Javascript is perfectly compatible with the conversion of RMB and case in various browsers. js is case-sensitive.

Javascript is perfectly compatible with the conversion of RMB and case in various browsers. js is case-sensitive.

/* Convert lowercase letters to uppercase letters */

var xcc= "12.22";document.write(xcc+"=>"+formatRMB(xcc)+"<br/>");

/* Convert uppercase to lowercase */

Var rrrr = ""; document. write (rrrr + "=>" + parseRMB (rrrr ));

Output result:
12.22 => pick up the bonus points
I just picked up the bonus points => 12.22

Let's take a look at the specific instance

Var c = "". split (""); // ["zero", "one", "two", "three", "Si", "Wu", "Lu ", "inline", "inline", "inline"] var _ c = {}; // reverse correspondence for (var I = 0; I <c. length; I ++) {_ c [c [I] = I ;}; var d = "RMB *** million "; var e = ", pick up, quit, quit ". split (","); function unit4 (arr) {var str = "", I = 0; while (arr. length) {var t = arr. pop (); str = (c [t] + (t = 0? "": E [I]) + str; I ++;} str = str. replace (/[zero] {2,}/g, "zero"); str = str. replace (/^ [0]/, ""); str = str. replace (/[0] $/, ""); if (str. indexOf ("zero") = 0) {str = str. substring (1);} if (str. lastIndexOf ("zero") = str. length-1) {str = str. substring (0, str. length-1);} return str;} function _ formatD (a) {// convert the integer part var arr =. split (""), I = 0, result = ""; while (arr. length) {var arr1 = arr. splice (-4, 4); var dw = d. charAt (I), unit = unit4 (arr1); if (dw = 'wan '&&! Unit) {dw = "";} result = unit + dw + result; I + = 4;} return result = "Yuan "? "": Result;} function _ formatF (B) {// convert fractional part B = B | ""; switch (B. length) {case 0: return "integer"; case 1: return c [B] + ""; default: return c [B. charAt (0)] + "" + c [B. charAt (1)] + "points" ;}} function _ format (n) {var a = ("" + n ). split (". "), a0 = a [0], a1 = a [1]; return _ formatD (a0) + _ formatF (a1);} function parse4 (u4) {var res = 0; while (t =/([]) ([]?) /G.exe c (u4) {var n = _ c [t [1], d = {": 1," pick up ": 10," success ": 100, "outputs": 1000} [t [2]; res + = n * d; u4 = u4.replace (t [0], "");} var result = ("0000" + res); return result. substring (result. length-4);} function _ parseD (d) {var arr = d. replace (/[0]/g ,""). split (/[trillion]/), rs = ""; for (var I = 0; I <arr. length; I ++) {rs + = parse4 (arr [I]) ;}; return rs. replace (/^ [0] +/, "") ;}; function _ parseF (f) {Var res = "", t = f. replace (/[^] +/g ,""). split (""); // remove the unit if (t. length) {res = ". ";}else {return" ";}; for (var I = 0; (I <t. length & I <2); I ++) {res + = _ c [t [I] ;}; return res ;}; function _ parse (RMB) {var a = RMB. split ("Yuan"), a1 = a [1], a0 = a [0]; if (. length = 1) {a1 = a0; a0 = "";} return _ parseD (a0) + _ parseF (a1 );}; // function formatRMB (num) {var n = Number (n Um); if (! IsNaN (num) {if (num = 0) {return "Zero yuan integer" ;}else {return _ format (n) ;}} else {return false ;}} // converts the upper case to lower case function parseRMB (RMB) {if (/^ [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0)] {2,} $ /. test (RMB) {var result = _ parse (RMB); return RMB = this. formatRMB (result )? Result: result + "(?) ";}Else {return false ;};/* lowercase to uppercase */var xcc =" 12.22 "; document. write (xcc + "=>" + formatRMB (xcc) + "<br/>");/* convert uppercase to lowercase */var rrrr = ""; document. write (rrrr + "=>" + parseRMB (rrrr ));

Let's look at an example of converting RMB to uppercase.

// Convert the RMB amount to the upper-case JavaScript version // CopyRight Bardo QI function numToCny (num) {var capUnit = ['000000', '000000', '000000', 'cn ', '']; var capDigit = {2: ['angular ', 'quantity',''], 4: ['handler ', '']}; var capNum = ['0', 'yi', 'er', 'san', 'siz', 'wu', 'lu ', 'handler', 'handler', 'handler']; if (num. toString ()). indexOf ('. ')> 16) | (isNaN (num) return ''; num = (Math. role (num * 100)/100 ). toString (); num = (Math. pow (10, 19-num. length )). toString ()). substring (1) + num; var I, ret, j, NodeNum, k, subret, len, subChr, CurChr = []; for (I = 0, ret = ''; I <5; I ++, j = I * 4 + Math. floor (I/4) {nodeNum = num. substring (j, j + 4); for (k = 0, subret = '', len = nodeNum. length; (k CurChr [k % 2] = capNum [nodeNum. charAt (k)] + (nodeNum. charAt (k) = 0 )? '': CapDigit [len] [k]); if (! (CurChr [0] = CurChr [1]) & (CurChr [0] = capNum [0]) if (! (CurChr [k % 2] = capNum [0]) & (subret = '') & (ret = ''))) subret + = CurChr [k % 2];} subChr = subret + (subret = '')? '': CapUnit [I]); if (! (SubChr = capNum [0]) & (ret = '') ret + = subChr;} ret = (ret = '')? CapNum [0] + capUnit [3]: ret; return ret ;}