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package main
import (
"sync"
"git.wit.org/wit/gui/toolkit"
)
// this is the channel we get requests to make widgets
var pluginChan chan toolkit.Action
// the starting point of the binary tree
var rootNode *node
var muAction sync.Mutex
func catchActionChannel() {
log(logNow, "catchActionChannel() START")
for {
log(logNow, "catchActionChannel() for loop")
select {
case a := <-pluginChan:
log(logNow, "catchActionChannel() SELECT widget id =", a.WidgetId, a.Name)
log(logNow, "catchActionChannel() STUFF", a.WidgetId, a.ActionType, a.WidgetType)
muAction.Lock()
doAction(&a)
muAction.Unlock()
log(logNow, "catchActionChannel() STUFF END", a.WidgetId, a.ActionType, a.WidgetType)
}
}
}
// Other goroutines must use this to access the GUI
//
// You can not acess / process the GUI thread directly from
// other goroutines. This is due to the nature of how
// Linux, MacOS and Windows work (they all work differently. suprise. surprise.)
//
// this sets the channel to send user events back from the plugin
func Callback(guiCallback chan toolkit.Action) {
callback = guiCallback
}
func PluginChannel() chan toolkit.Action {
return pluginChan
}
// This is important. This sets the defaults for the gui. Without this, there isn't correct padding, etc
func init() {
log(logNow, "Init() START")
log(logInfo, "Init()")
// andlabs = make(map[int]*andlabsT)
pluginChan = make(chan toolkit.Action, 1)
log(logNow, "Init() start channel reciever")
go catchActionChannel()
go simpleStdin()
log(logNow, "Init() END")
}
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