Skip to main content

Ui vs api

 In a data-rich engineering web app where GraphQL is used for data retrieval, the time ratio between API development and UI development can vary based on several factors:


1. Data Complexity:If the data structures are complex or have varying relationships, more time might be spent on API development to ensure efficient querying and data retrieval.


2. UI Customization Needs: When the UI requires extensive customization for each section or table, additional time might be allocated to UI development to ensure each component meets specific requirements.


3. Integration Challenges:Bridging the gap between the GraphQL responses and UI components, especially in scenarios where components cannot be easily reused, can significantly impact the time spent on integration efforts.


4. Functionality and User Interactions: If the application involves complex user interactions, form handling, validations, or real-time updates, a considerable amount of time may be dedicated to implementing these features in the UI layer.


5. Testing and Optimization:Both the API and UI layers require thorough testing, but the complexity and breadth of the UI might demand more time for testing and optimization. 

Let's delve into the statistics and a more detailed example of an engineering data app with multi-level JSON data, emphasizing the UI complexities:


Development Time Breakdown:


- UI Development Time: Reports suggest UI/UX development often consumes about 50-70% of the total project time for applications handling complex data structures. This includes creating components, managing state, and ensuring data flow between parent-child components.


- Backend (GraphQL API) Time: Meanwhile, GraphQL API development typically accounts for 20-30% of the total time. This phase focuses on schema design, resolvers, and ensuring efficient data retrieval.


Example: Engineering Data App - Multi-level JSON Data:


Imagine an engineering monitoring dashboard powered by GraphQL. It presents hierarchical data structures like equipment, subsystems, and sensor readings.


- UI Complexity:

   - Nested Components:Representing multi-level JSON data involves creating nested components to display different levels of information. For instance, a dashboard might contain equipment cards showing subsystems, and each subsystem might have sensor data visualization components.

   

   - Data Communication:Ensuring seamless communication between parent and child components to populate and update data accurately requires intricate state management and event handling.


- GraphQL Integration:

   - GraphQL Queries:Utilizing GraphQL queries to fetch hierarchical data can simplify data retrieval. However, mapping this data effectively onto various UI components requires meticulous handling to match each component's requirements.


Impact on User Experience and Business:


- User Experience: A well-designed UI that effectively translates complex data into intuitive visualizations ensures engineers can swiftly comprehend critical information, reducing the risk of errors and improving decision-making.


- Business Impact:A subpar UI that fails to efficiently display multi-level engineering data may lead to confusion or misinterpretation, potentially impacting operational efficiency or even safety protocols. Conversely, a user-friendly interface significantly enhances productivity and reduces the likelihood of errors.


In engineering applications dealing with multi-level JSON data, UI development takes precedence due to its intricacies in handling nested components and ensuring smooth data communication. While GraphQL aids in data retrieval, it's the effective translation of this data into an intuitive interface that truly elevates user experience, impacting the success of the application in critical operational settings.

As a generalized estimate, in data-rich engineering web apps leveraging GraphQL, the time ratio might lean towards spending slightly more time on UI development and integration (potentially around 1.5x to 2x) compared to the API development phase. However, this ratio can significantly vary based on the specific project's requirements, complexities, and the team's expertise in GraphQL, Angular, and overall application development.

Comments

Popular posts from this blog

Micro Front and ui frameworks

 To mix technologies in a micro front-end architecture, where different parts of the application use different frameworks or libraries, there are several ways to approach this, and the technologies you mentioned—Astro, Nuxt, Next, and Vite—can play a role. Here's how you can mix them, along with new approaches to micro front-end architecture:  Micro Front-End Architecture Overview Micro front-ends involve breaking a frontend application into smaller, independent pieces (micro-apps), where each micro-app can be developed, deployed, and maintained separately. These micro-apps can use different technologies (React, Angular, Vue, etc.) and are usually stitched together by a wrapper or container that manages the composition and communication between them.  Approaches to Micro Front-Ends with Modern Tech  1. Module Federation (Webpack 5)    - How it works: Module Federation allows multiple independent builds to dynamically share code. You can create different mic...

Yes, I do mistakes!

Seriously, I am a human being and obviously, mistakes can happen. Why I am mentioning this story because to point the actual problem of the entire human society is EGO. As we are humans, and with multiple layer of emotions attached to each phase of his life, there is no room for a error less or mistake less life each day. But "diplomatically" it can be hide. The social engineering "conspiracies" [at least we can refer as it], team will make the 'ego' work in a group or individual.

Crafting Software: A Symphony of Understanding and Simplicity

(From experience) In the realm of software development, the journey from concept to creation is an intricate dance between definition, design, and development. Picture it as an art form where the brushstrokes must not only reflect technological prowess but also resonate with human values. Finding the delicate balance between flexibility and rigidity is akin to composing a melody. Too much of either can lead to discord, hindering not only current comprehension but also future understanding and maintenance. It's a harmony that stands the test of time. In this artistic endeavor, the canvas of design becomes our medium to accommodate both the intricacies of technology and the subtleties of human experience. There's no one-size-fits-all logic or paradigm; rather, it's a palette of possibilities. In the world of creating software, let's avoid getting too excited about fancy tech terms, being a fan of just one thing, or acting like the star player. A good team is like a friend...