void
CommandLineParser::parse()
{
while ( hasNextArgument() )
{
getNextOption();
if ( isOption( "c", "compiler" ) )
m_useCompiler = true;
else if ( isOption( "x", "xml" ) )
{
m_useXml = true;
m_xmlFileName = getNextOptionalParameter();
}
else if ( isOption( "s", "xsl" ) )
m_xsl = getNextParameter();
else if ( isOption( "e", "encoding" ) )
m_encoding = getNextParameter();
else if ( isOption( "b", "brief-progress" ) )
m_briefProgress = true;
else if ( isOption( "n", "no-progress" ) )
m_noProgress = true;
else if ( isOption( "t", "text" ) )
m_useText = true;
else if ( isOption( "o", "cout" ) )
m_useCout = true;
else if ( isOption( "w", "wait" ) )
m_waitBeforeExit = true;
else if ( !m_option.empty() )
fail( "Unknown option" );
else if ( hasNextArgument() )
readNonOptionCommands();
}
}
EXPORT int
GetOptions( char *const *argv, optionT *table, unsigned flags, void *reserved )
{ struct global data;
int i=0;
int fail=0;
if( do_sanity(&data,argv,table,flags,reserved) <0 )
{ report(flags,_("invalid arguments") );
return -1;
}
while( !fail && (i=getNextOption(&data)) >= 0 )
{ if( process(table+i,data.arg) <0 )
{ report(data.flags,_("format error in `%s'"), data.arg);
fail=1;
}
}
/*free_argv((char **)data.argv);*/
return (fail || i != RET_END) ? -1:data.i;
}
