void ToutPage::onStoreExternal(void)
{
char_t storeExtFlnm[MAX_PATH];
cfgGet(IDFF_enc_storeExtFlnm,storeExtFlnm,MAX_PATH);
if (dlgGetFile(true,m_hwnd,_(-IDD_OUT,_l("Select file for storing frames")),_l("All files (*.*)\0*.*\0"),_l(""),storeExtFlnm,_l("."),0)) {
cfgSet(IDFF_enc_storeExtFlnm,storeExtFlnm);
out2dlg();
}
}
void TbitmapPage::onFlnm(void)
{
char_t flnm[MAX_PATH];
cfgGet(IDFF_bitmapFlnm,flnm,MAX_PATH);
if (dlgGetFile(false,m_hwnd,_(-IDD_BITMAP,_l("Load image file")),_l("All supported (*.jpg,*.bmp,*.gif,*.png)\0*.bmp;*.jpg;*.jpeg;*.gif;*.png\0Windows Bitmap (*.bmp)\0*.bmp\0JPEG (*.jpg)\0*.jpg\0Compuserve Graphics Interchange (*.gif)\0*.gif\0Portable Network Graphics (*.png)\0*.png"),_l("bmp"),flnm,_l("."),0)) {
setDlgItemText(m_hwnd,IDC_ED_BITMAP_FLNM,flnm);
cfgSet(IDFF_bitmapFlnm,flnm);
}
}
void TOSDpageDec::onSave(void)
{
char_t flnm[MAX_PATH];
cfgGet(IDFF_OSDsaveFlnm, flnm, MAX_PATH);
if (dlgGetFile(true, m_hwnd, _(-IDD_OSD, _l("File where to write statistics")), _l("Comma delimited (*.csv)\0*.csv\0"), _l("csv"), flnm, _l("."), 0)) {
setDlgItemText(m_hwnd, IDC_ED_OSD_SAVE, flnm);
cfgSet(IDFF_OSDsaveFlnm, flnm);
}
}
void TgraphPage::onDebugoutputfile(void)
{
char_t debugfile[MAX_PATH];
cfgGet(IDFF_debugfile, debugfile, MAX_PATH);
if (dlgGetFile(true, m_hwnd, _(-IDD_GRAPH, _l("Select file for debug info")), _l("Log files (*.log)\0*.log\0All files (*.*)\0*.*\0"), _l("log"), debugfile, _l("."), 0)) {
cfgSet(IDFF_debugfile, debugfile);
debug2dlg();
}
}
void TpresetsPage::onSaveToFile(void)
{
int i=lvGetSelItem(IDC_LV_PRESETS);
char_t presetFlnm[MAX_PATH];
_splitpath_s((*parent->localPresets)[i]->presetName, NULL, 0, NULL, 0, presetFlnm, countof(presetFlnm), NULL, 0);
if (dlgGetFile(true,m_hwnd,_(-IDD_PRESETS,_l("Save ffdshow preset")),presetfilter,presetext,presetFlnm,_l("."),0)) {
(*parent->localPresets)[i]->saveFile(presetFlnm);
}
}
ffstring TconvolverPage::selectFile(int idff,int idc)
{
char_t flnm[MAX_PATH];
cfgGet(idff,flnm,MAX_PATH);
if (dlgGetFile(false,m_hwnd,_(-IDD_CONVOLVER,_l("Select impulse file")),_l("Wave files (*.wav,*.wv)\0*.wav;*.wv\0All files (*.*)\0*.*\0"),_l("wav"),flnm,_l("."),0)) {
if (idc) {
setDlgItemText(m_hwnd,idc,flnm);
}
cfgSet(idff,flnm);
return flnm;
} else {
return ffstring();
}
}
void TkeysPage::onGirder(void)
{
if (deciD->getKeyParamKey2(0) != VK_CONTROL || deciD->getKeyParamKey2(1) != VK_MENU || deciD->getKeyParamKey2(2) != VK_SHIFT) {
err(_(-IDD_KEYS, _l("GML file can be exported only if:\nActivation key 1 is 'ctrl'\nActivation key 2 is 'alt' and\nSecond function key is 'shift'")), _(-IDD_KEYS, _l("Girder export")));
} else {
char_t flnm[MAX_PATH] = _l("ffdshow.gml");
if (dlgGetFile(true, m_hwnd, _(-IDD_KEYS, _l("Select name of exported Girder file")), _l("Girder Files (*.gml)\0*.gml\0"), _l("gml"), flnm, _l("."), 0))
