The spam I wrote two years ago cannot be completely changed, and I want to be running.

The spam I wrote two years ago cannot be completely changed, and I want to be able to run. This post was last edited by bbbbbjt46 in 2013-06-1522: 19: 24 function & nbsp; shuzu ($ a0, $ a1, $ a2, $ a3, $ a4, $ a5, $ a6, $ a7, $ a8, $ a9) {the spam I wrote two years ago cannot be changed, and I want to be able to run it.
The function shuzu ($ a0, $ a1, $ a2, $ a3, $ a4, $ a5, $ a6, $ a7, $ a8, $ a8, $ a9 ){
Global $ arrr;
Global $ bianliang;
$ Arrr = array (int) ("$ a0" * $ bianliang), (int) ("$ a1" * $ bianliang), (int) ("$ a2" * $ bianliang), (int) ("$ a3" * $ bianliang), (int) ("$ a4" * $ bianliang), (int) ("$ a5" * $ bianliang), (int) ("$ a6" * $ bianliang), (int) ("$ a7" * $ bianliang), (int) ("$ a8" * $ bianliang), (int) ("$ a9" * $ bianliang ));
Return $ arrr
;}

Function chu ($ a, $ B ){
$ Ddrrr = "";
Foreach ($ a as $ arr => $ key ){
$ Ddrrr. = (int) ($ key/$ B )."";
}
$ Ddrrr = (explode ('', trim ($ ddrrr )));
Return $ ddrrr;
}


Function zongshu ($ bianliang, $ chushizhi, $ time, $ time1 ){

$ A0 = shuzu );
$ A1 = shuzu (15,7, 7,8, 3,11, 4,9, 15,12 );
$ A2 = shuzu (8, 11, 15, 4, 13, 12, 9, 8, 11, 15 );
$ A3 = shuzu (5, 7, 7, 8, 3, 9, 15, 8, 11 );
$ A4 = shuzu );
$ A5 = shuzu (9, 5, 8, 7, 6, 8, 7, 12, 11, 5 );
$ A6 = shuzu (8, 15, 5, 6, 7, 4, 6, 9, 9, 7 );
$ A7 = shuzu );
$ A8 = shuzu (6, 8, 5, 9, 12, 7, 5, 9, 11 );
$ A9 = shuzu (8, 11, 7, 7, 5, 6, 4, 9, 11, 9 );


$ Chushi = substr ($ time, 0, 5 );
$ Dangqian = substr ($ time1, 0, 5 );




$ Beishu = 100;
$ Beicha = (int) ($ dangqian-$ chushi)/$ beishu );


$ Chushi100 = substr ($ chushi, 2, 1 );
$ Chushi10 = substr ($ chushi, 3,1 );
$ Chushi1 = substr ($ chushi, 4,1 );
$ Chushi0 = substr ($ time, 5, 1 );
$ Dangqian100 = substr ($ dangqian, 2, 1 );
$ Dangqian10 = substr ($ dangqian, 3,1 );
$ Dangqian1 = substr ($ dangqian, 4,1 );
$ Dangqian0 = substr ($ time1, 5, 1 );

$ Xiaoshi = 0;
$ Num = "";
$ Dqnumfor = "";
$ Gnum = "";
$ Xhzongshu = "";
If ($ chushi10 <$ dangqian10 ){
For ($ _ I = $ chushi10 + 1; $ _ I <$ dangqian10; $ _ I ++ ){
For ($ t = 0; $ t <= 9; $ t ++ ){
$ Num + =$ {"a". $ _ I} [$ t];
}
}}

If ($ chushi10> $ dangqian10 ){
For ($ _ I = $ chushi10 + 1; $ _ I <$ dangqian10 + 10; $ _ I ++ ){
If ($ _ I >=10 ){
$ Jian10 =$ _ I-10;
}
Else {
$ Jian10 = $ _ I;
}
For ($ t = 0; $ t <= 9; $ t ++ ){
$ Num + =$ {"a". $ jian10} [$ t];
}
}
}


If ($ chushi10 ==$ dangqian10 & $ chushi100! = $ Dangqian100 ){
{
For ($ _ I = $ chushi10 + 1; $ _ I <$ dangqian10 + 10; $ _ I ++) {// $ _ I = 8; $ _ I <7 + 10; $ _ I ++
If ($ _ I >=10 ){
$ Jian10 =$ _ I-10;
}
Else {
$ Jian10 = $ _ I;
}
For ($ t = 0; $ t <= 9; $ t ++ ){
$ Num + =$ {"a". $ jian10} [$ t];
}
}
}
}

$ Dnum = 0;
$ Xnum = 0;
$ Swnum = 0;

// Calculate the bit value
If ($ chushi10 ==$ dangqian10 & $ chushi100 ==$ dangqian100 ){
For ($ _ I = $ chushi1; $ _ I <$ dangqian1; $ _ I ++ ){
$ Swnum + =$ {"a". $ dangqian10} [$ _ I];
}
$ Gnum = $ swnum;
}
Else {
For ($ j = $ chushi1; $ j <= 9; $ j ++) {// sum of the initial values
$ Dnum + =$ {"a". $ chushi10} [$ j];
}

For ($ p = 0; $ p <= $ dangqian1; $ p ++) {// sum of the current bit
$ Xnum + =$ {"a". $ dangqian10} [$ p];
}

$ Gnum = $ dnum + $ xnum;
}
// Multiple calculation
If ($ beicha >=1 & $ chushi10 ==$ dangqian10 & $ beicha <2 ){
For ($ _ I = 0; $ _ I <= 9; $ _ I ++ ){
$ Xhzongshu + = array_sum ($ {"a". $ _ I });
}
$ Xhzongshu * = $ beicha-1;
}
Else {
For ($ _ I = 0; $ _ I <= 9; $ _ I ++ ){
$ Xhzongshu + = array_sum ($ {"a". $ _ I });
}
$ Xhzongshu * = $ beicha;
}
$ Wocao = "";