# encoding: UTF-8
# api: streamtuner2
# type: functions
# cagtegory: io
# title: play/record actions
# description: Starts audio applications, guesses MIME types for URLs
# version: 0.9
# priority: core
#
# Multimedia interface for starting audio players, recording app,
# or web browser (listed as "url/http" association in players).
# It maps audio MIME types, and extracts/converts playlist types
# (PLS, M3U, XSPF, SMIL, JSPF, ASX, raw urls).
#
# Each channel plugin has a .listtype which defines the linked
# audio playlist format. It's "pls", seldomly "m3u", or "xspf".
# Some channels list raw "srv" addresses, while Youtube "href"
# entries to Flash videos.

#
# As fallback the playlist URL is retrieved and its MIME type

# checked, and its content regexped to guess the link format.
# Lastly a playlist type suitable for audio players recreated.
# Which is somewhat of a security feature, playlists get cleaned
# up this way. The conversion is not strictly necessary for all
# players, as basic PLS is supported by most.
#
# And finally this module is also used by exporting and (perhaps
# in the future) playlist importing features.


import re
import os
from ahttp import fix_url as http_fix_url, session
from config import conf, __print__ as debug, dbg
import platform
import copy
import json


# Coupling to main window
#
main = None



# Streamlink/listformat mapping

listfmt_t = {
    "audio/x-scpls":        "pls",
    "audio/x-mpegurl":      "m3u",
    "audio/mpegurl":        "m3u",
    "application/vnd.apple.mpegurl": "m3u",
    "video/x-ms-asf":       "asx",
    "application/xspf+xml": "xspf",
    "*/*":                  "href",  # "href" for unknown responses
    "url/direct":           "srv",
    "url/youtube":          "href",
    "url/http":             "href",
    "audio/x-pn-realaudio": "ram",
    "application/smil":     "smil",
    "application/vnd.ms-wpl":"smil",
    "audio/x-ms-wax":       "asx",
    "video/x-ms-asf":       "asx",
    "x-urn/st2-script":     "script", # unused

    "application/x-shockwave-flash": "href",  # fallback
}

# Audio type MIME map

mediafmt_t = {
    "audio/mpeg":   "mp3",
    "audio/ogg":    "ogg",
    "audio/aac" :   "aac",
    "audio/aacp" :  "aac",
    "audio/midi":   "midi",
    "audio/mod":    "mod",

    "audio/it+zip": "mod",
    "audio/s3+zip": "mod",
    "audio/xm+zip": "mod",
}

# Player command placeholders for playlist formats
placeholder_map = dict(
    pls = "(%url | %pls | %u | %l | %r) \\b",
    m3u = "(%m3u | %f | %g | %m) \\b",
    xspf= "(%xspf | %xpsf | %x) \\b",
    jspf= "(%jspf | %j) \\b",
    asx = "(%asx) \\b",
    smil= "(%smil) \\b",
    srv = "(%srv | %d | %s) \\b",
)

# Playlist format content probing (assert type)
playlist_content_map = [
   ("pls",  r""" (?i)\[playlist\].*numberofentries """),
   ("xspf", r""" <\?xml .* <playlist .* http://xspf\.org/ns/0/ """),
   ("m3u",  r""" ^ \s* #(EXT)?M3U """),
   ("asx" , r""" <asx\b """),
   ("smil", r""" <smil[^>]*> .* <seq> """),
   ("html", r""" <(audio|video)\b[^>]+\bsrc\s*=\s*["']?https?:// """),
   ("wpl",  r""" <\?wpl \s+ version="1\.0" \s* \?> """),
   ("b4s",  r""" <WinampXML> """),   # http://gonze.com/playlists/playlist-format-survey.html
   ("jspf", r""" ^ \s* \{ \s* "playlist": \s* \{ """),
   ("asf",  r""" ^ \[Reference\] .*? ^Ref\d+= """),
   ("json", r""" "url": \s* "\w+:// """),
   ("gvp",  r""" ^gvp_version:1\.\d+$ """),
   ("href", r""" .* """),
]



# Exec wrapper
#
def run(cmd):
    debug(dbg.PROC, "Exec:", cmd)
    try:    os.system("start \"%s\"" % cmd if conf.windows else cmd + " &")
    except: debug(dbg.ERR, "Command not found:", cmd)


# Start web browser
#
def browser(url):
    bin = conf.play.get("url/http", "sensible-browser")
    run(bin + " " + quote(url))


# Open help browser, streamtuner2 pages
#
def help(*args):
    run("yelp /usr/share/doc/streamtuner2/help/")


# Calls player for stream url and format
#
def play(url, audioformat="audio/mpeg", source="pls", row={}):
    cmd = mime_app(audioformat, conf.play)
    cmd = interpol(cmd, url, source, row)
    run(cmd)


# Call streamripper
#
def record(url, audioformat="audio/mpeg", source="href", row={}):
    cmd = mime_app(audioformat, conf.record)
    cmd = interpol(cmd, url, source, row)
    run(cmd)


# OS shell command escaping
#
def quote(ins):
    if type(ins) is str:
        return "%r" % str(ins)
    else:
        return " ".join(["%r" % str(s) for s in ins])


