541 mainwindow.cpp
View file
@@ -1081,255 +1081,211 @@ void MainWindow::on_InsertButton_clicked()
}

//choose file to open
QString fileName = QFileDialog::getOpenFileName(this,tr("Load Savegame"), "", NULL);
if (fileName.isEmpty()) return; //return if user cancel
QFile file_in(fileName);
if (!(file_in.open(QIODevice::ReadOnly)))
//QStringList fileNames;
//QFileDialog dialog(this);
//dialog.setFileMode(QFileDialog::AnyFile);
//if (dialog.exec())
// fileNames = dialog.selectedFiles();
QStringList fileNames = QFileDialog::getOpenFileNames(this,tr("Load Savegame"), "", NULL);
if (fileNames.isEmpty()) return; //return if user cancel
//QString fileName = QFileDialog::getOpenFileName(this,tr("Load Savegame"), "", NULL);
//if (fileName.isEmpty()) return; //return if user cancel
//cycle through each save
QString fileName;
for (int iListIndex=0; iListIndex<fileNames.size(); iListIndex++)
{
QMessageBox msgBox;
msgBox.setText(QString("Cannot open save file %s.").arg(fileName));
msgBox.exec();
return;
}
//file opened, move on
fileName = fileNames.at(iListIndex);
QFile file_in(fileName);
if (!(file_in.open(QIODevice::ReadOnly)))
{
QMessageBox msgBox;
msgBox.setText(QString("Cannot open save file %s.").arg(fileName));
msgBox.exec();
return;
}
//file opened, move on

//check if we have enough space at the end of file
//we don't insert at 0th or 1st cluster - it's signature and always zero
//so minimal last used is 1 - when image is empty
int iLastUsedCluster=1;
for (int i=0; i<SavesList.size(); i++)
{
for (int j=0; j<SavesList.at(i).iSATSize;j++)
//check if we have enough space at the end of file
//we don't insert at 0th or 1st cluster - it's signature and always zero
//so minimal last used is 1 - when image is empty
int iLastUsedCluster=1;
for (int i=0; i<SavesList.size(); i++)
{
if (SavesList.at(i).SAT[j] > iLastUsedCluster)
iLastUsedCluster = SavesList.at(i).SAT[j];
if (SavesList.at(i).iStartCluster > iLastUsedCluster)
iLastUsedCluster = SavesList.at(i).iStartCluster;
for (int j=0; j<SavesList.at(i).iSATSize;j++)
{
if (SavesList.at(i).SAT[j] > iLastUsedCluster)
iLastUsedCluster = SavesList.at(i).SAT[j];
if (SavesList.at(i).iStartCluster > iLastUsedCluster)
iLastUsedCluster = SavesList.at(i).iStartCluster;
}
}
}
//making a brutal check for inserting size:
//each ClusterSize-4 requires additional 6 bytes (2 for SAT, 4 for header)
//plus 36 additional (34 header, 2 zero-sat-entry)
//if that won't fit into remaining clusters, boil out
int iClustersRequired = (file_in.size())/(TheConfig->m_iClusterSize-4);
int iBytesRequired = file_in.size()+iClustersRequired*6+36;
iClustersRequired = iBytesRequired/(TheConfig->m_iClusterSize-4);
if ((TheConfig->m_iFileSize/TheConfig->m_iClusterSize - iLastUsedCluster) <= iClustersRequired)
{
QMessageBox msgBox;
msgBox.setText(QString("Not enough space in image to insert save file %1.").arg(fileName));
msgBox.exec();
return;
}
tmpSave.iStartCluster = iLastUsedCluster+1;
//making a brutal check for inserting size:
