syncfusion-react-kanban

name	syncfusion-react-kanban
description	Implement Syncfusion React Kanban component for flexible task management and workflow visualization. Use this when building kanban boards, workflow stages, or card-based task management systems. This skill covers drag-and-drop card operations, swimlane organization, WIP limit validation, custom card templates, event handling, and API data binding for React applications.
metadata	{"author":"Syncfusion Inc","version":"34.1.29","category":"data-visualization"}

Implementing Syncfusion React Kanban

A comprehensive skill for working with Syncfusion's React Kanban component to build flexible task management boards with cards, columns, swimlanes, and drag-and-drop interactions.

When to Use This Skill

Use this skill when you need to:

• Install and set up the Kanban component with Syncfusion
• Create a basic Kanban board with columns and cards
• Organize cards in swimlanes (group by category/assignee)
• Implement drag-and-drop functionality between columns and swimlanes
• Configure card displays with headers, content, templates, and tags
• Bind data from arrays or APIs (DataManager, OData, REST)
• Handle user interactions (card selection, drag events, double-click to edit)
• Add dialogs for card creation and editing
• Customize appearance with themes, CSS, and responsive design
• Validate card counts with WIP (work-in-progress) min/max limits
• Configure sorting, filtering, and search functionality
• Apply custom tooltips, templates, and styling
• Implement virtual scrolling for large datasets
• Save board state and configuration

Component Overview

The Kanban component provides a visual task management system with these core concepts:

Cards: Represent tasks or items. Each card displays a header (from a field) and content (from another field). Cards can have tags, custom templates, and be selected individually or in groups.

Columns: Define workflow stages (e.g., "To Do", "In Progress", "Done"). Each column has a header, can display item counts, and control drag/drop behavior independently.

Swimlanes: Optional horizontal grouping layers that organize cards by category (e.g., by user, priority, or team). Swimlanes help with organization and can have custom headers.

Drag-and-Drop: Built-in support for moving cards between columns, within columns, across swimlanes, or to external sources. Fully configurable per column.

Data Binding: Connect to static arrays or dynamic sources (DataManager with OData/REST APIs) for real-time updates.

Templates: Customize card layout, column headers, swimlane headers, tooltips, and dialogs with your own HTML/JSX.

Documentation and Navigation Guide

Choose the reference that matches your current need:

Getting Started

📄 Read: references/getting-started.md

• Installing @syncfusion/ej2-react-kanban
• CSS theme imports (Material, Bootstrap, Fluent, Tailwind)
• Basic Kanban component setup
• Configuring dataSource and field mappings
• First working example

Core Structure (Cards, Columns, Key Fields)

📄 Read: references/core-structure.md

• Card properties and cardSettings configuration
• Column definition and properties
• keyField mapping (linking cards to columns)
• showHeader, showAddButton, showItemCount
• Card templates and styling options
• When to use default vs custom card layouts

Swimlanes (Grouping Cards by Category)

📄 Read: references/swimlanes.md

• What swimlanes are and when to use them
• swimlaneSettings configuration
• Grouping cards by category, user, priority, or team
• Swimlane headers and custom rendering
• Nested vs flat layout variations

Drag-and-Drop (Moving Cards and Managing Flow)

📄 Read: references/drag-and-drop.md

• Internal drag-and-drop (column-to-column, within columns)
• External drag-and-drop (Kanban-to-Kanban, to external sources)
• allowDragAndDrop, allowDrag, allowDrop per column
• transitionColumns to control valid transitions
• Drag event handlers and preventing drops

Data Binding (Connecting to Data Sources)

📄 Read: references/data-binding.md

• Binding to static JSON arrays
• DataManager integration with OData and REST APIs
• Remote data sources and refresh patterns
• Modifying data and triggering updates
• Real-time data synchronization

Templates and Dialogs (Custom Content and Card Editing)

📄 Read: references/dialogs-and-templates.md

• Card templates (custom card layout)
• Column header templates
• Swimlane header templates
• Tooltip templates and configuration
• Dialog setup for adding/editing cards
• Template syntax and event handling

Sorting, Filtering, and Work-in-Progress (WIP) Validation

📄 Read: references/sorting-filtering-and-search.md

• Sort settings and card ordering
• Min/max card count per column (WIP limits)
• Allow sorting and searching
• Filtering and search patterns
• Selection modes (Single/Multiple)
• Handling validation errors

Customization and Styling (Themes, Responsive, Advanced Features)

📄 Read: references/customization-and-styling.md

• Built-in themes (Material, Bootstrap, Fluent, Tailwind)
• CSS customization and variables
• Responsive design behavior
• Virtual scrolling for large datasets
• Persistence (saving card state to storage)
• Localization (multi-language support)
• Accessibility (ARIA, keyboard navigation)

Properties (Configuration and Settings)