# Convert e.g. "text/x-scpls" MIME types to just "pls" monikers
#
def listfmt(t = "pls"):



    return listfmt_t.get(t, t) # e.g. "pls" or still "text/x-unknown"



# Convert MIME type into list of ["audio/xyz", "audio/*", "*/*"]
# for comparison against configured record/play association.
def mime_app(fmt, cmd_list):
    major = fmt[:fmt.find("/")]
    for match in [ fmt, major + "/*", "*/*" ]:
        if cmd_list.get(match):
            return cmd_list[match]



# Replaces instances of %m3u, %pls, %srv in a command string.
#  · Also understands short aliases %l, %f, %d.
#  · And can embed %title or %genre placeholders.
#  · Replace .pls URL with local .m3u file depending on map.
#
def interpol(cmd, url, source="pls", row={}):

    # inject other meta fields
    if row:
        for field in row:
            cmd = cmd.replace("%"+field, "%r" % row.get(field))

    # add default if cmd has no %url placeholder
    if cmd.find("%") < 0:
        cmd = cmd + " %pls"
        # "pls" as default requires no conversion for most channels, and seems broadly supported by players

    # standard placeholders
    for dest, rx in placeholder_map.items():
        if re.search(rx, cmd, re.X):
            # from .pls to .m3u
            fn_or_urls = convert_playlist(url, listfmt(source), listfmt(dest), local_file=True, title=row.get("title", ""))
            # insert quoted URL/filepath
            return re.sub(rx, quote(fn_or_urls), cmd, 2, re.X)

    return "false"


# Substitute .pls URL with local .m3u, or direct srv addresses, or leaves URL asis.
#  · Takes a single input `url`.
#  · But returns a list of [urls] after playlist extraction.
#  · If repackaging as .m3u/.pls/.xspf, returns the local [fn].
#
# TODO: This still needs some rewrite to reuse the incoming row={},
# and keep station titles for converted playlists.
#
def convert_playlist(url, source, dest, local_file=True, title=""):
    urls = []
    debug(dbg.PROC, "convert_playlist(", url, source, dest, ")")

    # Leave alone if format matches, or if "srv" URL class, or if not http (local path, mms:/rtsp:)
    if source == dest or source in ("srv", "href") or not re.match("(https?|spdy)://", url):
        return [url]
    
    # Retrieve from URL
    (mime, cnt) = http_probe_get(url)
    
    # Leave streaming server as is
    if mime == "srv":
        cnt = ""
        return [url]

    # Test URL path "extension" for ".pls" / ".m3u" etc.
    ext = re.findall("\.(\w)$", url)
    ext = ext[0] if ext else None

    # Probe MIME type and content per regex
    probe = None
    for probe,rx in playlist_content_map:
        if re.search(rx, cnt, re.X|re.S):
            probe = listfmt(probe)
            break # with `probe` set


    # Check ambiguity (except pseudo extension)
    if len(set([source, mime, probe])) > 1:
        debug(dbg.ERR, "Possible playlist format mismatch:", (source, mime, probe, ext))

    # Extract URLs from content
    for fmt in ["pls", "xspf", "asx", "smil", "jspf", "m3u", "json", "asf", "raw"]:
        if not urls and fmt in (source, mime, probe, ext, "raw"):
            urls = extract_playlist(cnt).format(fmt)
            debug(dbg.DATA, "conversion from:", source, " with extractor:", fmt, "got URLs=", urls)
            
    # Return original, or asis for srv targets
    if not urls:

        return [url]
    elif dest in ("srv", "href"):
        return urls

    debug( urls )

    # Otherwise convert to local file
    if local_file:
        fn, is_unique = tmp_fn(cnt, dest)
        with open(fn, "wb") as f:
            debug(dbg.DATA, "exporting with format:", dest, " into filename:", fn)
            f.write( save_playlist(source="srv", multiply=True).export(urls=urls, dest=dest, title=title) )
        return [fn]
    else:
        return urls







# Tries to fetch a resource, aborts on ICY responses.
#
def http_probe_get(url):

    # HTTP request, abort if streaming server hit (no HTTP/ header, but ICY/ response)
    try:
        r = session.get(url, stream=True, timeout=5.0)
        if not len(r.headers):
            return ("srv", r)
    except:
        return ("srv", None)

    # Extract payload
    mime = r.headers.get("content-type", "href")
    mime = mime.split(";")[0].strip()
    # Map MIME to abbr type (pls, m3u, xspf)
    if listfmt_t.get(mime):
        mime = listfmt_t.get(mime)
    # Raw content (mp3, flv)
    elif mediafmt_t.get(mime):
        debug(dbg.ERR, "Got media MIME type for expected playlist", mime, " on url=", url)

        mime = mediafmt_t.get(mime)
        return (mime, url)
    # Rejoin body
    content = "\n".join(r.iter_lines())
    return (mime, content)



# Extract URLs from playlist formats:
#
class extract_playlist(object):

    # Content of playlist file
    src = ""

    def __init__(self, text):
        self.src = text
        
    # Extract only URLs from given source type
    def format(self, fmt):
        debug(dbg.DATA, "input regex:", fmt, len(self.src))
        return re.findall(self.extr_urls[fmt], self.src, re.X);

