ranamahmud

const PI = 3.14159;
var num1 = 5;
console.log(num1);
// 5 // output
var num1 = "Hello";
console.log(num1);
// Hello //output
let text = "Hello World!";
console.log(text);
// Hello World! // output

ranamahmud

var stack = [];
console.log(stack);
// [] // output
// insert a
stack.push("a"); 
// insert b
stack.push("b");
// insert c
stack.push("c");
// print the stack

ranamahmud

// first way
var numbers = [1, 3, 4, 5];
console.log(numbers)
// [1, 3, 4, 5] // output
// using Array Class()
var fruits = new Array();
fruits[0] = "apple";
fruits[1] = "banana";
fruits[2] = "orange";
console.log(fruits)

ranamahmud

var country1 = "Bangladesh";
var country2 = "bangladesh";
country1 = country1.toLowerCase();
console.log(country1 == country2)
true // result

ranamahmud

var country1 = "Bangladesh";
var country2 = "bangladesh";
console.log(country1 == country2)
false // results false

ranamahmud

var num1 = 5;
var num2 = "5";
console.log(num1 === num2)
false // output

ranamahmud

var num1 = 5;
var num2 = "5";
console.log(num1 == num2)
true // output

ranamahmud

var a = 7;
var b = 2;
var result = a/ b;
console.log(result);
3.5

ranamahmud

Login Screen

• login api (that should return token if succeed)

Sign Up

• create user (also returns token)

Home screen

• get all bootcamps (return bootcamps if the user has not made any choice on them)

Details Screen

ranamahmud

## OK, this turned out to be more complicated than I would have
## thought.  I feel that this approach *should* work, but it confuses
## R's multi-panel plots:

## Smaller margins, plus a top margin
par(mar=c(3.1, 3.1, .5, .5), oma=c(0, 0, 1.5, 0), mfrow=c(2, 2))

## Plot dummy data
plot(1:10)