#!/usr/bin/env python
# encoding: UTF-8
# api: python
# type: application
# title: streamtuner2
# description: Directory browser for internet radio, audio and video streams
# version: 2.1.9.5
# state: beta
# author: Mario Salzer <mario@include-once.org>
# license: Public Domain
# url: http://freshcode.club/projects/streamtuner2
# config:
# { type: env, name: HTTP_PROXY, description: proxy for HTTP access }
# { type: env, name: XDG_CONFIG_HOME, description: relocates user .config subdirectory }
# category: sound
# depends: pygtk | gi, threading, requests, pyquery, lxml
# id: streamtuner2
# pack: *.py, gtk3.xml.gz, bin, channels/__init__.py, bundle/*.py, CREDITS, help/index.page,
# streamtuner2.desktop, README, help/streamtuner2.1=/usr/share/man/man1/,
# NEWS=/usr/share/doc/streamtuner2/, icon.png=/usr/share/pixmaps/streamtuner2.png
# architecture: all
#
# Streamtuner2 is a GUI for browsing internet radio directories, music
# collections, and video services - grouped by genres or categories.
# It runs your preferred audio player, and streamripper for recording.
#
# It's an independent rewrite of streamtuner1. Being written in Python,
# can be more easily extended and fixed. The mix of JSON APIs, regex
# or PyQuery extraction makes list generation simpler and more robust.
#
# Primarily radio stations are displayed, some channels however are music
# collections. Commercial and sign-up services are not an objective.
# standard modules
import sys
import os
import re
from copy import copy
import inspect
import traceback
from threading import Thread
import time
from compat2and3 import *
# add library path (either global setup, or pyzip basename)
if not os.path.dirname(__file__) in sys.path:
sys.path.insert(0, os.path.dirname(__file__))
# initializes itself, so all conf.vars are available right away
from config import *
# gtk modules
from uikit import pygtk, gtk, gobject, uikit, ui_xml, gui_startup, AboutStreamtuner2
# custom modules
import ahttp
import action
import logo
import channels
import channels.bookmarks
import channels.configwin
import channels.streamedit
import channels.search
# This represents the main window, dispatches Gtk events,
# and shares most application behaviour with the channel modules.
class StreamTunerTwo(gtk.Builder):
# object containers
widgets = {} # non-glade widgets (any manually instantiated ones)
channels = {} # channel modules
features = {} # non-channel plugins
#working = [] # threads
hooks = {
"play": [], # observers queue here
"record": [],
"switch": [],
"init": [],
"quit": [action.cleanup_tmp_files],
"config_load": [],
"config_save": [],
}
meta = plugin_meta()
# status variables
current_channel = "bookmarks" # currently selected channel name (as index in self.channels{})
# constructor
def __init__(self):
# Load stylesheet, instantiate GtkBuilder in self, menu and logo hooks
gui_startup(1/20.0), gtk.Builder.__init__(self)
gui_startup(1/20.0), gtk.Builder.add_from_string(self, ui_xml)
gui_startup(3/20.0), self.logo_scale(1.0)
# initialize built-in plugins
self.channels = {
"bookmarks": channels.bookmarks.bookmarks(parent=self), # this the remaining built-in channel
}
# dialogs that are connected to main
self.features = {
"search": channels.search.search(self),
"configwin": channels.configwin.configwin(self),
"streamedit": channels.streamedit.streamedit(self),
}
gui_startup(4/20.0)
# early module coupling
action.main = self # action (play/record) module needs a reference to main window for gtk interaction and some URL/URI callbacks
ahttp.feedback = self.status # http module gives status feedbacks too
# load plugins
self.load_plugin_channels()
# restore app/widget states
self.init_app_state()
# and late plugin initializations
[callback(self) for callback in self.hooks["init"]]
# display current open channel/notebook tab
gui_startup(18/20.0)
self.current_channel = self.current_channel_gtk()
try:
self.channel().first_show()
except Exception as e:
log.INIT("main.__init__: current_channel.first_show() initialization error:", e)
# bind gtk/glade event names to functions
gui_startup(19.75/20.0)
self.connect_signals({
"gtk_main_quit" : self.gtk_main_quit, # close window
# treeviews / notebook
"on_stream_row_activated" : self.on_play_clicked, # double click in a streams list
"on_category_clicked": self.on_category_clicked, # new selection in category list
"on_notebook_channels_switch_page": self.channel_switch, # channel notebook tab changed
