if e:

print >> sys.stderr, "error: " + str(e)

print >> sys.stderr, "Syntax: %s" % (sys.argv[0])

print >> sys.stderr, __doc__.strip()

def __init__(self, title=None, width=60, height=20):

self.width = width

self.height = height

self.console = dialog.Dialog(dialog="dialog")

self.console.add_persistent_args(["--no-collapse"])

self.console.add_persistent_args(["--ok-label", "Select"])

self.console.add_persistent_args(["--cancel-label", "Back"])

self.console.add_persistent_args(["--colors"])

if title:

self.console.add_persistent_args(["--backtitle", title])

def _handle_exitcode(self, retcode):

if retcode == 2: # ESC, ALT+?

text = "Do you really want to quit?"

if self.console.yesno(text) == 0:

sys.exit(0)

return False

return True

def _wrapper(self, dialog, text, *args, **kws):

try:

method = getattr(self.console, dialog)

except AttributeError:

raise Error("dialog not supported: " + dialog)

while 1:

ret = method("\n" + text, *args, **kws)

if type(ret) is int:

retcode = ret

else:

retcode = ret[0]

if self._handle_exitcode(retcode):

break

return ret

def infobox(self, text):

return self._wrapper("infobox", text)

def yesno(self, text):

return self._wrapper("yesno", text)

def msgbox(self, title, text, button_label="ok"):

return self._wrapper("msgbox", text, self.height, self.width,

title=title, ok_label=button_label)

def menu(self, title, text, choices, no_cancel=False):

return self._wrapper("menu", text, self.height, self.width,

menu_height=len(choices)+1,

title=title, choices=choices, no_cancel=no_cancel)

def form(self, title, text, fields, ok_label="Apply", cancel_label="Cancel"):

return self._wrapper("form", text, self.height, self.width,

form_height=len(fields)+1,

title=title, fields=fields,

def __init__(self, path):

self.path = path

self.available = self._is_available()

def _is_available(self):

if not os.path.exists(self.path):

return False

fh = file('/proc/cmdline')

cmdline = fh.readline()

fh.close()

for cmd in cmdline.split():

if cmd == "boot=casper":

return True

return False

def execute(self):

if not self.available:

raise Error("installer is not available to be executed")

OK = 0

CANCEL = 1

def __init__(self, advanced_enabled=True):

title = "Chitanka Configuration Console"

self.width = 60

self.height = 20

self.console = Console(title, self.width, self.height)

self.appname = "%s" % netinfo.get_hostname().upper()

self.installer = Installer(path='/usr/bin/di-live')

self.advanced_enabled = advanced_enabled

@staticmethod

def _get_filtered_ifnames():

ifnames = []

for ifname in netinfo.get_ifnames():

if ifname.startswith(('lo', 'tap', 'br', 'tun', 'vmnet', 'wmaster')):

continue

ifnames.append(ifname)

ifnames.sort()

return ifnames

@classmethod

def _get_default_nic(cls):

def _validip(ifname):

ip = ifutil.get_ipconf(ifname)[0]

if ip and not ip.startswith('169'):

return True

return False

ifname = conf.Conf().default_nic

if ifname and _validip(ifname):

return ifname

for ifname in cls._get_filtered_ifnames():

if _validip(ifname):

return ifname

return None

def _get_advmenu(self):

items = []

items.append(("UPDATENOW", "Get latest books"))

items.append(("Repair", "Repair and update Chitanka"))

items.append(("Reboot", "Reboot the appliance"))

items.append(("Shutdown", "Shutdown the appliance"))

#items.append(("Share", "Share content folder in LAN"))

#items.append(("Noshare", "Remove shared content folder"))

items.append(("Networking", "Configure appliance networking"))

items.append(("Ping", "Test internet connection"))

items.append(("ClearCache", "Clear chitanka cache"))

items.append(("ClearSpace", "Clear free space"))

return items

def _get_netmenu(self):

menu = []

for ifname in self._get_filtered_ifnames():

addr = ifutil.get_ipconf(ifname)[0]

ifmethod = ifutil.get_ifmethod(ifname)

if addr:

desc = addr

if ifmethod:

desc += " (%s)" % ifmethod

if ifname == self._get_default_nic():

desc += " [*]"

else:

desc = "not configured"

menu.append((ifname, desc))

return menu

def _get_ifconfmenu(self, ifname):

menu = []

menu.append(("DHCP", "Configure networking automatically"))

menu.append(("StaticIP", "Configure networking manually"))

