Kumu::PathList_t&
Kumu::FindInPath(const IPathMatch& Pattern, const std::string& SearchDir,
Kumu::PathList_t& FoundPaths, bool one_shot, char separator)
{
char name_buf[MaxFilePath];
DirScanner Dir;
if ( KM_SUCCESS(Dir.Open(SearchDir.c_str())) )
{
while ( KM_SUCCESS(Dir.GetNext(name_buf)) )
{
if ( name_buf[0] == '.' ) continue; // no hidden files
std::string tmp_path = SearchDir + separator + name_buf;
if ( PathIsDirectory(tmp_path.c_str()) )
FindInPath(Pattern, tmp_path, FoundPaths, one_shot, separator);
else if ( Pattern.Match(name_buf) )
{
FoundPaths.push_back(SearchDir + separator + name_buf);
if ( one_shot )
break;
}
}
}
return FoundPaths;
}
Result_t
h__DeletePath(const std::string& pathname)
{
if ( pathname.empty() )
return RESULT_NULL_STR;
Result_t result = RESULT_OK;
if ( ! PathIsDirectory(pathname) )
{
result = DeleteFile(pathname);
}
else
{
{
DirScanner TestDir;
char next_file[Kumu::MaxFilePath];
result = TestDir.Open(pathname.c_str());
while ( KM_SUCCESS(result) && KM_SUCCESS(TestDir.GetNext(next_file)) )
{
if ( next_file[0] == '.' )
{
if ( next_file[1] == 0 )
continue; // don't delete 'this'
if ( next_file[1] == '.' && next_file[2] == 0 )
continue; // don't delete 'this' parent
}
result = h__DeletePath(pathname + std::string("/") + next_file);
}
}
if ( _rmdir(pathname.c_str()) != 0 )
{
switch ( errno )
{
case ENOENT:
case ENOTDIR:
result = RESULT_NOTAFILE;
break;
case EROFS:
case EBUSY:
case EACCES:
case EPERM:
result = RESULT_NO_PERM;
break;
default:
DefaultLogSink().Error("DeletePath %s: %s\n", pathname.c_str(), strerror(errno));
result = RESULT_FAIL;
}
}
}
return result;
}
bool
CodeWindowHandler::handleKey(const InputEvent &e) {
CodeWindow * d = NULL;
DisplayWindow * dd = NULL;
//wm set the event before this was called.
InputState * wimp = _wm->wimp();
bool ret = false;
if (wimp->ctrlDown ) {
ret = true;
switch ( wimp->lastKey ) {
case KEY_CTRL_U:
_wm->arrangeWindows();
break;
case KEY_CTRL_N:
d = (CodeWindow*)new_window();
d->current()->setBuffer( d->getTextContent()->getBuf() );
d->moveto(wimp->lastPos[0], wimp->lastPos[1] );
_wm->addWindow(d);
_wm->setTopWindow(d);
break;
case KEY_CTRL_F:
case KEY_CTRL_O: //create new window and pass the call down...
if ( !_wm->top()) {
DirScanner dr;
fileData * f = dr.openFileDialog();
fileData * nf = f;
int c = 0;
while ( nf ) {
EM_log( CK_LOG_INFO, "(audicle) opening file %d : %s", c, nf->fileName.c_str() );
d = (CodeWindow*)new_window(); //new codewindow, new textwindow, empty buffer
d->getTextContent()->open( (char*)nf->fileName.c_str());
d->current()->setBuffer( d->getTextContent()->getBuf() );
Point2D np = wimp->lastPos + Point2D(0.03, -0.03 ) * (double)c;
d->moveto(np[0], np[1] );
d->resize( max ( 2.25, d->base()->w() ) , max ( 2.5, d->base()->h() ) );
_wm->addWindow(d);
_wm->setTopWindow(d);
c++;
nf = nf->next;
}
}
else ret = false;
break;
default:
ret = false;
}
}
return ret;
}
bool
TextWindowHandler::handleKey(const InputEvent &e) {
DisplayWindow * d;
e.fprint( stderr );
InputState * wimp = _wm->wimp();
wimp->setEvent(e);
bool ret = false;
if (wimp->ctrlDown ) {
bool ret = true;
switch ( wimp->lastKey ) {
case KEY_CTRL_N:
fprintf(stderr,"Make new window\n");
d = new DisplayWindow();
d->setContent(new TextContent());
_wm->addWindow(d);
d->moveto(wimp->lastPos[0], wimp->lastPos[1] );
break;
case KEY_CTRL_F:
case KEY_CTRL_O: //create new window and pass the call down...
