def minion_find(args):
search_filter = args['<text>']
find_any = False
if args['find']:
find_any = True
match_files = brain.find_files(filter=search_filter, archives=args['--archives'],
find_any=find_any)
# Set archives if no finds...
total = brain.get_total_file_count(args['--archives'])
# Display results / total
notes_home = brain.get_notes_home()
match_template = "{matching} of {total} files match search " +\
"'{search}' in directory {directory}"
print(match_template.format(
directory=notes_home,
matching=len(match_files),
search=','.join(search_filter),
total=total))
# Display results
# print match_files
brain.display_output(
title=None,
output=match_files,
raw_files=args['--files'],
)
sys.exit(0)
def minion_find(args):
search_filter = args['<text>']
find_any = False
if args['find']:
find_any = True
match_files = brain.find_files(filter=search_filter,
archives=args['--archives'],
find_any=find_any)
# Set archives if no finds...
total = brain.get_total_file_count(args['--archives'])
# Display results / total
notes_home = brain.get_notes_home()
match_template = "{matching} of {total} files match search " +\
"'{search}' in directory {directory}"
print match_template.format(directory=notes_home,
matching=len(match_files),
search=','.join(search_filter),
total=total)
# Display results
# print match_files
brain.display_output(
title=None,
output=match_files,
raw_files=args['--files'],
)
sys.exit(0)
def test_list_recent_with_recent_file(self):
# Arrange
TestFileStuff.clean_directory()
recent_file_path, _ = brain.create_new_note(TEST_TOPIC, 'note')
expected = dict()
expected[datetime.today().date()] = [recent_file_path]
# Act
match_files = brain.find_files(filter=[], days=1)
actual = brain.list_recent(match_files)
# Assert
self.assertEqual(expected, actual)
def test_list_recent_with_recent_file(self):
# Arrange
TestFileStuff.clean_directory()
recent_file_path, _ = brain.create_new_note(TEST_TOPIC, 'note')
expected = dict()
expected[datetime.today().date()] = [recent_file_path]
# Act
match_files = brain.find_files(filter=[], days=1)
actual = brain.list_recent(match_files)
# Assert
self.assertEqual(expected, actual)
def minion_folders(args):
updated_files = []
# match_files = get_match_files(args)
match_files = brain.find_files()
# All poorly used folders
too_few = 5
notes_home = brain.get_notes_home()
for folder in os.listdir(brain.get_notes_home()):
folder = os.path.join(notes_home, folder)
if os.path.isdir(folder):
if len(os.listdir(folder)) < too_few:
items = brain.find_files(filter=folder)
for item in items:
updated_files.append(item)
match_files = updated_files
total = len(match_files)
count = 0
for item in match_files:
count += 1
print(brain.to_bar(count, total))
_ = brain.doInboxInteractive(item)
def minion_folders(args):
updated_files = []
# match_files = get_match_files(args)
match_files = brain.find_files()
# All poorly used folders
too_few = 5
notes_home = brain.get_notes_home()
for folder in os.listdir(brain.get_notes_home()):
folder = os.path.join(notes_home, folder)
if os.path.isdir(folder):
if len(os.listdir(folder)) < too_few:
items = brain.find_files(filter=folder)
for item in items:
updated_files.append(item)
match_files = updated_files
total = len(match_files)
count = 0
for item in match_files:
count += 1
print brain.to_bar(count, total)
_ = brain.doInboxInteractive(item)
def test_list_recent_with_old_file(self):
if not sys.platform == 'darwin':
# Arrange
TestFileStuff.clean_directory()
recent_file_path, _ = brain.create_new_note(TEST_TOPIC, 'note')
old_date = 2014-04-01
os.utime(recent_file_path, (old_date, old_date))
expected = dict()
# Act
match_files = brain.find_files(filter=[], days=1)
actual = brain.list_recent(match_files)
# Assert
self.assertEqual(expected, actual)
def test_list_recent_with_old_file(self):
if not sys.platform == 'darwin':
# Arrange
TestFileStuff.clean_directory()
recent_file_path, _ = brain.create_new_note(TEST_TOPIC, 'note')
old_date = 2014 - 04 - 01
os.utime(recent_file_path, (old_date, old_date))
expected = dict()
# Act
match_files = brain.find_files(filter=[], days=1)
actual = brain.list_recent(match_files)
# Assert
self.assertEqual(expected, actual)
def minion_tags(args):
