def step2():
term.header(True, "Security question")
key = term.prompt("Name of the hacker event that took place between christmas 2018 and the start of 2019?\nHint: CCC organizes this event. It takes place in Leipzig.\n\n4 characters", 1, 5, "")
if (key!="35C3") and (key!="35c3"):
message = "Invalid answer."
items = ["Exit"]
callbacks = [appglue.home]
callbacks[term.menu("Download more memory!", items, 0, message)]()
if badge.remove_bpp_partition(int("0x"+key)):
message = "The partition table has been updated succesfully. Enjoy the extra storage space!"
items = ["Exit"]
callbacks = [appglue.home]
callbacks[term.menu("Download more memory!", items, 0, message)]()
else:
print("Failure in badge.remove_bpp_partition()! Good luck.")
def show_category(i = None):
system.serialWarning()
global category
if i != None:
slug = repo.categories[i]["slug"]
name = repo.categories[i]["name"]
showMessage("Loading "+slug+"...")
try:
category = repo.getCategory(slug)
except:
showMessage("Failed to open category "+slug+"!", True)
time.sleep(1)
return
gc.collect()
else:
if category == None:
print("Internal error.")
return
try:
opt = []
for package in category:
opt.append("%s rev. %s" % (package["name"], package["revision"]))
opt.append("< Back to categories")
while True:
sel = term.menu("Installer - "+name, opt)
if sel == len(category):
return
install_app(sel)
except BaseException as e:
sys.print_exception(e)
showMessage(e, True)
time.sleep(1)
return
def install_app(app):
latest = False
import woezel
selected_app = app["slug"]
try:
woezel.install(selected_app)
except woezel.LatestInstalledError:
latest = True
except:
print('Failed to install!')
time.sleep(2)
return
gc.collect()
header = "Installer"
if latest:
header += (" - You already have the latest version of %s" %
app['name'])
else:
header += (" - app %s installed" % app[name])
items = ["Run %s" % app['name'], "Go back"]
option = term.menu(header, items)
if option == 0:
appglue.start_app(app['slug'])
else:
return
gc.collect()
def menu_main(self):
items = ["Python shell", "Apps", "Installer", "Settings", "About", "Check for updates", "Power off"]
callbacks = [self.drop_to_shell, self.opt_launcher, self.opt_installer, self.menu_settings, self.opt_about, self.opt_ota_check, self.go_to_sleep]
message = "Welcome!\nYour badge is running firmware version "+str(version.build)+": "+version.name+"\n"
cb = term.menu("Main menu", items, 0, message)
self.menu = callbacks[cb]
return
def show_category(i):
system.serialWarning()
global category
slug = categories[i]["slug"]
name = categories[i]["name"]
showMessage("Loading " + slug + "...")
try:
try:
category = woezel.get_category(slug)
except:
showMessage("Failed to open category " + slug + "!", True)
time.sleep(1)
show_categories()
gc.collect()
opt = []
for package in category:
opt.append("%s rev. %s" % (package["name"], package["revision"]))
opt.append("< Back to categories")
sel = term.menu("Installer - " + name, opt)
if sel == len(category):
show_categories()
install_app(sel, i)
except BaseException as e:
sys.print_exception(e)
showMessage(e, True)
time.sleep(1)
show_categories()
def list_categories():
global categories
while (1):
try:
categories
except:
update_repo()
cat_list = []
for category in categories:
if category['eggs'] > 0:
cat_list.append(category["name"])
cat_list.append("< Back")
option = term.menu("Installer - Select a category", cat_list)
if option != len(cat_list) - 1:
catsel = None
for category in categories:
if category['name'] == cat_list[option]:
catsel = category
break
if catsel is not None:
open_category(catsel)
else:
return
gc.collect()
def menu_main(self):
message = "Welcome!\nYour badge is running firmware version " + str(
consts.INFO_FIRMWARE_BUILD
) + ": " + consts.INFO_FIRMWARE_NAME + "\n"
cb = term.menu("Main menu", self.menu_items, 0, message)
self.menu = self.menu_fun[cb]
return
def show_category(slug, name):
system.serialWarning()
showMessage("Loading "+slug+"...")
