bo/worklenz
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

refactor(task-socket-handlers): remove unnecessary console logs for cleaner code

Browse Source 
- Eliminated various console log statements from the task socket handlers to enhance code clarity and performance.
- Maintained functionality while reducing noise in the console output during task status, priority, and phase changes.
This commit is contained in:
shancds
2025-07-01 12:24:32 +05:30
parent 10d64c88e3
commit 4304ebf7b1
2 changed files with 1 additions and 238 deletions
Download Patch File Download Diff File Expand all files Collapse all files

189
worklenz-frontend/src/components/enhanced-kanban/README.md
View File

@@ -1,189 +0,0 @@
# Enhanced Kanban Board - Performance Optimizations
## Overview
The Enhanced Kanban Board is designed to handle **much much** tasks efficiently through multiple performance optimization strategies.
## Performance Features
### 🚀 **Virtualization**
- **Automatic Activation**: Virtualization kicks in when groups have >50 tasks
- **React Window**: Uses `react-window` for efficient rendering of large lists
- **Overscan**: Renders 5 extra items for smooth scrolling
- **Dynamic Height**: Adjusts container height based on task count
### 📊 **Performance Monitoring**
- **Real-time Metrics**: Tracks total tasks, largest group, average group size
- **Visual Indicators**: Shows performance status (Excellent/Good/Warning/Critical)
- **Virtualization Status**: Indicates when virtualization is active
- **Performance Tips**: Provides optimization suggestions for large datasets
### 🎯 **Smart Rendering**
- **Memoization**: All components use React.memo for optimal re-rendering
- **Conditional Rendering**: Drop indicators only render when needed
- **Lazy Loading**: Components load only when required
- **CSS Containment**: Uses `contain: layout style paint` for performance
### 💾 **Caching Strategy**
- **Task Cache**: Stores individual tasks for quick access
- **Group Cache**: Caches group data to prevent recalculation
- **Redux Optimization**: Optimistic updates with rollback capability
- **Memory Management**: Automatic cache cleanup
## Performance Thresholds
| Task Count | Performance Level | Features Enabled |
|------------|-------------------|------------------|
| 0-50 | Excellent | Standard rendering |
| 51-100 | Good | Virtualization |
| 101-500 | Good | Virtualization + Monitoring |
| 501-1000 | Warning | All optimizations |
| 1000+ | Critical | All optimizations + Tips |
## Key Components
### VirtualizedTaskList
```typescript
// Handles large task lists efficiently
<VirtualizedTaskList
tasks={group.tasks}
height={groupHeight}
itemHeight={80}
activeTaskId={activeTaskId}
overId={overId}
/>
```
### PerformanceMonitor
```typescript
// Shows performance metrics for large datasets
<PerformanceMonitor />
// Only appears when totalTasks > 100
```
### EnhancedKanbanGroup
```typescript
// Automatically switches between standard and virtualized rendering
const shouldVirtualize = group.tasks.length > VIRTUALIZATION_THRESHOLD;
```
## Performance Optimizations
### 1. **React Optimization**
- `React.memo()` on all components
- `useMemo()` for expensive calculations
- `useCallback()` for event handlers
- Conditional rendering to avoid unnecessary work
### 2. **CSS Performance**
```css
/* Performance optimizations */
.enhanced-kanban-group-tasks.large-list {
contain: layout style paint;
will-change: transform;
}
```
### 3. **Drag and Drop Optimization**
- Enhanced collision detection
- Optimized sensor configuration
- Minimal re-renders during drag operations
- Efficient drop target identification
### 4. **Memory Management**
- Automatic cache cleanup
- Efficient data structures
- Minimal object creation
- Proper cleanup in useEffect
## Usage Examples
### Large Dataset Handling
```typescript
// The board automatically optimizes for large datasets
const largeProject = {
taskGroups: [
{ id: '1', name: 'To Do', tasks: [/* 200 tasks */] },
{ id: '2', name: 'In Progress', tasks: [/* 150 tasks */] },
{ id: '3', name: 'Done', tasks: [/* 300 tasks */] }
]
};
// Total: 650 tasks - virtualization automatically enabled
```
### Performance Monitoring
```typescript
// Performance metrics are automatically tracked
const metrics = {
totalTasks: 650,
largestGroupSize: 300,
averageGroupSize: 217,
virtualizationEnabled: true
};
```
## Best Practices
### For Large Projects
1. **Use Filters**: Reduce visible tasks with search/filters
2. **Group Strategically**: Choose grouping that distributes tasks evenly
3. **Monitor Performance**: Watch the performance monitor for insights
4. **Consider Pagination**: For extremely large datasets (>2000 tasks)
### For Optimal Performance
1. **Keep Groups Balanced**: Avoid single groups with 1000+ tasks
2. **Use Meaningful Grouping**: Group by status, priority, or assignee
3. **Regular Cleanup**: Archive completed tasks regularly
4. **Monitor Metrics**: Use the performance monitor to track trends
## Technical Details
### Virtualization Implementation
- **Item Height**: Fixed at 80px for consistency
- **Overscan**: 5 items for smooth scrolling
- **Dynamic Height**: Scales with content (200px - 600px)
- **Responsive**: Adapts to screen size
### Memory Usage
- **Task Cache**: ~1KB per task
- **Group Cache**: ~2KB per group
- **Virtualization**: Only renders visible items
- **Cleanup**: Automatic garbage collection
### Rendering Performance
- **60fps**: Maintained even with 1000+ tasks
- **Smooth Scrolling**: Optimized for large lists
- **Drag and Drop**: Responsive even with large datasets
- **Updates**: Optimistic updates for immediate feedback
## Troubleshooting
### Performance Issues
1. **Check Task Count**: Monitor the performance metrics
2. **Enable Virtualization**: Ensure groups with >50 tasks use virtualization
3. **Use Filters**: Reduce visible tasks with search/filters
4. **Group Optimization**: Consider different grouping strategies
### Memory Issues
1. **Clear Cache**: Use the clear cache action if needed
2. **Archive Tasks**: Move completed tasks to archived status
3. **Monitor Usage**: Watch browser memory usage
4. **Refresh**: Reload the page if memory usage is high
## Future Enhancements
### Planned Optimizations
- **Infinite Scrolling**: Load tasks on demand
- **Web Workers**: Move heavy calculations to background threads
- **IndexedDB**: Client-side caching for offline support
- **Service Workers**: Background sync for updates
### Advanced Features
- **Predictive Loading**: Pre-load likely-to-be-viewed tasks
- **Smart Caching**: AI-powered cache optimization
- **Performance Analytics**: Detailed performance insights
- **Auto-optimization**: Automatic performance tuning
---
**The Enhanced Kanban Board is designed to handle projects of any size efficiently, from small teams to enterprise-scale operations with thousands of tasks.**

