def __init__(self, extensionsloader):
self.extensions = extensionsloader
self.module = {'name': 'Explorer'}
self.functions = Functions()
self.userconf = ConfigLoader()
self.songs_tree = {}
self.albums = {}
# Create the Albums view
def launch_explorer(wdg):
self.widgets = wdg
self.aview = AlbumsView(self.widgets, self.extensions)
self.search = Search(self.widgets, self.aview)
self.filter = Filter(self.widgets, self.aview)
# Populate the view
self.populate()
# Connect to signals
def repopulate(wdg):
self.extensions.load_event('OnAbortPlayback')
self.populate(True)
self.widgets[0][3].connect('clicked', repopulate)
self.extensions.connect('OnBluemindoStarted', launch_explorer)
self.extensions.connect('AskShuffleSong', self.shuffle_song_asked)
def __init__(self,method,url,data=None,cookies=None,headers=None):
config = ConfigLoader()
url_pre = config.get('api','url_pre')
try:
if method == 'get':
self.resp = requests.get(url=url_pre+url, params=data, cookies=cookies, headers=headers)
elif method == 'post':
self.resp = requests.post(url=url_pre+url, data=data, cookies=cookies, headers=headers)
elif method == 'delete':
self.resp = requests.delete(url=url_pre+url, data=data, cookies=cookies, headers=headers)
except Exception as e:
raise e
def __init__(self):
if Functions.ref2 is None:
Functions.ref2 = 42
self.userconf = ConfigLoader()
# Just set the data and the locale dir
if isdir('../data') and isfile('../locale/bluemindo.pot'):
self.datadir = '../data'
self.localedir = '../locale'
else:
self.datadir = '/usr/share/bluemindo'
self.localedir = '/usr/share/locale'
class Context:
config = ConfigLoader()
# 投资人测试数据
normal_user = config.get('basic', 'normal_user')
normal_pwd = config.get('basic', 'normal_pwd')
normal_member_id = config.get('basic', 'normal_member_id')
# 管理员测试数据
admin_user = config.get('basic', 'admin_user')
admin_pwd = config.get('basic', 'admin_pwd')
# 借款人测试数据
loan_member_id = config.get('basic', 'loan_member_id')
class Context:
config = ConfigLoader()
normal_user = config.get('basic','normal_user')
normal_pwd = config.get('basic','normal_pwd')
normal_member_id = config.get('basic','normal_member_id')
admin_user = config.get('basic','admin_user')
admin_pwd = config.get('basic','admin_pwd')
loan_member_id = config.get('basic','loan_member_id')
unnormal_member_id = config.get('basic','unnormal_member_id')
def __init__(self, method, url, data=None, cookies=None, headers=None):
config1 = ConfigLoader()
url_pre = config1.get_conf_str("api", "url_pre")
url = url_pre + url
try:
if method == "get":
self.resp = requests.get(url=url,
params=data,
cookies=cookies,
headers=headers)
elif method == "pose":
self.resp = requests.post(url=url,
data=data,
cookies=cookies,
headers=headers)
elif method == "delete":
self.resp = requests.delete(url=url,
data=data,
cookies=cookies,
headers=headers)
except Exception as e:
raise e
def __init__(self):
config = ConfigLoader()
host = config.get('mysql', 'host')
port = config.getint('mysql', 'port') # port 是一个数值
user = config.get('mysql', 'usr')
password = config.get('mysql', 'pwd')
# 异常处理
self.mysql = pymysql.connect(host=host,
user=user,
password=password,
port=port,
cursorclass=pymysql.cursors.DictCursor)
class WebServices(object):
"""A class to handles many WebServices."""
config = ConfigLoader()
functions = Functions()
lock = Lock()
def get_xml(self, url):
"""This function downloads a file and returns an ElementTree object."""
req = urlopen(url)
content = req.read()
return ElementTree.fromstring(content)
def get_html(self, url):
"""This function downloads a file and returns its content."""
req = urlopen(url)
content = req.read()
return content
def __init__(self):
config = ConfigLoader()
host = config.get_conf_str("mysql", "host")
port = config.get_conf_int("mysql", "port")
user = config.get_conf_str("mysql", "user")
pwd = config.get_conf_str("mysql", "pwd")
charset = str(config.get_conf_str("mysql", "charset"))
# 异常处理
try:
self.mysql = pymysql.connect(
host=host,
user=user,
password=pwd,
database=None,
port=port,
cursorclass=pymysql.cursors.DictCursor,
charset='utf8') # 返回字典对象
except Exception as e:
print("Mysql connect failed!")
def __init__(self, widgets, aview):
self.widgets = widgets
self.functions = Functions()
self.userconf = ConfigLoader()
# GUI
self.filter_button = self.widgets[1].get_object('tool-filter')
self.filter_button.connect('clicked', self.on_button_clicked)
gladefile = join(self.functions.datadir, 'glade', 'filterbar.ui')
self.fbox = gtk_builder()
self.fbox.set_translation_domain('bluemindo')
self.fbox.add_from_file(gladefile)
self.filter_box = self.fbox.get_object('infobar')
wdg_place = self.widgets[1].get_object('filter-emplacement')
wdg_place.add(self.filter_box)
self.fbox.get_object('label_filter').set_text(_('Filter the results:'))
# Create ComboBoxes
self.genre_fstore = ListStore(int, str)
self.genre_fcombo = self.fbox.get_object('combobox-genre')
self.genre_fcombo.set_model(self.genre_fstore)
renderer_text = CellRendererText()
self.genre_fcombo.pack_start(renderer_text, True)
self.genre_fcombo.set_entry_text_column(1)
self.genre_fcombo.add_attribute(renderer_text, 'text', 1)
self.year_fstore = ListStore(int, str)
self.year_fcombo = self.fbox.get_object('combobox-year')
self.year_fcombo.set_model(self.year_fstore)
renderer_text = CellRendererText()
self.year_fcombo.pack_start(renderer_text, True)
self.year_fcombo.set_entry_text_column(1)
self.year_fcombo.add_attribute(renderer_text, 'text', 1)
def __init__(self):
config = ConfigLoader()
host = config.get('mysql', 'host')
port = config.getint('mysql', 'port')
user = config.get('mysql', 'usr')
password = config.get('mysql', 'pwd')
#自行添加异常处理
try:
self.mysql = pymysql.connect(
host=host,
user=user,
password=password,
port=port,
cursorclass=pymysql.cursors.DictCursor) #建立连接
print('数据库连接成功！')
except AssertionError as e:
print('数据库连接失败！', e)
raise e
def __init__(self, widgets, extensions):
self.widgets = widgets
