def invoke(self, args, note_q_get):
"""
If neither sorting, nor the notes are requested, this method
hands off the work to ``invoke_on_note``.
All other cases are handled within this method.
"""
# we cover the easiest "default" approach with this guard clause:
if not args.notes and not args.sort:
self._printed_tags = set()
super(TagsSubCommand, self).invoke(args, note_q_get)
return
# collect all tags and if required all corresponding notes
tags_and_notes = {}
for note in set(iter(note_q_get, QUEUE_END_SYMBOL)):
for tag in note.tags:
notes = tags_and_notes.setdefault(tag, set())
if args.notes:
notes.add(note)
# sort the tags if need be
tags = tags_and_notes.keys()
if args.sort:
tags.sort(key=lambda s: s.lower())
# output
for tag in tags:
print_colored_2("#%s\n" % tag)
if args.notes:
for note in tags_and_notes[tag]:
print_default("\t%s\n" % note)
def invoke(self, args, note_q_get):
"""
If neither sorting, nor the notes are requested, this method
hands off the work to ``invoke_on_note``.
All other cases are handled within this method.
"""
# we cover the easiest "default" approach with this guard clause:
if not args.notes and not args.sort:
self._printed_tags = set()
super(TagsSubCommand, self).invoke(args, note_q_get)
return
# collect all tags and if required all corresponding notes
tags_and_notes = {}
for note in set(iter(note_q_get, QUEUE_END_SYMBOL)):
for tag in note.tags:
notes = tags_and_notes.setdefault(tag, set())
if args.notes:
notes.add(note)
# sort the tags if need be
tags = tags_and_notes.keys()
if args.sort:
tags.sort(key=lambda s: s.lower())
# output
for tag in tags:
print_colored_2("#%s\n" % tag)
if args.notes:
for note in tags_and_notes[tag]:
print_default("\t%s\n" % note)
def handle_args(self):
"""
This kicks off the actual operation (i.e. use the users' args,
options and sub commands to server the request).
"""
self._parse_args()
args = self.args
Note.set_args(args)
notes_q = Queue(False)
find_process = Process(target=self._find_notes,
args=(args.query, notes_q.put))
find_process.start()
sub_command = self.sub_commands[args.subcommand]
logging.debug("running sub command: '%s'", sub_command.__class__.__name__)
try:
sub_command.invoke(args, notes_q.get)
except KeyboardInterrupt:
find_process.terminate()
print_default("\n")
finally:
find_process.join()
def handle_args(self):
"""
This kicks off the actual operation (i.e. use the users' args,
options and sub commands to server the request).
"""
self._parse_args()
args = self.args
Note.set_args(args)
notes_q = Queue(False)
find_process = Process(target=self._find_notes,
args=(args.query, notes_q.put))
find_process.start()
sub_command = self.sub_commands[args.subcommand]
logging.debug("running sub command: '%s'",
sub_command.__class__.__name__)
try:
sub_command.invoke(args, notes_q.get)
except KeyboardInterrupt:
find_process.terminate()
print_default("\n")
finally:
find_process.join()
def invoke_on_note(self, args, note):
self.listed_paths.append(note.abspath)
print_colored("%u " % len(self.listed_paths), True)
pathname, filename = path_split(note.path)
print_default("%s%s" % (pathname, pathsep))
print_highlighted("%s%s" % (filename, linesep))
if args.tags:
tags = note.tags
if tags:
print_default("\n")
for tag in tags:
print_colored_2("\t#%s\n" % tag)
print_default("\n")
def invoke_on_note(self, args, note):
self.listed_paths.append(note.abspath)
print_colored("%u " % len(self.listed_paths), True)
pathname, filename = path_split(note.path)
print_default("%s%s" % (pathname, pathsep))
print_highlighted("%s%s" % (filename, linesep))
if args.tags:
tags = note.tags
if tags:
print_default("\n")
for tag in tags:
print_colored_2("\t#%s\n" % tag)
print_default("\n")