"Java" Java handles random floating-point numbers (two digits after the decimal point) output with an uppercase numeric rule of RMB

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Rule: "Random floating-point numbers are written according to the RMB reading method"

The total code is as follows:

 Packagecom.sxd.test;Importorg.junit.Test;ImportJava.text.DecimalFormat;ImportJava.util.Random;/*** @Author SXD*/ Public classrandomtest {@Test Public voidCreaterandom () {DecimalFormat DF=NewDecimalFormat ("0.00"); Random Random=NewRandom (); DoubleAA = (random.nextdouble ()) *(Random.nextint (Integer.max_value));        System.out.println (Df.format (AA));    System.out.println (DEAL4RMB (Df.format (AA))); }    /*** from the decimal point to the dividing line, the forward iterative processing + stitching the corners + some rules *@paramdbnum Random floating-point value *@returnconverted RMB Capitalization value description*/    Privatestring DEAL4RMB (String dbnum) {string SB= ""; Try {            intPoint = Dbnum.lastindexof (".")); Char[] Chararr =Dbnum.tochararray ();  for(inti = 1; I <= point; i++) {String flag= Getuppercase (chararr[point-i],i); SB= Flag +SB; if("Error". Equals (flag) {                    return"Conversion Exception"; }} SB=dealstring (SB); SB= sb+ "meta" +getuppercase (chararr[point+1],-1) +getuppercase (chararr[point+2],-2); }Catch(Exception e) {System.out.println (e); return"Conversion Exception"; }            returnSB; }    /*** Replace Chinese RMB count + partial rule *@parama value *@paramI location *@returnvalue + Position*/    PrivateString Getuppercase (CharAinti) {        //the standard value is 0 and the standard position is two digits after one decimal point//Do not make any return operations        if(' 0 ' = = a && (i==1 | | i==-1 | | i==-2)){            return""; }        //the standard value is 0 and the standard position in the million-bit//returns only million instead of tens of thousands of        if(' 0 ' = = a && i==5) {            returnMarriott; }        //the capital number of Chinese characters in the standard digital conversionString flag = ""; //the standard position corresponds to "angle of top"String Flag2 = ""; Switch(a) { Case' 0 ': flag = "0"; Break;  Case' 1 ': flag = "one"; Break;  Case' 2 ': flag = "Ii."; Break;  Case' 3 ': flag = "three"; Break;  Case' 4 ': flag = "the premises"; Break;  Case' 5 ': flag = "WU"; Break;  Case' 6 ': flag = "land"; Break;  Case' 7 ': flag = "QI"; Break;  Case' 8 ': flag = "ba"; Break;  Case' 9 ': flag = "JIU"; Break; default: Flag = "Error"; }        //Standard for zero non-splicing of the standard position "in addition to the million has been handled alone"        if(!" Zero. Equals (flag) {            Switch(i) { Case-1:flag2 = "angle"; Break;  Case-2:flag2 = "min"; Break;  Case2:                 Case6:                 Case10:flag2 = "Ten"; Break;  Case3:                 Case7:                 Case11:flag2 = "hundred"; Break;  Case4:                 Case8:flag2 = "thousand"; Break;  Case5:flag2 = "million"; Break;  Case9:flag2 = "billion"; Break; default: Flag2 = ""; }        }                        /*** This service is incomplete * because the probability of a random number of integers reaching more than 10 digits is very large * therefore processing only a ten to thousands of millions of this situation * if the random number level in 100,000 will still appear one A hundred thousand of thousands of hundreds of * if the random number level in 10 will still appear a few more than 10 points of the situation * * to complete processing, only need to determine the total number of random numbers, and then judge the value of I for the first few special treatment can ~ ~*/        if("One". Equals (flag) && "ten". Equals (Flag2) && i = = 10){            returnFlag2; }        //return value + position        returnflag+Flag2; }    /*** Remove duplicate 0 + partial rule *@paramRmbstr *@return     */    Privatestring dealstring (String rmbstr) { while(Rmbstr.indexof ("00") >= 0) {Rmbstr= Rmbstr.replace ("00", "0"); }              //determine if the digit is still zero if the zero intercept string can be       Char[] arr =Rmbstr.tochararray (); if(' 0 ' = = arr[arr.length-1]) {rmbstr= Rmbstr.substring (0,rmbstr.length ()-1); }       returnRmbstr; }}

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"Java" Java handles random floating-point numbers (two digits after the decimal point) output with an uppercase numeric rule of RMB