#include <gmyth/gmyth_context.h>

#include <gmyth/gmyth_remote_util.h>

#include <gmyth/gmyth_tvchain.h>

#include "myth_livetv.h"

#include "myth_file_transfer.h"

static void myth_livetv_class_init          (MythLiveTVClass *klass);

static void myth_livetv_init                (MythLiveTV *object);

static void myth_livetv_dispose  (GObject *object);

static void myth_livetv_finalize (GObject *object);

G_DEFINE_TYPE(MythLiveTV, myth_livetv, G_TYPE_OBJECT)

static void

myth_livetv_class_init (MythLiveTVClass *klass)

{

	GObjectClass *gobject_class;

	gobject_class = (GObjectClass *) klass;

	gobject_class->dispose  = myth_livetv_dispose;

	gobject_class->finalize = myth_livetv_finalize;	

}

static void

myth_livetv_init (MythLiveTV *livetv)

{

	livetv->backend_hostname = NULL;

	livetv->backend_port = 0;

	livetv->local_hostname = NULL;

	livetv->remote_encoder = NULL;

	livetv->tvchain = NULL;

	livetv->proginfo = NULL;

}

static void

myth_livetv_dispose  (GObject *object)

{

	G_OBJECT_CLASS (myth_livetv_parent_class)->dispose (object);

}

static void

myth_livetv_finalize (GObject *object)

{

	g_signal_handlers_destroy (object);

	MythLiveTV *livetv = MYTH_LIVETV (object);

	g_debug ("[%s] Finalizing livetv", __FUNCTION__);

	if ( livetv->remote_encoder != NULL ) {

		g_object_unref (livetv->remote_encoder);

		livetv->remote_encoder = NULL;

	}

	if ( livetv->tvchain != NULL ) {

		g_object_unref (livetv->tvchain);

		livetv->tvchain = NULL;

	}

	if ( livetv->proginfo != NULL ) {

		g_object_unref (livetv->proginfo);

		livetv->proginfo = NULL;

	}

	G_OBJECT_CLASS ( myth_livetv_parent_class )->finalize ( object );

}

MythLiveTV*

myth_livetv_new ()

{

	MythLiveTV *livetv = MYTH_LIVETV ( g_object_new( MYTH_LIVETV_TYPE, NULL ) );

	return livetv;

}

gboolean

myth_livetv_setup ( MythLiveTV *livetv )

{

	// FIXME: Get from the settings

	GMythSettings *msettings = gmyth_context_get_settings ();

	gboolean res = TRUE;

	livetv->is_livetv = TRUE;

	res = gmyth_context_check_connection();

	if (!res) {

		g_warning ("[%s] LiveTV can not connect to backend", __FUNCTION__);	

		res = FALSE;

		goto error;

	}

	livetv->backend_hostname = gmyth_settings_get_backend_hostname(msettings);

	livetv->backend_port = gmyth_settings_get_backend_port (msettings);

	livetv->local_hostname  = g_string_new("");    

	gmyth_context_get_local_hostname (livetv->local_hostname);

	if ( livetv->local_hostname == NULL ) {

		res = FALSE;

		goto error;

	}

	// Gets the remote encoder num

	livetv->remote_encoder = remote_request_next_free_recorder (-1);

	if ( livetv->remote_encoder == NULL ) {

		g_warning ("[%s] None remote encoder available", __FUNCTION__);

		res = FALSE;

		goto error;

	}

	// Creates livetv chain handler

	livetv->tvchain = GMYTH_TVCHAIN ( g_object_new(GMYTH_TVCHAIN_TYPE, NULL) );

	gmyth_tvchain_initialize ( livetv->tvchain, livetv->local_hostname );

	if ( livetv->tvchain == NULL || livetv->tvchain->tvchain_id == NULL ) {

		res = FALSE;

		goto error;

	}

	// Init remote encoder. Opens its control socket.

	res = gmyth_remote_encoder_setup(livetv->remote_encoder);

	if ( !res ) {

		g_warning ("[%s] Fail while setting remote encoder\n", __FUNCTION__);

		res = FALSE;

		goto error;

	}

	// Spawn live tv. Uses the socket to send mythprotocol data to start livetv in the backend (remotelly)

	res = gmyth_remote_encoder_spawntv ( livetv->remote_encoder,

			gmyth_tvchain_get_id(livetv->tvchain) );

	if (!res) {

		g_warning ("[%s] Fail while spawn tv\n", __FUNCTION__);

		res = FALSE;

		goto error;

	}

	// Reload all TV chain from Mysql database.

	gmyth_tvchain_reload_all (livetv->tvchain);

	if ( livetv->tvchain == NULL ) {

		res = FALSE;

		goto error;

	}

	// Get program info from database using chanid and starttime

	livetv->proginfo = gmyth_tvchain_get_program_at (livetv->tvchain, -1);

	if ( livetv->proginfo == NULL ) {

		g_warning ("[%s] LiveTV not successfully started.\n", __FUNCTION__ );

		res = FALSE;

		goto error;

	} else {

		g_debug ("[%s] MythLiveTV: All requests to backend to start TV were OK.\n", __FUNCTION__ );

	}

	return res;

error:

	if ( livetv->backend_hostname != NULL ) {

		g_string_free( livetv->backend_hostname, TRUE );

		res = FALSE;

	}

	if ( livetv->local_hostname != NULL ) {

		g_string_free( livetv->local_hostname, TRUE );

		res = FALSE;

	}

	if ( livetv->remote_encoder != NULL ) {

		g_object_unref (livetv->remote_encoder);

		livetv->remote_encoder = NULL;

	}

	if ( livetv->tvchain != NULL ) {

		g_object_unref (livetv->tvchain);

		livetv->tvchain = NULL;

	}

	if ( livetv->proginfo != NULL ) {

		g_object_unref (livetv->proginfo);

		livetv->proginfo = NULL;

	}

	return res;

}

// FIXME: How to proceed differently between livetv and recorded content

void

myth_livetv_stop_playing (MythLiveTV *livetv) 

{

	g_debug ("[%s] Stopping the LiveTV...\n", __FUNCTION__);

	if (livetv->is_livetv) {

		if (!gmyth_remote_encoder_stop_livetv (livetv->remote_encoder)) {

			g_warning ("[%s] Error while stoping remote encoder", __FUNCTION__);	

		}

	}

}

gboolean

myth_livetv_is_playing (MythLiveTV *livetv)

{

	return TRUE;

}

void

myth_livetv_start_playing (MythLiveTV *livetv)

{

	// TODO

}