"station_context_menu": lambda tv,ev: self.station_context_menu(tv,ev),
# toolbar
"on_play_clicked" : self.on_play_clicked,
"on_record_clicked": self.on_record_clicked,
"on_homepage_stream_clicked": self.on_homepage_stream_clicked,
"on_reload_clicked": self.on_reload_clicked,
"on_homepage_channel_clicked" : self.on_homepage_channel_clicked,
"double_click_channel_tab": self.on_homepage_channel_clicked,
# menu
"menu_toolbar_standard": lambda w: (self.toolbar.unset_style(), self.toolbar.unset_icon_size()),
"menu_toolbar_style_icons": lambda w: (self.toolbar.set_style(gtk.TOOLBAR_ICONS)),
"menu_toolbar_style_both": lambda w: (self.toolbar.set_style(gtk.TOOLBAR_BOTH)),
"menu_toolbar_size_small": lambda w: (self.toolbar.set_icon_size(gtk.ICON_SIZE_SMALL_TOOLBAR), self.logo_scale(0.40)),
"menu_toolbar_size_medium": lambda w: (self.toolbar.set_icon_size(gtk.ICON_SIZE_DND), self.logo_scale(0.75)),
"menu_toolbar_size_large": lambda w: (self.toolbar.set_icon_size(gtk.ICON_SIZE_DIALOG), self.logo_scale(1.0)),
"menu_notebook_pos_top": lambda w: self.notebook_channels.set_tab_pos(2),
"menu_notebook_pos_left": lambda w: self.notebook_channels.set_tab_pos(0),
"menu_notebook_pos_right": lambda w: self.notebook_channels.set_tab_pos(1),
"menu_notebook_pos_bottom": lambda w: self.notebook_channels.set_tab_pos(3),
# win_config
"menu_properties": self.configwin.open,
"config_cancel": self.configwin.hide,
"config_save": self.configwin.save,
"config_play_list_edit_col0": (uikit.liststore_edit, (self.config_play, 0)),
"config_play_list_edit_col1": (uikit.liststore_edit, (self.config_play, 1)),
"config_record_list_edit_col0": (uikit.liststore_edit, (self.config_record, 0)),
"config_record_list_edit_col1": (uikit.liststore_edit, (self.config_record, 1)),
# else
"update_categories": self.update_categories,
"update_favicons": self.update_favicons,
"app_state": self.save_app_state,
"bookmark": self.bookmark,
"save_as": self.save_as,
"menu_about": lambda w: AboutStreamtuner2(self),
"menu_help": action.help,
"menu_onlineforum": lambda w: action.browser("http://sourceforge.net/projects/streamtuner2/forums/forum/1173108"),
"menu_fossilwiki": lambda w: action.browser("http://fossil.include-once.org/streamtuner2/"),
"menu_projhomepage": lambda w: action.browser("http://milki.include-once.org/streamtuner2/"),
# "menu_bugreport": lambda w: BugReport(),
"menu_copy": self.menu_copy,
"delete_entry": self.delete_entry,
# search dialog
"quicksearch_set": self.search.quicksearch_set,
"search_open": self.search.menu_search,
"search_go": self.search.cache_search,
"search_srv": lambda *w: self.thread(lambda: self.search.server_search(None)),
"search_cancel": self.search.cancel,
"true": lambda w,*args: True,
# win_streamedit
"streamedit_open": self.streamedit.open,
"streamedit_save": self.streamedit.save,
"streamedit_new": self.streamedit.new,
"streamedit_cancel": self.streamedit.cancel,
})
# actually display main window
if conf.window_title:
self.update_title()
self.win_streamtuner2.show_all()
gui_startup(100.0)
#-- Shortcut for glade.get_widget()
# Allows access to widgets as direct attributes instead of using .get_widget()
# Also looks in self.channels[] for the named channel plugins
def __getattr__(self, name):
if name in self.channels:
return self.channels[name] # like self.shoutcast
elif name in self.features:
return self.features[name] # like self.configwin
else:
return self.get_object(name) # or gives an error if neither exists
# Custom-named widgets are available from .widgets{} not via .get_widget()
def get_widget(self, name):
if name in self.widgets:
return self.widgets[name]
else:
return gtk.Builder.get_object(self, name)
# Run function in separate thread.
# Often used in conjunction with uikit.do() for Gtk interactions.
def thread(self, target, *args, **kwargs):
if conf.nothreads:
return target(*args, **kwargs)
thread = Thread(target=target, args=args, kwargs=kwargs)
thread.start()
# Returns the currently selected directory/channel object (remembered position)
def channel(self):
return self.channels[self.current_channel]
# List of module titles for channel tabs
@property
def channel_names(self):
n = self.notebook_channels
return [n.get_menu_label_text(n.get_nth_page(i)) for i in range(0, n.get_n_pages())]
# Returns the currently selected directory/channel object (from gtk)
def current_channel_gtk(self):
return self.channel_names[self.notebook_channels.get_current_page()]
