def _run(self):
options = self.unpacker_options.currentWidget().options()
if options is None:
return
runs = sorted(i.row() for i in self.runs_widget.selectedIndexes())
if not runs:
error_msg(self, "No run selected", 'warning')
return
handle_error(
self,
reprounzip.run(self.directory,
runs=runs,
unpacker=self.unpacker,
root=ROOT.INDEX_TO_OPTION[self.root.currentIndex()],
**options))
def _run(self):
options = self.unpacker_options.currentWidget().options()
if options is None:
return
runs = sorted(i.row() for i in self.runs_widget.selectedIndexes())
if not runs:
error_msg(self, "No run selected", 'warning')
return
record_usage(run='%d/%d' % (len(runs), self.runs_widget.count()))
handle_error(self, reprounzip.run(
self.directory, runs=runs,
unpacker=self.unpacker,
root=ROOT.INDEX_TO_OPTION[self.root.currentIndex()],
jupyter=self.run_jupyter_notebook.isChecked(),
**options))
def _run(self):
options = self.unpacker_options.currentWidget().options()
if options is None:
return
runs = sorted(i.row() for i in self.runs_widget.selectedIndexes())
if not runs:
error_msg(self, "No run selected", 'warning')
return
record_usage(run='%d/%d' % (len(runs), self.runs_widget.count()))
handle_error(
self,
reprounzip.run(self.directory,
runs=runs,
unpacker=self.unpacker,
root=ROOT.INDEX_TO_OPTION[self.root.currentIndex()],
jupyter=self.run_jupyter_notebook.isChecked(),
**options))