self.extensions = extensions
self.functions = Functions()
self.userconf = ConfigLoader()
self.dblclick = None
# Create the IconView
self.albumview = self.widgets[1].get_object('albumview')
self.albummodel = ListStore(Pixbuf, str, str, str, int, str, str)
self.albumview.set_pixbuf_column(0)
self.albumview.set_markup_column(1)
self.albumview.set_column_spacing(0)
self.albumview.set_spacing(0)
self.albumview.set_item_width(100)
self.albumview.set_property('activate-on-single-click', False)
# Add a filter to the ListStore model
self.albumfilter = self.albummodel.filter_new(None)
self.remove_filter_data()
self.matched = False
def filter_visible(model, iter, data):
usrf = self.widgets[1].get_object('searchentry').get_text()
search_a = model.get_value(iter, 3)
search_b = model.get_value(iter, 2)
pre_result = False
if self.matched:
usrf_a = self.matched[0]
usrf_b = self.matched[1]
if usrf_b == 'blm.!ARTIST!':
if usrf_a.lower() == search_b.lower():
# Matched an artist
pre_result = True
else:
if (usrf_a.lower() == search_a.lower() and
usrf_b.lower() == search_b.lower()):
# Matched an album
pre_result = True
else:
if len(model) > 0:
if (usrf.lower() in search_a.lower() or
usrf.lower() in search_b.lower()):
# Found an element (artist or album name is close)
pre_result = True
else:
# No element founded at all, return False anyway
return False
# Apply filters
fdg = self.filter_data['genre']
fdy = self.filter_data['year']
# Filter results by genres
if fdg is not None and fdg != model.get_value(iter, 5):
pre_result = False
# Filter results by years
if fdy is not None and fdy != model.get_value(iter, 6):
pre_result = False
# Return the final result
return pre_result
self.albumfilter.set_visible_func(filter_visible)
self.albumview.set_model(self.albumfilter)
# Connect to signals
def grab_entry_focus(widget, event):
key = event.string
if (key.lower() in 'a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p,q,r,s,t,u,v,w,'
'x,y,z,0,1,2,3,4,5,6,7,8,9'.split(',')):
self.widgets[1].get_object('searchentry').grab_focus()
self.widgets[1].get_object('searchentry').set_text(key)
self.widgets[1].get_object('searchentry').set_position(-1)
self.albumview.connect('key-press-event', grab_entry_focus)
self.albumview.connect('selection_changed', self.on_selection_changed)
class Explorer:
def __init__(self, extensionsloader):
self.extensions = extensionsloader
self.module = {'name': 'Explorer'}
self.functions = Functions()
self.userconf = ConfigLoader()
self.songs_tree = {}
self.albums = {}
# Create the Albums view
def launch_explorer(wdg):
self.widgets = wdg
self.aview = AlbumsView(self.widgets, self.extensions)
self.search = Search(self.widgets, self.aview)
self.filter = Filter(self.widgets, self.aview)
# Populate the view
self.populate()
# Connect to signals
def repopulate(wdg):
self.extensions.load_event('OnAbortPlayback')
self.populate(True)
self.widgets[0][3].connect('clicked', repopulate)
self.extensions.connect('OnBluemindoStarted', launch_explorer)
self.extensions.connect('AskShuffleSong', self.shuffle_song_asked)
def populate(self, force_scan=False):
threads_enter()
# Do we have a working directory or not?
if self.userconf.config['Explorer']['folder'] == '':
fcdialog = FileChooserDialog(
title=_('Open your music directory'),
action=FileChooserAction.SELECT_FOLDER,
buttons=(_('Select'), ResponseType.OK))
fcdialog.set_transient_for(self.widgets[0][11])
response = fcdialog.run()
if response == ResponseType.OK:
foldername = fcdialog.get_filename()
self.userconf.update_key('Explorer', 'folder', foldername)
force_scan = True
else:
print("Bluemindo can't work without opening a music " +
"directory. Exiting…")
exit(0)
fcdialog.destroy()
# Call database
musicdb = MusicDatabase(self.userconf.config['Explorer']['folder'])
# Do we scan for new files?
if (bool(int(self.userconf.config['Explorer']['scan_at_startup']))
or force_scan):
def do_scan():
# Freeze user interface
gldfile = join(self.functions.datadir, 'glade', 'loading.ui')
win = gtk_builder()
win.set_translation_domain('bluemindo')
win.add_from_file(gldfile)
box_content = win.get_object('box1')
# Create an interface to help the user waiting for the job
bluemindo = join(self.functions.datadir, 'image',
'bluemindo.png')
img = win.get_object('image')
cover_px = Pixbuf.new_from_file(bluemindo)
idle_add(img.set_from_pixbuf, cover_px)
idle_add(
win.get_object('label').set_markup,
'<span size="x-large"><b>' +
_('Reloading music database.') + '</b></span>')
idle_add(self.widgets[0][2].set_sensitive, False)
idle_add(self.widgets[0][3].set_sensitive, False)
idle_add(self.widgets[0][5].set_sensitive, False)
idle_add(self.widgets[0][6].set_sensitive, False)
idle_add(self.widgets[0][7].set_sensitive, False)
idle_add(self.widgets[0][8].set_sensitive, False)
idle_add(self.widgets[1].get_object('box1').add, box_content)
lbl = win.get_object('label_info')
idle_add(lbl.set_text,
_('Starting… Prepares to search for new files.'))
# Update GUI
box_content.show_all()
self.widgets[1].get_object('box2').hide()
# Do the scanning
pb = win.get_object('progressbar')
musicdb.scan(lbl, pb)
# Show original GUI
idle_add(self.widgets[0][2].set_sensitive, True)
idle_add(self.widgets[0][3].set_sensitive, True)
idle_add(box_content.hide)
idle_add(self.widgets[1].get_object('box2').show_all)
idle_add(self.create_view)
thread = Thread(group=None,
target=do_scan,
name='scanning',
args=())
thread.start()
else:
self.create_view()
threads_leave()
def create_view(self):
# Call database
musicdb = MusicDatabase(self.userconf.config['Explorer']['folder'])
self.database = musicdb.load()
self.albums_tree = []
album_names = []
album_iter = {}
# Activate player buttons
self.widgets[0][5].set_sensitive(True)
self.widgets[0][6].set_sensitive(True)
self.widgets[0][7].set_sensitive(True)
self.widgets[0][8].set_sensitive(True)
# Create the tree artists→albums→songs
def unique(seq, keepstr=True):
"""This function ensures there are only unique values."""