    # Only look out for URLs, not local file paths
    extr_urls = {
       "pls":  r"(?im) ^ \s*File\d* \s*=\s* (\w+://[^\s]+) ",
       "m3u":  r" (?m) ^( \w+:// [^#\n]+ )",
       "xspf": r" (?x) <location> (\w+://[^<>\s]+) </location> ",
       "asx":  r" (?x) <ref \b[^>]+\b href \s*=\s* [\'\"] (\w+://[^\s\"\']+) [\'\"] ",
       "smil": r" (?x) <(?:audio|video|media)\b [^>]+ \b src \s*=\s* [^\"\']? \s* (\w+://[^\"\'\s]+) ",
       "jspf": r" (?x) \"location\" \s*:\s* \"(\w+://[^\"\s]+)\" ",
       "json": r" (?x) \"url\" \s*:\s* \"(\w+://[^\"\s]+)\" ",
       "asf":  r" (?m) ^ \s*Ref\d+ = (\w+://[^\s]+) ",
       "raw":  r" (?i) ( [\w+]+:// [^\s\"\'\>\#]+ ) ",
    }


# Save rows in one of the export formats.
#
# The export() version uses urls[]+title= as input, converts it into a
# list of rows{} beforehand.
#
# While store() requires rows{} to begin with, to perform a full
# conversion. Can save directly to a file name.
#
class save_playlist(object):

    # if converting
    source = "pls"
    # expand multiple server URLs into duplicate entries in target playlist
    multiply = True
    # constructor
    def __init__(self, source, multiply):
        self.source = source
        self.multiply = multiply
    

    # Used by playlist_convert(), to transform a list of extracted URLs
    # into a local .pls/.m3u collection again. Therefore injects the
    # `title` back into each of the URL rows.
    def export(self, urls=None, title=None, dest="pls"):
        rows = [ { "url": url, "title": title } for url in urls ]
        return self.store(rows, dest)

    # Export a playlist from rows{}
    def store(self, rows=None, dest="pls"):
    
        # can be just a single entry
        rows = copy.deepcopy(rows)
        if type(rows) is dict:
            rows = [row]

        # Expand contained stream urls
        if not self.source in ("srv", "raw", "asis"):
            new_rows = []
            for i,row in enumerate(rows):
                # Preferrably convert to direct server addresses
                for url in convert_playlist(row["url"], self.source, "srv", local_file=False):
                    row["url"] = url
                    new_rows.append(row)
                    # Or just allow one stream per station in a playlist entry
                    if not self.multiply:
                        break
            rows = new_rows

        debug(dbg.DATA, "conversion to:", dest, " from:", self.source, "with rows=", rows)


        # call conversion schemes
        converter = getattr(self, dest) or self.pls
        return converter(rows)






    # save directly
    def file(self, rows, dest, fn):
        with open(fn, "wb") as f:
            f.write(self.store(rows, dest))
    
    


    # M3U
    def m3u(self, rows):
        txt = "#EXTM3U\n"
        for r in rows:
            txt += "#EXTINF:-1,%s\n" % r["title"]
            txt += "%s\n" % http_fix_url(r["url"])
        return txt

    # PLS
    def pls(self, rows):
        txt = "[playlist]\n" + "numberofentries=%s\n" % len(rows)
        for i,r in enumerate(rows):
            txt += "File%s=%s\nTitle%s=%s\nLength%s=%s\n" % (i, r["url"], i, r["title"], i, -1)
        txt += "Version=2\n"
        return txt


    # JSON (native lists of streamtuner2)
    def json(self, rows):
        return json.dumps(rows, indent=4)


    # XSPF
    def xspf(self, rows):
        return """<?xml version="1.0" encoding="UTF-8"?>\n"""					\
            + """<?http header="Content-Type: application/xspf+xml" ?>\n"""			\
            + """<playlist version="1" xmlns="http://xspf.org/ns/0/">\n\t<trackList>\n"""	\
            + "".join("""\t\t<track>\n%s\t\t</track>\n""" % self.xspf_row(row, self.xspf_map) for row in rows)	\
            + """\t</trackList>\n</playlist>\n"""
    # individual tracks
    def xspf_row(self, row, map):
        return "".join("""\t\t\t<%s>%s</%s>\n""" % (tag, xmlentities(row[attr]), tag) for attr,tag in map.items() if row.get(attr))
    # dict to xml tags
    xspf_map = dict(title="title", url="location", homepage="info", playing="annotation", description="info")


    # JSPF
    def jspf(self, rows):
        tracks = []
        for row in rows:
            tracks.append( { tag: row[attr] for attr,tag in self.xspf_map.items() if row.get(attr) } )
        return json.dumps({ "playlist": { "track": tracks } }, indent=4)


    # ASX
    def asx(self, rows):

        txt = """<asx version="3.0">\n"""
        for row in rows:
            txt += """\t<entry>\n\t\t<title>%s</title>\n\t\t<ref href="%s"/>\n\t</entry>\n""" % (xmlentities(row["title"]), xmlentities(row["url"]))
        txt += """</asx>\n"""
        return txt


