Render your first scheduler: the CScheduler component and an events array.
A scheduler needs the <CScheduler> component and an array of events. Dates
are ISO 8601 strings — with or without an explicit UTC offset:
import { Component } from '@angular/core'
import { SchedulerComponent } from '@coreui/angular-scheduler'
const pad = (n: number) => String(n).padStart(2, '0')
const day = (offset: number) => {
const date = new Date()
date.setDate(date.getDate() - ((date.getDay() + 6) % 7) + offset)
return `${date.getFullYear()}-${pad(date.getMonth() + 1)}-${pad(date.getDate())}`
}
@Component({
selector: 'docs-scheduler-day-week-example',
imports: [SchedulerComponent],
template: `
<c-scheduler defaultView="week" [dayStartHour]="8" [dayEndHour]="18" [events]="events" />
`
})
export class SchedulerDayWeekExample {
readonly events = [
{
id: 'kickoff', title: 'Kickoff', start: `${day(0)}T09:00`, end: `${day(0)}T10:00`
},
{
id: 'design', title: 'Design review', start: `${day(1)}T10:00`, end: `${day(1)}T11:30`, color: '#2eb85c'
},
{
id: 'pairing', title: 'Pairing', start: `${day(1)}T10:30`, end: `${day(1)}T12:00`
},
{
id: 'demo', title: 'Sprint demo', start: `${day(3)}T14:00`, end: `${day(3)}T15:00`
}
]
}Reacting to changes
The scheduler owns its state after mounting. Every change — drag, resize,
create, delete, repeat-rule edit — emits eventChange with the changed
event and a revert callback:
<c-scheduler [events]="events" (eventChange)="onEventChange($event)" />onEventChange({ action, event, revert }: EventChangePayload) {
console.log(action, event)
// persist to your API; call revert() if the server rejects it
}See Inputs & outputs for the full surface.
Date and view
Pass defaultDate and defaultView to set where the scheduler starts; it then
navigates on its own. Pass date or view to control them: the scheduler shows
what you pass and asks for a change through dateChange and viewChange, so [(date)] and [(view)] work. A parent that keeps
the old value keeps the scheduler where it is.
<c-scheduler [(date)]="date" [events]="events" />Time zones
Pass an IANA zone to pin the scheduler to it; otherwise the browser’s zone is used. All wall-clock math — including DST transitions — happens in that zone:
<c-scheduler timeZone="Europe/Warsaw" [events]="events" />Server rendering
When the scheduler is rendered on the server, pass timeZone and defaultDate:
without them the server uses its own zone and day, the browser its own, and the
markup no longer matches when it hydrates. The now indicator and the events of a
dataSource appear once the scheduler mounts in the browser.
<c-scheduler timeZone="Europe/Warsaw" defaultDate="2026-08-11" [events]="events" />