try:
category = repo.getCategory(slug)
except BaseException as e:
showMessage("Failed to open category "+slug+"!", True)
sys.print_exception(e)
time.sleep(1)
return
gc.collect()
try:
opt = []
for package in category:
opt.append("%s rev. %s" % (package["name"], package["revision"]))
opt.append("< Back to categories")
sel = term.menu("Installer - "+name, opt)
if sel == len(opt)-1:
return
slug = category[sel]["slug"]
category = None
gc.collect()
install_app(slug)
except BaseException as e:
sys.print_exception(e)
showMessage(e, True)
time.sleep(1)
return
def menu_safe(self):
items = ["Main menu"]
callbacks = [self.menu_main]
cb = term.menu(
"You have started the badge in safe mode.\nServices are disabled.",
items)
self.menu = callbacks[cb]
def menu_settings(self):
items = ["Change nickname", "Configure WiFi", "< Return to main menu"]
callbacks = [
self.opt_change_nickname, self.opt_configure_wifi, self.menu_main
]
cb = term.menu("Settings", items)
self.menu = callbacks[cb]
def menu_main(self):
items = ["Python shell", "Apps", "Installer", "Settings", "About", "Check for updates", self.power_off_label]
callbacks = [self.drop_to_shell, self.opt_launcher, self.opt_installer, self.menu_settings, self.opt_about, self.opt_ota_check, self.go_to_sleep]
message = "Welcome!\nYour badge is running firmware version "+str(consts.INFO_FIRMWARE_BUILD)+": "+consts.INFO_FIRMWARE_NAME+"\n"
cb = term.menu("Main menu", items, 0, message)
self.menu = callbacks[cb]
return
def show_categories():
system.serialWarning()
opt = []
for category in categories:
opt.append(category["name"])
opt.append("< Back to launcher")
sel = term.menu("Installer - Categories", opt)
if sel == len(categories):
system.launcher(True)
show_category(sel)
def show_app(app,category):
term.empty_lines()
term.header(True, "Installer - %s"%app['name'])
items=["Install app %s"%app['name'], "Go back"]
option=term.menu("Installer %s %s"%(app['name'],app['description']), items)
if option==0:
install_app(app)
else:
return
gc.collect()
def menu_settings(self):
items = [
"Change nickname", "WiFi configuration", "Update firmware",
"< Return to main menu"
]
callbacks = [
self.opt_change_nickname, self.opt_configure_wifi, self.opt_ota,
self.menu_main, self.menu_main
]
cb = term.menu("Settings", items)
self.menu = callbacks[cb]
def show_categories():
system.serialWarning()
while True:
opt = []
for category in repo.categories:
opt.append(category["name"])
opt.append("< Back to launcher")
sel = term.menu("Installer - Categories", opt)
if sel == len(repo.categories):
system.launcher(True)
opt = []
gc.collect()
show_category(repo.categories[sel]["slug"], repo.categories[sel]["name"])
def menu_settings(self):
items = [
"Change nickname", "Configure WiFi", "Set default orientation",
"Update firmware", "(Reclaim unused flash space)",
"< Return to main menu"
]
callbacks = [
self.opt_change_nickname, self.opt_configure_wifi,
self.opt_configure_orientation, self.opt_ota,
self.opt_downloadmorerom, self.menu_main, self.menu_main
]
cb = term.menu("Settings", items)
self.menu = callbacks[cb]
def scan():
term.header(True, "WiFi setup")
print("Scanning...")
