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The catch() method of Promise instances schedules a function to be called when the promise is rejected. It immediately returns an equivalent Promise object, allowing you to chain calls to other promise methods. It is a shortcut for Promise.prototype.then(undefined, onRejected).

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A function to asynchronously execute when this promise becomes rejected. Its return value becomes the fulfillment value of the promise returned by catch(). The function is called with the following arguments:

If a promise becomes rejected, and there are no rejection handlers to call (a handler can be attached through any of then(), catch(), or finally()), then the rejection event is surfaced by the host. In the browser, this results in an unhandledrejection event. If a handler is attached to a rejected promise whose rejection has already caused an unhandled rejection event, then another rejectionhandled event is fired.

catch() internally calls then() on the object upon which it was called, passing undefined and onRejected as arguments. The value of that call is directly returned. This is observable if you wrap the methods.

Note: The examples below are throwing instances of Error. As with synchronous throw statements, this is considered a good practice; otherwise, the part doing the catching would have to perform checks to see if the argument was a string or an error, and you might lose valuable information such as stack traces.

The try...catch statement is comprised of a try block and either a catch block, a finally block, or both. The code in the try block is executed first, and if it throws an exception, the code in the catch block will be executed. The code in the finally block will always be executed before control flow exits the entire construct.

An optional identifier or pattern to hold the caught exception for the associated catch block. If the catch block does not use the exception's value, you can omit the exceptionVar and its surrounding parentheses.

The try statement always starts with a try block. Then, a catch block or a finally block must be present. It's also possible to have both catch and finally blocks. This gives us three forms for the try statement:

A catch block contains statements that specify what to do if an exception is thrown in the try block. If any statement within the try block (or in a function called from within the try block) throws an exception, control is immediately shifted to the catch block. If no exception is thrown in the try block, the catch block is skipped.

When an exception is thrown in the try block, exceptionVar (i.e., the e in catch (e)) holds the exception value. You can use this binding to get information about the exception that was thrown. This binding is only available in the catch block's scope.

The bindings created by the catch clause live in the same scope as the catch block, so any variables declared in the catch block cannot have the same name as the bindings created by the catch clause. (There's one exception to this rule, but it's a deprecated syntax.)

The finally block contains statements to execute after the try block and catch block(s) execute, but before the statements following the try...catch...finally block. Control flow will always enter the finally block, which can proceed in one of the following ways:

If an exception is thrown from the try block, even when there's no catch block to handle the exception, the finally block still executes, in which case the exception is still thrown immediately after the finally block finishes executing.

Control flow statements (return, throw, break, continue) in the finally block will "mask" any completion value of the try block or catch block. In this example, the try block tries to return 1, but before returning, the control flow is yielded to the finally block first, so the finally block's return value is returned instead.

When a catch block is used, the catch block is executed when any exception is thrown from within the try block. For example, when the exception occurs in the following code, control transfers to the catch block.

Any given exception will be caught only once by the nearest enclosing catch block unless it is rethrown. Of course, any new exceptions raised in the "inner" block (because the code in catch block may do something that throws), will be caught by the "outer" block.

If the finally block returns a value, this value becomes the return value of the entire try-catch-finally statement, regardless of any return statements in the try and catch blocks. This includes exceptions thrown inside of the catch block:

Control flow statements (return, throw, break, continue) in the finally block will \"mask\" any completion value of the try block or catch block. In this example, the try block tries to return 1, but before returning, the control flow is yielded to the finally block first, so the finally block's return value is returned instead.

Any given exception will be caught only once by the nearest enclosing catch block unless it is rethrown. Of course, any new exceptions raised in the \"inner\" block (because the code in catch block may do something that throws), will be caught by the \"outer\" block.

For other catch-up guidance, see Table 2. Vaxelis can be used for catch-up vaccination in children less than age 5 years. Follow the catch-up schedule even if Vaxelis is used for one or more doses. For detailed information on use of Vaxelis see www.cdc.gov/mmwr/volumes/69/wr/mm6905a5.htm.

*Incomplete series = Not having received all doses in either the recommended series or an age-appropriate catch-up series. See Table 2 in ACIP pneumococcal recommendations at stacks.cdc.gov/view/cdc/133252 006ab0faaa