Events
The Telerik UI Scheduler for ASP.NET MVC exposes multiple events like Add, Edit, Resize, and more, that allows you to control the behavior of the UI component.
For a complete example of how to handle all Scheduler events triggered by user interaction, refer to the demo on using the events of the Scheduler . For a runnable example on the Move and Resize events, refer to the demo on handling the specific events.
Handling by Handler Name
The following example demonstrates how to subscribe to the DataBound and DataBinding events by a handler name.
@(Html.Kendo().Scheduler<TaskViewModel>()
.Name("scheduler")
.Events(e =>
{
e.DataBinding("scheduler_dataBinding");
e.DataBound("scheduler_dataBound");
})
// Additional configuration.
)
<script>
function scheduler_dataBinding(e) {
// Handle the DataBinding event that fires before the Scheduler binds to its DataSource.
}
function scheduler_dataBound(e) {
// Handle the DataBound event that triggers when the Scheduler is bound to data from its DataSource.
}
</script>
Handling by Template Delegate
The following example demonstrates how to subscribe to the DataBound and DataBinding events by a template delegate.
@(Html.Kendo().Scheduler<TaskViewModel>()
.Name("scheduler")
.Events(e => e
.DataBinding(@<text>
function() {
// Handle the DataBinding event inline.
}
</text>)
.DataBound(@<text>
function() {
// Handle the DataBound event inline.
}
</text>)
)
// Additional configuration.
)
Applying Resource Restrictions
By handling the client-side events of the Scheduler, you can restrict the creation of events when resources are not available.
@(Html.Kendo().Scheduler<TaskViewModel>()
.Name("scheduler")
.Resources(resource =>
{
resource.Add(m => m.RoomID)
.Title("Room")
.DataTextField("Text")
.DataValueField("Value")
.DataColorField("Color")
.BindTo(new[] {
new { Text = "Meeting Room 101", Value = 1, Color = "#6eb3fa" },
new { Text = "Meeting Room 201", Value = 2, Color = "#f58a8a" }
});
resource.Add(m => m.Attendees)
.Title("Attendees")
.Multiple(true)
.DataTextField("Text")
.DataValueField("Value")
.DataColorField("Color")
.BindTo(new[] {
new { Text = "Alex", Value = 1, Color = "#f8a398" },
new { Text = "Bob", Value = 2, Color = "#51a0ed" },
new { Text = "Charlie", Value = 3, Color = "#56ca85" }
});
})
.DataSource(d => d
.Model(m =>
{
m.Id(f => f.MeetingID);
m.Field(f => f.Title).DefaultValue("No title");
m.RecurrenceId(f => f.RecurrenceID);
})
.Read("Meetings_Read", "Scheduler")
.Create("Meetings_Create", "Scheduler")
.Destroy("Meetings_Destroy", "Scheduler")
.Update("Meetings_Update", "Scheduler")
)
.Events(e => e.Add("onAdd"))
// Additional configuration.
)
function onAdd(e){
if (!checkAvailability(e.event.start, e.event.end, e.event)) {
e.preventDefault();
}
}
function roomIsOccupied(start, end, event, resources) {
var occurrences = occurrencesInRangeByResource(start, end, "RoomID", event, resources);
if (occurrences.length > 0) {
return true;
}
return false;
}
function checkAvailability(start, end, event, resources) {
if (attendeeIsOccupied(start, end, event, resources)) {
setTimeout(function () {
alert("This person is not available in this time period.");
}, 0);
return false;
}
if (roomIsOccupied(start, end, event, resources)) {
setTimeout(function () {
alert("This room is not available in this time period.");
}, 0);
return false;
}
return true;
}