    # SMIL
    def smil(self, rows):
        txt = """<smil>\n<head>\n\t<meta name="title" content="%s""/>\n</head>\n<body>\n\t<seq>\n""" % (rows[0]["title"])
        for row in rows:
            if row.get("url"):
                txt += """\t\t<audio src="%s"/>\n""" % row["url"]
        txt += """\t</seq>\n</body>\n</smil>\n"""
        return txt



# Stub import, only if needed
def xmlentities(s):
    global xmlentities
    from xml.sax.saxutils import escape as xmlentities
    return xmlentities(s)



# generate filename for temporary .m3u, if possible with unique id
def tmp_fn(pls, ext="m3u"):
    # use shoutcast unique stream id if available
    stream_id = re.search("http://.+?/.*?(\d+)", pls, re.M)
    stream_id = stream_id and stream_id.group(1) or "XXXXXX"
    try:
        channelname = main.current_channel
    except:
        channelname = "unknown"
    return (str(conf.tmp) + os.sep + "streamtuner2."+channelname+"."+stream_id+"."+ext, len(stream_id) > 3 and stream_id != "XXXXXX")





    

# generic channel module                            ---------------------------------------
class GenericChannel(object):

    # desc
    meta = { "config": [] }
    homepage = "http://fossil.include-once.org/streamtuner2/"
    base_url = ""
    listformat = "pls"
    audioformat = "audio/mpeg" # fallback value
    config = []
    has_search = False

    # categories
    categories = ["empty", ]
    catmap = {}

#
class bookmarks(GenericChannel):

    # desc
    module = "bookmarks"
    title = "bookmarks"
    base_url = "file:.config/streamtuner2/bookmarks.json"
    listformat = "any"

    # content
    categories = ["favourite", ]  # timer, links, search, and links show up as needed
    current = "favourite"
    default = "favourite"
    finder_song = { "genre": "Youtube ", "format": "video/youtube", "playing": "current_", "title": "The Finder song", "url": "http://youtube.com/v/omyZy4H8y9M", "homepage": "http://youtu.be/omyZy4H8y9M" }
    streams = {"favourite":[finder_song], "search":[], "scripts":[], "timer":[], "history":[], }

# a bit more deterministically.


from config import *
from channels import *
import ahttp
from uikit import uikit
import action
import re


# provides another export window, and custom file generation - does not use action.save()
class exportcat():

    module = ""
    meta = plugin_meta()

    # Register callback
    def __init__(self, parent):
        conf.add_plugin_defaults(self.meta, self.module)
        if parent:
            self.parent = parent
            uikit.add_menu([parent.extensions, parent.extensions_context], "Export all stations", self.savewindow)

    # Fetch streams from category, show "Save as" dialog, then convert URLs and export as playlist file
    def savewindow(self, *w):
        cn = self.parent.channel()
        source = cn.listformat
        streams = cn.streams[cn.current]
        fn = uikit.save_file("Export category", None, "%s.%s.%s" % (cn.module, cn.current, conf.export_format))
        __print__(dbg.PROC, "Exporting category to", fn)
        if fn:
            dest = re.findall("\.(m3u|pls|xspf|jspf|json|smil|wpl)8?$", fn)[0]
            action.save_playlist(source="asis", multiply=False).file(rows=streams, fn=fn, dest=dest)
        pass            

# Surfmusik sharing site
class icast (ChannelPlugin):

    # description
    homepage = "http://www.icast.io/"
    has_search = True
    listformat = "pls"
    titles = dict(listeners=False, bitrate=False, playing=False)

    categories = []
    
    base = "http://api.icast.io/1/"
    

class internet_radio (ChannelPlugin):


    # description
    title = "InternetRadio"
    module = "internet_radio"
    homepage = "http://www.internet-radio.org.uk/"
    listformat = "pls"
    
    # category map
    categories = []
    current = ""
    default = ""

    # description
    title = "iTunes RS"
    module = "itunes"
    #module = "rs_playlist"
    homepage = "http://www.itunes.com?"
    has_search = False
    listformat = "pls"
    titles = dict(listeners=False, bitrate=False, playing=False)

    categories = [
        "Adult Contemporary",
        "Alternative Rock",
        "Ambient",
        "Blues",

    title = "Jamendo"
    module = "jamendo"
    homepage = "http://www.jamendo.com/"
    version = 0.3
    has_search = True

    base = "http://www.jamendo.com/en/"
    listformat = "srv"
    api_base = "http://api.jamendo.com/v3.0/"
    cid = "49daa4f5"

    categories = []

    titles = dict( title="Title", playing="Album/Artist/User", bitrate=False, listeners=False )

    # desc
    module = "live365"
    title = "Live365"
    homepage = "http://www.live365.com/"
    base_url = "http://www.live365.com/"
    has_search = True
    listformat = "pls"
    mediatype = "audio/mpeg"
    has_search = False

    # content
    categories = ['Alternative', 'Blues', 'Classical', 'Country', 'Easy Listening', 'Electronic/Dance', 'Folk', 'Freeform', 'Hip-Hop/Rap', 'Inspirational', 'International', 'Jazz', 'Latin', 'Metal', 'New Age', 'Oldies', 'Pop', 'R&B/Urban', 'Reggae', 'Rock', 'Seasonal/Holiday', 'Soundtracks', 'Talk']
    current = "Alternative"
    default = "Pop"

class modarchive (ChannelPlugin):

