QStringList Misc::get_ROdevicesInfo()
{
QStringList deviceInfo;
QDir dirs;
foreach (const QFileInfo drivesList, dirs.drives()){
qDebug() << drivesList.absolutePath();
}
foreach (const QStorageInfo &deviceList, QStorageInfo::mountedVolumes()){
if (deviceList.isValid() /*&& deviceList.isReady()*/) {
if (deviceList.isReadOnly()) {
QString item, itemDisplayNameFix;
item.append("Device: " + deviceList.device() + "\n");
deviceName << deviceList.device();
itemDisplayNameFix = deviceList.displayName();
itemDisplayNameFix.replace("\\x20", " ");
item.append("Label: " + itemDisplayNameFix + "\n");
item.append("Size: " + QString::number(deviceList.bytesTotal()/1024/1024) + " MB" + "\n"); // Convert to MB
item.append("State: Ready\n");
deviceInfo << item;
}
}
}
return deviceInfo;
}
/*
* Method to detect whether the device has mass memory available
* Returns the drive and base folder to be used in file name generation
* In practive it is either of the following:
* * c:\Data
* * e:\
*/
QString S60FileNameGenerator::detectDestinationDrive(const QDir currentDirectory)
{
QFileInfoList driveList = currentDirectory.drives();
bool isMassMemoryAvailable = false;
foreach (QFileInfo info, driveList) {
if (info.path() == QLatin1String("E:/") && info.isWritable())
isMassMemoryAvailable = true;
}
if (isMassMemoryAvailable) {
return QLatin1String("e:/");
} else {
return QLatin1String("c:/Data/");
}
}
hardDisk *Misc::get_HardDrivesInfo()
{
QStringList deviceInfo;
QDir dirs;
QString item;
foreach (const QFileInfo drivesList, dirs.drives()){
qDebug() << "Drive List: " << drivesList.absolutePath();
}
int i=0;
foreach (const QStorageInfo &deviceList, QStorageInfo::mountedVolumes()){
if (deviceList.isValid() && deviceList.isReady()) {
if (!deviceList.isReadOnly()) {
i++;
}
}
}
hddListCounter = i;
hardDisk* hardDiskStruc = new hardDisk[i];
i=0;
foreach (const QStorageInfo &deviceList, QStorageInfo::mountedVolumes()){
if (deviceList.isValid() && deviceList.isReady()) {
if (!deviceList.isReadOnly()) {
QString itemDisplayNameFix;
// deviceName << deviceList.device();
itemDisplayNameFix = deviceList.displayName();
itemDisplayNameFix.replace("\\x20", " ");
item.append("Label: " + itemDisplayNameFix + "\n");
item.append("Device: " + deviceList.device() + "\n");
qint64 total_diskSize = deviceList.bytesTotal();
qint64 total_diskSize_temp = 0;
while (total_diskSize >= 1024) {
total_diskSize_temp = total_diskSize/1024;
total_diskSize = total_diskSize_temp;
}
item.append("Total: " + QString::number(total_diskSize) + " Gb" + "\n"); // Convert to Gb
qint64 free_diskSize = deviceList.bytesFree();
qint64 free_diskSize_temp = 0;
while (free_diskSize >= 1024) {
free_diskSize_temp = free_diskSize/1024;
free_diskSize = free_diskSize_temp;
}
item.append("Free: " + QString::number(free_diskSize) + " Gb" + "\n"); // Convert to Gb
item.append("State: Ready\n\n");
deviceInfo << item;
hardDiskStruc[i].label = itemDisplayNameFix;
hardDiskStruc[i].device = deviceList.device();
hardDiskStruc[i].totalBytes = QString::number(total_diskSize);
hardDiskStruc[i].freeBytes = QString::number(free_diskSize);
hardDiskStruc[i].state = "Ready";
++i;
}
}
}
for (int var = 0; var < i; var++) {
qDebug() << "Label -" << hardDiskStruc[var].label;
qDebug() << "Device -" << hardDiskStruc[var].device;
qDebug() << "Total -" << hardDiskStruc[var].totalBytes << "Gb";
qDebug() << "Free -" << hardDiskStruc[var].freeBytes << "Gb";
qDebug() << "State -" << hardDiskStruc[var].state;
qDebug() << "------ empty line ------";
}
return hardDiskStruc;
}
