def playlist(client):
"""(list) return a html formatted list containig the actual playlist retrived from mpd"""
try:
client.connect('localhost', 6600)
except Exception:
pass
try:
cs = client.currentsong()['title'][:20]
except Exception:
cs = "n/a"
client.iterate = True
playlist_info = []
for song in client.playlistinfo():
pos_val = int(song['pos']) + 1
pos = str(pos_val)
if len(song['title']) > 30:
title = str(song['title'])[:28] + '..'
else:
title = song['title']
artist = song['artist']
t = methods.time_convertion(int(song["time"]))
time = str(t[2]) + '.' + str(t[3])
tl = time.split(sep='.')
if len(tl[-1]) < 2:
time = time + '0'
out = [pos, title, artist, time]
o = methods.create_dict(out)
if title[:20] == cs:
outstring = methods.insert_data(methods.format_string(format_file2), o)
else:
outstring = methods.insert_data(methods.format_string(format_file), o)
playlist_info.append(outstring)
return(playlist_info)
def process_mailbox(mailbox):
"""(list) return a list with html formatted unread messages from a choosen mailbox.
Require as only argument the mailbox initialized and selected using imaplib std
module functions"""
rv, data = mailbox.search(None, "unseen")
if rv != 'OK':
print("No messages found!")
info = []
for num in data[0].split():
rv, data = mailbox.fetch(num, '(RFC822)')
if rv != 'OK':
print("ERROR getting message", num)
return
msg = email.message_from_bytes(data[0][1])
_num = num.decode("ASCII")
_from = msg["From"]
# ciclo if per To, se andrea.calzavacca work +=1 se paranoid.nemo home +=1
# capire se è il caso di metterlo qui o in mail.py, più probabile sia meglio
# la seconda opzione. Nel caso capire come avere un To affidabile
_to = msg["Delivered-To"]
try:
if len(msg["Subject"]) > 40:
_sub = msg["Subject"][:37] + '...'
else:
_sub = msg["Subject"]
except Exception:
_sub = ''
_date = msg["Date"]
_out = [_from, _num, _sub, _date, _to]
o = methods.create_dict(_out)
outstring = methods.insert_data(methods.format_string(format_file), o)
info.append(outstring)
return(info)
rc.get_rc(rc_file)
css = os.path.join(beshell.Theme.path(), 'style.css.d', rc.CSS)
cloud_info = []
if rc.RCLONE == '1':
parser = configparser.ConfigParser()
rclone_cfg = rc.RCLONE_CONFIG_FILE
read_cfg = parser.read(rclone_cfg)
services_list = []
for item in parser.sections():
service = parser.get(item, 'type')
l = clouds.Rclone.space_info(item, service)
d = methods.create_dict(l)
outstring = methods.insert_data(methods.format_string(format_file), d)
cloud_info.append(outstring)
if rc.MEGA == '1':
l = clouds.Mega.space_info(rc.SIZE)
d = methods.create_dict(l)
outstring = methods.insert_data(methods.format_string(format_file), d)
cloud_info.append(outstring)
info = methods.create_dict(cloud_info)
info['{x}'] = css
# cpu info
cpu = system_info.cpu()
# ram info
ram = system_info.ram()
# update info
update = system_info.update(pm)
# fs info
for item in rc.MNT.split(','):
l = system_info.fs(item)
o = methods.create_dict(l)
out = methods.insert_data(methods.format_string(fs_format_file), o)
si.append(out)
#--------------------------------popolate dict----------------------------------
si_dict = methods.create_dict(si)
si_dict["{distro}"] = ds
si_dict["{de}"] = de
si_dict["{wm}"] = wm
si_dict["{ut_days}"] = str(ut[0])
si_dict["{ut_hours}"] = str(ut[1])
si_dict["{ut_minutes}"] = str(ut[2])
si_dict["{ut_seconds}"] = str(ut[3])
si_dict["{hostname}"] = mi[1]
si_dict["{kernel_build}"] = mi[2]
si_dict["{architecture}"] = mi[4]
