Description
Use the Interval property to get or set the number of milliseconds that should pass between calls to the scripting routine specified by the TimerProc property.
| Note: | The Interval property specifies the approximate time period for calling the timer routine. The actual period passed between two calls to the timer routine depends on several factors: the number of active timers, the execution time of other timers’ routines, the current load of the system, etc. |
Declaration
TimerObj.Interval
| Read-Write Property | Integer |
| TimerObj | An expression, variable or parameter that specifies a reference to a Timer object | |||
Applies To
The property is applied to the following object:
Property Value
An integer value specifying the time-out in milliseconds.
Remarks
Interval should be greater than 0. The value of 0 is possible, but the timer will not execute the timer routine.
Windows XP: If Interval is greater than 2147483647, it is set to 1. If Interval is less than 10, it is set to 10.
Windows Server 2003: If Interval is greater than 2147483647, it is set to 2147483647.
Example
The code below demonstrates how you can add a new Timer object to the Timers collection and modify the timer’s properties.
JavaScript, JScript
function TestProc()
{
// Adds a new object to the Timers collection
Timer1 = Utils.Timers.Add(10000, "Unit1.TimerRoutine", true);
// Modifies the timer’s properties
Timer1.Name = "MyTimer";
Timer1.Interval = 20000;
Timer1.TimerProc = "Timers.NewTimerRoutine";
}
function TimerRoutine()
{
// Specify your code here.
// This routine will be executed after the specified timeout expires.
}
function NewTimerRoutine()
{
// Specify your code here.
// This is a new timer routine.
}
Python
def TestProc():
# Adds a new object to the Timers collection
Timer1 = Utils.Timers.Add(10000, "Unit1.TimerRoutine", True)
# Modifies the timer's properties
Timer1.Name = "MyTimer"
Timer1.Interval = 20000
Timer1.TimerProc = "Timers.NewTimerRoutine"
def TimerRoutine():
# Specify your code here.
# This routine will be executed after the specified timeout expires.
pass
def NewTimerRoutine():
# Specify your code here.
# This is a new timer routine.
passVBScript
Sub TestProc
' Adds a new object to the Timers collection
Set Timer1 = Utils.Timers.Add(10000, "Unit1.TimerRoutine", True)
' Modifies the timer’s properties
Timer1.Name = "MyTimer"
Timer1.Interval = 20000
Timer1.TimerProc = "Timers.NewTimerRoutine"
End Sub
Sub TimerRoutine
' Specify your code here.
' This routine will be executed after the specified timeout expires.
End Sub
Sub NewTimerRoutine
' Specify your code here.
' This is a new timer routine.
End Sub
DelphiScript
procedure TestProc;
begin
// Adds a new object to the Timers collection
Timer1 := Utils.Timers.Add(10000, 'Unit1.TimerRoutine', true);
// Modifies the timer’s properties
Timer1.Name := 'MyTimer';
Timer1.Interval := 20000;
Timer1.TimerProc := 'Timers.NewTimerRoutine';
end;
procedure TimerRoutine;
begin
// Specify your code here.
// This routine will be executed after the specified timeout expires.
end;
procedure NewTimerRoutine;
begin
// Specify your code here.
// This is a new timer routine.
end;
C++Script, C#Script
function TestProc()
{
// Adds a new object to the Timers collection
Timer1 = Utils["Timers"]["Add"](10000, "Unit1.TimerRoutine", true);
// Modifies the timer’s properties
Timer1["Name"] = "MyTimer";
Timer1["Interval"] = 20000;
Timer1["TimerProc"] = "Timers.NewTimerRoutine";
}
function TimerRoutine()
{
// Specify your code here.
// This routine will be executed after the specified timeout expires.
}
function NewTimerRoutine()
{
// Specify your code here.
// This is a new timer routine.
}