Documentation
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Overview ¶
Package lightd implements a daemon that is able to process effects send to it and send them to an external, simpler driver program. It also manages the locking of the light resource.
The external driver program should fulfill the following requirements For eulenfunk, the driver program is called radio-led.
lightd can be controlled by a simple line based network protocol, which currently supports the following commands:
!lock -- Try to acquire lock or block until available. !unlock -- Give back lock. !close -- Close the connection. <effect> -- Lines starting without ! are parsed as effect spec.
<effect> can be one of the following:
{<r>,<g>,<b>}
blend{<src-color>|<dst-color>|<duration>}
flash{<duration>|<color>|<repeat>}
fire{<duration>|<color>|<repeat>}
fade{<duration>|<color>|<repeat>}
where <*-color> can be:
{<r>,<g>,<b>}
and where <duration> is something time.ParseDuration() understands. <repeat> is a simple integer.
Examples:
{255,0,255} -- The world needs more solid pink.
fire{1ms|{255,255,255}|0} -- Warm fire effect.
blend{{255,0,0}|{0,255,0}|2s} -- Blend from red to green.
Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
Types ¶
type Config ¶
type Config struct {
// Host where lightd will run
Host string
// Port wich lightd will listen on
Port int
// DriverBinary is the name of the binary lightd will output rgb triples on.
DriverBinary string
}
Config offers some adjustment screws to the user of lightd
type Locker ¶
type Locker struct {
// contains filtered or unexported fields
}
Locker is a utility to hold a lock on the LED resource
func NewLocker ¶
NewLocker will create a new Locker connected to the lightd at `cfg.Host` and `cfg.Port`.
Source Files