if ( !_wm->top()) {
DirScanner dr;
fileData * f = dr.openFileDialog();
fileData * nf = f;
int c = 0;
while ( nf ) {
EM_log( CK_LOG_INFO, "(audicle) opening file %d : %s", c, nf->fileName.c_str());
d = new DisplayWindow();
TextContent * ntext = new TextContent();
ntext->open((char*)nf->fileName.c_str());
d->setContent(ntext);
Point2D np = wimp->lastPos + Point2D(0.03, -0.03 ) * (double)c;
d->moveto(np[0], np[1] );
_wm->addWindow(d);
_wm->setTopWindow(d);
c++;
nf = nf->next;
}
}
break;
default:
ret = false;
}
}
return ret;
}
void
TextBuffer::write( char * filepath) {
fprintf(stderr, "writing to file\n");
char outfile[256];
outfile[0] = '\0';
if ( filepath ) strncpy ( (char*)outfile, filepath, 256 );
else if ( _filepath.size() > 0 ) strncpy ( (char*)outfile, _filepath.c_str(), 256 );
if ( strlen(outfile) == 0 ) {
char newname[512];
newname[0]= '\0';
DirScanner * dScan = new DirScanner();
fileData * fD = dScan->saveFileDialog();
if ( fD ) {
fprintf(stderr, "textbuf - opening %s\n", fD->fileName.c_str() );
write ( (char*) fD->fileName.c_str() );
}
else {
fprintf (stderr, "no filename specified\n");
}
return;
// _mesg = "waiting for file name...";
// fprintf(stderr, "enter a filename!...\n>");
// fscanf(stdin, "%s", newname );
}
FILE * f = fopen ( outfile ,"w" );
if ( f ) {
print(f);
fclose(f);
_mesg = (std::string)"wrote to file " + outfile;
_filepath = outfile;
char * name = strrchr ( outfile, DM );
_filename = ( name ) ? name+1 : _filepath ;
setVersion();
}
else {
_mesg = (std::string)"! error writing to file " + outfile;
fprintf( stderr, "texteditor] TextBuffer::write() error- could not open %s\n", outfile );
}
}
int main(int argc, char *args[]){
if(argc < 3){
std::cout << "Program moves and renames file "
"from Graphical Herbalism installation" << std::endl;
std::cout << "Usage: prog_name path/to/morrowind/data "
"empty_nif_file_path.nif" << std::endl;
return 0;
}
std::string dataDir = args[1];
std::string emptyNif = args[2];
Logger log;
DirScanner scanner;
scanner.attachLogger(&log);
scanner.scan(dataDir);
DirAnalyzer analyzer;
analyzer.attachLogger(&log);
analyzer.setOriginals(scanner.getOriginalNifs());
analyzer.setPicked(scanner.getPickedNifs());
analyzer.setUnpicked(scanner.getUnpickedNifs());
analyzer.setEmpty(emptyNif);
analyzer.analyze();
FileMover mover;
mover.attachLogger(&log);
mover.move(analyzer.getFilesToMove());
mover.copy(analyzer.getFilesToCopy());
log.returnLog();
return 0;
}
void
TextBuffer::open( char * filepath ) {
if ( !filepath ) {
DirScanner dScan;
fileData * fD = dScan.openFileDialog();
if ( fD ) {
fprintf(stderr, "textbuf - opening %s\n", fD->fileName.c_str() );
open ( (char*) fD->fileName.c_str() );
if ( fD->next )
