public static void Main (String[] args)
{
corcls lister = new corcls();
// processArgs() will set the switches and return an array of the non-
// switch arguments -- the classnames to be displayed.
String[] classList = lister.processArgs( args );
// show help if the user asked, or if there were no classname args
if (showHelp || (classList.Length == 0 && lister.moduleName == null))
{
Console.WriteLine( "corcls: Shared Source CLI Runtime class display utility" );
Console.WriteLine( "\nusage: corcls [options] <classname> [classname...]" );
Console.WriteLine( "" );
Console.WriteLine( " options" );
Console.WriteLine( " -a <level> abbreviation level [ short | medium | long ]" );
Console.WriteLine( " -w generate HTML content" );
Console.WriteLine( " -f force full package qualifiers" );
Console.WriteLine( " -m <module> load and search the named CLI assembly" );
Console.WriteLine( " -noinherit don't display inherited methods and fields" );
Console.WriteLine( " -o only show class names within modules (use with -m)" );
Console.WriteLine( " -q be quiet, suppress errors" );
Console.WriteLine( " -v visible (public & protected) classes/methods/fields only" );
Console.WriteLine( " -p public classes, methods, or fields only" );
Console.WriteLine( " -h Show this usage help" );
}
Assembly module = null;
if (lister.moduleName != null)
module = Assembly.LoadFrom( lister.moduleName );
// there are no named classes, dump all in the module
if (classList.Length == 0)
{
lister.showModule( module );
}
else
{
// for each classname in the list
for (int i = 0; i < classList.Length; i++)
{
if (classList[ i ].Equals( "*" ))
lister.showModule( module );
else
{
// find the Class
Type cls = FindClass( classList[ i ], module );
// if null then there's a problem
if (cls == null)
{
if (!BaseGenerator.beQuiet)
Console.WriteLine( "class " + classList[ i ] + " not found." );
}
else
// or, we've got one, so show it.
lister.showClass( cls );
}
}
}
}