# Rid of this. Concept of 'tags' does not play well with the
# filesystem.
# Switch to simply using any word as a 'tag'.
# So what is 'poorly tagged'? Too short of a name? Too many common words?
# A 'tag cloud' would be pretty awesome...
notes_home = brain.get_notes_home()
all_files = brain.find_files()
word_count = dict()
for filename in all_files:
filename = filename.replace(notes_home, '')
filename = filename.replace('/', '-').replace('.', '-')
words = filename.split('-')
print(words)
for word in words:
if word in word_count:
word_count[word] += 1
else:
word_count[word] = 1
# word_count.sort()
print(word_count)
def minion_tags(args):
# Rid of this. Concept of 'tags' does not play well with the
# filesystem.
# Switch to simply using any word as a 'tag'.
# So what is 'poorly tagged'? Too short of a name? Too many common words?
# A 'tag cloud' would be pretty awesome...
notes_home = brain.get_notes_home()
all_files = brain.find_files()
word_count = dict()
for filename in all_files:
filename = filename.replace(notes_home, '')
filename = filename.replace('/', '-').replace('.', '-')
words = filename.split('-')
print words
for word in words:
if word in word_count:
word_count[word] += 1
else:
word_count[word] = 1
# word_count.sort()
print word_count
def test_template_duplicates(self):
''' Test that template does not recreate a file
if a file with the same name alreadye exists. '''
# Start clean
TestFileStuff.clean_directory()
# Create it elsewhere than the inbox.
params = {
'topic_fragments': ['testing', 'note', 'template'],
'note_template': 'note',
'notes_dir': TEST_DATA_NOT_INBOX,
'quick': True
}
brain.new_note_interactive(**params)
# Then create another copy, without specifying where.
params = {
'topic_fragments': ['testing', 'note', 'template'],
'note_template': 'note',
'quick': True
}
brain.new_note_interactive(**params)
dir_contents = os.listdir(TEST_DATA_NOT_INBOX)
# Inbox exists.
self.assertEqual(len(dir_contents), 1, '1 in not_inbox')
# See if we can find more than one.
params = {
'filter': ['testing', 'note', 'template'],
}
results = brain.find_files(**params)
self.assertEqual(len(results), 1,
'note_template created ' + str(len(results)) +
' files instead of exactly 1.')
def test_template_duplicates(self):
''' Test that template does not recreate a file
if a file with the same name alreadye exists. '''
# Start clean
TestFileStuff.clean_directory()
# Create it elsewhere than the inbox.
params = {
'topic_fragments': ['testing', 'note', 'template'],
'note_template': 'note',
'notes_dir': TEST_DATA_NOT_INBOX,
'quick': True
}
brain.new_note_interactive(**params)
# Then create another copy, without specifying where.
params = {
'topic_fragments': ['testing', 'note', 'template'],
'note_template': 'note',
'quick': True
}
brain.new_note_interactive(**params)
dir_contents = os.listdir(TEST_DATA_NOT_INBOX)
# Inbox exists.
self.assertEqual(len(dir_contents), 1, '1 in not_inbox')
# See if we can find more than one.
params = {
'filter': ['testing', 'note', 'template'],
}
results = brain.find_files(**params)
self.assertEqual(
len(results), 1, 'note_template created ' + str(len(results)) +
' files instead of exactly 1.')
def get_match_files(args, days=None):
matches = brain.find_files(
filter=args['<text>'],
archives=args['--archives'],
days=days)
return matches
def get_match_files(args, days=None):
matches = brain.find_files(filter=args['<text>'],
archives=args['--archives'],
days=days)
return matches
