def toggle_shuffle(self): '''Simply Toggles the shuffle function''' self.shuffle.clear() if xmms.is_shuffle(): self.shuffle.insstr(0,0," ") else: self.shuffle.insstr(0,0,"S") xmms.toggle_shuffle()
def update(self):
'''This Refreshes the Screen... It calculates times and such, and then draws'''
time = xmms.get_output_time()/1000
num = xmms.get_playlist_pos()
title = xmms.get_playlist_title(num)
shuffle = xmms.is_shuffle()
length = xmms.get_playlist_time(num) / 1000
self.win.border()
self.shuffle.clear()
if shuffle:
self.shuffle.insstr(0,0,"S")
t = format_time(time)
self.timers.clear()
self.timers.addstr(t)
self.title.clear()
self.title.addstr("%d. %s (%s)" % (num,title,format_time(length)))
t = (time * 40) / length
self.playtime.clear()
self.playtime.insstr(0,0,'.' * t)
self.playtime.insstr(0, min(t,39), '%',curses.A_BOLD)
if t < 39:
self.playtime.insstr(0,t+1,'.' * (39 -t))
self.volume.clear()
v = xmms.get_main_volume()
self.volume.insstr(0,0, 'Vol: %2d' % (v))
v = int(round(v / 10))
for i in range(0, 5):
if (i * 2 < v):
self.volume.hline(6-i, 0, '#', 2*i-1, curses.A_BOLD)
else:
self.volume.hline(6-i, 0, '_', 2*i-1)
# # gratuitous use of lambda
map(lambda a: a.refresh(), self.windows)
def __init__(self, stdscr, top = 6,left = 10):
self.stdscr = stdscr
self.win = curses.newwin(13, 60, top, left)
self.win.border()
# Gets a list of recognised key - strokes
self.keys = key_strokes()
# The next block represents the various widgets
self.timers = self.win.subwin(2, 10, top+1, left + 3)
self.title = self.win.subwin(3, 40, top+1, left + 15)
self.playtime = self.win.subwin(2, 40, top+4, left + 15)
self.volume = self.win.subwin(7, 10, top+3, left + 2)
self.jump = self.win.subwin(6, 45, top+6, left + 12)
self.shuffle = self.win.subwin(1,1,top+10, left + 5)
if xmms.is_shuffle():
self.shuffle.insstr(0,0,"S")
self.windows = [self.timers, self.playtime, self.shuffle, self.volume, self.win, self.jump, self.title]
key = self.keys
# maks the keys to their appropriate function
self.keymaps = {
key["x"] : xmms.play,
key["c"] : xmms.pause,
key["v"] : xmms.stop,
key["z"] : xmms.playlist_prev,
key["b"] : xmms.playlist_next,
key["s"] : self.toggle_shuffle,
key["j"] : self.search,
key["q"] : sys.exit,
key["esc"] : sys.exit,
key["up"] : lambda : xmms.set_main_volume(min(100, xmms.get_main_volume() + 10)),
key["down"] : lambda : xmms.set_main_volume(max(0, xmms.get_main_volume() - 10)),
key["right"] : lambda : xmms.jump_to_time(xmms.get_output_time()+5000),
key["left"] : lambda : xmms.jump_to_time(max(0,xmms.get_output_time()-5000))
};
def update(self):
'''Updates all windows'''
# This block gets variables, like time, number, title. etc...
time = xmms.get_output_time()/1000
num = xmms.get_playlist_pos()
title = xmms.get_playlist_title(num)
shuffle = xmms.is_shuffle()
length = xmms.get_playlist_time(num) / 1000
t = format_time(time)
self.timers.clear()
self.timers.addstr(t)
self.title.clear()
self.title.addstr("%d. %s (%s)" % (num,title,format_time(length)))
t = (time * 40) / length
self.playtime.clear()
self.playtime.insstr(0,0,'.' * t)
self.playtime.insstr(0, min(t,39), '%',curses.A_BOLD)
if t < 39:
self.playtime.insstr(0,t+1,'.' * (39 -t))
self.volume.clear()
v = xmms.get_main_volume()
self.volume.insstr(0,0, 'Vol: %2d' % (v))
# draws the volume bar
v = int(round(v / 10))
for i in range(0, 5):
if (i * 2 < v):
self.volume.hline(6-i, 0, '#', 2*i-1, curses.A_BOLD)
else:
self.volume.hline(6-i, 0, '_', 2*i-1)
# # gratuitous use of lambda
map(lambda a: a.refresh(), self.windows)
def shuffle_get(self):
shuffle = xmms.is_shuffle()
print "Sending toggle: now is", shuffle == 1
self.client_socket.sendall(str(shuffle))
def shuffle_get(self):
shuffle = xmms.is_shuffle()
print "Sending toggle: now is",shuffle == 1
self.client_socket.sendall(str(shuffle))