//each ClusterSize-4 requires additional 6 bytes (2 for SAT, 4 for header)
//plus 36 additional (34 header, 2 zero-sat-entry)
//if that won't fit into remaining clusters, boil out
int iClustersRequired = (file_in.size())/(TheConfig->m_iClusterSize-4);
int iBytesRequired = file_in.size()+iClustersRequired*6+36;
iClustersRequired = iBytesRequired/(TheConfig->m_iClusterSize-4);
if ((TheConfig->m_iFileSize/TheConfig->m_iClusterSize - iLastUsedCluster) <= iClustersRequired)
{
QMessageBox msgBox;
msgBox.setText(QString("Not enough space in image to insert save file %1.").arg(fileName));
msgBox.exec();
return;
}
tmpSave.iStartCluster = iLastUsedCluster+1;

//check done, go on
//check done, go on

//trying to get as much info from file as possible
if (TheConfig->m_bInsertSys)
{
file_in.read(buf,4);
if (TheConfig->m_bInsertSysUseCounter)
tmpSave.cCounter = buf[3];
//trying to get as much info from file as possible
if (TheConfig->m_bInsertSys)
{
file_in.read(buf,4);
if (TheConfig->m_bInsertSysUseCounter)
tmpSave.cCounter = buf[3];
else
tmpSave.cCounter = 0;
}
else
{
//no counter was provided, making one up
tmpSave.cCounter = 0;
}
else
{
//no counter was provided, making one up
tmpSave.cCounter = 0;
}
if (TheConfig->m_bInsertName)
{
file_in.read(buf,11);
tmpSave.Name = QByteArray(buf,11);
}
else
{
//no name was provided, using file name
QTextCodec *codec = QTextCodec::codecForName("Shift-JIS");
tmpSave.Name = codec->fromUnicode(fileName).left(11);
}
if (TheConfig->m_bInsertLanguage)
{
file_in.read(buf,1);
tmpSave.iLanguageCode = buf[0];
}
else
{
//no language code was provided, making one up
tmpSave.iLanguageCode = 0;
}
if (TheConfig->m_bInsertDescription)
{
file_in.read(buf,10);
tmpSave.Comment = QByteArray(buf,10);
}
else
{
//no comment was provided, using holy one
buf[0] = 0xBE; //se
buf[1] = 0xB6; //g
buf[2] = 0xDE; //a
buf[3] = 0xBB; //sa
buf[4] = 0xC0; //ta
buf[5] = 0xB0; //-
buf[6] = 0xDD; //n
buf[7] = 0x2C; //,
buf[8] = 0xBC; //shi
buf[9] = 0xDB; //ro
tmpSave.Comment = QByteArray(buf,10);
}
if (TheConfig->m_bInsertDateTime)
{
file_in.read(buf,4);
tmpSave.DateTimeRaw = QByteArray(buf,4);
tmpSave.DateTime = GetDateTimeFromRaw4Byte(tmpSave.DateTimeRaw);
}
else
{
//no data was provided, using current one
tmpSave.DateTime = QDateTime::currentDateTime();
//convert that one to raw
tmpSave.DateTimeRaw = GetRaw4ByteFromDateTime(tmpSave.DateTime);
}
if (TheConfig->m_bInsertSize)
{
file_in.read(buf,4);
tmpSave.iBytes = (unsigned char)buf[0]*0x1000000 +
(unsigned char)buf[1]*0x10000 +
(unsigned char)buf[2]*0x100 +
(unsigned char)buf[3];
}
else
{
//no file size is provided, counting it
//this value is not countable yet, we will count it later, after we'll read SAT
}
//Druid II specific - skip 2 zeroes after header
if (TheConfig->m_InsertMode == InsertDruidII)
{
file_in.read(buf,2);
}
//sat
if (TheConfig->m_bInsertSAT)
{
//old SAT is only acceptable if we use the same cluster value
//since this could not be the fact, we're simply dumping old SAT
//and recalculating a new one later.