if (deciD->exportKeysToGML(flnm) == S_OK) {
msg(_(-IDD_KEYS, _l("GML file exported successfully")), _(-IDD_KEYS, _l("Girder export")));
} else {
err(_(-IDD_KEYS, _l("GML file export failed")), _(-IDD_KEYS, _l("Girder export")));
}
}
}
void TpresetsPage::onReadFromFile(void)
{
int i=lvGetSelItem(IDC_LV_PRESETS);
char_t presetFlnm[MAX_PATH];
_splitpath_s((*parent->localPresets)[i]->presetName, NULL, 0, NULL, 0, presetFlnm, countof(presetFlnm), NULL, 0);
if (dlgGetFile(false,m_hwnd,_(-IDD_PRESETS,_l("Load ffdshow preset")),presetfilter,presetext,presetFlnm,_l("."),0)) {
char_t presetName[MAX_PATH];
ff_strncpy(presetName,(*parent->localPresets)[i]->presetName,MAX_PATH);
(*parent->localPresets)[i]->loadFile(presetFlnm);
ff_strncpy((*parent->localPresets)[i]->presetName, presetName, countof((*parent->localPresets)[i]->presetName));
parent->selectPreset(presetName);
cfg2dlg();
parent->setChange();
}
}
void TavisynthPage::onLoad(void)
{
char_t scriptflnm[MAX_PATH] = _l("");
if (dlgGetFile(false, m_hwnd, _(-IDD_AVISYNTH, _l("Load Avisynth script")), avs_mask, _l("avs"), scriptflnm, _l("."), 0)) {
FILE *f = fopen(scriptflnm, _l("rb"));
if (f) {
char script[MAX_AVISYNTH_SCRIPT_LENGTH];
size_t len = fread(script, 1, MAX_AVISYNTH_SCRIPT_LENGTH, f);
fclose(f);
script[len] = '\0';
setDlgItemText(m_hwnd, IDC_ED_AVISYNTH, text<char_t>(script));
}
parent->setChange();
}
}
void TquantTablesPageBase::onSave(void)
{
if (dlgGetFile(true,m_hwnd,_(-IDD_QUANT_TABLES,_l("Save quantization matrices")),_l("XviD quantization matrices file (*.xcm)\0*.xcm\0ffdshow quantization matrices file (*.qmatrix)\0*.qmatrix\0Custom quantization matrix (*.cqm)\0*.cqm\0All files (*.*)\0*.*\0"),_l("*.xcm"),matrixflnm,firstdir?matrixdir:_l("."),0)) {
firstdir=false;
FILE *f=fopen(matrixflnm,_l("wb"));
if (f) {
uint8_t *qmatrix_intra_custom,*qmatrix_inter_custom;
getCustomQuantMatrixes(&qmatrix_intra_custom,&qmatrix_inter_custom,NULL,NULL,NULL,NULL);
if (qmatrix_intra_custom || qmatrix_inter_custom) {
fwrite(qmatrix_intra_custom?qmatrix_intra_custom:qmatrix_inter_custom,1,64,f);
fwrite(qmatrix_inter_custom?qmatrix_inter_custom:qmatrix_intra_custom,1,64,f);
}
fclose(f);
} else {
err(_(-IDD_QUANT_TABLES,_l("Error while saving quantization matrices")));
}
}
}
void TavisynthPage::onSave(void)
{
char_t scriptflnm[MAX_PATH] = _l("");
if (dlgGetFile(true, m_hwnd, _(-IDD_AVISYNTH, _l("Save Avisynth script")), avs_mask, _l("avs"), scriptflnm, _l("."), 0)) {
FILE *f = fopen(scriptflnm, _l("wt"));
if (f) {
int linescnt = (int)SendDlgItemMessage(m_hwnd, IDC_ED_AVISYNTH, EM_GETLINECOUNT, 0, 0);
for (int i = 0; i < linescnt; i++) {
char_t line[MAX_AVISYNTH_SCRIPT_LENGTH];
WORD *lparam = (WORD*)line;
*lparam = MAX_AVISYNTH_SCRIPT_LENGTH;
LRESULT len = SendDlgItemMessage(m_hwnd, IDC_ED_AVISYNTH, EM_GETLINE, i, LPARAM(line));
