def change_memory(current_note, row):
memories = hf.check_row(current_note, row)
if memories == None:
return
row = int(row)
memory_to_remove = memories[row - 1].strip('\n')
del memories[row - 1]
note.write_to_note(current_note, memories)
return memory_to_remove
def archive_memory(filename, row):
archive_note = path.expanduser('~/.quicknote/.notes/.archive')
memories = hf.check_row(filename, row)
if memories == None:
return
row = int(row)
memory_to_archive = memories[row - 1]
del memories[row - 1]
with open(filename, 'w') as f:
for memory in memories:
f.write(memory)
with open(archive_note, 'a') as f:
f.write(memory_to_archive)
print('Archived memory \'' + memory_to_archive.strip('\n') + '\'')
def copy_memory(current_note, row, args):
note = hf.parse_unary_args(args)
note_path = path.expanduser('~/.quicknote/.notes/.' + note)
if not path.isfile(note_path):
print(
'The note you are trying to add to does not exist. Please try again.'
)
return
memories = hf.check_row(current_note, row)
if memories == None:
return
row = int(row)
memory_to_copy = memories[row - 1].strip('\n')
append_memory(memory_to_copy, note_path)
print('Copied \'' + memory_to_copy + '\' to \'' + note + '\'')