//but we need to know SAT size in order to find data start, and
//to correctly count data size if it is not provided in header
tmpSave.iSATSize=1;
file_in.read(buf,2);
while ( (buf[0]!=0) || (buf[1]!= 0) )
}
if (TheConfig->m_bInsertName)
{
tmpSave.iSATSize++;
if ((tmpSave.iSATSize*2+30)%(TheConfig->m_iClusterSize-4) == 0)
file_in.read(buf,4);//if moving onto next SAT cluster, skip 4 bytes
file_in.read(buf,2);
file_in.read(buf,11);
tmpSave.Name = QByteArray(buf,11);
}
//okay, now that know old SAT size, we can calculate size, if it's not provided
int iTmpSize = 0;
//if (TheConfig->m_bInsertSize == false)
else
{
iTmpSize = file_in.size();
if (TheConfig->m_bInsertDateTime) iTmpSize -= 4;
if (TheConfig->m_bInsertDescription) iTmpSize -= 10;
if (TheConfig->m_bInsertLanguage) iTmpSize -= 1;
if (TheConfig->m_bInsertName) iTmpSize -= 11;
if (TheConfig->m_bInsertSAT) iTmpSize -= tmpSave.iSATSize*2;
if (TheConfig->m_bInsertSize) iTmpSize -= 4;
if (TheConfig->m_bInsertSys) iTmpSize -= 4;
if (TheConfig->m_bInsertSysAll) iTmpSize -= (tmpSave.iSATSize-1)*4;
//no name was provided, using file name
QTextCodec *codec = QTextCodec::codecForName("Shift-JIS");
tmpSave.Name = codec->fromUnicode(fileName).left(11);
}
//now size stuff
if (TheConfig->m_bInsertSize)
if (TheConfig->m_bInsertLanguage)
{
//if the size was provided in file as well, do a sanity check
if (tmpSave.iBytes != iTmpSize)
{
//sanity check failed, aborting
QMessageBox msgBox;
msgBox.setText(QString("It looks like this save is corrupted, saved with another features set, or is not a save at all. Continue?"));
msgBox.setStandardButtons(QMessageBox::Ok | QMessageBox::Cancel);
if (msgBox.exec() == QMessageBox::Cancel)
return;
}
else
{
//sanity check succseeds, i'm happy!
}
file_in.read(buf,1);
tmpSave.iLanguageCode = buf[0];
}
else
{
//no size was provided, we have no way but to use calculated
tmpSave.iBytes = iTmpSize;
//no language code was provided, making one up
tmpSave.iLanguageCode = 0;
}
if (TheConfig->m_bInsertDescription)
{
file_in.read(buf,10);
tmpSave.Comment = QByteArray(buf,10);
}
//calcuating old cluster size, this will be of need when insert_all_sys is on
//for 1 cluster only SAT is sinlge 0, so it doesn't matter anyway
//for more than 1 cluster : bytes/satsize < 252 for 256, > 254 for 512
if (tmpSave.iBytes / tmpSave.iSATSize < 253 )
iOldClusterSize = 256;
else
iOldClusterSize = 512;
//okay, we know size, calculate new SAT size
tmpSave.iSATSize = 1; //dumping old sat
while ( (30 + tmpSave.iSATSize*2 + tmpSave.iBytes)/(TheConfig->m_iClusterSize-4) > tmpSave.iSATSize)
tmpSave.iSATSize++;
//fill new sat
tmpSave.iSATSize++;
for (int i=0;i<(tmpSave.iSATSize-1);i++)
tmpSave.SAT[i] = tmpSave.iStartCluster+i+1;
tmpSave.SAT[tmpSave.iSATSize-1] = 0;
//copy SAT to hugeram
int iPointer = tmpSave.iStartCluster*TheConfig->m_iClusterSize + 34;
for (int i=0;i<tmpSave.iSATSize;i++)
{
if (iPointer % TheConfig->m_iClusterSize == 0)
{
HugeRAM[iPointer] = 0;