# Notebook tab has been clicked (receives numeric page_num), but *NOT* yet changed (visually).
def channel_switch(self, notebook, page, page_num=0, *args):
self.current_channel = notebook.get_menu_label_text(notebook.get_nth_page(page_num))
log.UI("main.channel_switch() :=", self.current_channel)
# update window title, call plugin (e.g. channel link in toolbar)
if conf.window_title:
uikit.do(self.update_title)
# if first selected, load current category
# (run in thread, to make it look speedy on first startup)
self.thread(self.channel().first_show)
# Invoked from the menu instead, uses module name instead of numeric tab id
def channel_switch_by_name(self, name):
self.notebook_channels.set_current_page(self.channel_names.index(name))
# Mirror selected channel tab into main window title
def update_title(self, *x, **y):
meta = self.channel().meta
self.win_streamtuner2.set_title("Streamtuner2 - %s" % meta.get("title"))
[cb(meta) for cb in self.hooks["switch"]]
# Channel: row{} dict for current station
def row(self):
return self.channel().row()
# Channel: fetch single varname from station row{} dict
def selected(self, name="url"):
return self.row().get(name)
# Play button
def on_play_clicked(self, widget, event=None, *args):
self.status("Starting player...")
channel = self.channel()
row = channel.play()
self.status("")
[callback(row, channel=channel) for callback in self.hooks["play"]]
# Recording: invoke streamripper for current stream URL
def on_record_clicked(self, widget):
self.status("Recording station...")
row = self.channel().record()
[callback(row) for callback in self.hooks["record"]]
# Open stream homepage in web browser
def on_homepage_stream_clicked(self, widget):
url = self.selected("homepage")
if url and len(url): action.browser(url)
else: self.status("No homepage URL present.")
# Browse to channel homepage (@BROKEN: double click on notebook tab)
def on_homepage_channel_clicked(self, widget, event=2):
if event == 2 or event.type == gtk.gdk._2BUTTON_PRESS:
log.UI("dblclick")
url = self.channel().meta.get("url", "https://duckduckgo.com/?q=" + self.channel().module)
action.browser(url)
# Reload stream list in current channel-category
def on_reload_clicked(self, widget=None, reload=1):
log.UI("on_reload_clicked()", "reload=", reload, "current_channel=", self.current_channel, "c=", self.channels[self.current_channel], "cat=", self.channel().current)
self.thread(self._on_reload, self.channel(), reload)
def _on_reload(self, channel, reload):
self.channel().load(channel.current, force=reload)
if reload:
try: self.bookmarks.heuristic_update(self.current_channel, channel.category)
except: pass
# Click in category list
def on_category_clicked(self, widget, event, *more):
category = self.channel().currentcat()
log.UI("on_category_clicked", category, self.current_channel)
self.on_reload_clicked(None, reload=0)
pass
# Add current selection to bookmark store
def bookmark(self, widget):
self.bookmarks.add(self.row())
self.channel().row_icon(gtk.STOCK_ABOUT)
# refresh bookmarks tab
self.bookmarks.load(self.bookmarks.default)
# Reload category tree
def update_categories(self, widget):
self.thread(self.channel().reload_categories)
# Menu invocation: refresh favicons for all stations in current streams category
def update_favicons(self, widget):
if "favicon" in self.features:
ch = self.channel()
self.features["favicon"].update_all(entries=ch.stations(), channel=ch)
# Save stream to file (.m3u)
def save_as(self, widget):
row = self.row()
default_fn = row["title"] + ".m3u"
fn = uikit.save_file("Save Stream", None, default_fn, [(".m3u","*m3u"),(".pls","*pls"),(".xspf","*xspf"),(".jspf","*jspf"),(".smil","*smil"),(".asx","*asx"),("all files","*")])
if fn:
source = row.get("listformat", self.channel().listformat)
dest = (re.findall("\.(m3u|pls|xspf|jspf|json|smil|asx|wpl)8?$", fn) or ["pls"])[0]
action.save_playlist(source=source, multiply=True).file(rows=[row], fn=fn, dest=dest)
pass
# Save current stream URL into clipboard
def menu_copy(self, w):
gtk.clipboard_get().set_text(self.selected("url"))
# Remove a stream entry
def delete_entry(self, w):
cn = self.channel()
n = cn.rowno()
del cn.stations()[ n ]
cn.switch()
cn.save()
# Change notebook channel tabs between TOP and LEFT position
def switch_notebook_tabs_position(self, w, pos):
self.notebook_channels.set_tab_pos(pos);
