He would assume that he is not the first one in having the problem. He'd bet Javascript itself has a specific function or some standard library out there solves the problem.
Just googling around he would find a quick, clean and nice answer such as this one:
yourNum = yourNum.toString(16);
And, what about the average academician?
He would probably spend a whole day building and testing an impossible-to-understand, prone-to-error implementation.
Here is some Javascript I found at the website of some top-researchers in knowledge representation from a well-known university.
// *** Hexidecimal/Decimal Functions (needed to determine QuickTime version number from VBScript) *** function tohex(i) { a2 = '' ihex = hexQuot(i); idiff = eval(i + '-(' + ihex + '*16)') a2 = itohex(idiff) + a2; while( ihex > 16) { itmp = hexQuot(ihex); idiff = eval(ihex + '-(' + itmp + '*16)'); a2 = itohex(idiff) + a2; ihex = itmp; } a1 = itohex(ihex); return a1 + a2 ; } function hexQuot(i) { return Math.floor(eval(i +'/16')); } function itohex(i) { if( i == 0) { aa = '0' } else { if( i== 1) { aa = '1'} else {if( i== 2) { aa = '2'} else {if( i == 3) { aa = '3' } else {if( i== 4) { aa = '4'} else {if( i == 5) { aa = '5' } else {if( i== 6) { aa = '6'} else {if( i == 7) { aa = '7' } else {if( i== 8) { aa = '8'} else {if( i == 9) { aa = '9'} else {if( i==10) { aa = 'A'} else {if( i==11) { aa = 'B'} else {if( i==12) { aa = 'C'} else {if( i==13) { aa = 'D'} else {if( i==14) { aa = 'E'} else {if( i==15) { aa = 'F'} } } } } } } } } } } } } } } } return aa }
Weird.
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