void process(void)
{
/* search kirikiri executable through the executable's path */
char file[MAX_PATH*2+24];
if(find_kirikiri_executable(file))
{
STARTUPINFO si;
PROCESS_INFORMATION pi;
BOOL ret;
// append self filename to the executable path
me_strcpy(file + me_strlen(file), " \"");
GetModuleFileName(GetModuleHandle(NULL),
file + me_strlen(file), MAX_PATH);
me_strcpy(file + me_strlen(file), "\"");
// execute the executable
zeromemory(&si, sizeof(si));
si.cb = sizeof(si);
si.dwFlags = STARTF_USESHOWWINDOW;
si.wShowWindow = SW_SHOWNORMAL;
ret = /* execute the executable with "-userconf" option */
CreateProcess(
NULL,
file,
NULL,
NULL,
FALSE,
0,
NULL,
NULL,
&si,
&pi);
if(ret)
{
CloseHandle(pi.hThread);
CloseHandle(pi.hProcess);
}
}
else
{
MessageBox(NULL,
"Could not find kirikiri executable. "
"Check that the program is properly placed.",
"Error", MB_OK|MB_ICONSTOP);
}
}
int vbuildstring(char *str, int size, char *string, __builtin_va_list arglist)
{
unsigned char varlist[64];
char temps[100];
char workstring[strlen(string)];
int i,_i,l,strpos,vlc;
l=strlen(string);
vlc=0;
if (size==0)
return 0;
strpos=0;
// work on the copy of string, not the original
for (i=0; i<strlen(string); i++)
workstring[i]=string[i];
zeromemory(varlist,64);
for (i=0; i<64; i++)
varlist[i]=255;
// parse the string for known operators
for (i=0; i<l; i++)
{
if (workstring[i]=='%')
{
workstring[i]=0;
if (workstring[i+1]=='d') //decimal
{
varlist[vlc]=0;
}
else
if (workstring[i+1]=='x') //hex
{
varlist[vlc]=1;
}
else
if (workstring[i+1]=='8') //8 char hex (%8)
{
varlist[vlc]=3;
}
else
if (workstring[i+1]=='p') //8 char hex (%8)
{
varlist[vlc]=3;
}
else
if (workstring[i+1]=='6') //16 char hex (%8)
{
varlist[vlc]=4;
}
else
if (workstring[i+1]=='2') //2 char hex (%2)
{
varlist[vlc]=6;
}
else
if (workstring[i+1]=='s') //string
{
varlist[vlc]=2;
}
else
if (workstring[i+1]=='c') //char
{
varlist[vlc]=5;
}
workstring[i+1]=0;
vlc++;
}
}
i=0;
vlc=0;
while ((i<l) && (strpos<size))
{
if (workstring[i]==0)
{
if (varlist[vlc]==255)
{
printstring("UNDEFINED VARLIST",60,22,2,4);
while (1);
}
switch (varlist[vlc])
{
case 0: //decimal
{
unsigned int x;
x=__builtin_va_arg(arglist,unsigned int);
itoa(x,10,temps,100);
_i=strlen(temps);
if (strpos+_i>=size)
_i=size-(strpos+_i-size);
copymem(&str[strpos],temps,_i);
strpos+=_i;
break;
}
case 1: //hex
{
unsigned int x;
x=__builtin_va_arg(arglist,unsigned int);
itoa(_i,16,temps,100);
_i=strlen(temps);
if (strpos+_i>=size)
_i=size-(strpos+_i-size);
copymem(&str[strpos],temps,_i);
strpos+=_i;
break;
}
case 3: //%8, DWORD
{
unsigned int x;
x=__builtin_va_arg(arglist,unsigned int);
itoa(x,16,temps,100);
appendzero(temps,8,100);
_i=strlen(temps);
if (strpos+_i>=size)
_i=size-(strpos+_i-size);
copymem(&str[strpos],temps,_i);
strpos+=_i;
break;
}
case 6: //%2, char
{
unsigned char x;
x=__builtin_va_arg(arglist,int);
itoa(x,16,temps,100);
appendzero(temps,2,100);
_i=strlen(temps);
if (strpos+_i>=size)
_i=size-(strpos+_i-size);
copymem(&str[strpos],temps,_i);
strpos+=_i;
break;
}
case 255:
printstring("UNDEFINED VARLIST",40,21,2,4);
/*printstring(string,40,22,2,4);
printstring(temps,40,23,2,4);
printstring(str,40,24,2,4);*/\
if (strpos>=size)
strpos=size-1;
str[strpos]=0;
return strpos;
break;
}
if (varlist[vlc]==2) //string
{
char *s=__builtin_va_arg(arglist,char *);
_i=strlen(s);
if (strpos+_i>size)
_i=size-(strpos+_i-size);
copymem(&str[strpos],s,_i);
strpos+=_i;
}
if (varlist[vlc]==4) //16 char hex
{
unsigned long long i=__builtin_va_arg(arglist,unsigned long long);
unsigned int p1=i;
unsigned int p2=(unsigned long long)(i>>32);
itoa(p2,16,temps,100);
appendzero(temps,8,100);
_i=8;
if (strpos+_i>size)
_i=size-(strpos+_i-size);
copymem(&str[strpos],temps,_i);
strpos+=_i;
if (strpos>=size)
{
str[size-1]=0;
return size; //enough
}
itoa(p1,16,temps,100);
appendzero(temps,8,100);
_i=8;
if (strpos+_i>size)
_i=size-(strpos+_i-size);
copymem(&str[strpos],temps,_i);
strpos+=_i;
}
if (varlist[vlc]==5) //char
{
int c=__builtin_va_arg(arglist,int);
str[strpos]=(char)c;
strpos++;
}