#if not ifname == self._get_default_nic() and \

# len(self._get_filtered_ifnames()) > 1 and \

# ifutil.get_ipconf(ifname)[0] is not None:

# menu.append(("Default", "Show this adapter's IP address in Usage"))

return menu

def _get_ifconftext(self, ifname):

addr, netmask, gateway, nameservers = ifutil.get_ipconf(ifname)

if addr is None:

return "Network adapter is not configured\n"

text = "IP Address: %s\n" % addr

text += "Netmask: %s\n" % netmask

text += "Default Gateway: %s\n" % gateway

text += "Name Server(s): %s\n\n" % " ".join(nameservers)

ifmethod = ifutil.get_ifmethod(ifname)

if ifmethod:

text += "Networking configuration method: %s\n" % ifmethod

if len(self._get_filtered_ifnames()) > 1:

text += "Is this adapter's IP address displayed in Usage: "

if ifname == self._get_default_nic():

text += "yes\n"

else:

text += "no\n"

return text

def usage(self):

if self.advanced_enabled:

default_button_label = "Advanced Menu"

default_return_value = "advanced"

else:

default_button_label = "Quit"

default_return_value = "quit"

#if no interfaces at all - display error and go to advanced

if len(self._get_filtered_ifnames()) == 0:

error = "No network adapters detected"

if not self.advanced_enabled:

fatal(error)

self.console.msgbox("Error", error)

return "advanced"

#if interfaces but no default - display error and go to networking

ifname = self._get_default_nic()

if not ifname:

error = "Networking is not yet configured"

if not self.advanced_enabled:

fatal(error)

self.console.msgbox("Error", error)

return "networking"

#tklbam integration

try:

tklbam_status = executil.getoutput("tklbam-status --short")

except executil.ExecError, e:

if e.exitcode in (10, 11): #not initialized, no backups

tklbam_status = e.output

else:

tklbam_status = ''

#display usage

ipaddr = ifutil.get_ipconf(ifname)[0]

hostname = netinfo.get_hostname().upper()

try:

#backwards compatible - use usage.txt if it exists

t = file(conf.path("usage.txt"), 'r').read()

text = Template(t).substitute(hostname=hostname, ipaddr=ipaddr)

retcode = self.console.msgbox("Usage", text,

button_label=default_button_label)

except conf.Error:

t = file(conf.path("services.txt"), 'r').read().rstrip()

text = Template(t).substitute(ipaddr=ipaddr)

retcode = self.console.msgbox("%s appliance services" % hostname,

text, button_label=default_button_label)

if retcode is not self.OK:

self.running = False

return default_return_value

def advanced(self):

#dont display cancel button when no interfaces at all

no_cancel = False

if len(self._get_filtered_ifnames()) == 0:

no_cancel = True

retcode, choice = self.console.menu("Advanced Menu",

self.appname + " Advanced Menu\n",

self._get_advmenu(),

no_cancel=no_cancel)

if retcode is not self.OK:

return "usage"

return "_adv_" + choice.lower()

def networking(self):

ifnames = self._get_filtered_ifnames()

#if no interfaces at all - display error and go to advanced

if len(ifnames) == 0:

self.console.msgbox("Error", "No network adapters detected")

return "advanced"

# if only 1 interface, dont display menu - just configure it

if len(ifnames) == 1:

self.ifname = ifnames[0]

return "ifconf"

# display networking

text = "Choose network adapter to configure\n"

if self._get_default_nic():

text += "[*] This adapter's IP address is displayed in Usage"

retcode, self.ifname = self.console.menu("Networking configuration",

text, self._get_netmenu())

if retcode is not self.OK:

return "advanced"

return "ifconf"

def ifconf(self):

retcode, choice = self.console.menu("%s configuration" % self.ifname,

self._get_ifconftext(self.ifname),

self._get_ifconfmenu(self.ifname))

if retcode is not self.OK:

# if multiple interfaces go back to networking

if len(self._get_filtered_ifnames()) > 1:

return "networking"

return "advanced"

return "_ifconf_" + choice.lower()

def _ifconf_staticip(self):

def _validate(addr, netmask, gateway, nameservers):

"""Validate Static IP form parameters. Returns an empty array on

success, an array of strings describing errors otherwise"""

errors = []

if not addr:

errors.append("No IP address provided")

elif not ipaddr.is_legal_ip(addr):

errors.append("Invalid IP address: %s" % addr)

if not netmask:

errors.append("No netmask provided")

elif not ipaddr.is_legal_ip(netmask):

errors.append("Invalid netmask: %s" % netmask)

for nameserver in nameservers:

if nameserver and not ipaddr.is_legal_ip(nameserver):

errors.append("Invalid nameserver: %s" % nameserver)

if len(nameservers) != len(set(nameservers)):

errors.append("Duplicate nameservers specified")

if errors:

return errors

if gateway:

if not ipaddr.is_legal_ip(gateway):

return [ "Invalid gateway: %s" % gateway ]

else:

iprange = ipaddr.IPRange(addr, netmask)

if gateway not in iprange:

return [ "Gateway (%s) not in IP range (%s)" % (gateway,

iprange) ]

return []

addr, netmask, gateway, nameservers = ifutil.get_ipconf(self.ifname)

input = [addr, netmask, gateway]

input.extend(nameservers)

