func main() {
//test color/additional functions here
ansiterm.ResetTerm(ansiterm.NORMAL)
ansiterm.ClearPage()
ansiterm.MoveToXY(10, 10)
sleepOne()
ansiterm.HideCursor()
sleepOne()
ansiterm.SetFGColor(5)
fmt.Printf("TEST MOVE HIDDEN CURSOR / OUT IN PURPLE")
sleepOne()
ansiterm.MoveToXY(10, 12)
ansiterm.SetColorBright()
fmt.Printf("BRIGHT COLORS")
sleepOne()
ansiterm.MoveToXY(10, 14)
ansiterm.SetColorNormal()
fmt.Printf("NORMAL COLORS AGAIN")
sleepOne()
ansiterm.ShowCursor()
sleepOne()
ansiterm.ResetTerm(ansiterm.NORMAL)
}
func main() {
ansiterm.ResetTerm(0)
ansiterm.ClearPage()
// ansiterm.MoveToRC(13,13)
// ansiterm.QueryPosn() hangs
// os.Exit(0)
ansiterm.HideCursor()
defer ansiterm.ShowCursor()
setupForm()
startSensors()
runfor = 1
prog := make(chan int)
// prompt, row,col,barWidth,listen chan, alldone
go progressBar("Progress: ", 20, 20, 50, prog, 60*runfor)
done := time.After(time.Duration(runfor) * time.Minute) // set up a timeout channel
fmt.Printf("This demo will stop after %d minute(s)\n", runfor)
time.Sleep(2 * time.Second)
L1:
for {
select {
case t := <-sensors[0]:
g_Form.UpdateMsg("temp", fmt.Sprintf("%5d", t))
case t := <-sensors[1]:
g_Form.UpdateMsg("seekerr", fmt.Sprintf("%5d", t))
case t := <-sensors[2]:
g_Form.UpdateMsg("time", fmt.Sprintf("%5d", t))
g_Form.UpdateMsg("progress", fmt.Sprintf("%5d", t))
prog <- t
g_Form.Draw()
// note: label is required else it 'breaks' the select, not the for
case _ = <-done:
break L1
}
}
if true { // optional wrapup stats
ansiterm.ClearPage()
ansiterm.ResetTerm(ansiterm.NORMAL)
fmt.Printf("<done>\n")
}
}