fprintf(stderr, "textbuffer: opening first of multiple files...\n");
}
else {
fprintf (stderr, "no filename specified\n");
}
return;
}
else if ( !_source->readfile(filepath) ) {
_lines.clear();
std::string ln;
while ( _source->getline(ln) != EOF ) {
addLine(ln);
}
setFilePath ( filepath );
_mesg = (std::string)"read file: " + _filename ;
_edits.clear();
_undoPos = -1;
_inUndo = false;
_editDepth =0;
_modDepth = 0;
setVersion();
}
else {
_filepath = "";
_filename = "";
_mesg = (std::string)"file: " + filepath + " not found";
}
}
Result_t
ASDCP::AtmosSyncChannelMixer::OpenRead(const Kumu::PathList_t& argv, const Rational& PictureRate)
{
Result_t result = RESULT_OK;
PathList_t::iterator fi;
Kumu::PathList_t file_list;
PCM::AudioDescriptor tmpDesc;
if ( argv.size() == 1 && PathIsDirectory(argv.front()) )
{
DirScanner Dir;
char name_buf[MaxFilePath];
result = Dir.Open(argv.front().c_str());
if ( KM_SUCCESS(result) )
result = Dir.GetNext(name_buf);
while ( KM_SUCCESS(result) )
{
if ( name_buf[0] != '.' ) // no hidden files
{
std::string tmp_path = argv.front() + "/" + name_buf;
file_list.push_back(tmp_path);
}
result = Dir.GetNext(name_buf);
}
if ( result == RESULT_ENDOFFILE )
{
result = RESULT_OK;
file_list.sort();
}
}
else
{
file_list = argv;
}
for ( fi = file_list.begin(); KM_SUCCESS(result) && fi != file_list.end(); ++fi )
{
result = OpenRead(*fi, PictureRate);
}
if ( ASDCP_SUCCESS(result) && (m_ChannelCount < ATMOS::SYNC_CHANNEL))
{
// atmos sync channel has not been added
result = MixInSilenceChannels();
if ( ASDCP_SUCCESS(result) )
result = MixInAtmosSyncChannel();
}
if ( ASDCP_SUCCESS(result) )
{
m_ADesc.ChannelCount = m_ChannelCount;
m_ADesc.AvgBps = (ui32_t)(ceil(m_ADesc.AudioSamplingRate.Quotient()) * m_ADesc.BlockAlign);
}
else
{
clear();
}
return result;
}
//-----------------------------------------------------------------------------
// name: on_event()
// desc: ...
//-----------------------------------------------------------------------------
t_TAPUINT UITreesynth::on_event( const AudicleEvent & event )
{
static t_TAPUINT m_mouse_down = FALSE;
static t_TAPUINT which = 0;
static Point2D last;
t_TAPBOOL hit = FALSE;
Point2D diff;
t_TAPUINT i;
if( event.type == ae_event_INPUT )
{
InputEvent * ie = (InputEvent *)event.data;
if( ie->type == ae_input_MOUSE )
{
ie->popStack();
for( i = 0; i < NUM_UI_ELEMENTS; i++ )
{
if( ie->checkID( ui_elements[i]->id ) )
{
if( ie->state == ae_input_DOWN )
{
hit = TRUE;
ui_elements[i]->down = TRUE;
if( i >= SL_PERCENTAGE && i <= SL_STOPLEVEL )
ui_elements[i]->slide_last = (ie->pos[1]/AudicleWindow::main()->m_vsize ) / g_slider_height;
if( i == FL_ANCFIRST )
{
ui_elements[i]->slide = 1.0f - ui_elements[i]->slide;
if( g_ts )
{
