def wait_for_async_task(task, delay=1):
if not isinstance(task, AsyncTask):
task = AsyncTask(task)
while task.is_running():
time.sleep(delay)
task.update()
return task.get_hashes()
def wait_for_async_task(task, delay=1):
if not isinstance(task, AsyncTask):
task = AsyncTask(task)
while task.is_running():
time.sleep(delay)
task.update()
return task.get_hashes()
def run_async_task_with_status(task, progress_bar, delay=1):
if not isinstance(task, AsyncTask):
task = AsyncTask(task)
while task.is_running():
time.sleep(delay)
task.update()
progress_bar.update_progress(task.get_progress())
progress_bar.done()
return task.get_hashes()
def run_async_task_with_status(task, progress_bar, delay=1):
if not isinstance(task, AsyncTask):
task = AsyncTask(task)
while task.is_running():
time.sleep(delay)
task.update()
progress_bar.update_progress(task.get_progress())
progress_bar.done()
return task.get_hashes()
def run(self):
orgName = self.get_option('org')
prodName = self.get_option('name')
prodLabel = self.get_option('label')
prodId = self.get_option('id')
prod = get_product(orgName, prodName, prodLabel, prodId)
task = AsyncTask(self.api.sync(orgName, prod["id"]))
run_async_task_with_status(task, ProgressBar())
if task.failed():
errors = [t["result"]['errors'][0] for t in task.get_hashes() if t['state'] == 'error' and
isinstance(t["result"], dict) and
"errors" in t["result"]]
print _("Product [ %(prod_name)s ] failed to sync: %(errors)s" \
% {'prod_name':prod["name"], 'errors':errors})
return os.EX_DATAERR
elif task.cancelled():
print _("Product [ %s ] synchronization canceled" % prod["name"])
return os.EX_DATAERR
print _("Product [ %s ] synchronized" % prod["name"])
return os.EX_OK
