For a long period, the web platform provides JavaScript programmers a lot of functions that permit them to execute code asynchronously after a specific time interval has lapsed, and to recurrently execute a set of code asynchronously till the user tell it to stop.
As already mentioned, setTimeout () has different parameters. As the first parameter, a function is called that has to be executed when setTimeout () is called. The second parameter is the amount of time in milliseconds. Let us see an example.
In Javascript, setTimeoutis a function that executes a method after a specified amount of time in milliseconds. JavaScript can initiate an action or repeat it after a specified interval. In this article, the setTimeout function is explained in detail with syntax, working, and examples.
Javascript program to display a text after 3 seconds and stops execution if the button is clicked before 3 seconds.
As JavaScript do not provide any wait command to permit a delay to the loops, this method is very helpful. JavaScript can initiate an action or repeat it after a specified interval.
The Typescript wait is one of the features for to wait for the process which is executed by the end-users; it can be applicable for both compile-time and run-time execution the asynchronous process is wrapped over the promises also the user will set the time interval for all the formats like seconds, milliseconds and nanoseconds by using some default functions the application is accessible and performed by end-users with functions like timeout () the operations are paused with some time-intervals then we can retrieve or continue the operations using setTimeout () so that the applications which is to be continuing when it is reached by the user session on the mentioned timeout time-intervals.
The typescript wait function is one of the main features for schedule the task or operation from the end-users with some time-intervals. With the help of some default methods like async by using this function, the user request will be scheduled at the fixed times. Additionally, it also combines with the await keyword for setting the time intervals. When we use await and async keywords on the typescript, we don’t preclude as much as promises in the application. Sometimes async function will call the promise constructor for the conjunctions with added methods like a promise.all, promise.race () etc.
When we use async and await functions on the typescript application, it mainly provides the interface that is also user-friendly in nature so easily we can read and write operation on the promises in the way that can appear on before synchronous. In a multi-threading application, the asynchronous and synchronous function will be more applicable for avoiding data loss and it follows the queue for each resource as the end-user sends them. So that the waiting time is more efficient for calculating the performance of the application and time-saving. We also use the delay () function for calculating the waiting time in asynchronous methodology.
Even we can use the delay function for calculating the time intervals. The time interval is of any type like seconds, milliseconds, nanoseconds, etc.