HugeRAM[iPointer+1] = 0;
HugeRAM[iPointer+2] = 0;
HugeRAM[iPointer+3] = (unsigned char)tmpSave.cCounter;
iPointer+=4;
}
HugeRAM[iPointer] = (char) ( tmpSave.SAT[i] / 0x100 );
HugeRAM[iPointer+1] = (char) ( tmpSave.SAT[i] % 0x100 );
iPointer+=2;
//no comment was provided, using holy one
buf[0] = 0xBE; //se
buf[1] = 0xB6; //g
buf[2] = 0xDE; //a
buf[3] = 0xBB; //sa
buf[4] = 0xC0; //ta
buf[5] = 0xB0; //-
buf[6] = 0xDD; //n
buf[7] = 0x2C; //,
buf[8] = 0xBC; //shi
buf[9] = 0xDB; //ro
tmpSave.Comment = QByteArray(buf,10);
}
if (TheConfig->m_bInsertDateTime)
{
file_in.read(buf,4);
tmpSave.DateTimeRaw = QByteArray(buf,4);
tmpSave.DateTime = GetDateTimeFromRaw4Byte(tmpSave.DateTimeRaw);
}
else
{
//no data was provided, using current one
tmpSave.DateTime = QDateTime::currentDateTime();
//convert that one to raw
tmpSave.DateTimeRaw = GetRaw4ByteFromDateTime(tmpSave.DateTime);
}
//copy save itself to hugeram
for (int i=0; i< tmpSave.iBytes; i++)
if (TheConfig->m_bInsertSize)
{
file_in.read(buf,4);
tmpSave.iBytes = (unsigned char)buf[0]*0x1000000 +
(unsigned char)buf[1]*0x10000 +
(unsigned char)buf[2]*0x100 +
(unsigned char)buf[3];
}
else
{
//no file size is provided, counting it
//this value is not countable yet, we will count it later, after we'll read SAT
}
//Druid II specific - skip 2 zeroes after header
if (TheConfig->m_InsertMode == InsertDruidII)
{
file_in.read(buf,2);
}
//sat
if (TheConfig->m_bInsertSAT)
{
if (iPointer % TheConfig->m_iClusterSize == 0)
//old SAT is only acceptable if we use the same cluster value
//since this could not be the fact, we're simply dumping old SAT
//and recalculating a new one later.
//but we need to know SAT size in order to find data start, and
//to correctly count data size if it is not provided in header
tmpSave.iSATSize=1;
file_in.read(buf,2);
while ( (buf[0]!=0) || (buf[1]!= 0) )
{
HugeRAM[iPointer] = 0;
HugeRAM[iPointer+1] = 0;
HugeRAM[iPointer+2] = 0;
HugeRAM[iPointer+3] = (unsigned char)tmpSave.cCounter;
iPointer+=4;
tmpSave.iSATSize++;
if ((tmpSave.iSATSize*2+30)%(TheConfig->m_iClusterSize-4) == 0)
file_in.read(buf,4);//if moving onto next SAT cluster, skip 4 bytes
file_in.read(buf,2);
}
if ((TheConfig->m_bInsertSysAll) && (file_in.pos() % iOldClusterSize == 0) )
//okay, now that know old SAT size, we can calculate size, if it's not provided
int iTmpSize = 0;
//if (TheConfig->m_bInsertSize == false)
{
file_in.read(buf,4);
iTmpSize = file_in.size();
if (TheConfig->m_bInsertDateTime) iTmpSize -= 4;
if (TheConfig->m_bInsertDescription) iTmpSize -= 10;
if (TheConfig->m_bInsertLanguage) iTmpSize -= 1;
if (TheConfig->m_bInsertName) iTmpSize -= 11;
if (TheConfig->m_bInsertSAT) iTmpSize -= tmpSave.iSATSize*2;
if (TheConfig->m_bInsertSize) iTmpSize -= 4;
if (TheConfig->m_bInsertSys) iTmpSize -= 4;
if (TheConfig->m_bInsertSysAll) iTmpSize -= (tmpSave.iSATSize-1)*4;
}
file_in.read(buf,1);
HugeRAM[iPointer] = buf[0];
iPointer++;
}
//we're done the case with integrated sat!