    # description
    title = "modarchive"
    module = "modarchive"
    homepage = "http://www.modarchive.org/"
    base = "http://modarchive.org/"
    listformat = "href"
    titles = dict(genre="Genre", title="Song", playing="File", listeners="Rating", bitrate=0)

    # keeps category titles->urls    
    catmap = {"Chiptune": "54", "Electronic - Ambient": "2", "Electronic - Other": "100", "Rock (general)": "13", "Trance - Hard": "64", "Swing": "75", "Rock - Soft": "15", "R & B": "26", "Big Band": "74", "Ska": "24", "Electronic - Rave": "65", "Electronic - Progressive": "11", "Piano": "59", "Comedy": "45", "Christmas": "72", "Chillout": "106", "Reggae": "27", "Electronic - Industrial": "34", "Grunge": "103", "Medieval": "28", "Demo Style": "55", "Orchestral": "50", "Soundtrack": "43", "Electronic - Jungle": "60", "Fusion": "102", "Electronic - IDM": "99", "Ballad": "56", "Country": "18", "World": "42", "Jazz - Modern": "31", "Video Game": "8", "Funk": "32", "Electronic - Drum & Bass": "6", "Alternative": "48", "Electronic - Minimal": "101", "Electronic - Gabber": "40", "Vocal Montage": "76", "Metal (general)": "36", "Electronic - Breakbeat": "9", "Soul": "25", "Electronic (general)": "1", "Punk": "35", "Pop - Synth": "61", "Electronic - Dance": "3", "Pop (general)": "12", "Trance - Progressive": "85", "Trance (general)": "71", "Disco": "58", "Electronic - House": "10", "Experimental": "46", "Trance - Goa": "66", "Rock - Hard": "14", "Trance - Dream": "67", "Spiritual": "47", "Metal - Extreme": "37", "Jazz (general)": "29", "Trance - Tribal": "70", "Classical": "20", "Hip-Hop": "22", "Bluegrass": "105", "Halloween": "82", "Jazz - Acid": "30", "Easy Listening": "107", "New Age": "44", "Fantasy": "52", "Blues": "19", "Other": "41", "Trance - Acid": "63", "Gothic": "38", "Electronic - Hardcore": "39", "One Hour Compo": "53", "Pop - Soft": "62", "Electronic - Techno": "7", "Religious": "49", "Folk": "21"}
    categories = []
    

# open source radio sharing stie
class myoggradio(ChannelPlugin):

    # settings
    title ="MOR"
    #module = "myoggradio"
    api = "http://www.myoggradio.org/"
    listformat = "mixed(pls/m3u/srv)"
    
    # hide unused columns
    titles = dict(playing=False, listeners=False, bitrate=False)
    
    # category map
    categories = ['common', 'personal']
    default = 'common'

            self.parent.status("Unknown category")
            pass

        # augment result list
        for i,e in enumerate(entries):
            entries[i]["homepage"] = self.api + "c_common_details.jsp?url="  + e["url"]
            entries[i]["genre"] = cat
            entries[i]["format"] = "audio/mpeg"
        # send back
        return entries
        
        
    
    # upload a single station entry to MyOggRadio
    def share(self, *w):

        rx_sound = re.compile("""(http://[^"<>]+[.](mp3|ogg|m3u|pls|ram))""")
        html = http.get(row["homepage"])
        
        # look up ANY audio url
        for uu in rx_sound.findall(html):
            __print__( dbg.DATA, uu )
            (url, fmt) = uu
            action.play(url, self.mime_fmt(fmt), "srv")
            return
        
        # or just open webpage
        action.browser(row["homepage"])

# "votes":4,"negativevotes":10},
#
class radiobrowser (ChannelPlugin):

    # description
    homepage = "http://www.radio-browser.info/"
    has_search = True
    listformat = "pls"
    titles = dict(listeners="Votes+", bitrate="Votes-", playing="Country")

    categories = []
    pricat = ("topvote", "topclick")
    catmap = { "tags": "bytag", "countries": "bycountry", "languages": "bylanguage" }
    
    base = "http://www.radio-browser.info/webservice/json/"

