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(cb=>{
//setTimeout() wraps the callback cb and makes it run in 
//another execution context, or "thread"
//the term thread is not accurate but may provide some ease of understanding
//the different contexts that help to achieve asynchrony
			setTimeout(()=>{
				cb()
				},0);
	console.log("B")
	})(()=>{

datrine

(cb=>{
//setTimeout() wraps the callback cb and makes it run in 
//another execution context, or "thread"
//the term thread is not accurate but may provide some ease of understanding
//the different contexts that help to achieve asynchrony
			setTimeout(()=>{
				cb()
				},0);
	console.log("B")
	})(()=>{

datrine

(cb=>{ //the code runs as
	cb();
	console.log("B")
	})(()=>{
		console.log("C")
		});
		console.log("A")

datrine

	((a)=>{ //"linearized" code without callbacks, an async-esque way to "linearize" asynchronous code
			let value=++a
			value*=value
			value=++value
			console.log(value);
			})(1); //note the semicolon
      
      //example below might seem far-fetched/over-the-top but it does prove that linear 
      //code may be much easier to read than code with callback
      	((a)=>{

datrine

((a,cb)=>{
	++a;
	cb(a)
	})/*entry point>>>>*/(1,(b)=>{
		b*=b;
		((c,cb)=>{
			cb(c)
			})(b,(d)=>{
				++d;
				((e,cb)=>{

datrine

((a,cb)=>{
	++a;
	cb(a)
	})(1,(b)=>{
		b*=b;
		((c,cb)=>{
			cb(c)
			})(b,(d)=>{
				++d;
				((e,cb)=>{