# include minimum 2 nameserver fields and 1 blank one

if len(input) < 4:

input.append('')

if input[-1]:

input.append('')

field_width = 30

field_limit = 15

while 1:

fields = [

("IP Address", input[0], field_width, field_limit),

("Netmask", input[1], field_width, field_limit),

("Default Gateway", input[2], field_width, field_limit),

]

for i in range(len(input[3:])):

fields.append(("Name Server", input[3+i], field_width, field_limit))

text = "Static IP configuration (%s)" % self.ifname

retcode, input = self.console.form("Network settings", text, fields)

if retcode is not self.OK:

break

# remove any whitespaces the user might of included

for i in range(len(input)):

input[i] = input[i].strip()

# unconfigure the nic if all entries are empty

if not input[0] and not input[1] and not input[2] and not input[3]:

ifutil.unconfigure_if(self.ifname)

break

addr, netmask, gateway = input[:3]

nameservers = input[3:]

for i in range(nameservers.count('')):

nameservers.remove('')

err = _validate(addr, netmask, gateway, nameservers)

if err:

err = "\n".join(err)

else:

err = ifutil.set_static(self.ifname, addr, netmask,

gateway, nameservers)

if not err:

break

self.console.msgbox("Error", err)

return "ifconf"

def _ifconf_dhcp(self):

self.console.infobox("Requesting DHCP for %s..." % self.ifname)

err = ifutil.set_dhcp(self.ifname)

if err:

self.console.msgbox("Error", err)

return "ifconf"

def _ifconf_default(self):

conf.Conf().set_default_nic(self.ifname)

return "ifconf"

def _adv_install(self):

text = "Please note that any changes you may have made to the\n"

text += "live system will *not* be installed to the hard disk.\n\n"

self.console.msgbox("Installer", text)

self.installer.execute()

return "advanced"

def _shutdown(self, text, opt):

if self.console.yesno(text) == self.OK:

self.running = False

cmd = "shutdown %s now" % opt

fgvt = os.environ.get("FGVT")

if fgvt:

cmd = "chvt %s; " % fgvt + cmd

executil.system(cmd)

return "advanced"

def _adv_reboot(self):

return self._shutdown("Reboot the appliance?", "-r")

def _adv_shutdown(self):

return self._shutdown("Shutdown the appliance?", "-h")

def _adv_quit(self):

default_return_value = "advanced" if self.advanced_enabled else "usage"

if self.console.yesno("Do you really want to quit?") == self.OK:

self.running = False

return default_return_value

def _adv_ping(self):

executil.system("clear; echo 'CHECKING INTERNET CONNECTION...\n(Wait 10 seconds and press Ctrl+C)'; if ping -w 1000 -c 4 8.8.8.8 | grep Unreachable > /dev/null 2>&1; then echo '\n NO INTERNET CONNECTION! \n\nCheck your router or VirtualBox settings.'; else echo '\n INTERNET CONNECTION IS OK!'; fi; sleep 5")

return "advanced"

def _adv_repair(self):

executil.system("rm /update* 2>/dev/null 1>/dev/null; wget https://raw.githubusercontent.com/chitanka/sites-files/master/update 2>/dev/null 1>/dev/null; sh update")

return "advanced"

def _adv_updatenow(self):

executil.system("cd /var/www/chitanka; echo UPDATING... check http://$(ifconfig | grep 'inet addr:'| grep -v '127.0.0.1' | cut -d: -f2 | awk '{ print $1}')/manual.log for details; echo $(date) > web/manual.log; git stash 2>> web/manual.log 1>> web/manual.log; git pull 2>> web/manual.log 1>> web/manual.log; bin/update 2>> web/manual.log 1>> web/manual.log")

return "advanced"

def _adv_share(self):

executil.system("echo SHARING...; cp /var/www/shared /etc/samba/smb.conf > /dev/null 2>&1; service samba restart > /dev/null 2>&1")

return "advanced"

def _adv_noshare(self):

executil.system("echo REMOVING SHARE...; cp /var/www/noshared /etc/samba/smb.conf > /dev/null 2>&1; service samba restart > /dev/null 2>&1")

return "advanced"

def _adv_clearcache(self):

executil.system("echo Clearing chitanka cache, please wait...; sync; echo 3 > /proc/sys/vm/drop_caches; rm -fr /var/www/chitanka/web/cache/*")

return "advanced"

def _adv_clearspace(self):

executil.system("echo Clearing empty space, please wait...; dd if=/dev/zero of=big bs=1M; rm big")

return "advanced"

_adv_networking = networking

quit = _adv_quit

def loop(self, dialog="usage"):

self.running = True

prev_dialog = dialog

while dialog and self.running:

try:

try:

method = getattr(self, dialog)

except AttributeError:

raise Error("dialog not supported: " + dialog)

new_dialog = method()

prev_dialog = dialog

dialog = new_dialog

except Exception, e:

sio = StringIO()

traceback.print_exc(file=sio)

self.console.msgbox("Caught exception", sio.getvalue())

advanced_enabled = True

args = sys.argv[1:]

if args:

if args[0] == '--usage':

advanced_enabled = False

else:

usage()

if os.geteuid() != 0:

fatal("confconsole needs root privileges to run")

tc = TurnkeyConsole(advanced_enabled)