README
¶
connector-go
A Golang implementation of the Connector concept.
Examples:
Basic Code:
import "github.com/hofstadter-io/connector-go"
func main () {
conn := connector.New("my-connector")
f, b, m := foo{do:"goo"},boo{do:"be friendly"},moo{do:"farm to table"}
conn.Add(f, []interface{}{b,m})
for _, named := range conn.Named() {
named.Name()
}
for _, item := range conn.Items() {
doer, ok := item.(Doer)
if ok {
doer.Do()
}
}
for _, item := range conn.Get((*Talker)(nil)) {
talker := item.(Talker)
talker.Say()
}
}
type Doer interface {
Do() string
}
type Talker interface {
Say() string
}
type foo struct {
do string
}
func (f *foo) Do() string {
return f.do
}
func (f *foo) Name() string {
return "foo"
}
type boo struct {
do string
}
func (b *boo) Do() string {
return b.do
}
func (b *boo) Name() string {
return "Casper"
}
func (b *boo) Say() string {
return "Boooooo"
}
type moo struct {
do string
}
func (m *moo) Do() string {
return m.do
}
func (m *moo) Name() string {
return "Cow"
}
func (m *moo) Say() string {
return "MoooOOO"
}
Documentation
¶
Overview ¶
Package connector ...
Implements the Connector concept in Golang.
import "github.com/hofstadter-io/connector-go"
func main () {
conn := connector.New("my-connector")
f, b, m := foo{do:"goo"},boo{do:"be friendly"},moo{do:"farm to table"}
conn.Add(f, []interface{}{b,m})
for _, named := range conn.Named() {
named.Name()
}
for _, item := range conn.Items() {
doer := item.(Doer)
doer.Do()
}
typ := reflect.TypeOf((*Talker)(nil)).Elem()
for _, item := range conn.Get(typ) {
talker := item.(Talker)
talker.Say()
}
}
type Doer interface {
Do() string
}
type Talker interface {
Say() string
}
type foo struct {
do string
}
func (f *foo) Do() string {
return f.do
}
func (f *foo) Name() string {
return "foo"
}
type boo struct {
do string
}
func (b *boo) Do() string {
return b.do
}
func (b *boo) Name() string {
return "Casper"
}
func (b *boo) Say() string {
return "Boooooo"
}
type moo struct {
do string
}
func (m *moo) Do() string {
return m.do
}
func (m *moo) Name() string {
return "Cow"
}
func (m *moo) Say() string {
return "MoooOOO"
}
Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type Base ¶
type Base struct {
// contains filtered or unexported fields
}
Base is the base implementation
func New ¶
New creates a new Base (i.e. Connector) with the given name. Name must have a non-empty value. It should also be unique, but that is not enforced.
func (*Base) Clear ¶
func (B *Base) Clear()
Clear clears all items from this Connector. Will not effect connectors which this had been added to.
func (*Base) Connect ¶
Connect is the main usage function.
Connect() recursively passes a Connector object to all items so that they may consume or use any items in the Connector. Typically, we build up a root Connector and then call Connect with itself as the argument.
type Connectable ¶
type Connectable interface {
Connect(Connector)
}
Connectable - things which consume Connectors
type Connector ¶
type Connector interface {
// Connect() recursively passes a Connector object to all items
// so that they may consume or use any items in the Connector.
// Typically, we build up a root Connector and then
// call Connect with itself as the argument.
Connect(Connector)
// Extracts all the items which match a given type. Go Get()'em !!
Get(any) []any
}
Connector is all the things, put together.
type Deletable ¶
type Deletable interface {
Del(any)
}
Deletable - things which can be Del()-ed from
type Filterable ¶
Filterable - things that are Filter(func(any)bool)-able
type Namer ¶
type Namer interface {
Named() []Named
}
Namer - things which hold things which have a Name()
type Searchable ¶
type Searchable interface {
Find(any)
}
Searchable - things that have something to Find(interface)
Source Files