void MWorkFile::dump( WFile& fil )
{
MRule* rule = _item->rule();
WString& mask = _component->mask();
fil.printf( "#%FP", this );
fil.printf( ", %s:%s", (const char*)mask, (const char*)rule->tag() );
fil.printf( ", %s", (const char*)*this );
WString n;
int icount = _states.count();
if( icount > 0 ) {
bool first = TRUE;
for( int i=0; i<icount; i++ ) {
MState* st = (MState*)_states[i];
WString temp;
st->sw()->getText( temp, st );
if( temp.size() > 0 ) {
if( first ) n.concat( " (" );
if( !first ) n.concat( ' ' );
n.concat( temp );
first = FALSE;
}
}
if( !first ) n.concat( ')' );
}
fil.printf( " %s\n", (const char*)n );
}
void MWorkFile::makeCommand( WString& s, WVList* workFiles )
{
WVList states; addStates( states ); //do we need to make this copy?
MRule* rule = _item->rule();
WString& mask = _component->mask();
WFileName f( *this );
f.relativeTo( _component->filename() );
rule->makeCommand( s, &f, workFiles, mask, &states, _component->mode(), &_browseable );
}
void MConfig::addRules( WFileName& srcMask, WFileName& tgtMask, WVList& list, WString& tagMask )
{
int icount = _rules.count();
for( int i=0; i<icount; i++ ) {
MRule* rule = (MRule*)_rules[i];
if( rule->match( tagMask, srcMask, tgtMask ) ) {
list.add( rule );
}
}
}
MRule* MConfig::findMatchingRule( WFileName& fn, WString& mask )
{
int icount = _rules.count();
for( int i=0; i<icount; i++ ) {
MRule* rule = (MRule*)_rules[i];
if( rule->match( mask, fn ) ) {
return( rule );
}
}
return( nilRule() );
}
int MConfig::findMatchingRules( WFileName& fn, WString& mask, WVList& list )
{
int icount = _rules.count();
for( int i=0; i<icount; i++ ) {
MRule* rule = (MRule*)_rules[i];
if( rule->match( mask, fn ) ) {
list.add( rule );
}
}
return( list.count() );
}
MRule* MConfig::findRule( WString& ruletag )
{
int icount = _rules.count();
for( int i=0; i<icount; i++ ) {
MRule* rule = (MRule*)_rules[i];
if( ruletag == rule->tag() ) {
return( rule );
}
}
return( NULL );
}
void MItem::addActions( WFileName& fn, WVList& list )
{
WVList rules;
if( _config->findMatchingRules( fn, _component->mask(), rules ) ) {
for( int i=0; i<rules.count(); i++ ) {
MRule* r = (MRule*)rules[i];
for( int j=0; j<r->actions().count(); j++ ) {
list.add( r->actions()[j] );
}
}
}
}
void WEXPORT MState::readSelf( WObjectFile& p )
{
p.readObject( &_toolTag );
_tool = _config->findTool( _toolTag );
if( !_tool ) {
MRule* r = _config->findRule( _toolTag ); //temp
if( r ) {
_tool = r->tool();
} else {
_tool = _config->nilTool();
}
_toolTag = _tool->tag();
}
p.readObject( &_switchTag );
_config->kludgeString( _switchTag );
FixTypo( _switchTag );
_switch = _tool->findSwitch( _switchTag );
if( p.version() > 27 ) {
p.readObject( &_mode );
}
}
void MConfig::enumAccel( WObject *obj, bcbk fn )
{
int icount;
WKeyCode key;
int i;
icount = _actions.count();
for( i=0; i < icount; i++ ) {
MAction *action;
action = (MAction *)_actions[i];
key = action->menuAccel();
if( key != WKeyNone ) {
if( (obj->*fn)( key ) ) return;
}
}
icount = _rules.count();
for( i=0; i < icount; i++ ) {
MRule *rule;
rule = (MRule *)_rules[i];
if( rule->enumAccel( obj, fn ) ) return;
}
}