//now only check & write header
}
else
{
//old SAT is not provided, that saves us some pain, we know data is right ahead
//but if the data size was not provided as well, we must count data size manually
//and we cannot calculate old clusters' size
//now size stuff
if (TheConfig->m_bInsertSize)
{
//size provided, that's good, we don't need to make any specific actions
//calculate new SAT size
tmpSave.iSATSize = 1;
//now size stuff
if (TheConfig->m_bInsertSize)
{
//if the size was provided in file as well, do a sanity check
if (tmpSave.iBytes != iTmpSize)
{
//sanity check failed, aborting
QMessageBox msgBox;
msgBox.setText(QString("It looks like this save is corrupted, saved with another features set, or is not a save at all. Continue?"));
msgBox.setStandardButtons(QMessageBox::Ok | QMessageBox::Cancel);
if (msgBox.exec() == QMessageBox::Cancel)
return;
}
else
{
//sanity check succseeds, i'm happy!
}
}
else
{
//no size was provided, we have no way but to use calculated
tmpSave.iBytes = iTmpSize;
}
//calcuating old cluster size, this will be of need when insert_all_sys is on
//for 1 cluster only SAT is sinlge 0, so it doesn't matter anyway
//for more than 1 cluster : bytes/satsize < 252 for 256, > 254 for 512
if (tmpSave.iBytes / tmpSave.iSATSize < 253 )
iOldClusterSize = 256;
else
iOldClusterSize = 512;
//okay, we know size, calculate new SAT size
tmpSave.iSATSize = 1; //dumping old sat
while ( (30 + tmpSave.iSATSize*2 + tmpSave.iBytes)/(TheConfig->m_iClusterSize-4) > tmpSave.iSATSize)
tmpSave.iSATSize++;
//fill new sat
@@ -1364,50 +1320,110 @@ void MainWindow::on_InsertButton_clicked()
HugeRAM[iPointer+3] = (unsigned char)tmpSave.cCounter;
iPointer+=4;
}
if ((TheConfig->m_bInsertSysAll) && (file_in.pos() % iOldClusterSize == 0) )
{
file_in.read(buf,4);
}
file_in.read(buf,1);
HugeRAM[iPointer] = buf[0];
iPointer++;
}
//we're done the case with no sat case!
//we're done the case with integrated sat!
//now only check & write header
}
}

//all possible data gathered, what is not gathered is guessed or generated
//save and sat already is injected into hugeram before confirmtion
// it is stupidly wrong, but it won't change anything unless header is written
else
{
//old SAT is not provided, that saves us some pain, we know data is right ahead
//but if the data size was not provided as well, we must count data size manually
//and we cannot calculate old clusters' size
//now size stuff
if (TheConfig->m_bInsertSize)
{
//size provided, that's good, we don't need to make any specific actions
//calculate new SAT size
tmpSave.iSATSize = 1;
while ( (30 + tmpSave.iSATSize*2 + tmpSave.iBytes)/(TheConfig->m_iClusterSize-4) > tmpSave.iSATSize)
tmpSave.iSATSize++;
//fill new sat
tmpSave.iSATSize++;
for (int i=0;i<(tmpSave.iSATSize-1);i++)
tmpSave.SAT[i] = tmpSave.iStartCluster+i+1;
tmpSave.SAT[tmpSave.iSATSize-1] = 0;
//copy SAT to hugeram
int iPointer = tmpSave.iStartCluster*TheConfig->m_iClusterSize + 34;
for (int i=0;i<tmpSave.iSATSize;i++)
{
if (iPointer % TheConfig->m_iClusterSize == 0)
{
HugeRAM[iPointer] = 0;
HugeRAM[iPointer+1] = 0;
HugeRAM[iPointer+2] = 0;
HugeRAM[iPointer+3] = (unsigned char)tmpSave.cCounter;
iPointer+=4;
}
HugeRAM[iPointer] = (char) ( tmpSave.SAT[i] / 0x100 );
HugeRAM[iPointer+1] = (char) ( tmpSave.SAT[i] % 0x100 );
iPointer+=2;
}
//copy save itself to hugeram
for (int i=0; i< tmpSave.iBytes; i++)
{
if (iPointer % TheConfig->m_iClusterSize == 0)
{
HugeRAM[iPointer] = 0;
HugeRAM[iPointer+1] = 0;
HugeRAM[iPointer+2] = 0;
HugeRAM[iPointer+3] = (unsigned char)tmpSave.cCounter;
iPointer+=4;
}
file_in.read(buf,1);
HugeRAM[iPointer] = buf[0];
iPointer++;
}
//we're done the case with no sat case!
