// Keypad turns on/off the keypad characters, including those like the F1-F12
// keys and the arrow keys
func (w *Window) Keypad(keypad bool) error {
var err C.int
if err = C.keypad(w.win, C.bool(keypad)); err == C.ERR {
return errors.New("Unable to set keypad mode")
}
return nil
}
/* Enables the reading of all keys on a keyboard (that the operating system will interpret) */
func Keypad(win *Window, translate bool) {
temp := 0
if translate {
temp = 1
}
C.keypad((*C.WINDOW)(win), C.bool(temp))
}
func (win *Window) Keypad(b bool) error {
a := bool2cint(b)
if C.keypad((*C.WINDOW)(win), a) == C.ERR {
return CursesError{"kaypad failed"}
}
return nil
}
func initCurses() {
C.initscr()
C.cbreak()
C.noecho()
C.nonl()
C.intrflush(C.stdscr, true)
C.keypad(C.stdscr, false)
}
func (w *Window) EnableKeypad(enabled bool) error {
var keypadEnabledCode int = 0
if enabled {
keypadEnabledCode = 1
}
if C.keypad((*C.WINDOW)(w), C.int(keypadEnabledCode)) == C.ERR {
return CursesError{"Keypad failed"}
}
return nil
}
func (w *Window) Keypad(tf bool) error {
var outint int
if tf {
outint++
}
if C.keypad(w.win, C.int(outint)) != OK {
return ErrorKeypad
}
return nil
}
func (w *Window) Keypad(tf bool) os.Error {
var outint int
if tf == true {
outint = 1
}
if tf == false {
outint = 0
}
if C.keypad((*C.WINDOW)(w), C.int(outint)) == 0 {
return CursesError{"Keypad failed"}
}
return nil
}
func Init(theme *ColorTheme, black bool, mouse bool) {
C.setlocale(C.LC_ALL, C.CString(""))
tty := C.c_tty()
if tty == nil {
fmt.Println("Failed to open /dev/tty")
os.Exit(2)
}
_screen = C.c_newterm(tty)
if _screen == nil {
fmt.Println("Invalid $TERM: " + os.Getenv("TERM"))
os.Exit(2)
}
C.set_term(_screen)
if mouse {
C.mousemask(C.ALL_MOUSE_EVENTS, nil)
C.mouseinterval(0)
}
C.noecho()
C.raw() // stty dsusp undef
C.nonl()
C.keypad(C.stdscr, true)
delay := 50
delayEnv := os.Getenv("ESCDELAY")
if len(delayEnv) > 0 {
num, err := strconv.Atoi(delayEnv)
if err == nil && num >= 0 {
delay = num
}
}
C.set_escdelay(C.int(delay))
_color = theme != nil
if _color {
C.start_color()
InitTheme(theme, black)
initPairs(theme)
C.bkgd(C.chtype(C.COLOR_PAIR(C.int(ColNormal))))
_colorFn = attrColored
} else {
_colorFn = attrMono
}
C.nodelay(C.stdscr, true)
ch := C.getch()
if ch != C.ERR {
C.ungetch(ch)
}
C.nodelay(C.stdscr, false)
}
func (r *FullscreenRenderer) Init() {
C.setlocale(C.LC_ALL, C.CString(""))
tty := C.c_tty()
if tty == nil {
errorExit("Failed to open /dev/tty")
}
_screen = C.c_newterm(tty)
if _screen == nil {
errorExit("Invalid $TERM: " + os.Getenv("TERM"))
}
C.set_term(_screen)
if r.mouse {
C.mousemask(C.ALL_MOUSE_EVENTS, nil)
C.mouseinterval(0)
}
C.noecho()
C.raw() // stty dsusp undef
C.nonl()
C.keypad(C.stdscr, true)
delay := 50
delayEnv := os.Getenv("ESCDELAY")
if len(delayEnv) > 0 {
num, err := strconv.Atoi(delayEnv)
if err == nil && num >= 0 {
delay = num
}
}
C.set_escdelay(C.int(delay))
if r.theme != nil {
C.start_color()
initTheme(r.theme, r.defaultTheme(), r.forceBlack)
initPairs(r.theme)
C.bkgd(C.chtype(C.COLOR_PAIR(C.int(ColNormal.index()))))
_colorFn = attrColored
} else {
initTheme(r.theme, nil, r.forceBlack)
_colorFn = attrMono
}
C.nodelay(C.stdscr, true)
ch := C.getch()
if ch != C.ERR {
C.ungetch(ch)
}
C.nodelay(C.stdscr, false)
}
// Enable reading of function keys.
func (window *Window) Keypad(on bool) {
C.keypad(window.cwin, C.bool(on))
}
// Enable reading of function keys.
func (win *Window) Keypad(on bool) {
C.keypad((*C.WINDOW)(win), C.bool(on))
}