def _setup_overclock(self, builder):
self.cputemp_label = builder.get_object("cpuTempLabel")
self.overclockbutton = builder.get_object("OverclockButton")
self.speedlabel = builder.get_object("SpeedLabel")
self.speed_radiobuttons = [
builder.get_object("Default_Speed_radiobutton"),
builder.get_object("Mid_Speed_radiobutton"),
builder.get_object("High_Speed_radiobutton")
]
self.rebootlabel = builder.get_object("OCRebootLabel")
self.rebootlabel.set_visible(False)
self.start_tempmonitor()
self.currentspeed = self._run_piclockspeed('get')
self._set_currentspeed()
if self.pi_model in self.PI_1800_MODELS:
# if Pi is Model 400, disable 1.5GHz, since its default is 1.8GHz
self.speed_radiobuttons[0].set_sensitive(False)
app_statuslabel = builder.get_object("AppStatusLabel")
tab = builder.get_object("OverclockTab")
cputempbox = builder.get_object("CPUTempBox")
hint.add(tab, app_statuslabel, hint.OVERCLOCK_TAB)
hint.add(cputempbox, app_statuslabel, hint.CPU_TEMP)
for button in self.speed_radiobuttons:
hint.add(button, app_statuslabel, hint.CPU_SPEEDS)
if os.path.exists('/boot/firmware/config.txt'):
hint.add(self.overclockbutton, app_statuslabel, hint.SPEED_BUTTON)
self.overclockbutton.connect("clicked",
self.on_overclockbutton_clicked)
else:
for button in self.speed_radiobuttons:
button.set_sensitive(False)
hint.add(self.overclockbutton, app_statuslabel, hint.NO_CONFIGTXT)
self.speedlabel.set_text("")
def __init__(self, builder):
self.logoutloginlabel = builder.get_object("LogoutLoginLabel")
self.logoutloginlabel.set_visible(False)
self.standardradiobutton = builder.get_object("StandardRadioButton")
self.compactradiobutton = builder.get_object("CompactRadioButton")
self.miniradiobutton = builder.get_object("MiniRadioButton")
gsettings = Gio.Settings.new('org.ubuntubudgie.armconfig')
layout = gsettings.get_string('layout-style')
if layout == "standard":
self.standardradiobutton.set_active(True)
elif layout == "compact":
self.compactradiobutton.set_active(True)
elif layout == "mini":
self.miniradiobutton.set_active(True)
else:
raise SystemExit('Unknown layout to initialise')
width, height, xoffset, yoffset = self._get_resolution()
resolution = builder.get_object("ResolutionLabel")
resolution.set_text(str(width) + " x " + str(height))
standard_recommendation = builder.get_object("StandardRecommendedLabel")
compact_recommendation = builder.get_object("CompactRecommendedLabel")
mini_recommendation = builder.get_object("MiniRecommendedLabel")
if height >= 900:
standard_recommendation.set_text("Recommended")
compact_recommendation.set_text("")
mini_recommendation.set_text("")
elif height >= 768:
standard_recommendation.set_text("")
compact_recommendation.set_text("Recommended")
mini_recommendation.set_text("")
else:
standard_recommendation.set_text("")
compact_recommendation.set_text("")
mini_recommendation.set_text("Recommended")
app_statuslabel = builder.get_object("AppStatusLabel")
tab = builder.get_object("LayoutTab")
applybutton = builder.get_object("ApplyButton")
hint.add(tab, app_statuslabel, hint.LAYOUTS_TAB)
hint.add(self.standardradiobutton, app_statuslabel, hint.STANDARD_RES)
hint.add(self.compactradiobutton, app_statuslabel, hint.COMPACT_RES)
hint.add(self.miniradiobutton, app_statuslabel, hint.MINI_RES)
hint.add(applybutton, app_statuslabel, hint.APPLY_LAYOUT)
def __init__(self, builder):
# If method='server', it looks for findmypiserver.py running on remote
# If method='mac', it will look via mac (needs nmap installed)
self.findpi_treeview = FindMyPiTreeView()
self.replace_gui(builder)
self.findpi_statuslabel = builder.get_object("PiStatusLabel")
self.app_statuslabel = builder.get_object("AppStatusLabel")
self.refresh_button = builder.get_object("PiRefreshButton")
self.copyip_button = builder.get_object("PiCopyIpButton")
self.nmap_button = builder.get_object("NmapButton")
self.gsettings = Gio.Settings.new('org.ubuntubudgie.armconfig')
if self._has_nmap() and self.gsettings.get_boolean('nmapscan'):
if self._nmap_warn():
self.findpi_treeview.set_method('mac')
self.nmap_button.set_label("Disable nmap")
else:
self.gsettings.set_boolean('nmapscan', False)
self.findpi_treeview.set_method('server')
self.nmap_button.set_label("Enable nmap")
else:
self.findpi_treeview.set_method('server')
self.nmap_button.set_label("Enable nmap")
self.nmap_button.connect("clicked", self.on_nmap_button_clicked)
hint.add(self.nmap_button, self.app_statuslabel, hint.NMAP_BUTTON)
self.refresh_button.connect("clicked", self.on_refresh_clicked)
hint.add(self.refresh_button, self.app_statuslabel, hint.REFRESH_BUTTON)
self.copyip_button.connect("clicked", self.on_copyip_clicked)
hint.add(self.copyip_button, self.app_statuslabel, hint.COPYIP_BUTTON)
self.findpi_treeview.start()
def __init__(self, builder, device):
self.displaygrid = builder.get_object("DisplayGrid")