t = type(seq)
if t in (str, str):
t = (list, ''.join)[bool(keepstr)]
seen = []
return t(c for c in seq if not (c in seen or seen.append(c)))
# Create the songs tree
songs_tree = {}
artists = []
albums = []
albums_dl = []
for result in self.database:
artists.append(result[1])
albums.append((result[1], result[2]))
artists = unique(artists)
albums = unique(albums)
for a in artists:
songs_tree[a] = {}
for a in albums:
songs_tree[a[0]][a[1]] = []
# Add songs
for result in self.database:
songs_tree[result[1]][result[2]].append(result)
# Sort songs
for artist in songs_tree.values():
for album in artist.values():
album.sort(key=lambda student: student[3])
self.songs_tree = songs_tree
i = 0
for art in self.songs_tree:
for alb in self.songs_tree[art]:
album_names.append(alb)
self.albums_tree.append({'album': alb, 'artist': art})
i = i + 1
# Sort everything
self.albums_tree.sort(key=lambda item: item['album'].lower())
self.albums_tree.sort(key=lambda item: item['artist'].lower())
# Send the music tree to all extensions
self.extensions.load_event('OnSongsTreeCreated', self.songs_tree)
# Launch explorer GUI
self.search.generate_autocompletion(artists, albums, self.songs_tree)
self.aview.populate_albums(self.albums_tree, self.albums,
self.songs_tree, self.search)
self.filter.launch(self.albums_tree, self.songs_tree, self.aview)
def shuffle_song_asked(self):
if len(self.database) > 1:
index = randrange(len(self.database))
song_inf = self.database[index]
song = Song(filename=song_inf[8])
self.extensions.load_event('OnPlayNewSong', song)
def __init__(self, widgets, aview):
self.widgets = widgets
self.aview = aview
self.albumview = aview.albumview
self.albumfilter = aview.albumfilter
self.matched = aview.matched
self.functions = Functions()
self.userconf = ConfigLoader()
# Create the autocompletion columns
self.completion_model = ListStore(Pixbuf, str, str, str, str, str, str,
str)
ecomplet = EntryCompletion()
ecomplet.set_model(self.completion_model)
pixbufcell = CellRendererPixbuf()
ecomplet.pack_start(pixbufcell, False)
ecomplet.add_attribute(pixbufcell, 'pixbuf', 0)
markupcell = CellRendererText()
markupcell.props.xpad = 10
ecomplet.pack_start(markupcell, True)
ecomplet.add_attribute(markupcell, 'markup', 1)
markupcell = CellRendererText()
markupcell.props.xpad = 5
ecomplet.pack_start(markupcell, False)
ecomplet.add_attribute(markupcell, 'markup', 2)
pixbufcell = CellRendererPixbuf()
ecomplet.pack_start(pixbufcell, False)
ecomplet.add_attribute(pixbufcell, 'icon_name', 3)
ecomplet.props.text_column = 4
def matched(widget, model, iter):
item = model[iter]
data_a = item[4]
data_b = item[5]
self.aview.matched = [data_a, data_b]
self.albumfilter.refilter()
if data_b == 'blm.!ARTIST!':
# Matched an artist: show albums
return False
elif exists(data_b):
# Matched a song: queue to playlist
sng = Song(filename=item[5])
self.aview.queue(sng)
# Go back to empty search
self.aview.matched = False
searchentry = widget.get_entry()
searchentry.set_text('')
return True
#elif len(self.albumfilter) == 1:
else:
# Matched an album: load it in a panel
album = Album(data_b, data_a, self.songs_tree)
if hasattr(album, 'name'):
self.aview.on_album_matched(album)
# Go back to empty search
self.aview.matched = False
searchentry = widget.get_entry()
searchentry.set_text('')
return True
ecomplet.connect('match-selected', matched)
searchentry = self.widgets[1].get_object('searchentry')
searchentry.set_completion(ecomplet)
searchentry.grab_focus()
def do_filter(widget):
self.albumfilter.refilter()
self.aview.matched = False
searchentry.connect('changed', do_filter)
self.searchentry = searchentry
do_excel = DoExcel(contants.case_file) # 实例化一个DoExcel对象
sheet_names = do_excel.get_sheet_names() # 获取Excel文件中全部sheet名称，返回为一个列表
print("sheet名称列表：",sheet_names)
cases_list = ['login', 'register'] # 定义一个执行测试用例的列表
# 根据sheet_names 分别取到全部用例来执行
for sheet_name in sheet_names:
# 获取login的所有测试用例，返回的是一个cases列表，列表里面是多个Case类实例，每个实例的属性对应Excel表中每列的值
if sheet_name in cases_list: #如果当前的这个sheet_name不在可执行的case_list里面，就不执行
cases = do_excel.get_cases(sheet_name)
print(sheet_name+' 测试用例个数：', len(cases))
for case in cases: # 遍历测试用例列表，每进for一次，就取一个case实例
print("case信息：", case.__dict__) # 打印case信息 对象的内置的私有方法
# data = eval(case.data) # Excel里面取到data是一个字符串，使用eval函数将字符串转换成字典
data = json.loads(case.data)
config = ConfigLoader()
url_pre = config.get('api','url_pre')
url = url_pre + case.url
resp = Request(method=case.method, url=url, data=data) # 通过封装的Request类来完成接口的调用
print('status_code:', resp.get_status_code()) # 打印响应码
resp_dict = resp.get_json() # 获取请求响应，字典
# 通过json.dumps函数将字典转换成格式化后的字符串
resp_text = json.dumps(resp_dict, ensure_ascii=False, indent=4)
print('response: ', resp_text) # 打印响应
if case.expected == resp.get_text():
print("result : PASS")
do_excel.write_result_by_case_id(sheet_name=sheet_name,case_id=case.case_id,
actual=resp.get_text(),result='PASS')
else:
print("result : FAIL")
class Functions(object):
ref = None
ref2 = None
def __new__(cls, *args, **kws):
# Singleton
if cls.ref is None:
cls.ref = object.__new__(cls)
return cls.ref
def __init__(self):
if Functions.ref2 is None:
Functions.ref2 = 42
self.userconf = ConfigLoader()
# Just set the data and the locale dir
if isdir('../data') and isfile('../locale/bluemindo.pot'):
self.datadir = '../data'
self.localedir = '../locale'
else:
self.datadir = '/usr/share/bluemindo'
self.localedir = '/usr/share/locale'
def get_hash(self, str1, str2):
"""Just return the hash for given strings"""
md5 = md5_new()
md5.update(str1.encode('utf-8'))
md5.update(str2.encode('utf-8'))
return str(md5.hexdigest())
def view_encode(self, string, limit=25):
if (len(string)) > limit:
string = string[:limit] + '…'
string = markup_escape_text(string)
return string
def unescape(string):
"""Unescape an escaped string with markup_escape_text."""