g_mutex.acquire();
g_ts->ancfirst = ui_elements[FL_ANCFIRST]->fvalue() > 0.5;
g_mutex.release();
}
}
if( i == FL_RANDFLIP )
{
ui_elements[i]->slide = 1.0f - ui_elements[i]->slide;
if( g_ts )
{
g_mutex.acquire();
g_ts->randflip = ui_elements[FL_RANDFLIP]->fvalue() > 0.5;
g_mutex.release();
}
}
if( i == FL_WRITE_FILE )
{
if( g_shutup )
{
ui_elements[i]->slide = 1.0f - ui_elements[i]->slide;
}
else
{
msg_box( "bad!", "wavelet-tree already synthesizing!" );
}
}
}
if( ie->state == ae_input_UP && ui_elements[i]->down == TRUE )
{
// ~~~~~~~~~~~~~~~~~~~~~~~~ LOAD FROM FILE ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
if( i == BT_LOAD_FILE )
{
m_audio->bus(1)->stop();
usleep( 100000 );
g_shutup = TRUE;
g_lib = FALSE;
DirScanner dScan;
fileData * fD = dScan.openFileDialog();
if ( fD )
{
fprintf(stderr, "residue file %s\n", fD->fileName.c_str() );
if ( fD->next )
fprintf( stderr, "may not be opening first of multiple files...\n");
strcpy( g_ifile, fD->fileName.c_str() );
}
}
// ~~~~~~~~~~~~~~~~~~~~~~~~ LOAD FROM ANALYSIS ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
if( i == BT_LOAD_ANALYSIS )
{
m_audio->bus(1)->stop();
usleep( 100000 );
g_shutup = TRUE;
g_lib = TRUE;
}
// ~~~~~~~~~~~~~~~~~~~~~~~~ SYNTHESIZE ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
if( i == BT_SYNTHESIZE )
{
if( g_shutup )
{
ts_init( ui_elements );
ts_run();
AudioSrcEliot * ts = new AudioSrcEliot( g_tsio );
ts->on = &ui_elements[BT_SYNTHESIZE]->on;
m_audio->bus(1)->play( ts, FALSE );
ui_elements[BT_SYNTHESIZE]->on = TRUE;
ui_elements[BT_SYNTHESIZE]->on_where = 0.0;
}
else
{
msg_box( "bad!", "wavelet-tree already synthesizing!" );
}
}
// ~~~~~~~~~~~~~~~~~~~~~~~~ STOP ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
if( i == BT_STOP )
{
m_audio->bus(1)->stop();
usleep( 100000 );
g_shutup = TRUE;
}
}
}
// button up
if( ie->state == ae_input_UP && ui_elements[i]->down )
ui_elements[i]->down = FALSE;
}
// background
if( hit == FALSE )
{
if( ie->state == ae_input_DOWN )
{
which = !!(ie->mods & ae_input_CTRL);
m_mouse_down = TRUE;
last = ie->pos;
}
else
{
m_mouse_down = FALSE;
}
}
}
else if( ie->type == ae_input_MOTION )
{
for( i = SL_PERCENTAGE; i <= SL_STOPLEVEL; i++ )
{
if( ui_elements[i]->down )
{
ui_elements[i]->slide += (ie->pos[1]/AudicleWindow::main()->m_vsize )
/ g_slider_height - ui_elements[i]->slide_last;
ui_elements[i]->slide_last = (ie->pos[1]/AudicleWindow::main()->m_vsize ) / g_slider_height;
if( ui_elements[i]->slide > 1.0 ) ui_elements[i]->slide = ui_elements[i]->slide_last = 1.0;
if( ui_elements[i]->slide < 0.0 ) ui_elements[i]->slide = ui_elements[i]->slide_last = 0;
}
}
if( ui_elements[SL_STARTLEVEL]->down )
{
if( g_ts )
{
g_mutex.acquire();