#
class shoutcast(channels.ChannelPlugin):

    # desc
    module = "shoutcast"
    title = "SHOUTcast"
    base_url = "http://shoutcast.com/"
    listformat = "pls"
    
    # categories
    categories = []
    catmap = {"Choral": 35, "Winter": 275, "JROCK": 306, "Motown": 237, "Political": 290, "Tango": 192, "Ska": 22, "Comedy": 283, "Decades": 212, "European": 143, "Reggaeton": 189, "Islamic": 307, "Freestyle": 114, "French": 145, "Western": 53, "Dancepunk": 6, "News": 287, "Xtreme": 23, "Bollywood": 138, "Celtic": 141, "Kids": 278, "Filipino": 144, "Hanukkah": 270, "Greek": 146, "Punk": 21, "Spiritual": 211, "Industrial": 14, "Baroque": 33, "Talk": 282, "JPOP": 227, "Scanner": 291, "Mediterranean": 154, "Swing": 174, "Themes": 89, "IDM": 75, "40s": 214, "Funk": 236, "Rap": 110, "House": 74, "Educational": 285, "Caribbean": 140, "Misc": 295, "30s": 213, "Anniversary": 266, "Sports": 293, "International": 134, "Tribute": 107, "Piano": 41, "Romantic": 42, "90s": 219, "Latin": 177, "Grunge": 10, "Dubstep": 312, "Government": 286, "Country": 44, "Salsa": 191, "Hardcore": 11, "Afrikaans": 309, "Downtempo": 69, "Merengue": 187, "Psychedelic": 260, "Female": 95, "Bop": 167, "Tribal": 80, "Metal": 195, "70s": 217, "Tejano": 193, "Exotica": 55, "Anime": 277, "BlogTalk": 296, "African": 135, "Patriotic": 101, "Blues": 24, "Turntablism": 119, "Chinese": 142, "Garage": 72, "Dance": 66, "Valentine": 273, "Barbershop": 222, "Alternative": 1, "Technology": 294, "Folk": 82, "Klezmer": 152, "Samba": 315, "Turkish": 305, "Trance": 79, "Dub": 245, "Rock": 250, "Polka": 59, "Modern": 39, "Lounge": 57, "Indian": 149, "Hindi": 148, "Brazilian": 139, "Eclectic": 93, "Korean": 153, "Creole": 316, "Dancehall": 244, "Surf": 264, "Reggae": 242, "Goth": 9, "Oldies": 226, "Zouk": 162, "Environmental": 207, "Techno": 78, "Adult": 90, "Rockabilly": 262, "Wedding": 274, "Russian": 157, "Sexy": 104, "Chill": 92, "Opera": 40, "Emo": 8, "Experimental": 94, "Showtunes": 280, "Breakbeat": 65, "Jungle": 76, "Soundtracks": 276, "LoFi": 15, "Metalcore": 202, "Bachata": 178, "Kwanzaa": 272, "Banda": 179, "Americana": 46, "Classical": 32, "German": 302, "Tamil": 160, "Bluegrass": 47, "Halloween": 269, "College": 300, "Ambient": 63, "Birthday": 267, "Meditation": 210, "Electronic": 61, "50s": 215, "Chamber": 34, "Heartache": 96, "Britpop": 3, "Soca": 158, "Grindcore": 199, "Reality": 103, "00s": 303, "Symphony": 43, "Pop": 220, "Ranchera": 188, "Electro": 71, "Christmas": 268, "Christian": 123, "Progressive": 77, "Jazz": 163, "Trippy": 108, "Instrumental": 97, "Tropicalia": 194, "Fusion": 170, "Healing": 209, "Glam": 255, "80s": 218, "KPOP": 308, "Worldbeat": 161, "Mixtapes": 117, "60s": 216, "Mariachi": 186, "Soul": 240, "Cumbia": 181, "Inspirational": 122, "Impressionist": 38, "Gospel": 129, "Disco": 68, "Arabic": 136, "Idols": 225, "Ragga": 247, "Demo": 67, "LGBT": 98, "Honeymoon": 271, "Japanese": 150, "Community": 284, "Weather": 317, "Asian": 137, "Hebrew": 151, "Flamenco": 314, "Shuffle": 105}
    current = ""
    default = "Alternative"
    empty = ""

# Surfmusik sharing site
class surfmusik (ChannelPlugin):

    # description
    title = "SurfMusik"
    module = "surfmusik"
    homepage = "http://www.surfmusik.de/"
    listformat = "m3u"

    lang = "DE"   # last configured categories
    base = {
       "DE": ("http://www.surfmusik.de/", "genre/", "land/"),
       "EN": ("http://www.surfmusic.de/", "format/", "country/"),
    }

    # close dialog,get data
    def add_timer(self, *w):
        self.parent.timer_dialog.hide()
        row = self.parent.row()
        row = copy.copy(row)
        
        # add data
        row["listformat"] = "href" #self.parent.channel().listformat
        if row.get(self.timefield):
            row["title"] = row["title"] + " -- " + row[self.timefield]
        row[self.timefield] = self.parent.timer_value.get_text()
        
        # store
        self.save_timer(row)
    

            return 0   # no limit
        
    # action wrapper
    def play(self, row, *args, **kwargs):
        action.play(
            url = row["url"],
            audioformat = row.get("format","audio/mpeg"), 
            listformat = row.get("listformat","href"),
        )

    # action wrapper
    def record(self, row, *args, **kwargs):
        #print("TIMED RECORD")
        
        # extra params
        duration = self.duration(row.get(self.timefield))
        if duration:
            append = " -a %S.%d.%q -l "+str(duration*60)   # make streamripper record a whole broadcast
        else:
            append = ""

        # start recording
        action.record(
            url = row["url"],
            audioformat = row.get("format","audio/mpeg"), 
            listformat = row.get("listformat","href"),
            append = append,
        )
    
    def test(self, row, *args, **kwargs):
        print("TEST KRONOS", row)

class tunein (ChannelPlugin):

