# Requires 
# · http://fossil.include-once.org/versionnum/
# · http://fossil.include-once.org/xpm/

SHELL   := /bin/bash #(for brace expansion)
NAME    := streamtuner2
VERSION := $(shell version get:plugin st2.py || echo 2.1dev)
DEST    := /usr/share/streamtuner2
INST    := install -m 644
PACK    := xpm
DEPS    := -n $(NAME) -d python-pyquery -d python-gtk2 -d python-requests -d python-keybinder
DEPS    := -n $(NAME) -d python -d python-pyquery -d python-gtk2 -d python-requests -d python-keybinder
OPTS    := -s src -u man,fixperms -f --prefix=$(DEST) --deb-compression xz --rpm-compression xz --exe-autoextract
.PHONY:  bin
all:  gtk3 #(most used)
pack: all ver docs xpm src
gtk3: gtk3.xml.gz
zip:  pyz

    # channel plugins
    channel_modules = ["shoutcast", "xiph", "internet_radio", "jamendo", "myoggradio", "live365"]
    current_channel = "cli"
    plugins = {} # only populated sparsely by .stream()
    
    
    # start
    def __init__(self):
    def __init__(self, actions):

        # fake init    
        action.action.main = empty_parent()
        action.action.main.current_channel = self.current_channel

        # check if enough arguments, else  help
        if len(sys.argv)<3:
        if not actions:
            a = self.help
        # first cmdline arg == action
        else:
            command = sys.argv[1]
            a = self.__getattribute__(command)
            command = actions[0]
            if command in self.__dict__:
                cmd = self.__getattribute__(command)
            else:
                print "No such command:", command
                return

        # run
        result = a(*sys.argv[2:])
        result = cmd(*actions[1:])
        if result:
            self.json(result)
        
        
    # show help
    def help(self, *args): 
        print("""

#
# encoding: UTF-8
# api: streamtuner2
# type: class
# title: global config object
# description: reads ~/.config/streamtuner/*.json files
# config: {type:var, name:z, description:v}
# config:
#    { arg: -d,     type: str,      name: plugin[],  description: omit plugin from initialization  }
#    { arg: --gtk3, type: boolean,  name: gtk3,      description: use gtk3 interface }
#    { arg: -D,     type: boolean,  name: debug,     description: enable debug messages on console }
#    { arg: action, type: str*,     name: action[],  description: commandline actions }
#    { arg: -x,     type: boolean,  name: exit,      description: terminate right away }
#
# In the main application or module files which need access
# to a global conf.* object, just import this module as follows:
#
#   from config import *
#
# Here conf is already an instantiation of the underlying

import platform
import re
from compat2and3 import gzip_decode, find_executable
import zlib
import zipfile
import inspect
import pkgutil
import argparse

# export symbols
__all__ = ["conf", "__print__", "dbg", "plugin_meta", "module_list", "get_data", "find_executable"]


#-- create a stub instance of config object
conf = object()

# Global configuration store
#
# Autointializes itself on startup, makes conf.vars available.
# Also provides .load() and .save() for JSON data/cache files.
#
class ConfigDict(dict):

    args = {}

    # start
    def __init__(self):
    
        # object==dict means conf.var is conf["var"]
        self.__dict__ = self  # let's pray this won't leak memory due to recursion issues

                del last["share"]
            self.update(last)
            self.migrate()
        # store defaults in file
        else:
            self.save("settings")
            self.firstrun = 1
        
        # add argv
        self.args = self.init_args(argparse.ArgumentParser())


    # some defaults
    def defaults(self):
        self.play = {
           "audio/mpeg": self.find_player(),
           "audio/ogg": self.find_player(),

                except:
                     netrc = parser(self.xdg() + "/netrc").hosts
            except:
                pass
        for server in varhosts:
            if server in netrc:
                return netrc[server]
        

    # Use config: definitions for argv extraction
    def init_args(self, ap):
        for opt in plugin_meta(frame=0).get("config"):
            kwargs = self.argparse_map(opt)
            #print kwargs
            if kwargs:
                args = kwargs["args"]
                del kwargs["args"]
                ap.add_argument(*args, **kwargs)
        return ap.parse_args()

    # Transform config: description into quirky ArgumentParser list
    def argparse_map(self, opt):
        if not ("arg" in opt and opt["name"] and opt["type"]):
            return {}

        # Extract --flag names
        args = opt["arg"].split() + re.findall("-+\w+", opt["name"])

        # Prepare mapping options
        typing = re.findall("bool|str|\[\]|store|append|const", opt["type"])
        naming = re.findall("\[\]", opt["name"])
        name   = re.findall("(?<!-)\\b\\w+", opt["name"])
        nargs  = re.findall("\\b\d+\\b|\?|\*", opt["type"]) or [None]

        # Populate partially - ArgumentParser is highly fragile with combinations of named params
        kwargs = {
            "args": args,
            "dest": name[0] if not name[0] in args else None,
            "action": "append" if "[]" in (naming+typing) else ("store_true" if "bool" in typing else "store"),
            "nargs": nargs[0],
            "default": opt["value"],
           # "type":  int if "int" in typing else bool if "bool" in typing else str,
            "choices": opt["select"].split("|") if "select" in opt else None,
           # "required": "required" in opt,
            "help": opt["description"] or "",
        }
        return dict((k,w) for k,w in kwargs.items() if w is not None)



# Retrieve content from install path or pyzip archive (alias for pkgutil.get_data)
#
def get_data(fn, decode=False, gz=False, file_base="config"):
    try:
        bin = pkgutil.get_data(file_base, fn)

# startup procedure
def main():

    # process a few command line flags (needs a rewrite)
    argv = sys.argv[1:]
    while len(argv) and argv[0] in ("-d", "-D"):
        opt = argv.pop(0)
        if opt == "-D":
            conf.debug = 1
    # process a few command line flags
    if conf.args.plugin:
        for p_id in conf.args.plugin:
            conf.plugins[p_id] = 0
    if conf.args.debug
        conf.debug = conf.args.debug
        elif opt == "-d":
            conf.plugins[argv.pop(0)] = 0
            sys.argv.pop(1)
        sys.argv.pop(1)
    if conf.args.exit:
        return

    # graphical
    if len(sys.argv) < 2 or "--gtk3" in sys.argv:
    if not len(conf.args.action[0]):

        # 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()
        __print__(dbg.PROC, r" gtk_main_quit ")
        
    # invoke command-line interface
    else:
        import cli
        cli.StreamTunerCLI()
        cli.StreamTunerCLI(conf.args.action[0])

# run
if __name__ == "__main__":
    main()

import inspect
from compat2and3 import unicode, xrange, PY3, gzip_decode


# gtk version (2=gtk2, 3=gtk3, 7=tk;)
ver = 2
# if running on Python3 or with commandline flag
if PY3 or "--gtk3" in sys.argv:
if PY3 or conf.args.gtk3:
    ver = 3
# load gtk modules
if ver==3:
    from gi import pygtkcompat as pygtk
    pygtk.enable() 
    pygtk.enable_gtk(version='3.0')
    from gi.repository import Gtk as gtk