//now only check & write header
}
}

//open form to confirm data we're inserting
EnterSaveDetailsDialog checkDialog(&tmpSave);
if (checkDialog.exec() == QDialog::Rejected) return;
//all possible data gathered, what is not gathered is guessed or generated
//save and sat already is injected into hugeram before confirmtion
// it is stupidly wrong, but it won't change anything unless header is written

//write header
if (TheConfig->m_bInsertSysUseCounter)
{
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize] = 0x80;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+1] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+2] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+3] = tmpSave.cCounter;
}
else
{
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize] = 0x80;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+1] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+2] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+3] = 0x00;//what counter value should we use here?
}
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+4,11,tmpSave.Name.left(11));
buf[0] = tmpSave.iLanguageCode;
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+15,1,QByteArray(buf,1));
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+16,10,tmpSave.Comment.left(10));
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+26,4,tmpSave.DateTimeRaw.left(4));
buf[0]= (unsigned char)(tmpSave.iBytes/0x1000000);
buf[1] = (unsigned char)((tmpSave.iBytes%0x1000000)/0x10000);
buf[2] = (unsigned char)((tmpSave.iBytes%0x10000)/0x100);
buf[3] = (unsigned char)(tmpSave.iBytes % 0x100);
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+30,4,QByteArray(buf,4));
//if it's single file mode, open form to confirm data we're inserting
if (fileNames.size() == 1)
{
EnterSaveDetailsDialog checkDialog(&tmpSave);
if (checkDialog.exec() == QDialog::Rejected) return;
}

ParseHugeRAM();
//write header
if (TheConfig->m_bInsertSysUseCounter)
{
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize] = 0x80;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+1] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+2] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+3] = tmpSave.cCounter;
}
else
{
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize] = 0x80;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+1] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+2] = 0x00;
HugeRAM[tmpSave.iStartCluster*TheConfig->m_iClusterSize+3] = 0x00;//what counter value should we use here?
}
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+4,11,tmpSave.Name.left(11));
buf[0] = tmpSave.iLanguageCode;
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+15,1,QByteArray(buf,1));
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+16,10,tmpSave.Comment.left(10));
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+26,4,tmpSave.DateTimeRaw.left(4));
buf[0]= (unsigned char)(tmpSave.iBytes/0x1000000);
buf[1] = (unsigned char)((tmpSave.iBytes%0x1000000)/0x10000);
buf[2] = (unsigned char)((tmpSave.iBytes%0x10000)/0x100);
buf[3] = (unsigned char)(tmpSave.iBytes % 0x100);
HugeRAM.replace(tmpSave.iStartCluster*TheConfig->m_iClusterSize+30,4,QByteArray(buf,4));
file_in.close();
ParseHugeRAM();
}//cycle through all saves

ui->statusBar->showMessage(QString("Save from file %1 inserted").arg(fileName));
}
@@ -1494,6 +1510,13 @@ void MainWindow::on_NewButton_clicked()
//NewSettings.iIOCustomClusterSize=TheConfig->m_iClusterSize;
NewDialog MyLittleNewDialog(&NewSettings);
if (MyLittleNewDialog.exec() == QDialog::Rejected) return;
if (NewSettings.iImageSize*1024 < TheConfig->m_iClusterSize*3)
{
QMessageBox msgBox;
msgBox.setText(QString("Image size is too small. Try a bigger one please. "));
msgBox.exec();
return;
}
SavesList.clear();
HugeRAM.clear();
HugeRAM.fill((char)0,NewSettings.iImageSize*1024);
6 newdialog.ui
View file
@@ -81,9 +81,15 @@
</item>
<item row="0" column="1">
<widget class="QSpinBox" name="ImageSizeSpinBox">
<property name="minimum">
<number>1</number>
</property>
<property name="maximum">
<number>99999999</number>
</property>
<property name="value">
<number>512</number>
</property>
</widget>
</item>
</layout>