_str = xml_unescape(string, {''': "'", '"': '"'})
return _str
def human_length(self, length):
"""Return the length in a human-readable way"""
lg0 = int(length / 60)
lg1 = int(length % 60)
if lg0 >= 0 and lg0 < 10:
lg0 = '0' + str(lg0)
if lg1 >= 0 and lg1 < 10:
lg1 = '0' + str(lg1)
lg = str(lg0) + ':' + str(lg1)
return lg
def clear_html(self, text, only_bold=False):
"""Return the text without html"""
if text.startswith('<b>') and text.endswith('</b>'):
text = text[3:-4]
if not only_bold:
if text.startswith('<span size="small">'):
text = text[19:-7]
return text
def open_bluemindo(self, window):
"""Handle the Bluemindo's window open and change width,
height and position on the screen."""
width = int(self.userconf.config['Window']['width'])
height = int(self.userconf.config['Window']['height'])
window.resize(width, height)
x = int(self.userconf.config['Window']['x'])
y = int(self.userconf.config['Window']['y'])
window.move(x, y)
def close_bluemindo(self, window, quit=True):
"""This function is called when the Bluemindo's main window is
closed."""
# Backup window width, height and position
if window is not None and window.get_properties('visible')[0]:
width = window.get_size()[0]
height = window.get_size()[1]
x = window.get_position()[0]
y = window.get_position()[1]
self.userconf.update_key('Window', 'width', str(width))
self.userconf.update_key('Window', 'height', str(height))
self.userconf.update_key('Window', 'x', str(x))
self.userconf.update_key('Window', 'y', str(y))
# Delete the socket file and quit GTK
if quit:
SOCKET_NAME = '/tmp/bluemindo'
if exists(SOCKET_NAME):
remove(SOCKET_NAME)
pid_filename = join(self.datadir, 'pid')
if isfile(pid_filename):
remove(pid_filename)
current_playing = join(self.datadir, 'current-playing')
if isfile(current_playing):
remove(current_playing)
print('The dolphin has plunge!')
idle_add(gtk_main_quit)
# Hide window
else:
if window.get_properties('visible')[0]:
window.hide()
def __init__(self):
self.config = ConfigLoader()
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation version 3 of the License.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
from os.path import join, exists
import sqlite3 as sqlite
from common.config import ConfigLoader
config = ConfigLoader()
class SQLite(object):
def __init__(self):
sqlfile = join(config.datadir, 'songs.db')
if not exists(sqlfile):
database_exist = False
else:
database_exist = True
self.cx = sqlite.connect(sqlfile)
self.cur = self.cx.cursor()
self.cx.text_factory = str
if not database_exist:
class Playlist:
def __init__(self, extensionsloader):
self.extensions = extensionsloader
self.module = {'name': 'Playlist'}
self.functions = Functions()
self.userconf = ConfigLoader()
self.config = {}
rpt = self.userconf.config['Playlist']['repeat']
self.config['repeat'] = bool(int(rpt))
shf = self.userconf.config['Playlist']['shuffle']
self.config['shuffle'] = bool(int(shf))
shm = self.userconf.config['Playlist']['shuffle_mode']
self.config['shuffle_mode'] = shm
self.lastfm = LastFm()
self.playlists_mgmnt = Playlists()
self.playlist_content = {}
self.playlist_identifier = 0
self.playlist_current = None
self.current_playlist_id = 0
self.user_playlists = {}
self.last_user_playlist = None
self.similar_artists = []
self.is_in_similar_thread = False
# Create the Playlist view
def launch_playlist(wdg):
self.widgets = wdg[1]
self.playlist_label = self.widgets.get_object('label_playlist')
self.playlist_repeat = self.widgets.get_object('tool-repeat')
self.playlist_shuffle = self.widgets.get_object('tool-shuffle')
self.playlist_clean = self.widgets.get_object('tool-clean')
self.playlist_combo = self.widgets.get_object('combo-playlist')
self.playlist_save = self.widgets.get_object('tool-saveplaylist')
self.playlist_lyrics = self.widgets.get_object('tool-lyrics')
self.playlist_tree = self.widgets.get_object('treeview_playlist')
self.playlist_tree.set_headers_visible(False)
self.playlist_tree.props.reorderable = True
self.playlist_tree.connect('key_press_event', self.key_pressed)
self.playlist_tree.connect('row_activated', self.row_activated)
self.liststore = ListStore(str, str, str, str, int)
self.playlist_tree.set_model(self.liststore)
renderer_pix = CellRendererPixbuf()
column_pixbuf = TreeViewColumn('1', renderer_pix, icon_name=0)
column_pixbuf.set_fixed_width(18)
self.playlist_tree.append_column(column_pixbuf)
renderer_text = CellRendererText()
column_text = TreeViewColumn('2', renderer_text, markup=1)
column_text.props.expand = True
column_text.props.max_width = 192
self.playlist_tree.append_column(column_text)
column_text = TreeViewColumn('3', renderer_text, markup=2)
column_text.set_fixed_width(40)
self.playlist_tree.append_column(column_text)
self.repeat_btn = self.widgets.get_object('tool-repeat')
if self.config['repeat']:
self.repeat_btn.set_active(True)
self.repeat_btn.connect('clicked', self.toggle, 'repeat')
self.shuffle_btn = self.widgets.get_object('tool-shuffle')
if self.config['shuffle']:
self.shuffle_btn.set_active(True)
self.shuffle_btn.connect('clicked', self.toggle, 'shuffle')
def clean_wdg(widget):
# Clean playlist
self.clean()
# Show popover
if self.current_playlist_id > 3:
self.clean_btn.set_sensitive(True)
self.clean_pop.show_all()
self.clean_btn = self.widgets.get_object('tool-clean')
self.clean_btn.connect('clicked', clean_wdg)
self.clean_pop = Popover.new(self.clean_btn)
self.clean_pop.set_size_request(100, 30)
gtkpla = join(self.functions.datadir, 'glade', 'plist-del-pop.ui')
win = gtk_builder()
win.set_translation_domain('bluemindo')
win.add_from_file(gtkpla)
hbox = win.get_object('box-playlist')
lbl = win.get_object('label')
lbl.set_text(_('Do you also want to remove the playlist?'))
