def process(self):
self._max_qtasks = 0
self._current_progress = 0
result = []
for item in self._wrangletasklist:
frange = str(item.text(2))
fids = Frange(input_range=frange)
self._max_qtasks += len(fids.frames)
self.setNumberOfQTasks.emit(self._max_qtasks)
self.updateProgress.emit(self._current_progress)
for item in self._wrangletasklist:
self._mutex.lock()
flag = self._abort
self._mutex.unlock()
if flag:
break
taskid = str(item.text(5))
frange = str(item.text(2))
fids = Frange(input_range=frange)
frameList = fids.frames
dl = DPADataLibrary.DjangoLibrary(BaseQName)
for frame in frameList:
tid = taskid + "_" + DpaPipeFormattedFrame( frame )
entry = ["~", "~", "~", "~", "~", "~"]
entry[0] = tid
task = dl.get(tid)
entry[1] = task.queueName
entry[2] = task.queueStatus
entry[3] = task.queueMachine
entry[4] = task.queueStartTime
entry[5] = task.queueElapsedTime
if task.queueStatus == "archived":
entry[2] = "done"
elif task.queueStatus == "open":
entry[2] = "waiting"
else:
if task.queueStartTime != "" and task.queueEndTime == "":
entry[5] = DpaPipeElapsedUnspacedTime( task.queueStartTime, DpaPipeFormattedUnspacedTime() )
# if task.queueStartTime != "" and task.queueEndTime != "":
# entry[5] = DpaPipeElapsedUnspacedTime( task.queueStartTime, task.queueEndTime )
result.append(entry)
self._current_progress += 1
self.updateProgress.emit(self._current_progress)
self._mutex.lock()
self._working = False
self._mutex.unlock()
self.jobComplete.emit(result)
self.finished.emit()
# End of QTaskListWorker class
def verify(self):
ver_range = Frange()
ver_range.add([v.number for v in self.versions])
versions_disp = str(ver_range)
ptask_field = "PTask"
versions_field = "Version(s)"
output = Output()
output.header_names = [
ptask_field,
versions_field,
]
output.add_item(
{
ptask_field: self.ptask.spec,
versions_field: versions_disp,
},
color_all=Style.bright,
)
if self.force:
output.title = "Syncing: "
else:
output.title = "Confirm sync:"
output.dump()
if not self.force:
if not Output.prompt_yes_no(Style.bright + "Sync" + Style.reset):
raise ActionAborted("Sync aborted by user.")
def qtaskList(taskid, frange):
fids = Frange(input_range=frange)
frameList = fids.frames
dl = DPADataLibrary.DjangoLibrary(BaseQName)
ret = []
for frame in frameList:
tid = taskid + "_" + str(frame).zfill(4)
entry = ["~", "~", "~", "~", "~", "~"]
entry[0] = tid
task = dl.get(tid)
entry[1] = task.queueName
entry[2] = task.queueStatus
if task.queueStatus == "archived":
entry[2] = "done"
if task.queueStatus == "open":
entry[2] = "waiting"
entry[3] = task.queueMachine
entry[4] = task.queueStartTime
entry[5] = task.queueElapsedTime
if task.queueStartTime != "" and task.queueEndTime == "":
entry[5] = DpaPipeElapsedUnspacedTime(
task.queueStartTime, DpaPipeFormattedUnspacedTime())
if task.queueStartTime != "" and task.queueEndTime != "":
entry[5] = DpaPipeElapsedUnspacedTime(task.queueStartTime,
task.queueEndTime)
ret.append(entry)
return ret
def setUp(self):
"""Get a new location object for each test."""
self.f1 = Frange()
self.f2 = Frange("1")
self.f3 = Frange("-1, 0, 1")
self.f4 = Frange("-5-5")
self.f5 = Frange("-10-10:2")
self.f6 = Frange("10-20:3, 1, 4-7")
self.f7 = Frange(["4, 7", "10-20:3", "1"])
def _get_frange_from_controls(self):
# auto frame range
if self._frange_stack.currentIndex() == 0:
frange_str = str(self._frame_start.value()) + "-" + \
str(self._frame_end.value()) + ":" + \
str(self._frame_step.value())
# manual frame range
else:
frange_str = self._manual_frange.text()
try:
frange = Frange(frange_str)
except FrangeError:
self._show_error(
"Unable to determine frame range from: " + frange_str)
return None
return frange