# Shortcut to statusbar and progressbar (receives either a string, or a float).
def status(self, text=None, timeout=3):
self.status_last = time.time() + timeout
gobject.timeout_add(int(timeout*1000), self.status_clear)
#log.UI("progressbar := %s" %text)
# progressbar
if isinstance(text, (int, float)):
if (text <= 0): # unknown state
uikit.do(self.progress.pulse, immediate=1)
elif text >= 0.999 or text < 0.0: # completed
uikit.do(self.progress.hide)
else: # show percentage
uikit.do(self.progress.show, immediate=1)
uikit.do(self.progress.set_fraction, text, immediate=1)
# add text
elif isinstance(text, (str, unicode)):
uikit.do(self.statusbar.set_text, text)
# clean up
else:
self.status_clear(anyway=True)
# Clean up after 3 seconds
def status_clear(self, anyway=False):
if anyway or time.time() >= self.status_last:
#log.UI("progressbar.hide()")
self.statusbar.set_text("")
self.progress.hide()
return False
else:
return True
# load plugins from /usr/share/streamtuner2/channels/
def load_plugin_channels(self):
# initialize plugin modules (pre-ordered)
ls = module_list()
for name in ls:
gui_startup(4/20.0 + 13.5/20.0 * float(ls.index(name))/len(ls), "loading module "+name)
# load defaults - on first startup - or with -D in any case
if not name in conf.plugins or conf.debug:
conf.add_plugin_defaults(plugin_meta(module=name), name)
# skip module if disabled
if conf.plugins.get(name, 1) == False:
log.STAT("disabled plugin:", name)
continue
# or if it's a built-in (already imported)
elif name in self.features or name in self.channels:
continue
# load plugin
try:
plugin = __import__("channels."+name, globals(), None, [""])
#print [name for name,c in inspect.getmembers(plugin) if inspect.isclass(c)]
plugin_class = plugin.__dict__[name]
plugin_obj = plugin_class(parent=self)
# add to .channels{}
if issubclass(plugin_class, channels.GenericChannel):
self.channels[name] = plugin_obj
# or .features{} for other plugin types
else:
self.features[name] = plugin_obj
except Exception as e:
log.INIT("load_plugin_channels: error initializing:", name, ", exception:")
traceback.print_exc()
# Redraw logo
def logo_scale(self, r=1.0, map=None):
pix = uikit.pixbuf(logo.png, decode=1, fmt="png")
if map and map in (2,5,0): # gtk.ICON_SIZE_SMALL_TOOLBAR / _DND / _DIALOG
r = { 2: 0.45, 5: 0.75, 0: 1.0 }[map]
if r != 1.0:
pix = pix.scale_simple(int(321*r), int(115*r), gtk.gdk.INTERP_BILINEAR)
self.img_logo.set_from_pixbuf(pix)
# load application state (widget sizes, selections, etc.)
def init_app_state(self):
winlayout = conf.load("window")
if (winlayout):
try:
uikit.app_restore(self, winlayout)
self.logo_scale(map=winlayout["toolbar"]["icon_size"])
except Exception as e:
log.APPSTATE_RESTORE(e) # may fail for disabled/reordered plugin channels
# store window/widget states (sizes, selections, etc.)
def save_app_state(self, widget):
# gtk widget states
widgetnames = ["win_streamtuner2", "toolbar", "notebook_channels", ] \
+ [id+"_list" for id in self.channel_names] \
+ [id+"_cat" for id in self.channel_names]
conf.save("window", uikit.app_state(wTree=self, widgetnames=widgetnames), nice=1)
# object vars
channelopts = {} #dict([(id, {"current":self.channels[id].current}) for id in self.channel_names])
for id in self.channels.keys():
if (self.channels[id]):
channelopts[id] = {"current":self.channels[id].current}
conf.save("state", channelopts, nice=1)
# end application and gtk+ main loop
def gtk_main_quit(self, widget, *x):
if conf.auto_save_appstate:
try: # doesn't work with gtk3 yet (probably just hooking at the wrong time)
self.save_app_state(widget)
except Exception as e:
log.ERR("st2.gtk_main_quit", e)
gtk.main_quit()
# Right clicking a stream/station in the treeview to make context menu pop out.
def station_context_menu(self, treeview, event):
if treeview and event and event.button >= 3:
path = treeview.get_path_at_pos(int(event.x), int(event.y))
if not path:
return False
else:
path = path[0]
treeview.grab_focus()
treeview.set_cursor(path, None, False)
self.streamactions.popup(
parent_menu_shell=None, parent_menu_item=None, func=None,
button=event.button, activate_time=event.time,
data=None
)
return None
# else pass on to normal left-button signal handler
else:
return False
# startup procedure
def main():
# graphical
if not len(conf.args.action):
# prepare for threading in Gtk+ callbacks
gobject.threads_init()
# prepare main window
main = StreamTunerTwo()
# first invocation
if (conf.get("firstrun")):
main.configwin.open(None)
del conf.firstrun
# run
gtk.main()
[callback() for callback in main.hooks["quit"]]
log.PROC(r"[31m gtk_main_quit [0m")
# invoke command-line interface
else:
import cli
cli.StreamTunerCLI(conf.args.action)
# run
if __name__ == "__main__":
main()