self.moderadiobuttons = [ builder.get_object("FkmsRadioButton"),
builder.get_object("KmsRadioButton"),
builder.get_object("LegacyRadioButton") ]
self.memradiobuttons = [ builder.get_object("Mem128RadioButton"),
builder.get_object("Mem256RadioButton"),
builder.get_object("Mem512RadioButton") ]
self.modebutton = builder.get_object("ModeButton")
self.current_mode = ''
self.membutton = builder.get_object("MemoryButton")
self.current_mem = ''
self.rebootlabel = builder.get_object("RebootLabel")
self.rebootlabel.set_visible(False)
self.app_statuslabel = builder.get_object("AppStatusLabel")
tab = builder.get_object("DisplayTab")
for button in self.moderadiobuttons:
hint.add(button, self.app_statuslabel, hint.VIDEO_MODE)
for button in self.memradiobuttons:
hint.add(button, self.app_statuslabel, hint.GPU_MEMORY)
hint.add(tab, self.app_statuslabel, hint.DISPLAY_TAB)
hint.add(self.modebutton, self.app_statuslabel, hint.UPDATE_VIDEO)
hint.add(self.membutton, self.app_statuslabel, hint.UPDATE_MEMORY)
if device.pi_model is not None:
if self.load_initial():
self.modebutton.connect("clicked", self.on_modebutton_clicked)
self.memsignal = self.membutton.connect("clicked", self.on_membutton_clicked)
if not self.safe_to_change_mode():
self.disable_mode_selection()
else:
#self.disable_controls()
self.displaygrid.set_visible(False)
def disable_controls(self):
for button in (self.moderadiobuttons + self.memradiobuttons):
button.set_sensitive(False)
hint.add(self.modebutton, self.app_statuslabel, hint.NO_PIBOOTCTL)
hint.add(self.membutton, self.app_statuslabel, hint.NO_PIBOOTCTL)
def __init__(self, builder, device):
self.iplabel = builder.get_object("IPLabel")
self.refresh_ip()
self.gsettings = Gio.Settings.new('org.ubuntubudgie.armconfig')
self.locksetting = Gio.Settings.new('org.gnome.desktop.screensaver')
self.run_findmypi = self.gsettings.get_boolean('enableserver')
app_statuslabel = builder.get_object("AppStatusLabel")
if GLib.find_program_in_path("pipewire") == None:
self.found_grd = False
else:
self.found_grd = True
self.vncbutton = builder.get_object("VNCButton")
self.vncbutton.connect('clicked', self.vncbuttonclicked)
self.vncbutton.set_visible(self.found_grd)
self.xrdpbutton = builder.get_object("XRDPButton")
self.xrdpbutton.connect('clicked', self.xrdpbuttonclicked)
self.xrdpstatuslabel = builder.get_object("XRDPStatusLabel")
self.sshstatuslabel = builder.get_object("SSHStatusLabel")
self.findmypistatuslabel = builder.get_object("FindMyPiStatusLabel")
self.sshbutton = builder.get_object("SSHButton")
self.sshbutton.connect('clicked', self.sshbuttonclicked)
self.autologincheck = builder.get_object("AutoLoginCheckButton")
self.autologincheck.set_active(self.is_autologin())
self.autologin_handler = self.autologincheck.connect(
"toggled", self.autologintoggled)
self.findmypibutton = builder.get_object("FindMyPiButton")
self.findmypibutton.connect('clicked', self.findmypibuttonclicked)
tab = builder.get_object("RemoteTab")
refresh_ip_button = builder.get_object("RefreshIPButton")
hint.add(refresh_ip_button, app_statuslabel, hint.REFRESH_IP)
hint.add(self.autologincheck, app_statuslabel, hint.AUTOLOGIN)
hint.add(self.findmypibutton, app_statuslabel, hint.FINDMYPI_SERVER)
hint.add(self.sshbutton, app_statuslabel, hint.SSH_BUTTON)
hint.add(self.xrdpbutton, app_statuslabel, hint.XRDP_BUTTON)
hint.add(self.vncbutton, app_statuslabel, hint.VNC_BUTTON)
hint.add(tab, app_statuslabel, hint.REMOTE_TAB)
if self.run_findmypi:
if not self.findmypi_server():
self.start_findmypi()
self.findmypistatuslabel.set_text("Server is active")
else:
self.findmypistatuslabel.set_text("Server is inactive")
self.run_remote(self.xrdpstatuslabel, self.XRDP, 'status')
if not self.found_grd:
self.run_remote(self.sshstatuslabel, self.SSH, 'status')
Gio.resources_register(resource)
builder = Gtk.Builder.new_from_resource('/org/ubuntubudgie/armconfig/config.ui')
window = builder.get_object("ConfigWindow")
window.show_all()
standardradiobutton = builder.get_object("StandardRadioButton")
compactradiobutton = builder.get_object("CompactRadioButton")
miniradiobutton = builder.get_object("MiniRadioButton")
startlogincheckbutton = builder.get_object("StartLoginCheckButton")
gsettings = Gio.Settings.new('org.ubuntubudgie.armconfig')
startlogincheckbutton.set_active(gsettings.get_boolean('runarmconfig'))
notebook = builder.get_object('ConfigNotebook')
notebook.set_current_page(gsettings.get_int('lastpage'))
layoutstyle = Layout(builder)
overclock = Overclock(builder, args.force_model, model_list)
builder.connect_signals(Handler)
app_statuslabel = builder.get_object("AppStatusLabel")
hint.add(startlogincheckbutton, app_statuslabel, hint.AUTOSTART)
if ((overclock.pi_model is None and not args.force_arm_mode)
or args.force_findpi_mode):
findmypi = FindMyPi(builder)
else:
remote = Remote(builder, overclock)
display = Display(builder, overclock)
Gtk.main()