min and a maximum number max.
Here's the formula we'll use. Take a moment to read it and try to understand what this code is doing:
Math.floor(Math.random() * (max - min + 1)) + min
randomRange that takes a range myMin and myMax and returns a random number that's greater than or equal to myMin, and is less than or equal to myMax, inclusive.
randomRange should be equal to your minimum number, myMin.'
testString: 'assert(calcMin === 5, "The lowest random number that can be generated by randomRange should be equal to your minimum number, myMin.");'
- text: 'The highest random number that can be generated by randomRange should be equal to your maximum number, myMax.'
testString: 'assert(calcMax === 15, "The highest random number that can be generated by randomRange should be equal to your maximum number, myMax.");'
- text: 'The random number generated by randomRange should be an integer, not a decimal.'
testString: 'assert(randomRange(0,1) % 1 === 0 , "The random number generated by randomRange should be an integer, not a decimal.");'
- text: 'randomRange should use both myMax and myMin, and return a random number in your range.'
testString: 'assert((function(){if(code.match(/myMax/g).length > 1 && code.match(/myMin/g).length > 2 && code.match(/Math.floor/g) && code.match(/Math.random/g)){return true;}else{return false;}})(), "randomRange should use both myMax and myMin, and return a random number in your range.");'
```