hybridgroup.gobot/gobot.go

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package gobot
import (
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"log"
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)
// JSONGobot is a JSON representation of a Gobot.
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type JSONGobot struct {
Robots []*JSONRobot `json:"robots"`
Commands []string `json:"commands"`
}
// NewJSONGobot returns a JSONGobt given a Gobot.
func NewJSONGobot(gobot *Gobot) *JSONGobot {
jsonGobot := &JSONGobot{
Robots: []*JSONRobot{},
Commands: []string{},
}
for command := range gobot.Commands() {
jsonGobot.Commands = append(jsonGobot.Commands, command)
}
gobot.robots.Each(func(r *Robot) {
jsonGobot.Robots = append(jsonGobot.Robots, NewJSONRobot(r))
})
return jsonGobot
}
// Gobot is the main type of your Gobot application and contains a collection of
// Robots, API commands and Events.
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type Gobot struct {
robots *Robots
Commander
Eventer
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}
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// NewGobot returns a new Gobot
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func NewGobot() *Gobot {
return &Gobot{
robots: &Robots{},
Commander: NewCommander(),
Eventer: NewEventer(),
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}
}
// Start calls the Start method on each robot in its collection of robots. On
// error, call Stop to ensure that all robots are returned to a sane, stopped
// state.
func (g *Gobot) Start() (errs []error) {
if rerrs := g.robots.Start(); len(rerrs) > 0 {
for _, err := range rerrs {
log.Println("Error:", err)
errs = append(errs, err)
}
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}
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return errs
}
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// Stop calls the Stop method on each robot in its collection of robots.
func (g *Gobot) Stop() (errs []error) {
if rerrs := g.robots.Stop(); len(rerrs) > 0 {
for _, err := range rerrs {
log.Println("Error:", err)
errs = append(errs, err)
}
}
return errs
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}
// Robots returns all robots associated with this Gobot.
func (g *Gobot) Robots() *Robots {
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return g.robots
}
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// AddRobot adds a new robot to the internal collection of robots. Returns the
// added robot
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func (g *Gobot) AddRobot(r *Robot) *Robot {
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*g.robots = append(*g.robots, r)
return r
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}
// Robot returns a robot given name. Returns nil if the Robot does not exist.
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func (g *Gobot) Robot(name string) *Robot {
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for _, robot := range *g.Robots() {
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if robot.Name == name {
return robot
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}
}
return nil
}