JavaScript: call invo-cursion?

call-invo-cursion.js

// OOP
console.log( 'OHAI'.blink() );

// Call invocation
console.log( String.prototype.blink.call('OHAI') );

// $ always makes things look awesome.
var $ = Function.prototype.call;

// Very explicit call invocation
console.log( $.call(String.prototype.blink, 'OHAI') );

// Very, very explicit call invocation, ie. call invo-cursion?
console.log( $.call($,$,$,$,$,$,$,$,$,$,$,$, String.prototype.blink, 'OHAI') );
//                  ^^^^^^^^^^^^^^^^^^^^^^^ "bonus" calls

// You can have fun with apply invocation and _ too.
var _ = Function.prototype.apply;

// Very, very explicit apply invocation, ie. apply invo-cursion.
console.log( _.apply(_,[_,[_,[_,[_,[_,[_,[_, [ String.prototype.blink, ['OHAI'] ]]]]]]]]) );
//                   ^^^^^^^^^^^^^^^^^^^^^^ "bonus" applies, and fun w/brackets ^^^^^^^^

@jackocnr For the last FYI, I thought it would be like this: when you pass Number.call(or Function.call) to Array.prototype.map, the Number.call(or Function.call) is no longer an Object method, it is now just a simple function, with the call missing this then JavaScript runtime call an undefined function and will throw an error.

Array.apply(null, {length: 5}).map(Number.call) // TypeError: undefined is not a function

For better understanding, here is another example:

var call = Function.call;
call() // TypeError: call is not a function
call.call(Number, undefined, 1) // 1
call.call(String, undefined, 'foo') // foo