// main program loop.
func main() {
var host config.Host
// Connect to Kodi, this is required.
kodiTimeout := time.Duration(0)
if cfg.Kodi != nil {
if cfg.Kodi.Timeout != nil {
kodiTimeout = time.Duration(*cfg.Kodi.Timeout)
}
host = *cfg.Kodi
} else if cfg.XBMC != nil {
if cfg.XBMC.Timeout != nil {
kodiTimeout = time.Duration(*cfg.XBMC.Timeout)
}
host = *cfg.XBMC
} else {
log.Fatal(`You must provide Kodi/XBMC connection details in your configuration`)
}
k, err := kodi_jsonrpc.New(
fmt.Sprintf(`%s:%d`, host.Address, host.Port),
kodiTimeout,
)
defer k.Close()
if err != nil {
log.WithField(`error`, err).Fatal(`Failed to obtain Kodi connection`)
}
// If the configuration specifies a Hyperion connection, use it.
if cfg.Hyperion != nil {
hyperion.Connect(&cfg)
defer hyperion.Close()
}
// If the configuration specifies a LIFX connection, use it.
if cfg.LIFX != nil {
lifx.Connect(&cfg)
defer lifx.Close()
}
// If the configuration specifies a boblight connection, use it.
if cfg.Boblight != nil {
boblight.Connect(&cfg)
defer boblight.Close()
}
// Get callbacks from configuration.
callbacks := cfg.Callbacks.(map[string]interface{})
// Execute callbacks for the special `Startup` notification.
if callbacks[`Startup`] != nil {
// LIFX groups take some time to populate, so we add an arbitrary delay
// here to try and compensate
if cfg.LIFX != nil {
time.Sleep(LIFXDELAY)
}
execute(callbacks[`Startup`].([]interface{}))
}
// Loop while reading from Kodi.
for {
// Read from Kodi.
notification := <-k.Notifications
// Match Kodi notification to our configured callbacks.
if callbacks[notification.Method] != nil {
cbs := callbacks[notification.Method].([]interface{})
switch notification.Method {
case `Player.OnPlay`, `Player.OnPause`, `Player.OnStop`:
cbs = callbacksByType(notification.Params.Data.Item.Type, cbs)
}
execute(cbs)
}
}
}
// main program loop.
func main() {
var host config.Host
// Connect to Kodi, this is required.
kodiTimeout := time.Duration(0)
if cfg.Kodi != nil {
if cfg.Kodi.Timeout != nil {
kodiTimeout = time.Duration(*cfg.Kodi.Timeout)
}
host = *cfg.Kodi
} else if cfg.XBMC != nil {
if cfg.XBMC.Timeout != nil {
kodiTimeout = time.Duration(*cfg.XBMC.Timeout)
}
host = *cfg.XBMC
} else {
log.Fatal(`You must provide Kodi/XBMC connection details in your configuration`)
}
k, err := kodi_jsonrpc.New(
fmt.Sprintf(`%s:%d`, host.Address, host.Port),
kodiTimeout,
)
defer k.Close()
if err != nil {
log.WithField(`error`, err).Fatal(`Failed to obtain Kodi connection`)
}
// If the configuration specifies a Hyperion connection, use it.
if cfg.Hyperion != nil {
hyperion.Connect(fmt.Sprintf(`%s:%d`, cfg.Hyperion.Address, cfg.Hyperion.Port))
defer hyperion.Close()
}
// If the configuration specifies a LIFX connection, use it.
if cfg.LIFX != nil {
lifx.Connect(cfg)
defer lifx.Close()
}
// Get callbacks from configuration.
callbacks := cfg.Callbacks.(map[string]interface{})
// Execute callbacks for the special `Startup` notification.
if callbacks[`Startup`] != nil {
execute(callbacks[`Startup`].([]interface{}))
}
// Loop while reading from Kodi.
for {
// Read from Kodi.
notification := <-k.Notifications
// Match Kodi notification to our configured callbacks.
if callbacks[notification.Method] != nil {
cbs := callbacks[notification.Method].([]interface{})
// The Player.OnPlay notification supports an filtering by item type.
if notification.Method == `Player.OnPlay` {
cbs = callbacksByType(notification.Params.Data.Item.Type, cbs)
}
execute(cbs)
}
}
}