stdout, stderr = [x.decode('utf-8') for x in p.communicate()]
return stdout.strip('\n')
+ def _get_modified_task_fields_as_args(self, task):
+ args = []
+
+ def add_field(field):
+ # Add the output of format_field method to args list (defaults to
+ # field:value)
+ serialized_value = task._serialize(field, task._data[field])
+
+ # Empty values should not be enclosed in quotation marks, see
+ # TW-1510
+ if serialized_value is '':
+ escaped_serialized_value = ''
+ else:
+ escaped_serialized_value = six.u("'{0}'").format(serialized_value)
+
+ format_default = lambda: six.u("{0}:{1}").format(field,
+ escaped_serialized_value)
+
+ format_func = getattr(task, 'format_{0}'.format(field),
+ format_default)
+
+ args.append(format_func())
+
+ # If we're modifying saved task, simply pass on all modified fields
+ if task.saved:
+ for field in task._modified_fields:
+ add_field(field)
+ # For new tasks, pass all fields that make sense
+ else:
+ for field in task._data.keys():
+ if field in task.read_only_fields:
+ continue
+ add_field(field)
+
+ return args
+
+
def get_config(self):
raw_output = self.execute_command(
['show'],
"""Save a task into TaskWarrior database using add/modify call"""
args = [task['uuid'], 'modify'] if task.saved else ['add']
- args.extend(task._get_modified_fields_as_args())
+ args.extend(self._get_modified_task_fields_as_args(task))
output = self.execute_command(args)
# Parse out the new ID, if the task is being added for the first time
self.execute_command([task['uuid'], 'done'])
+ def annotate_task(self, task, annotation):
+ args = [task['uuid'], 'annotate', annotation]
+ self.execute_command(args)
+
+ def denotate_task(self, task, annotation):
+ args = [task['uuid'], 'denotate', annotation]
+ self.execute_command(args)
+
def refresh_task(self, task, after_save=False):
# We need to use ID as backup for uuid here for the refreshes
# of newly saved tasks. Any other place in the code is fine