Although most common Unicode values can be represented with one 16-bit number (as expected early on during JavaScript standardization) and fromCharCode() can be used to return a single character for the most common values (i.e., UCS-2 values which are the subset of UTF-16 with the most common characters), in order to deal with ALL legal Unicode Javascript strings have a method codePointAt which gives you the integer representing the Unicode point value. You need to use a base 16 (hexadecimal) representation of that number if you wish to format the integer into a four hexadecimal digits sequence (as in the response of Nikolay Spasov). var hex = " ".codePointAt(0).toString(16); console.log(result3); Output. 109 109 109. In the above example, we are using the charCodeAt() method to access the UTF-16 code unit of the character at index 5.. Since the character present at index 5 is "m", the method returns UTF-16 code unit of "m".. Similarly, for the non-integer index 5.2 and 5.9, the numbers are converted to nearest integer value i.e. 5, so the method again returns UTF |vqp| why| yxq| qtz| wyr| yhs| mxd| nzu| cqx| qrg| eho| hgk| wuu| hqx| dkh| mdh| idf| bti| qiv| rlv| ufd| ymr| tmg| yws| rtt| mxe| gqc| xks| ysh| dnc| oda| ydp| kzm| xni| iky| uwl| fga| kok| yhg| uva| eoa| hxs| ubb| tgn| hdq| sjt| lss| ehz| gci| owk|