btn = win.get_object('del-btn')
btn.set_label(_('Delete'))
btn.connect('clicked', self.delete_playlist)
self.clean_pop.add(hbox)
# Populate combobox
self.combolist = ListStore(int, str)
self.combobox = self.widgets.get_object('combobox')
self.combobox.set_model(self.combolist)
self.combobox.set_popup_fixed_width(False)
self.combobox.props.expand = False
renderer_text = CellRendererText()
renderer_text.props.ellipsize = EllipsizeMode.END
self.combobox.pack_start(renderer_text, True)
self.combobox.set_entry_text_column(1)
self.combobox.add_attribute(renderer_text, 'text', 1)
self.combolist.append([0, _('Current')])
self.combolist.append([1, _('Top 50 songs')])
self.combolist.append([2, _('Top 10 albums')])
playlists = self.playlists_mgmnt.get_playlists()
if len(playlists) > 0:
self.combolist.append([3, ''])
item_id = 3
playlists.sort(key=lambda it: it[1])
for item in playlists:
item_id += 1
self.combolist.append([item_id, item])
self.user_playlists[item_id] = item
self.last_user_playlist = item_id
def combo_sep(model, iter):
if model[iter][0] == 3:
return True
self.combobox.set_row_separator_func(combo_sep)
def on_combo_changed(widget):
path = widget.get_active()
item_id = self.combolist[path][0]
# First, clean the playlist
self.clean(None)
# Second, populate the playlist
if item_id > 0:
self.populate(item_id)
# Then, update playlist identifier
self.current_playlist_id = item_id
# Show delete/remove button if the playlist is from the user
if item_id > 3:
self.clean_btn.set_sensitive(True)
self.combobox.set_active(0)
self.combobox.connect('changed', on_combo_changed)
self.tool_save = self.widgets.get_object('tool-saveplaylist')
self.tool_save.connect('clicked', self.save_playlist)
self.save_pop = Popover.new(self.tool_save)
self.save_pop.set_size_request(100, 30)
gtkpla = join(self.functions.datadir, 'glade', 'plist-add-pop.ui')
win = gtk_builder()
win.set_translation_domain('bluemindo')
win.add_from_file(gtkpla)
hbox = win.get_object('box-playlist')
self.save_pop.add(hbox)
self.save_entry = win.get_object('save-entry')
self.save_entry.connect('key_press_event', self.save_playlist_key)
self.save_btn = win.get_object('save-btn')
self.save_btn.connect('clicked', self.save_playlist_button)
self.save_btn.set_label(_('Save'))
self.clean_btn.set_sensitive(False)
self.tool_save.set_sensitive(False)
# Acquire the songs tree
def acquire_tree(st):
self.songs_tree = st
self.extensions.connect('OnBluemindoStarted', launch_playlist)
self.extensions.connect('OnSongsTreeCreated', acquire_tree)
self.extensions.connect('OnSongQueued', self.on_new_song_queued)
self.extensions.connect('OnAlbumQueued', self.on_new_album_queued)
self.extensions.connect('AskPreviousSong', self.ask_previous_song)
self.extensions.connect('AskNextSong', self.ask_next_song)
self.extensions.connect('HasStartedSong', self.song_started)
def toggle(self, widget, action):
if action == 'repeat' and self.config['repeat']:
self.config['repeat'] = False
self.repeat_btn.set_active(False)
self.userconf.update_key('Playlist', 'repeat', str(int(False)))
elif action == 'repeat' and not self.config['repeat']:
self.config['repeat'] = True
self.repeat_btn.set_active(True)
self.userconf.update_key('Playlist', 'repeat', str(int(True)))
elif action == 'shuffle' and self.config['shuffle']:
self.config['shuffle'] = False
self.shuffle_btn.set_active(False)
self.userconf.update_key('Playlist', 'shuffle', str(int(False)))
elif action == 'shuffle' and not self.config['shuffle']:
self.config['shuffle'] = True
self.shuffle_btn.set_active(True)
self.userconf.update_key('Playlist', 'shuffle', str(int(True)))
def row_activated(self, widget, path, column):
item_iter = self.liststore.get_iter(path)
# Get the founded element.
item_identifier = self.liststore.get_value(item_iter, 4)
current_item = self.playlist_content[item_identifier]
# The element is a song.
if self.playlist_content[item_identifier].kind == 'song':
self.playlist_current = [item_iter, item_identifier, None]
self.extensions.load_event('OnPlayNewSong', current_item)
# The element is an album.
else:
self.extensions.load_event('OnAbortPlayback')
sng = self.playlist_content[item_identifier].tracks[0]
self.playlist_current = [item_iter, item_identifier, 0]
self.extensions.load_event('OnPlayNewSong', sng)
def key_pressed(self, widget, eventkey):
if eventkey.get_keyval()[1] == KEY_Delete:
# Delete an item from the playlist
selection = self.playlist_tree.get_selection()
selected = selection.get_selected_rows()
liststore = selected[0]
listpath = selected[1]
if len(listpath) > 0:
selpath = listpath[0]
playlist_identifier = liststore[selpath][4]