sta_if = network.WLAN(network.STA_IF)
sta_if.active(True)
ssid_result = sta_if.scan()
ssid_list = []
for ssid in ssid_result:
ssid_list.append(ssid[0].decode('utf-8', 'ignore'))
ssid_list.append("< Back")
option = term.menu("WiFi setup - Select a network", ssid_list)
if option != len(ssid_list)-1:
password(ssid_result[option][0].decode('utf-8', 'ignore'), ssid_result[option][4])
def menu_settings(self):
items = [
"Change nickname", "Configure WiFi", "Set default orientation",
"Homescreen services (beta)", "Homescreen LED animation",
"Homescreen logo", "Update firmware", "< Return to main menu"
]
callbacks = [
self.opt_change_nickname, self.opt_configure_wifi,
self.opt_configure_orientation, self.opt_configure_services,
self.opt_configure_led, self.opt_configure_picture, self.opt_ota,
self.menu_main, self.menu_main
]
cb = term.menu("Settings", items)
self.menu = callbacks[cb]
def manual():
term.header(True, "WiFi setup - Enter SSID")
print("Enter the SSID for the network you want to connect to, ")
print("or leave blank to go back. Press RETURN to continue.")
ssid = term.prompt("SSID", 1,5)
if (len(ssid) >= 1):
items = ["WEP / WPA / WPA2", "Open network", "WPA / WPA2 Enterprise", "Return to main menu"]
option = term.menu("WiFi setup - Authentication method", items)
if option == 0:
password(ssid, 1)
elif option == 1:
password(ssid, 0)
elif option == 2:
password(ssid, 5)
def menu_settings(self):
items = [
"Change nickname", "Change picture", "WiFi configuration",
"Change display orientation", "Homescreen configuration",
"Calibrate touch buttons", "Update firmware",
"< Return to main menu"
]
callbacks = [
self.opt_change_nickname, self.opt_configure_picture,
self.opt_configure_wifi, self.opt_configure_orientation,
self.opt_configure_homescreen, self.opt_configure_calibrate,
self.opt_ota, self.menu_main, self.menu_main
]
cb = term.menu("Settings", items)
self.menu = callbacks[cb]
def menu_main(self):
items = [
"Python shell", "Apps", "Installer", "Settings", "Tools",
"Check for updates"
]
if self.gts:
items.append(self.power_off_label)
callbacks = [
self.drop_to_shell, self.opt_launcher, self.opt_installer,
self.menu_settings, self.menu_tools, self.opt_ota_check,
self.go_to_sleep
]
message = ""
cb = term.menu("Main menu", items, 0, message)
self.menu = callbacks[cb]
return
def open_category(category):
while 1:
apps_in_cat = list_apps(category['slug'])
if apps_in_cat is None:
return
app_list = []
for app in apps_in_cat:
app_list.append(app["name"])
app_list.append("< Back")
option = term.menu("Installer - Select an app", app_list)
if option != len(app_list) - 1:
appsel = None
for app in apps_in_cat:
if app['name'] == app_list[option]:
appsel = app
break
if appsel is not None:
show_app(app, category)
else:
return
gc.collect()
else:
print("You are up-to-date!")
easydraw.msg("Up-to-date!")
easydraw.msg_nosplit(str(version.build) + ") " + version.name)
easydraw.msg("Update anyway?")
title = "Up-to-date"
message = "You are up-to-date.\n"
message += "Currently installed: " + version.name + " (Build " + str(
version.build) + ")\n"
message += "Available : " + info[
"name"] + " (Build " + str(info["build"]) + ")"
else:
print("An error occured!")
easydraw.msg("Check failed.")
easydraw.msg_nosplit(str(version.build) + ") " + version.name)
easydraw.msg("Update anyway?")
title = "Update check"
message = "An error occured while fetching information. You can still choose to start the OTA procedure."
else:
easydraw.msg("No WiFi!")
easydraw.msg_nosplit(str(version.build) + ") " + version.name)
easydraw.msg("Update anyway?")
title = "Update check"
message = "Could not connect to the WiFi network. You can still choose to start the OTA procedure."