📄 Read: references/properties.md

• All configurable properties with type definitions
• cardSettings, columns, swimlaneSettings configuration
• Core properties (allowDragAndDrop, keyField, dataSource)
• Dialog settings and advanced options
• Complete configuration examples
• Decision trees for common configuration patterns

Methods (Programmatic Control and Actions)

📄 Read: references/methods.md

• Card management (addCard, updateCard, deleteCard)
• Column management (addColumn, deleteColumn, hideColumn, showColumn)
• Data access methods (getSelectedCards, getCardDetails, getColumnData, getSwimlaneData)
• UI control methods (showSpinner, hideSpinner, refreshUI, openDialog, closeDialog)
• Common programmatic patterns (bulk operations, reordering, duplication)
• Using refs to access methods from parent components

Events (Handling User Interactions and Data Changes)

📄 Read: references/events.md

• Card events (cardClick, cardDoubleClick, cardRendered, cardSelectionChanging)
• Dialog events (dialogOpen, dialogClose)
• Drag-drop events (dragStart, drag, dragStop)
• Data events (dataBinding, dataBound, actionBegin, actionComplete, actionFailure)
• Lifecycle events (created)
• Event validation and prevention patterns

Quick Start Example

Here's a minimal Kanban board with 3 columns and 5 cards:

import React from 'react';
import { KanbanComponent, ColumnsDirective, ColumnDirective } from '@syncfusion/ej2-react-kanban';
import '@syncfusion/ej2-react-kanban/styles/material.css';


export default function KanbanQuickStart(): JSX.Element {
  const kanbanData: { [key: string]: Object } = [
    { Id: '1', Status: 'Open', Summary: 'Analyze requirements' },
    { Id: '2', Status: 'Open', Summary: 'Design UI mockups' },
    { Id: '3', Status: 'InProgress', Summary: 'Implement backend API' },
    { Id: '4', Status: 'InProgress', Summary: 'Build frontend components' },
    { Id: '5', Status: 'Closed', :  }
  ];

   (
    
  );
}

What this does:

• Creates 3 workflow columns (Open, InProgress, Closed)
• Maps cards to columns using the Status field
• Displays 5 cards with their Summary text
• Enables drag-and-drop by default

Common Patterns

Pattern 1: Add Swimlanes to Group Cards by User

import { KanbanComponent, ColumnsDirective, ColumnDirective } from '@syncfusion/ej2-react-kanban';

<KanbanComponent
  dataSource={kanbanData}
  keyField="Status"
  cardSettings={{ contentField: 'Summary' }}
  swimlaneSettings={{ keyField: 'Assignee' }}
>
  <ColumnsDirective>
    <ColumnDirective keyField="Open" headerText="Open" />
    <ColumnDirective keyField="InProgress" headerText="In Progress" />
    <ColumnDirective keyField="Closed" headerText="Closed" />
  </ColumnsDirective>
</KanbanComponent>

Cards are now grouped horizontally by the Assignee field, making it easy to see each user's tasks.

Pattern 2: Prevent Drag-Drop in Specific Columns

import { ColumnsDirective, ColumnDirective } from '@syncfusion/ej2-react-kanban';

<ColumnsDirective>
  <ColumnDirective keyField="Open" headerText="Open" allowDrag={true} allowDrop={true} />
  <ColumnDirective keyField="Closed" headerText="Closed" allowDrag={false} allowDrop={false} />
</ColumnsDirective>

Users can drag cards into "Open", but once in "Closed", cards are locked (read-only).

Pattern 3: Validate Card Counts with WIP Limits

import { ColumnsDirective, ColumnDirective } from '@syncfusion/ej2-react-kanban';

<ColumnsDirective>
  <ColumnDirective 
    keyField="InProgress" 
    headerText="In Progress" 
    maxCount={5}
    minCount={1}
  />
</ColumnsDirective>

The board will warn users if column has fewer than 1 or more than 5 cards, enforcing work-in-progress limits.

Pattern 4: Handle Card Double-Click to Edit

import { CardClickEventArgs } from '@syncfusion/ej2-react-kanban';

const handleCardDoubleClick = (args: CardClickEventArgs): void => {
  console.log('Card clicked:', args.data);
  // Open a dialog or form to edit the card
};

<KanbanComponent
  dataSource={kanbanData}
  cardDoubleClick={handleCardDoubleClick}
>
  {/* ... */}
</KanbanComponent>

This pattern enables inline editing workflows.

Pattern 5: Bind Kanban to a Remote API

import { DataManager, UrlAdaptor } from '@syncfusion/ej2-data';

const dataManager: DataManager = new DataManager({
  url: 'https://api.example.com/tasks',
  adaptor: new UrlAdaptor()
});

<KanbanComponent
  dataSource={dataManager}
  keyField="Status"
  cardSettings={{ contentField: 'Summary' }}
>
  {/* ... */}
</KanbanComponent>