class ScanningControllerThread(QThread):
scanStarted = pyqtSignal(str)
scanProgress = pyqtSignal(int, str)
scanFinished = pyqtSignal(int)
scanStateChanged = pyqtSignal(int)
mergeCompleted = pyqtSignal()
def __init__(self, first_scan, doc_name):
super(ScanningControllerThread, self).__init__()
self.document_name = doc_name
self.scan_paths = []
self.first_scan = first_scan
def stopScanning(self):
self.scanner.stopScanning()
self.wait()
def run(self):
# simply encapsulates the ScanningController, re-routing all its signals across the thread boundary
self.scanner = ScanningController()
self.scanner.scanStarted.connect(lambda x: self.scanStarted.emit(x))
self.scanner.scanProgress.connect(lambda n, p: self.scanProgress.emit(n, p))
self.scanner.scanFinished.connect(lambda x: self.scanFinished.emit(x))
self.scanner.scanStateChanged.connect(lambda x: self.scanStateChanged.emit(x))
self.scanner.mergeCompleted.connect(lambda: self.mergeCompleted.emit())
if self.first_scan:
self.scanner.beginInitialScan(self.scan_paths, self.document_name)
else:
#itr = self.scanner.beginChangesScan(self.document_name)
self.scanner.beginChangesScan(self.document_name)
def run(self):
# simply encapsulates the ScanningController, re-routing all its signals across the thread boundary
self.scanner = ScanningController()
self.scanner.scanStarted.connect(lambda x: self.scanStarted.emit(x))
self.scanner.scanProgress.connect(lambda n, p: self.scanProgress.emit(n, p))
self.scanner.scanFinished.connect(lambda x: self.scanFinished.emit(x))
self.scanner.scanStateChanged.connect(lambda x: self.scanStateChanged.emit(x))
self.scanner.mergeCompleted.connect(lambda: self.mergeCompleted.emit())
if self.first_scan:
self.scanner.beginInitialScan(self.scan_paths, self.document_name)
else:
#itr = self.scanner.beginChangesScan(self.document_name)
self.scanner.beginChangesScan(self.document_name)