ugfx.input_attach(ugfx.BTN_START, start)
items = ["Cancel", "Start OTA update"]
callbacks = [appglue.home, appglue.start_ota]
callbacks[term.menu(title, items, 0, message)]()
if "ledsrv.py" in uos.listdir('/lib/' + app):
services.append(app)
current = machine.nvs_getstr('splash', 'ledApp')
while True:
options = []
for service in services:
title = service
if service == current:
title += " [Enabled]"
options.append(title)
options.append(" None (disable LED services)")
options.append("< Exit")
selected = term.menu("Services", options, 0, "")
if selected > len(services):
system.home(True)
if selected == len(services):
current = None
try:
machine.nvs_erase('splash', 'ledApp')
except:
pass
term.header(True, "Services")
print("LED services disabled")
time.sleep(1)
else:
current = services[selected]
machine.nvs_setstr('splash', 'ledApp', current)
term.header(True, "Services")
def main():
items = ["Install apps", "Update repository", "Return to main menu"]
callbacks = [list_categories, update_repo, home]
callbacks[term.menu("Installer", items)]()
items = ["Exit"]
callbacks = [appglue.home]
callbacks[term.menu("Download more memory!", items, 0, message)]()
if badge.remove_bpp_partition(int("0x"+key)):
message = "The partition table has been updated succesfully. Enjoy the extra storage space!"
items = ["Exit"]
callbacks = [appglue.home]
callbacks[term.menu("Download more memory!", items, 0, message)]()
else:
print("Failure in badge.remove_bpp_partition()! Good luck.")
if (badge.remove_bpp_partition(0x00)):
message = "You have already updated the partition table. Enjoy the extra storage space!"
items = ["Exit"]
callbacks = [appglue.home]
callbacks[term.menu("Download more memory!", items, 0, message)]()
else:
message = "This application updates the partition table to allocate more flash space for storage."
message += "\n"
message += "Warning:\n"
message += "Powering off the badge during the update process will result in a brick.\n"
message += "You need to re-flash the badge using a computer in order to recover from such a brick.\n"
message += "We provide no guarantee that nothing will go wrong. This new feature is largely UNTESTED.\n"
message += "\n"
message += " - Make sure you have inserted full batteries\n"
message += " - Leave your badge connected to a computer while running this function\n"
message += " - This function updates the partition table, it might result in a brick\n"
items = ["Cancel", "Continue"]
callbacks = [appglue.home, step2]
system.serialWarning()
def getOrientationString(currentValue):
orientationString = str(currentValue)
if currentValue == 0:
orientationString = "Landscape"
if currentValue == 90:
orientationString = "Portrait"
if currentValue == 180:
orientationString = "Landscape inverted"
if currentValue == 270:
orientationString = "Portrait inverted"
return orientationString
items = ["Landscape", "Portrait", "Landscape inverted", "Portrait inverted", "< Back"]
options = [0, 90, 180, 270, -1, -1]
currentValue = orientation.getDefault()
orientationString = getOrientationString(currentValue)
message = "Current orientation: "+orientationString+"\n"
newValue = options[term.menu("Configure orientation", items, 0, message)]
if newValue < 0:
system.home(True)
term.header(True, "Configure orientation")
if orientation.setDefault(newValue):
print("Default orientation changed to "+getOrientationString(newValue))
else:
print("Default orientation could not be changed to "+getOrientationString(newValue))
time.sleep(1)
system.home(True)
def main():
term.empty_lines()
items = ["Scan for networks", "Manual SSID entry", "Return to main menu"]
callbacks = [scan, manual, home]
callbacks[term.menu("WiFi setup", items)]()
def menu_safe(self):
items = ["Main menu"]
callbacks = [self.menu_main]
cb = term.menu("You have started the badge in safe mode!", items)
self.menu = callbacks[cb]
def menu_tools(self):
items = ["File downloader", "< Return to main menu"]
callbacks = [self.opt_downloader, self.menu_main, self.menu_main]
cb = term.menu("Tools", items)
self.menu = callbacks[cb]