How to configure DayPilot JavaScript Calendar to create a custom view that displays a yearly calendar where each column represents one month, and each cell represents one day.
How to implement a field service scheduling application in ASP.NET Core, with visual representation of travel time, route planning, and real-time constraint enforcement.
How to configure the JavaScript Scheduler component to display a dedicated sub-row for each priority level. This allows you to group tasks with the same priority and display them at the same position within a row.
Client-side undo/redo implementation for the JavaScript Scheduler built with DayPilot Lite. Displays the full action history and the current position in the list.
How to display a column summary with resource utilization and availability details in the JavaScript Scheduler component. The utilization is also displayed using a bar chart at the bottom of the Scheduler grid.
How to enable on-demand event loading in the Vue 3 Scheduler component. The sample uses the current Vite-based frontend and loads events for the current viewport during scrolling.
Add a scheduler UI component to your React 19 application using the current DayPilot builder template. Covers one-year timeline setup, row headers, filtering, drag and drop, and context menu customization.
Quick-start JavaScript Scheduler project using DayPilot Lite, a Vite frontend generated by the UI Builder, and a PHP 8 JSON API with SQLite by default and optional MySQL/PostgreSQL support.
Learn how to search React Scheduler events, highlight matching text, and jump between results using Next and Previous buttons in a React 19 application.
How to add warm-up and cool-down time to Scheduler events. The additional time segments are stored and displayed automatically but drag and drop is only enabled for the core event.
How to display a timesheet in a React application. Learn how to configure the time axis, hide non-business hours, add daily totals, and edit records using drag and drop.
React application that lets you visually schedule shifts at multiple locations. The backend REST API is implemented using PHP, with SQLite default storage and optional MySQL.