# Are we removing the currently playing item?
if self.playlist_current is not None:
item_iter, item_path, item_in_album = self.playlist_current
if selpath == TreePath.new_from_string(str(item_path)):
self.playlist_current = None
# Removal
del self.playlist_content[playlist_identifier]
del liststore[selpath]
def clean(self, data=None):
self.playlist_content = {}
self.playlist_identifier = 0
self.playlist_current = None
self.liststore.clear()
# Update GUI
self.clean_btn.set_sensitive(False)
self.tool_save.set_sensitive(False)
def populate(self, playlist_id):
if playlist_id in (1, 2):
# Automatic playlists based on listening stats
if playlist_id == 1:
tb = 'stats_songs'
lm = 50
elif playlist_id == 2:
tb = 'stats_albums'
lm = 10
result = []
txt = ('select * from %s order by tracks desc limit %u' % (tb, lm))
sql = SQLite()
cur = sql.execute(txt)
for sg in cur:
result.append(sg)
sql.close()
for item in result:
if playlist_id == 1:
sng = Song(filename=item[0])
if hasattr(sng, 'title'):
self.on_new_song_queued(sng)
elif playlist_id == 2:
album_name = item[0]
for it in self.songs_tree:
if album_name in self.songs_tree[it]:
self.on_new_album_queued(Album(it, album_name,
self.songs_tree))
break
elif playlist_id > 3:
# User-created playlists
user_plist = self.user_playlists[playlist_id]
plist = self.playlists_mgmnt.load_playlist(user_plist)
for item in plist:
sng = Song(filename=item)
if hasattr(sng, 'title'):
self.on_new_song_queued(sng)
def delete_playlist(self, widget):
if self.current_playlist_id > 3:
user_plist = self.user_playlists[self.current_playlist_id]
self.playlists_mgmnt.delete_playlist(user_plist)
# Delete the playlist from the list
del self.user_playlists[self.current_playlist_id]
cblid = 0
for item in self.combolist:
if item[0] == self.current_playlist_id:
del self.combolist[cblid]
break
cblid += 1
# Move back to "Current" playlist
self.combobox.set_active(0)
def save_playlist_key(self, widget, eventkey):
if eventkey.get_keyval()[1] == KEY_Return:
self.save_playlist_button(None)
def save_playlist_button(self, widget):
user_entry = self.save_entry.get_text()
user_entry = user_entry.replace('\\', '-')
user_entry = user_entry.replace('/', '-')
user_entry = user_entry.replace('*', '-')
user_entry = user_entry.replace('|', '-')
if len(user_entry) > 0:
rtn_value = self.playlists_mgmnt.create_new_playlist(user_entry)
if rtn_value:
self.save_pop.hide()
# Add playlist to GUI
if self.last_user_playlist is None:
self.combolist.append([3, ''])
self.last_user_playlist = 3
self.last_user_playlist += 1
self.combolist.append([self.last_user_playlist, user_entry])
self.user_playlists[self.last_user_playlist] = user_entry
# Write the playlist
self.write_playlist(user_entry)
# Select the new playlist
self.combobox.set_active(self.last_user_playlist)
def save_playlist(self, widget):
if self.current_playlist_id < 3:
# Create a new playlist
self.save_entry.set_text('')
self.save_pop.show_all()
elif self.current_playlist_id > 3:
# Update an existing playlist
user_plist = self.user_playlists[self.current_playlist_id]
self.write_playlist(user_plist)
def write_playlist(self, user_plist):
plist_content = []
for item in self.liststore:
item_id = item[4]
plist_content.append(self.playlist_content[item_id])
self.playlists_mgmnt.write_playlist(user_plist, plist_content)
def on_new_song_queued(self, song_info):
title = song_info.title
artist = song_info.artist
album = song_info.album
filename = song_info.filename
length = self.functions.human_length(song_info.length)
self.liststore.append(('audio-x-generic-symbolic', '<b>' +
self.functions.view_encode(title, 99) +
'</b>\n' + self.functions.view_encode(artist),
'<span foreground="grey">' +
length + '</span>',
filename, self.playlist_identifier))
self.playlist_content[self.playlist_identifier] = song_info
self.playlist_identifier += 1
# Update GUI
self.clean_btn.set_sensitive(True)
self.tool_save.set_sensitive(True)
def on_new_album_queued(self, album_info):
artist = album_info.artist
album = album_info.name
songs_count = str(len(album_info.tracks)) + ' ♫'
self.liststore.append(('media-optical-symbolic', '<b>' +
self.functions.view_encode(album, 99) +
'</b>\n' + self.functions.view_encode(artist),
'<span foreground="grey">' +
songs_count + '</span>', '[album]',
self.playlist_identifier))
self.playlist_content[self.playlist_identifier] = album_info
self.playlist_identifier += 1
# Update GUI
self.clean_btn.set_sensitive(True)
self.tool_save.set_sensitive(True)
def ask_next_song(self, current_song):
self.ask_for_a_song(True, current_song)
def ask_previous_song(self, current_song):
self.ask_for_a_song(False, current_song)
def ask_for_a_song(self, next=True, current_song=None):
def walk_in_playlist(item_iter, next=True):
base_item_iter = item_iter
if item_iter is None:
# Find first song.
item_iter = self.liststore.get_iter_first()
elif next:
# Find next song.
path = self.liststore.get_path(self.playlist_current[0])
path_int = int(path.to_string())
max_id = len(self.playlist_content) - 1
if (path_int + 1 <= max_id): # There is a song to launch!
item_iter = self.liststore.get_iter(path_int + 1)
else: # There is no song to launch!
if not self.config['repeat']:
self.extensions.load_event('OnAbortPlayback')
return
else:
item_iter = self.liststore.get_iter_first()
elif not next:
# Find previous song.
path = self.liststore.get_path(self.playlist_current[0])
path_int = int(path.to_string())
max_id = len(self.playlist_content) - 1
if (path_int -1 >= 0): # There is a song to launch.
item_iter = self.liststore.get_iter(path_int - 1)
else: # There is no song to launch!
if not self.config['repeat']:
self.extensions.load_event('OnAbortPlayback')
return
else:
item_iter = self.liststore.get_iter_from_string(str(max_id))
# Get the founded element.
item_identifier = self.liststore.get_value(item_iter, 4)
current_item = self.playlist_content[item_identifier]
def launch_founded_item(item_identifier, item_iter, current_item):
# The element is a song.
if self.playlist_content[item_identifier].kind == 'song':
self.playlist_current = [item_iter, item_identifier, None]
self.extensions.load_event('OnPlayNewSong', current_item)
# The element is an album.
else:
self.extensions.load_event('OnAbortPlayback')
sng = self.playlist_content[item_identifier].tracks[0]
sng.rg_mode_guess = 'album'
self.playlist_current = [item_iter, item_identifier, 0]
self.extensions.load_event('OnPlayNewSong', sng)
# Are we currently listening from an album?
if base_item_iter is not None:
kind = self.playlist_content[self.playlist_current[1]].kind
if kind == 'album':
base_item_identifier = self.liststore.get_value(base_item_iter, 4)
tracks = self.playlist_content[self.playlist_current[1]].tracks
max_sng = len(tracks) - 1
if next:
if self.playlist_current[2] < max_sng:
item_in_album = self.playlist_current[2] + 1
else:
return launch_founded_item(item_identifier, item_iter, current_item)
elif not next:
if self.playlist_current[2] - 1 > -1:
item_in_album = self.playlist_current[2] - 1
else:
return launch_founded_item(item_identifier, item_iter, current_item)
sng = self.playlist_content[base_item_identifier].tracks[item_in_album]
sng.rg_mode_guess = 'album'
self.playlist_current = [base_item_iter, base_item_identifier, item_in_album]
self.extensions.load_event('OnPlayNewSong', sng)
return
launch_founded_item(item_identifier, item_iter, current_item)
if len(self.playlist_content) == 0:
# Playlist is empty.
if not self.config['shuffle']:
# Shuffle disabled: abort playback.
self.extensions.load_event('OnAbortPlayback')
else:
# Shuffle enabled.
if self.config['shuffle_mode'] == 'random':
# Random mode: seek for shuffle song.
self.extensions.load_event('AskShuffleSong')
elif self.config['shuffle_mode'] == 'similar':
# Similar mode: seek for a similar song.
if len(self.similar_artists) == 0:
# No similar song founded: seek for any one.
self.extensions.load_event('AskShuffleSong')
return
# Choose one song in the list of similar artists
index = randrange(len(self.similar_artists))
artist = self.similar_artists[index]
mdb = MusicDatabase(None)
songs_list = mdb.load_from_artist(artist)
if len(songs_list) > 1:
index = randrange(len(songs_list))
song = songs_list[index]
sng = Song(filename=song[8])
print ('[SIMILAR] Playing a song from ' + sng.artist)
self.extensions.load_event('OnPlayNewSong', sng)
else:
self.extensions.load_event('AskShuffleSong')
else:
# Playlist is not empty, walk in it!
if self.playlist_current is None:
# Currently no current item in playlist, choose the first one!
walk_in_playlist(None)
else:
# The current playling song is in the playlist!
if next:
walk_in_playlist(self.playlist_current[0])
else:
walk_in_playlist(self.playlist_current[0], False)
def song_started(self, song):
# First, try to download a few similar artists names
if self.config['shuffle_mode'] == 'similar':
def download_similars():
threads_enter()
art = self.lastfm.get_similar_artists(song.artist)
self.similar_artists = []
mdb = MusicDatabase(None)
for artist in art:
if mdb.artist_exists(artist):
self.similar_artists.append(artist)
self.is_in_similar_thread = False
threads_leave()
if not self.is_in_similar_thread:
self.is_in_similar_thread = True
thread = Thread(group=None, target=download_similars,
name='similars', args=())
thread.start()
# Second, update statistics for this song
song.increment_statistics()
alb = Album(song.artist, song.album, self.songs_tree)
alb.increment_statistics()
# Then, highlight currently playing song/album if it's in playlist
if self.playlist_current is not None:
# Currently playing item is in the playlist
item_iter, item_path, item_in_album = self.playlist_current
# Remove marker of all items
for item in self.liststore:
current_label = item[1]
if current_label[:2] == '◎ ':
item[1] = current_label[2:]
# Add marker on one item
current_label = self.liststore[item_iter][1]
if current_label[:2] != '◎ ':
self.liststore[item_iter][1] = '◎ ' + current_label
def __init__(self, extensionsloader):
self.extensions = extensionsloader
self.module = {'name': 'Player'}
self.config = {}
self.functions = Functions()
self.userconf = ConfigLoader()
self.lyrics_downloader = LyricsDownloader()
def start_playback(wdg):
# Create GStreamer instance
self.gst = GStreamer()
self.gst.set_playback('gapless')
self.gst.player.connect('about-to-finish', self.song_nearly_ended)
self.gst.stop()
self.current_song = False
self.current_album = False
# Prepare buttons
self.btn_playpause = wdg[0][7]
self.btn_previous = wdg[0][5]
self.btn_next = wdg[0][8]
self.btn_stop = wdg[0][6]
self.btn_previous.connect('clicked', self.previous_pressed)
self.btn_stop.connect('clicked', self.stop_pressed)
self.btn_playpause.connect('clicked', self.play_pressed)
self.btn_next.connect('clicked', self.next_pressed)
self.btn_player = wdg[0][9]
self.headerbar = wdg[0][0]
# Create the player box and popover
gtkpla = join(self.functions.datadir, 'glade', 'playerbar.ui')
win = gtk_builder()
win.set_translation_domain('bluemindo')
win.add_from_file(gtkpla)
basebox = win.get_object('playerbox')
wdg[0][0].add(basebox)
self.player_event = win.get_object('player_event')
self.player_event.set_size_request(32, 32)
self.player_button_img = win.get_object('image_cover')
self.player_event.connect('button-press-event', self.show_player)
default = join(self.functions.datadir, 'image', 'logo_head_big.png')
cover_px = Pixbuf.new_from_file_at_scale(default, 20, 20, True)
self.player_button_img.set_from_pixbuf(cover_px)
self.player_event.set_sensitive(False)
self.player_scalab = win.get_object('label_scale')
self.player_scalab.set_markup('<span size="small">00:00</span>')
self.player_sca = win.get_object('scale')
self.player_sca.connect('change-value', self.on_change_value)
self.player_sca.set_sensitive(False)
# Create the player popover
gtkpla = join(self.functions.datadir, 'glade', 'playerpopover.ui')
win = gtk_builder()
win.add_from_file(gtkpla)
hbox = win.get_object('box-player')
self.player_img = win.get_object('image')
self.player_pop = Popover.new(self.player_event)
self.player_pop.set_size_request(200, 200)
self.player_pop.add(hbox)
self.lyrics_button = wdg[1].get_object('tool-lyrics')
self.lyrics_pop = Popover.new(self.lyrics_button)
self.lyrics_pop.set_size_request(400, 600)
box = Box(1, 0)
self.lyrics_swin = ScrolledWindow()
lyrics_tview = TextView()
lyrics_tview.set_editable(False)
self.lyrics_buffer = TextBuffer()
lyrics_tview.set_buffer(self.lyrics_buffer)
self.lyrics_swin.add(lyrics_tview)
box.add(self.lyrics_swin)
self.lyrics_wait = Spinner()
self.lyrics_wait.props.active = True
box.add(self.lyrics_wait)
self.lyrics_pop.add(box)
def show_lyrics(widget):
if self.current_song:
title = self.current_song.title
artist = self.current_song.artist
album = self.current_song.album
filename = self.current_song.filename
sn = self.functions.get_hash(title, artist)
lyrics_file = join(self.userconf.datadir, '%s.lyrics' % sn)
lyrics = self.lyrics_downloader.get_lyrics(title,
artist,
True)
self.lyrics_pop.show_all()
if lyrics is not None:
self.lyrics_wait.hide()
self.lyrics_swin.show()
self.lyrics_buffer.set_text(lyrics)
else:
self.lyrics_swin.hide()
self.lyrics_wait.show()
self.lyrics_buffer.set_text('')
self.lyrics_button.connect('clicked', show_lyrics)
self.lyrics_button.set_sensitive(False)
# Acquire the songs tree
def acquire_tree(st):
self.songs_tree = st
self.extensions.connect('OnSongsTreeCreated', acquire_tree)
self.extensions.connect('OnBluemindoStarted', start_playback)
self.extensions.connect('OnPlayNewSong', self.on_play_new_song)
self.extensions.connect('OnPlayNewAlbum', self.on_play_new_album)
self.extensions.connect('OnAbortPlayback', self.on_abort_playback)
self.extensions.connect('OnPlayPressed', self.play_pressed)
self.extensions.connect('OnStopPressed', self.stop_pressed)
self.extensions.connect('OnNextPressed', self.next_pressed)
