Creating a custom trading dashboard can transform how traders and administrators interact with a platform. With FiSDK, building a lightweight, responsive, and fully functional dashboard is straightforward—even for users without extensive programming experience.
Structure of a FiSDK-Based Frontend
A typical FiSDK frontend consists of two essential components:
-
HTML container: The structure and layout of the dashboard
-
JavaScript file: The logic layer that interacts with FiSDK APIs
This separation allows users to design a visual interface independently from backend interaction, making dashboards easier to maintain and customize.
Role of dashboard.html and ui.js
-
dashboard.html
This file defines the overall structure and layout of the dashboard. Users can add tables, charts, buttons, and forms to display trading data and allow interactions with the platform. -
ui.js
This JavaScript file handles communication with FiSDK. It sends requests, subscribes to real-time events, and updates the UI dynamically. For example,ui.jscan listen for order execution notifications and automatically update tables or charts without manual refresh.
Common Dashboard Use Cases
FiSDK dashboards support a wide range of trading and management functions, including:
-
Real-time order tracking: Display executed, pending, or canceled orders
-
Position monitoring: View current positions, P&L, and risk exposure
-
Account management: Track balances, margin requirements, and transactions
-
Risk management alerts: Trigger notifications when risk thresholds are breached
-
Custom reporting: Aggregate trading statistics or performance metrics
These use cases can be implemented easily by connecting UI elements to the relevant FiSDK API calls.
Custom UI Logic with FiSDK APIs
The flexibility of FiSDK allows users to implement custom UI logic. For instance:
-
Highlighting orders with unusual size or status
-
Automatically generating alerts based on account activity
-
Dynamically updating charts or tables in response to live market data
All of these operations are event-driven, so the dashboard reacts in real time without requiring complex polling or backend modifications.
Best Practices for Extending the Dashboard
-
Keep separation of concerns: Keep HTML for structure, CSS for styling, and JS for logic
-
Use event subscriptions efficiently: Subscribe only to necessary events to reduce overhead
-
Modularize JS code: Organize functions in
ui.jsfor readability and maintainability -
Leverage FiSDK abstractions: Avoid direct REST calls; use FiSDK’s simplified API functions
-
Test incrementally: Build and test small features first before integrating them into a full dashboard
Following these best practices ensures that dashboards are scalable, maintainable, and responsive, while keeping the development process simple and accessible.