g_ts->startlevel = ui_elements[SL_STARTLEVEL]->ivalue();
g_mutex.release();
}
}
if( ui_elements[SL_STOPLEVEL]->down )
{
if( g_ts )
{
g_mutex.acquire();
g_ts->stoplevel = ui_elements[SL_STOPLEVEL]->ivalue();
g_mutex.release();
}
}
if( ui_elements[SL_PERCENTAGE]->down )
{
if( g_ts )
{
g_mutex.acquire();
g_ts->percentage = ui_elements[SL_PERCENTAGE]->fvalue();
g_mutex.release();
}
}
if( ui_elements[SL_K]->down )
{
if( g_ts )
{
g_mutex.acquire();
g_ts->kfactor = ui_elements[SL_K]->fvalue();
g_mutex.release();
}
}
if( ui_elements[FL_ANCFIRST]->down )
{
if( g_ts )
{
g_mutex.acquire();
g_ts->ancfirst = ui_elements[FL_ANCFIRST]->fvalue() > 0.5;
g_mutex.release();
}
}
if( ui_elements[FL_RANDFLIP]->down )
{
if( g_ts )
{
g_mutex.acquire();
g_ts->randflip = ui_elements[FL_RANDFLIP]->fvalue() > 0.5;
g_mutex.release();
}
}
}
}
return AudicleFace::on_event( event );
}
Result_t
ASDCP::PCMParserList::OpenRead(const Kumu::PathList_t& argv, const Rational& PictureRate)
{
Result_t result = RESULT_OK;
PathList_t::iterator fi;
Kumu::PathList_t file_list;
if ( argv.size() == 1 && PathIsDirectory(argv.front()) )
{
DirScanner Dir;
char name_buf[MaxFilePath];
result = Dir.Open(argv.front().c_str());
if ( KM_SUCCESS(result) )
result = Dir.GetNext(name_buf);
while ( KM_SUCCESS(result) )
{
if ( name_buf[0] != '.' ) // no hidden files
{
std::string tmp_path = argv.front() + "/" + name_buf;
file_list.push_back(tmp_path);
}
result = Dir.GetNext(name_buf);
}
if ( result == RESULT_ENDOFFILE )
{
result = RESULT_OK;
file_list.sort();
}
}
else
{
file_list = argv;
}
for ( fi = file_list.begin(); KM_SUCCESS(result) && fi != file_list.end(); ++fi )
{
mem_ptr<ParserInstance> I = new ParserInstance;
result = I->OpenRead(fi->c_str(), PictureRate);
if ( ASDCP_SUCCESS(result) )
{
if ( fi == file_list.begin() )
{
m_ADesc = I->ADesc;
}
else
{
if ( I->ADesc.AudioSamplingRate != m_ADesc.AudioSamplingRate )
{
DefaultLogSink().Error("AudioSamplingRate mismatch in PCM parser list.");
return RESULT_FORMAT;
}
if ( I->ADesc.QuantizationBits != m_ADesc.QuantizationBits )
{
DefaultLogSink().Error("QuantizationBits mismatch in PCM parser list.");
return RESULT_FORMAT;
}
if ( I->ADesc.ContainerDuration < m_ADesc.ContainerDuration )
m_ADesc.ContainerDuration = I->ADesc.ContainerDuration;
m_ADesc.BlockAlign += I->ADesc.BlockAlign;
}
m_ChannelCount += I->ADesc.ChannelCount;
}
if ( ASDCP_SUCCESS(result) )
result = I->FB.Capacity(PCM::CalcFrameBufferSize(m_ADesc));
if ( ASDCP_SUCCESS(result) )
{
push_back(I);
I.release();
}
}
if ( ASDCP_SUCCESS(result) )
{
m_ADesc.ChannelCount = m_ChannelCount;
m_ADesc.AvgBps = (ui32_t)(ceil(m_ADesc.AudioSamplingRate.Quotient()) * m_ADesc.BlockAlign);
}
else
{
clear();
}
return result;
}