self.extensions.connect('OnPreviousPressed', self.previous_pressed)
def __init__(self, extensionsloader):
self.extensions = extensionsloader
self.module = {'name': 'Playlist'}
self.functions = Functions()
self.userconf = ConfigLoader()
self.config = {}
rpt = self.userconf.config['Playlist']['repeat']
self.config['repeat'] = bool(int(rpt))
shf = self.userconf.config['Playlist']['shuffle']
self.config['shuffle'] = bool(int(shf))
shm = self.userconf.config['Playlist']['shuffle_mode']
self.config['shuffle_mode'] = shm
self.lastfm = LastFm()
self.playlists_mgmnt = Playlists()
self.playlist_content = {}
self.playlist_identifier = 0
self.playlist_current = None
self.current_playlist_id = 0
self.user_playlists = {}
self.last_user_playlist = None
self.similar_artists = []
self.is_in_similar_thread = False
# Create the Playlist view
def launch_playlist(wdg):
self.widgets = wdg[1]
self.playlist_label = self.widgets.get_object('label_playlist')
self.playlist_repeat = self.widgets.get_object('tool-repeat')
self.playlist_shuffle = self.widgets.get_object('tool-shuffle')
self.playlist_clean = self.widgets.get_object('tool-clean')
self.playlist_combo = self.widgets.get_object('combo-playlist')
self.playlist_save = self.widgets.get_object('tool-saveplaylist')
self.playlist_lyrics = self.widgets.get_object('tool-lyrics')
self.playlist_tree = self.widgets.get_object('treeview_playlist')
self.playlist_tree.set_headers_visible(False)
self.playlist_tree.props.reorderable = True
self.playlist_tree.connect('key_press_event', self.key_pressed)
self.playlist_tree.connect('row_activated', self.row_activated)
self.liststore = ListStore(str, str, str, str, int)
self.playlist_tree.set_model(self.liststore)
renderer_pix = CellRendererPixbuf()
column_pixbuf = TreeViewColumn('1', renderer_pix, icon_name=0)
column_pixbuf.set_fixed_width(18)
self.playlist_tree.append_column(column_pixbuf)
renderer_text = CellRendererText()
column_text = TreeViewColumn('2', renderer_text, markup=1)
column_text.props.expand = True
column_text.props.max_width = 192
self.playlist_tree.append_column(column_text)
column_text = TreeViewColumn('3', renderer_text, markup=2)
column_text.set_fixed_width(40)
self.playlist_tree.append_column(column_text)
self.repeat_btn = self.widgets.get_object('tool-repeat')
if self.config['repeat']:
self.repeat_btn.set_active(True)
self.repeat_btn.connect('clicked', self.toggle, 'repeat')
self.shuffle_btn = self.widgets.get_object('tool-shuffle')
if self.config['shuffle']:
self.shuffle_btn.set_active(True)
self.shuffle_btn.connect('clicked', self.toggle, 'shuffle')
def clean_wdg(widget):
# Clean playlist
self.clean()
# Show popover
if self.current_playlist_id > 3:
self.clean_btn.set_sensitive(True)
self.clean_pop.show_all()
self.clean_btn = self.widgets.get_object('tool-clean')
self.clean_btn.connect('clicked', clean_wdg)
self.clean_pop = Popover.new(self.clean_btn)
self.clean_pop.set_size_request(100, 30)
gtkpla = join(self.functions.datadir, 'glade', 'plist-del-pop.ui')
win = gtk_builder()
win.set_translation_domain('bluemindo')
win.add_from_file(gtkpla)
hbox = win.get_object('box-playlist')
lbl = win.get_object('label')
lbl.set_text(_('Do you also want to remove the playlist?'))
btn = win.get_object('del-btn')
btn.set_label(_('Delete'))
btn.connect('clicked', self.delete_playlist)
self.clean_pop.add(hbox)
# Populate combobox
self.combolist = ListStore(int, str)
self.combobox = self.widgets.get_object('combobox')
self.combobox.set_model(self.combolist)
self.combobox.set_popup_fixed_width(False)
self.combobox.props.expand = False
renderer_text = CellRendererText()
renderer_text.props.ellipsize = EllipsizeMode.END
self.combobox.pack_start(renderer_text, True)
self.combobox.set_entry_text_column(1)
self.combobox.add_attribute(renderer_text, 'text', 1)
self.combolist.append([0, _('Current')])
self.combolist.append([1, _('Top 50 songs')])
self.combolist.append([2, _('Top 10 albums')])
playlists = self.playlists_mgmnt.get_playlists()
if len(playlists) > 0:
self.combolist.append([3, ''])
item_id = 3
playlists.sort(key=lambda it: it[1])
for item in playlists:
item_id += 1
self.combolist.append([item_id, item])
self.user_playlists[item_id] = item
self.last_user_playlist = item_id
def combo_sep(model, iter):
if model[iter][0] == 3:
return True
self.combobox.set_row_separator_func(combo_sep)
def on_combo_changed(widget):
path = widget.get_active()
item_id = self.combolist[path][0]
# First, clean the playlist
self.clean(None)
# Second, populate the playlist
if item_id > 0:
self.populate(item_id)
# Then, update playlist identifier
self.current_playlist_id = item_id
# Show delete/remove button if the playlist is from the user
if item_id > 3:
self.clean_btn.set_sensitive(True)
self.combobox.set_active(0)
self.combobox.connect('changed', on_combo_changed)
self.tool_save = self.widgets.get_object('tool-saveplaylist')
self.tool_save.connect('clicked', self.save_playlist)
self.save_pop = Popover.new(self.tool_save)
self.save_pop.set_size_request(100, 30)
gtkpla = join(self.functions.datadir, 'glade', 'plist-add-pop.ui')
win = gtk_builder()
win.set_translation_domain('bluemindo')
win.add_from_file(gtkpla)
hbox = win.get_object('box-playlist')
self.save_pop.add(hbox)
self.save_entry = win.get_object('save-entry')
self.save_entry.connect('key_press_event', self.save_playlist_key)
self.save_btn = win.get_object('save-btn')
self.save_btn.connect('clicked', self.save_playlist_button)
self.save_btn.set_label(_('Save'))
self.clean_btn.set_sensitive(False)
self.tool_save.set_sensitive(False)
# Acquire the songs tree
def acquire_tree(st):
self.songs_tree = st
self.extensions.connect('OnBluemindoStarted', launch_playlist)
self.extensions.connect('OnSongsTreeCreated', acquire_tree)
self.extensions.connect('OnSongQueued', self.on_new_song_queued)
self.extensions.connect('OnAlbumQueued', self.on_new_album_queued)
self.extensions.connect('AskPreviousSong', self.ask_previous_song)
self.extensions.connect('AskNextSong', self.ask_next_song)
self.extensions.connect('HasStartedSong', self.song_started)