50
worklenz-frontend/src/hooks/useTaskSocketHandlers.ts
View File

@@ -176,8 +176,6 @@ export const useTaskSocketHandlers = () => {
(response: ITaskListStatusChangeResponse) => {
if (!response) return;
console.log('🔄 Status change received:', response);
if (response.completed_deps === false) {
alertService.error(
'Task is not completed',
@@ -198,13 +196,6 @@ export const useTaskSocketHandlers = () => {
const groups = state.taskManagement.groups;
const currentTask = state.taskManagement.entities[response.id];
console.log('🔍 Status change debug:', {
hasGroups: !!groups,
groupsLength: groups?.length || 0,
hasCurrentTask: !!currentTask,
statusId: response.status_id,
currentGrouping: state.taskManagement.grouping
});
if (groups && groups.length > 0 && currentTask && response.status_id) {
// Find current group containing the task
@@ -215,11 +206,6 @@ export const useTaskSocketHandlers = () => {
const targetGroup = groups.find(group => group.id === response.status_id);
if (currentGroup && targetGroup && currentGroup.id !== targetGroup.id) {
console.log('🔄 Moving task between groups:', {
taskId: response.id,
fromGroup: currentGroup.title,
toGroup: targetGroup.title
});
// Determine the new status value based on status category
let newStatusValue: 'todo' | 'doing' | 'done' = 'todo';
@@ -244,8 +230,6 @@ export const useTaskSocketHandlers = () => {
}
}));
} else if (!currentGroup || !targetGroup) {
// Log the issue but don't refetch - real-time updates should handle this
console.log('🔄 Groups not found, but avoiding refetch to prevent data thrashing');
// Remove unnecessary refetch that causes data thrashing
// if (projectId) {
// dispatch(fetchTasksV3(projectId));
@@ -305,8 +289,6 @@ export const useTaskSocketHandlers = () => {
(response: ITaskListPriorityChangeResponse) => {
if (!response) return;
console.log('🎯 Priority change received:', response);
// Update the old task slice (for backward compatibility)
dispatch(updateTaskPriority(response));
dispatch(setTaskPriority(response));
@@ -332,14 +314,6 @@ export const useTaskSocketHandlers = () => {
}
}
console.log('🔧 Updating task priority:', {
taskId: response.id,
oldPriority: currentTask.priority,
newPriority: newPriorityValue,
priorityId: response.priority_id,
currentGrouping: state.taskManagement.grouping
});
// Update the task entity
dispatch(updateTask({
id: response.id,
@@ -363,12 +337,6 @@ export const useTaskSocketHandlers = () => {
);
if (currentGroup && targetGroup && currentGroup.id !== targetGroup.id) {
console.log('🔄 Moving task between priority groups:', {
taskId: response.id,
fromGroup: currentGroup.title,
toGroup: targetGroup.title,
newPriority: newPriorityValue
});
dispatch(moveTaskBetweenGroups({
taskId: response.id,
@@ -439,8 +407,6 @@ export const useTaskSocketHandlers = () => {
(data: ITaskPhaseChangeResponse) => {
if (!data) return;
console.log('🎯 Phase change received:', data);
// Update the old task slice (for backward compatibility)
dispatch(updateTaskPhase(data));
dispatch(deselectAll());
@@ -466,14 +432,6 @@ export const useTaskSocketHandlers = () => {
newPhaseValue = '';
}
console.log('🔧 Updating task phase:', {
taskId: taskId,
oldPhase: currentTask.phase,
newPhase: newPhaseValue,
phaseId: data.id,
currentGrouping: state.taskManagement.grouping
});
// Update the task entity
dispatch(updateTask({
id: taskId,
@@ -507,12 +465,6 @@ export const useTaskSocketHandlers = () => {
}
if (currentGroup && targetGroup && currentGroup.id !== targetGroup.id) {
console.log('🔄 Moving task between phase groups:', {
taskId: taskId,
fromGroup: currentGroup.title,
toGroup: targetGroup.title,
newPhase: newPhaseValue || 'No Phase'
});
dispatch(moveTaskBetweenGroups({
taskId: taskId,
@@ -705,7 +657,7 @@ export const useTaskSocketHandlers = () => {
// This event only provides assignee IDs, so we update what we can
// The full assignee data will come from QUICK_ASSIGNEES_UPDATE
console.log('🔄 Task assignees change (limited data):', data);
// console.log('🔄 Task assignees change (limited data):', data);
},
[]
);