void ConnectionWizard::selected(const QString &page)
{
if (page == "Connection target")
{
switch (rtype)
{
case None:
rbNone->setChecked(true);
setState(false, false, false, false, true);
break;
case FX:
rbFX->setChecked(true);
setState(false, true, false, true, false);
break;
case In:
rbInput->setChecked(true);
setState(false, true, false, true, false);
break;
case Out:
rbOutput->setChecked(true);
setState(false, true, false, true, false);
break;
case PIn:
case POut:
rbPatch->setChecked(true);
setState(true, true, false, true, false);
break;
}
}
else if (page == "Patch")
{
finishButton()->setEnabled(false);
if (pto)
{
// find patch
lbPatch->setCurrentItem(patchList.find(pto));
nextButton()->setEnabled(true);
}
else
{
QListBoxItem *si = lbPatch->selectedItem();
if (si)
lbPatch->setSelected(si, false);
lbPatch->setCurrentItem(-1);
nextButton()->setEnabled(false);
}
cbMulti->setChecked(route.getMulti());
cbSimple->setChecked(route.getSimple());
}
else if (page == "End")
{
nextButton()->setEnabled(false);
switch (rtype)
{
case None:
break;
case FX:
case In:
case Out:
loadEnd(rtype);
break;
case PIn:
case POut:
// load patch in or out
ios.clear();
lbEnd->clear();
for (int i = 0; i < (int)pto->getMaxIOIdx(out); i++)
{
RSItemIO *io = pto->getIO(out, i);
if (io)
{
ios.append(io);
lbEnd->insertItem(io->getDesc());
}
}
route.setMulti(cbMulti->isChecked());
route.setSimple(cbSimple->isChecked());
break;
}
if (route.getToIO())
{
lbEnd->setCurrentItem(ios.find(route.getToIO()));
finishButton()->setEnabled(true);
}
else
{
QListBoxItem *si = lbEnd->selectedItem();
if (si)
lbEnd->setSelected(si, false);
lbEnd->setCurrentItem(-1);
finishButton()->setEnabled(false);
}
}
}
bool ContextPrivate::load( const QString &pFileName, bool pPartial )
{
if( !QFile( pFileName ).exists() )
{
qWarning() << pFileName << "doesn't exist";
return( false );
}
QSettings CFG( pFileName, QSettings::IniFormat );
int VER = 1;
bool RET = false;
if( CFG.status() != QSettings::NoError )
{
qWarning() << pFileName << "can't load";
return( false );
}
if( CFG.format() != QSettings::IniFormat )
{
qWarning() << pFileName << "bad format";
return( false );
}
mActive = false;
emit loadStart( CFG, pPartial );
// if( !CFG.childGroups().contains( "fugio" ) )
// {
// qWarning() << pFileName << "invalid file";
// return( false );
// }
CFG.beginGroup( "fugio" );
VER = CFG.value( "version", VER ).toInt();
if( !pPartial )
{
qreal NewDur = CFG.value( "duration", double( mDuration ) ).toDouble();
setDuration( NewDur );
}
CFG.endGroup();
if( !pPartial )
{
CFG.beginGroup( "meta" );
for( auto it = mMetaNameMap.begin() ; it != mMetaNameMap.end() ; it++ )
{
const QString V = CFG.value( it.value() ).toString();
if( !V.isEmpty() )
{
mMetaInfoMap.insert( it.key(), V );
}
}
CFG.endGroup();
}
if( VER == 2 )
{
RET = loadSettings( CFG, pPartial );
}
//-------------------------------------------------------------------------
processDeferredNodes();
//-------------------------------------------------------------------------
if( !pPartial && mInitDeferNodeList.isEmpty() )
{
emit contextStart();
}
//-------------------------------------------------------------------------
emit loading( CFG, pPartial );
emit loadEnd( CFG, pPartial );
mActive = true;
return( RET );
}
/*************************************************************************
* uLoad
* "Parse" a uCode source program (using flex to scan it).