    # description
    title = "TuneIn"
    module = "tunein"
    homepage = "http://tunein.com/"
    has_search = False
    listformat = "pls"
    titles = dict(listeners=False)
    base = "http://opml.radiotime.com/"

    categories = ["local", "60's", "70's", "80's", "90's", "Adult Contemporary", "Alternative Rock", "Ambient", "Bluegrass", "Blues", "Bollywood", "Children's Music", "Christmas", "Classic Hits", "Classic Rock", "Classical", "College Radio", "Country", "Decades", "Disco", "Easy Listening", "Eclectic", "Electronic", "Folk", "Hip Hop", "Indie", "Internet Only", "Jazz", "Live Music", "Oldies", "Polka", "Reggae", "Reggaeton", "Religious", "Rock", "Salsa", "Soul and R&B", "Spanish Music", "Specialty", "Tango", "Top 40/Pop", "World"]
    catmap = {"60's": "g407", "Live Music": "g2778", "Children's Music": "c530749", "Polka": "g84", "Tango": "g3149", "Top 40/Pop": "c57943", "90's": "g2677", "Eclectic": "g78", "Decades": "c481372", "Christmas": "g375", "Reggae": "g85", "Reggaeton": "g2771", "Oldies": "c57947", "Jazz": "c57944", "Specialty": "c418831", "Hip Hop": "c57942", "College Radio": "c100000047", "Salsa": "g124", "Bollywood": "g2762", "70's": "g92", "Country": "c57940", "Classic Hits": "g2755", "Internet Only": "c417833", "Disco": "g385", "Rock": "c57951", "Soul and R&B": "c1367173", "Blues": "g106", "Classic Rock": "g54", "Alternative Rock": "c57936", "Adult Contemporary": "c57935", "Classical": "c57939", "World": "c57954", "Indie": "g2748", "Religious": "c57950", "Bluegrass": "g63", "Spanish Music": "c57945", "Easy Listening": "c10635888", "Ambient": "g2804", "80's": "g42", "Electronic": "c57941", "Folk": "g79"}
    groupmap = {
       "music":  "Browse.ashx?c=music",

  # desc
  module = "xiph"
  title = "Xiph.org"
  homepage = "http://dir.xiph.org/"
  #xml_url = "http://dir.xiph.org/yp.xml"
  json_url = "http://api.include-once.org/xiph/cache.php"
  listformat = "srv"
  has_search = True

  # content
  categories = [ "pop", "top40" ]
  current = ""
  default = "pop"
  empty = None

                return netrc[server]


    # Use config:-style definitions for argv extraction,
    # such as: { arg: -D, name: debug, type: bool }
    def init_args(self, ap):
        for opt in plugin_meta(frame=0).get("config"):
            kwargs = self.argparse_map(opt)
            if kwargs:
                #print kwargs
                ap.add_argument(*kwargs.pop("args"), **kwargs)
        return ap.parse_args()


    # Copy args fields into conf. dict
    def apply_args(self, args):

	<p>On BSD/Linux systems there are a plethora of audio players. In streamtuner2 you can
	<link xref="configuration">configure</link> most of them as target application. Mostly it makes sense to use a single
	application for all audio formats. But at least the */* media type should be handled
	by a generic player, like vlc.</p>

	<table shade="rows" rules="rows cols">
		<tr><td><p><app>Audacious</app></p></td>     <td><p><cmd>audacious</cmd></p></td>  <td><p>audio</p></td></tr>
		<tr><td><p><app>XMMS2</app></p></td>         <td><p><cmd>xmms2 %m3u</cmd></p></td>      <td><p>audio</p></td></tr>
		<tr><td><p><app>Amarok</app></p></td>        <td><p><cmd>amarok -l %pls</cmd></p></td>  <td><p>audio</p></td></tr>
		<tr><td><p><app>Exaile</app></p></td>        <td><p><cmd>exaile</cmd></p></td>     <td><p>audio</p></td></tr>

		<tr><td><p><app>mplayer</app></p></td>       <td><p><cmd>mplayer %srv</cmd></p></td>    <td><p>console</p></td></tr>
		<tr><td><p><app>VLC</app></p></td>           <td><p><cmd>vlc %u</cmd></p></td>          <td><p>video</p></td></tr>
		<tr><td><p><app>Totem</app></p></td>         <td><p><cmd>totem %u</cmd></p></td>        <td><p>video</p></td></tr>
		<tr><td><p><app>Media Player</app></p></td>  <td><p><cmd>mplayer2.exe %asx</cmd></p></td>  <td><p>Win32</p></td></tr>
	</table>

	<p>Some audio players open a second instance when you actually want to switch radios.
	In this case it's a common workaround to write <code>pkill vlc ; vlc %u</code> instead,
	which ends the previous player process and starts it anew.
        For VLC there's however also the <code>--one-instance</code> option, which sometimes
        works better. (And sometimes not.)</p>

	<p>Any listed application can be invoked with a different kind of
	URL or filename. Most are rather flexible, but some depend on
	specific playlist file types or URLs. You can control this by adding
	a placeholder after the configured application name:</p>

