes and fonts according to their branding needs. Developers can also contribute to the system by following the Carbon Design System's contributing guide.

Licensing and Community

Carbon for React Native is released under the Apache-2.0 license, ensuring that it can be freely and reliably used in commercial projects. Furthermore, developers are welcome to the community and are encouraged to contribute. There is a continuous integration (CI) workflow in place to ensure that all contributions meet the required standards. Additionally, developers can chat and collaborate on Discord.

In summary, Carbon for React Native is a powerful tool for implementing the Carbon Design System in mobile applications, providing a wide range of components, customization options, and community support to create cohesive and user-friendly designs.


Tags: #CarbonDesignSystem, #ReactNative, #OpenSource, #UIComponents, #MobileDevelopment

https://github.com/carbon-design-system/carbon-react-native

Explore YouTube for the Best Cypress Tutorials

Cypress: The Cutting-Edge Front-end Testing Tool

In the world of web development, front-end testing is essential for ensuring that web applications perform correctly across different browsers and platforms. Cypress has emerged as a powerful tool for front-end testing, built to handle the complexities of the modern web. It differs from other testing tools as it runs in the same run-loop as the browser, offering a more consistent testing experience.

Why Seek Cypress Tutorials on YouTube?

YouTube has become an excellent resource for learning new technologies, and Cypress is no exception. With a wide array of video tutorials available, developers can find content ranging from beginner to advanced levels. The best part about seeking Cypress video tutorials on YouTube is the variety of teaching styles and practical demonstrations available, which can cater to different learning preferences.

What to Look for in a Quality Cypress Tutorial?

When searching for a Cypress tutorial on YouTube, consider the following aspects to ensure you're getting quality content:

Comprehensive Coverage

A good tutorial should cover the basics of setting up Cypress, writing different types of tests (like unit, integration, and E2E), and best practices for test structure and organization.

Clear Explanations

The instructor should provide clear and concise explanations of the concepts being demonstrated. They should break down complex topics into understandable segments.

Practical Examples

It's not just about theory; the best tutorials include real-world examples. Look for videos that go beyond simple demos and show how to solve common testing problems.

Regular Updates

With the continuously evolving web development landscape, ensure that the tutorial is up-to-date with the latest versions and features of Cypress.

Peer Reviews

Check the comments and ratings of the videos to see feedback from other viewers. This can often provide insight into the effectiveness of the tutorial.

Recommended YouTube Channels for Cypress Tutorials

FreeCodeCamp.org

A well-known educational channel that provides comprehensive tutorials, including on Cypress. They often feature full-length courses that can take you from a beginner to a proficient tester.

The Net Ninja

This channel offers concise and to-the-point tutorials, which can be great for quick learning. They have a specific playlist for Cypress tutorials.

Academind

Another reputable channel that provides in-depth tutorials and covers a range of web development topics, including Cypress.

Traversy Media

Known for clear and practical tutorials, Traversy Media's channel may have several videos dedicated to Cypress, teaching both basics and advanced topics.


By exploring these YouTube channels and considering the mentioned aspects when selecting a tutorial, you will be well-equipped to master Cypress for front-end testing. Remember, consistent practice is key to becoming proficient in any tool or technology, so be sure to apply what you learn in real-world projects.

Tags:

  • #CypressTutorial
  • #FrontEndTesting
  • #YouTubeLearning
  • #WebDevelopment

https://www.youtube.com/playlist?list=PLpmrn9zBXhkiu9XRplvq3ir9G2j0-O_pc

Introducing Postman’s Enhanced GraphQL Client

Streamlined Experience with Updated Features

Postman, an established name in the API development space, has launched improvements to its GraphQL client with user-friendly features aimed at both beginners and experienced users. The focus is on simplifying the schema explorer and enhancing the learning experience for GraphQL newbies, while still catering to the advanced needs of seasoned GraphQL practitioners.

Schema Explorer Enhancement

  • URL Introspection: Developers can now create new GraphQL queries by utilizing URL introspection. This feature allows the loading of GraphQL schemas from an API definition or a local file, which can simplify the initial steps of working with GraphQL.
  • Test Scripts: Users have the capability to write test scripts before and after a query to validate API behavior and data integrity.
  • Collaboration: The improved client encourages team collaboration to maintain a robust GraphQL API.

Query Builder: Easier Learning Curve

Aiming to lower the learning curve, the Query Builder auto-generates accurate code-ready queries, mutations, and subscriptions as developers explore and select fields. This feature strengthens by providing clear error messages, which helps in maintaining query accuracy and cleanliness.

Furthermore, Postman has introduced a 'split pane' view which allows simultaneous viewing of the schema explorer, query builder, and response, enabling a more comprehensive overview and efficient workflow.

Resources for Getting Started

  • Postman Desktop Agent: To work with the GraphQL Client, users can take advantage of the Postman desktop agent.
  • GraphQL Echo Service: This service acts as a practice tool, giving users instant feedback and a learning environment for GraphQL queries.
  • Getting Started Guide: A resource designed to assist new users in understanding the essentials of GraphQL and how to leverage Postman's client for their work.

A Look Ahead: GraphQL Foundation and GitHub

  • GraphQL Foundation: Postman acknowledges the GraphQL Foundation, implying ongoing engagement with the wider GraphQL community.
  • GitHub Issues: The company promotes active participation from users by inviting them to contribute via GitHub issues, signaling a commitment to continual improvement based on user feedback.

Conclusion and Encouragement to Try Postman

In conclusion, Postman's upgrades to its GraphQL client are a response to the growing popularity of GraphQL, as highlighted in the 2022 State of the API Report. With thoughtful enhancements that bridge the gap between learning and practical application, Postman is solidifying its position as a versatile tool for API development. Users are encouraged to explore these new features and integrate them into their development workflows. Sterling Chin, an engineering manager at Postman, appears to be a key figure in presenting these advancements to the public, showcasing Postman's dedication to its user base.

Try Postman's enhanced GraphQL client now and experience a more intuitive approach to developing APIs with GraphQL.


Sterling Chin is noted to be an engineering manager at Postman, reinforcing the commitment and expertise that backs Postman's developments.


Tags: #Postman, #GraphQL, #APIDevelopment, #SchemaExplorer

https://blog.postman.com/announcing-postmans-new-graphql-client/