*************************************************************************/
int uLoad(uINSTRUCTION code[], int label[])
{
uINSTRUCTION *currInstr;
int codeLine = 0;
int i, lab;
do {
currInstr = &(code[codeLine]);
clearInstruction(currInstr);
codeFlag = valid;
loadOpcode(currInstr);
if (codeFlag == valid) {
switch (yytok) {
case tHLT:
break;
case tRD:
case tRDF:
case tRDS:
loadTarget(currInstr, 0);
break;
case tWRT:
case tWRTLN:
loadSource(currInstr, 0);
break;
case tWRTS:
case tWRTLNS:
break;
case tMOV :
case tNEG :
case tNEGF :
case tCASTI:
case tCASTF:
loadSource(currInstr, 0);
loadTarget(currInstr, 1);
break;
case tADD :
case tSUB :
case tMUL :
case tDIV :
case tMOD :
case tADDF :
case tSUBF :
case tMULF :
case tDIVF :
loadSource(currInstr, 0);
loadSource(currInstr, 1);
loadTarget(currInstr, 2);
break;
case tPUSH:
loadSource(currInstr, 0);
break;
case tPOP :
loadTarget(currInstr, 0);
break;
case tNEGS:
case tADDS:
case tSUBS:
case tMULS:
case tDIVS:
case tMODS:
case tNEGSF:
case tADDSF:
case tSUBSF:
case tMULSF:
case tDIVSF:
case tCASTSI:
case tCASTSF:
break;
/* Label instruction must be handled at load time */
case tLAB :
{
sscanf(yytext, "%*[Ll]%d:", &lab);
currInstr->Operand[0].Mode = mLabel;
setOperandValue(&(currInstr->Operand[0]), lab);
validateLabel(lab);
if (codeFlag == valid) {
if (label[lab] != undefinedLabel) {
sprintf(loadMessage, "L%d REDEFINED", lab);
codeFlag = badLabel;
} else {
label[lab] = codeLine;
}
}
break;
}
case tANDS:
case tORS:
case tNOTS:
break;
case tCMPEQS:
case tCMPGES:
case tCMPGTS:
case tCMPLES:
case tCMPLTS:
case tCMPNES:
case tCMPEQSF:
case tCMPGESF:
case tCMPGTSF:
case tCMPLESF:
case tCMPLTSF:
case tCMPNESF:
break;
case tBRTS:
case tBRFS:
loadLabel(currInstr, 0);
break;
case tBR :
loadLabel(currInstr, 0);
break;
case tBEQ :
case tBGE :
case tBGT :
case tBLE :
case tBLT :
case tBNE :
case tBEQF :
case tBGEF :
case tBGTF :
case tBLEF :
case tBLTF :
case tBNEF :
loadSource(currInstr, 0);
loadSource(currInstr, 1);
loadLabel (currInstr, 2);
break;
case tCALL:
loadLabel(currInstr, 0);
break;
case tRET :
break;
case tEOF :
break;
case tPRTS:
case tPRTR:
break;
default:
perror(">>> INTERNAL ERROR IN LOAD_uCODE <<<");
exit(1);
}
loadEnd();
}
/* Print an error message if an error occured */
if (codeFlag != valid) {
loadError(loadText, loadLine, loadMessage);
switch (codeFlag) {
case invalidOpcode:
break;
case invalidForm:
printCorrectForm(currInstr->Opcode);
break;
case invalidRegister:
fprintf(stderr, "\n VALID RegisterS RANGE FROM 0 to ");
fprintf(stderr, "%d", registerCount);
fprintf(stderr, "\n");
break;
case invalidLabel:
fprintf(stderr, "\n VALID LABELS RANGE FROM 0 to ");
fprintf(stderr, "%d", labelCount);
fprintf(stderr, "\n");
break;
case badLabel:
case invalidString:
break;
default:
perror(">>> INTERNAL ERROR IN uLOAD <<<");
exit(1);
}
}
/* Process debugging information and update counters */
fillInformation(currInstr, loadText, loadLine);
loadText[0] = '\0';
loadLine++;
codeLine++;
if (codeLine >= codeSize) {
fprintf(stderr, ">>> CODE MEMORY OVERFLOW <<<\n");
exit(1);
}
} while (yytok != tEOF);
/* Resolve labels if source was loaded successfully */
if (loadFlag == valid) {
for (i = 0; i < labelCount; i++) {
lab = label[i];
while ((lab < 0) && (lab != undefinedLabel)) {
label[i] = label[-label[i]];
lab = label[i];
}
}
}
return (loadFlag == valid) ?1 :0;
}