private static Type[] GetParameterTypes(object[] parameters)
{
Type[] marshalType = new Type[(int)parameters.Length];
for (int i = 0; i < (int)parameters.Length; i++)
{
marshalType[i] = CdeclFunction.GetMarshalType(parameters[i].GetType());
}
return(marshalType);
}
static XPrintfFunctions()
{
CdeclFunction cdeclFunction = new CdeclFunction("msvcrt", "printf", typeof(int));
XPrintfFunctions.printf = new XPrintfFunctions.XPrintf(cdeclFunction.Invoke);
CdeclFunction cdeclFunction1 = new CdeclFunction("msvcrt", "fprintf", typeof(int));
XPrintfFunctions.fprintf = new XPrintfFunctions.XPrintf(cdeclFunction1.Invoke);
CdeclFunction cdeclFunction2 = new CdeclFunction("MonoPosixHelper", "Mono_Posix_Stdlib_snprintf", typeof(int));
XPrintfFunctions.snprintf = new XPrintfFunctions.XPrintf(cdeclFunction2.Invoke);
CdeclFunction cdeclFunction3 = new CdeclFunction("MonoPosixHelper", "Mono_Posix_Stdlib_syslog2", typeof(int));
XPrintfFunctions.syslog = new XPrintfFunctions.XPrintf(cdeclFunction3.Invoke);
}
static XPrintfFunctions()
{
CdeclFunction _printf = new CdeclFunction(Stdlib.LIBC, "printf", typeof(int));
printf = new XPrintf(_printf.Invoke);
CdeclFunction _fprintf = new CdeclFunction(Stdlib.LIBC, "fprintf", typeof(int));
fprintf = new XPrintf(_fprintf.Invoke);
CdeclFunction _snprintf = new CdeclFunction(Stdlib.MPH,
"Mono_Posix_Stdlib_snprintf", typeof(int));
snprintf = new XPrintf(_snprintf.Invoke);
CdeclFunction _syslog = new CdeclFunction(Syscall.MPH,
"Mono_Posix_Stdlib_syslog2", typeof(int));
syslog = new XPrintf(_syslog.Invoke);
}
public object Invoke(object[] parameters)
{
Type[] parameterTypes = CdeclFunction.GetParameterTypes(parameters);
return(this.CreateMethod(parameterTypes).Invoke(null, parameters));
}