line[len] = '\0';
if (i > 0) {
fputs("\n", f);
}
fputs(text<char>(line), f);
}
fclose(f);
}
}
}
void TlevelsPage::onCurveLoad(void)
{
if (dlgGetFile(false,m_hwnd,_(-IDD_LEVELS,_l("Select curve file")),_l("Adobe Photoshop Curves (*.acv)\0*.acv\0All files (*.*)\0*.*\0"),_l("acv"),curvesflnm,_l("."),0)) {
FILE *f=fopen(curvesflnm,_l("rb"));
if (!f) {
return;
}
int16_t w;
if (fread(&w,1,2,f)==2 && av_be2ne16(w)==4)
if (fread(&w,1,2,f)==2 && av_be2ne16(w)==5) {
int16_t cnt;
if (fread(&cnt,1,2,f)==2 && (cnt=av_be2ne16(cnt))>0) {
cnt=std::min(cnt,int16_t(10));
cfgSet(IDFF_levelsNumPoints,cnt);
std::pair<uint8_t,uint8_t> pts[10];
int numpoints=0;
for (int i=0; i<cnt; i++) {
int16_t x,y;
if (fread(&y,1,2,f)!=2 || fread(&x,1,2,f)!=2) {
break;
}
pts[numpoints].first=limit_uint8(av_be2ne16(x));
pts[numpoints].second=limit_uint8(av_be2ne16(y));
numpoints++;
}
std::sort(pts,pts+numpoints);
for (int i=0; i<numpoints; i++) {
cfgSet(TwidgetCurves::idffs[2*i+0],pts[i].first);
cfgSet(TwidgetCurves::idffs[2*i+1],pts[i].second);
}
wCurves->reset();
map2dlg();
}
}
fclose(f);
}
}
void TquantTablesPageBase::onLoad(void)
{
if (dlgGetFile(false,m_hwnd,_(-IDD_QUANT_TABLES,_l("Load quantization matrices")),_l("All matrix files (*.xcm;*.qmatrix;*.cqm;*.txt)\0*.xcm;*.qmatrix;*.txt\0XviD quantization matrices file (*.xcm)\0*.xcm\0ffdshow quantization matrices file (*.qmatrix;*.txt)\0*.qmatrix;*.txt\0Custom quantization matrix (*.cqm)\0*.cqm\0All files (*.*)\0*.*\0"),_l("*.xcm"),matrixflnm,firstdir?matrixdir:_l("."),0)) {
firstdir=false;
const char_t *error=NULL;
size_t readed=0;
FILE *f=fopen(matrixflnm,_l("rb"));
if (f) {
uint8_t *qmatrix_intra_custom,*qmatrix_inter_custom;
getCustomQuantMatrixes(&qmatrix_intra_custom,&qmatrix_inter_custom,NULL,NULL,NULL,NULL);
if (qmatrix_intra_custom) {
readed+=fread(qmatrix_intra_custom,1,64,f);
} else {
fseek(f,64,SEEK_CUR);
readed+=64;
}
if (qmatrix_inter_custom) {
readed+=fread(qmatrix_inter_custom,1,64,f);
} else {
fseek(f,64,SEEK_CUR);
readed+=64;
}
fclose(f);
if (readed!=128) {
error=_l("Error while loading quantization matrices");
}
}
if (error) {
err(_(-IDD_QUANT_TABLES,error));
} else {
if (readed) {
setChange();
}
cfg2dlg();
}
}
}
void TcompatibilityList::onAddFile(void)
{
char_t newFileName[MAX_PATH] = _l("");
const char_t* mask = _l("Executable (*.exe)\0*.exe\0");
ffstring startdir(config->pth);
if (startdir[startdir.size() - 1] == '\\') {
startdir += _l("..");
} else {
startdir += _l("\\..");
}
const char_t *capt;
if (IDFF_target == IDFF_whitelist) {
capt = _l("Add compatible executable file");
} else {
capt = _l("Add incompatible executable file");
}
if (dlgGetFile(false, m_hwnd, _(-IDD_COMPATIBILITY, capt), mask, _l("exe"), newFileName, startdir.c_str(), 0)) {
char_t filename[MAX_PATH];
extractfilename(newFileName, filename);
dlg2dlg(filename);
}
}