def setup(**kwargs):
gpiocontrol.gpio_setup()
qsem = threading.Semaphore(1)
autoconq = taskmanage.OperationQueue(1, qsem=qsem)
senseconq = taskmanage.OperationQueue(1, qsem=qsem)
#0. main
mainMenu = menu.Menu("Main", 0)
initmod = menu.ExecOption("Init Module",
1,
mainMenu,
function=modcon.initmodule)
controlMenu = menu.SubMenu("Control", 2, mainMenu)
monMenu = menu.SubMenu("Monitoring", 3, mainMenu)
#1.control
targetval = menu.ExecOption("Set target",
1,
controlMenu,
function=modcon.settarget)
actuating = menu.ExecOption("Actuating",
2,
controlMenu,
function=modcon.actuatemod)
#2. monitoring
sensorstat = menu.ExecOption("Sensor",
1,
monMenu,
function=modcon.viewsensingdata)
targetstat = menu.ExecOption("Target",
2,
monMenu,
function=modcon.viewtargetdata)
return mainMenu
self.display()
self.input_thread = th.Input()
self.input_thread.start()
self.oled.draw_text(a_right, title_y, "OK", "green", size=size)
self.display()
title_y += size + 2
# Menu
self.in_menu = False
self.in_volume = False
self.freeze = 0
self.menu = [
menu.SubMenu("player", [
menu.Action("play", self.mpd_thread.play),
menu.Action("stop", self.mpd_thread.stop_playing),
menu.Action("next", self.mpd_thread.next),
menu.Action("previous", self.mpd_thread.prev),
menu.Action("sleep", self.mpd_thread.sleep, goback=True),
menu.SubMenu("playlist", self.menu_playlist()),
]),
menu.Screen("info", self.d_info),
menu.Action("alarm 5h00", self.alarm_on, arg="04:45", goback=True),
menu.Action("alarm 6h15", self.alarm_on, arg="06:15", goback=True),
menu.Action("alarm 7h00", self.alarm_on, arg="07:00", goback=True),
menu.Action("alarm off", self.alarm_off, goback=True),
menu.Command("shutdown", "poweroff", goback=True),
menu.MenuBack("Exit")
]
self.menu_sub = []
self.menu_cursor = 0
self.menu_max_items = 5
def setup(**kwargs):
gpiocontrol.gpio_setup()
qsem = threading.Semaphore(1)
autoconq = taskmanage.OperationQueue(1, qsem=qsem)
senseconq = taskmanage.OperationQueue(1, qsem=qsem)
modcon = modulecontrol.ModuleControl(1)
mainMenu = menu.Menu("Main", 0)
initmod = menu.ExecOption("Initialize Module",
1,
mainMenu,
function=modcon.initmodule)
controlMenu = menu.SubMenu("Control", 2, mainMenu)
monMenu = menu.SubMenu("Monitoring", 3, mainMenu)
#1.control
'''
setcontrol = menu.ExecOptionList("Module Control Mode", 1, controlMenu, funcdic=modcon.getmodulemode(), mode=True,
trueopt='Auto', falseopt='Manual')
refreshq = menu.ExecOption("Refresh Auto Queue", 2, controlMenu, function=modcon.initautoQ, opq=autoconq)
mancontrol = menu.ExecOptionList("Control Manually", 3, controlMenu, funcdic=modcon.getmodulemode(), mode=False)
'''
#==================================================
funcdic1 = modcon.getmodulemode(mode=False) #True)
setcontrol = menu.ExecOptionList("Module Control Mode",
1,
controlMenu,
funcdic=funcdic1,
trueopt='Auto',
falseopt='Manual')
refreshq = menu.ExecOption("Refresh Auto Queue",
2,
controlMenu,
function=modcon.initautoQ,
opq=autoconq)
funcdic2 = modcon.getmodulemode(mode=True) #False
mancontrol = menu.ExecOptionList("Control Manually",
3,
controlMenu,
funcdic=funcdic2)
#==================================================
targetval = menu.ExecOption("Set target value",
4,
controlMenu,
function=modcon.settarget)
autocondic = {'run_async': True, 'infinite': True}
autocontrol = menu.ToggleOption("control mode",
5,
controlMenu,
function=autoconq.start,
function2=autoconq.stop,
trueopt='Running',
falseopt='Stopped',
funcargs=autocondic)
#2. monitoring
sensorconfig = menu.ExecOption("Sensor Configuration",
1,
monMenu,
function=modcon.initfrequency)
sensorstat = menu.ExecOption("Sensor Modules",
2,
monMenu,
function=modcon.viewsensingdata)
actustat = menu.ExecOption("Actuator Modules",
3,
monMenu,
function=modcon.viewactingdata)
return mainMenu
Option two will start a digit-collecting sub-menu. We'll tell you if you make an invalid selection here.''', options = [ menu.Option( option='0' ), menu.Option( option='#' ), menu.ExitOn( option='*' ), menu.SubMenu( option='1', menu = menu.Menu( prompt = '/home/mcfletch/starpydemo/soundfiles/menutest-secondlevel', #prompt = 'atlantic', textPrompt = '''A second-level menu in the menu test example Pressing Star will exit this menu at any time. Options zero and pound will exit the whole menu with those options selected. We won't tell you if you make an invalid selection here. ''', tellInvalid = False, # don't report incorrect selections options = [ menu.Option( option='0' ), menu.Option( option='#' ), menu.ExitOn( option='*' ), ], ), ), menu.SubMenu( option='2', menu = menu.CollectDigits( textPrompt = '''Digit collection example, Please enter three to 5 digits. ''',
import menu
import tempfile
from subprocess import call as os_call
m = [
menu.MenuSetup(
"set WIFI_EXEC='file:///lib/live/mount/findiso/install_wifi_driver.sh'"
)
]
deb_hook = "hooks=$WIFI_EXEC"
gentoo_ex = ''
# gentoo_ex = 'aufs splash=silent,theme:default console=tty0'
m.append(menu.DebianLiveISO(extra=deb_hook))
sm = menu.SubMenu()
m.append(sm)
sm.AddEntry(
menu.DebianLiveISO('/debian-xfce.iso', name='Debian Xfce', extra=deb_hook))
sm.AddEntry(menu.CentOSISO(disk='/dev/sda1'))
sm.AddEntry(menu.UbuntuLiveISO())
m.append(menu.GentooISO(extra=gentoo_ex))
st = ''
for x in m:
st += x.WriteMenu() + '\n'
script_check = None
# setting text mode here as I don't need binary
with tempfile.NamedTemporaryFile(mode='w') as f:
d = f.write(st)
del d
f.flush()