	<table shade="rows" rules="rows cols">
	<thead>	<tr><td><p>Placeholder</p></td><td><p>Alternatives</p></td><td><p>URL/Filename type</p></td></tr> </thead>
		<tr><td><p>%pls</p></td><td><p>%url %u %r</p></td><td><p>Either a remote .pls resource (fastest), or a local .pls file (if converted)</p></td></tr>
		<tr><td><p>%m3u</p></td><td><p>%f %g %m</p></td><td><p>Provides a local .m3u file for the streaming station</p></td></tr>

		<tr><td><p>%srv</p></td><td><p>%d %s</p></td><td><p>Direct link to first streaming address, e.g. http://72.5.9.33:7500</p></td></tr>
		<tr><td><p>%xspf</p></td><td><p>%x</p></td><td><p>Xiph.org shareable playlist format (for modern players)</p></td></tr>
		<tr><td><p>%jspf</p></td><td><p>%j</p></td><td><p>JSON playlist format (widely unsupported)</p></td></tr>
		<tr><td><p>%asx</p></td><td><p></p></td><td><p>Some obscure Windows playlist format (don't use that)</p></td></tr>
		<tr><td><p>%smil</p></td><td><p></p></td><td><p>Standardized multimedia sequencing lists (which nobody uses either)</p></td></tr>
	</table>

        <p>Preferrably use the long %abbr names for configuration.</p>
        
	<note style="info"><p>Most audio players like pls, yet sometimes the
	older m3u format more.  Streamripper requires %srv for recording.</p>
	
	<p>Leave it to the default %pls to avoid Streamtuner2 doing unneeded
	extra conversions (just delays playback).</p> </note>

	</section>

</page>

    <p>Application names are most always lowercase binary names. Double click an entry to edit it.
    After editing the icon next to the application name will be updated. If it stays green, it's
    likely to work. If it turns red / into a stop symbol, then the entered name is likely incorrect.</p>

   <p><media type="image" src="img/configapps.png" mime="image/png" /></p>

    <p>After the application name, you can use a placeholder like "<var>%pls</var>" (default),
    or "<var>%m3u</var>" and "<var>%srv</var>". See <link xref="config_apps#placeholders">placeholders</link>.</p>

    <p>Catch-all entries like <var>*/*</var> or a generic <var>audio/*</var> entry allow to configure a default player.
    While <var>video/youtube</var> is specific to the Youtube channel. And <var>url/http</var> a pseudo MIME type
    to configure a web browser (for station homepages).</p>
    
    <p>You can remove default entries by clearing both the Format field and its associated Application.
    Add completely new associations through the emtpy line. (Reopen the dialog to add another one.)</p>

</section>
<section id="recording">

        entries = self.channel().stations()
        favicon.download_all(entries)

    # 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).save(rows=[row], fn=fn, dest=dest)
        pass

    # Save current stream URL into clipboard

        pass



    #-- Save-As dialog
    #
    @staticmethod
    def save_file(title="Save As", parent=None, fn="", formats=[("*.pls", "*.pls"), ("*.xspf", "*.xpsf"), ("*.m3u", "*.m3u"), ("*.jspf", "*.jspf"), ("*.asx", "*.asx"), ("*.json", "*.json"), ("*.smil", "*.smil"), ("*.wpl", "*.wpl"), ("*","*")]):

        # With overwrite confirmation
        c = gtk.FileChooserDialog(title, parent, action=gtk.FILE_CHOOSER_ACTION_SAVE,
                buttons=(gtk.STOCK_CANCEL, gtk.RESPONSE_CANCEL, gtk.STOCK_SAVE, gtk.RESPONSE_OK))
        c.set_do_overwrite_confirmation(True)

        # Params
        if fn:
            c.set_current_name(fn)
            fn = ""
        for fname,ftype in formats:
            f = gtk.FileFilter()
            f.set_name(fname)
            f.add_pattern(ftype)
            c.add_filter(f)
        
        # Filter handlers don't work either.

        # Display and wait
        if c.run():
            fn = c.get_filename()  # return filaname
        c.destroy()
        return fn
    
    
    

                where.insert(m, insert)
            else:
                where.add(m)
        

    # gtk.messagebox
    @staticmethod
    def msg(text, style=gtk.MESSAGE_INFO, buttons=gtk.BUTTONS_CLOSE, yes=None):
        m = gtk.MessageDialog(None, 0, style, buttons, message_format=text)
        m.show()
        if yes:
            response = m.run()
            m.destroy()
            return response in (gtk.RESPONSE_OK, gtk.RESPONSE_ACCEPT, gtk.RESPONSE_YES)
        else:
            m.connect("response", lambda *w: m.destroy())
        pass
        

    # manual signal binding with a dict of { (widget, signal): callback }
    @staticmethod
    def add_signals(builder, map):
        for (widget,signal),func in map.items():
            builder.get_widget(widget).connect(signal, func)

        
    # Pixbug loader (from inline string, as in `logo.png`, automatic base64 decoding, and gunzipping of raw data)
    @staticmethod
    def pixbuf(buf, fmt="png", decode=True, gzip=False):
        if not buf or len(buf) < 16:
            return None
        if fmt and ver==3:
            p = GdkPixbuf.PixbufLoader.new_with_type(fmt)
        elif fmt: