def create_user(request):
"""
This is the user finalizing their choices.
Order is important!
"""
PDB = setup.ipc_db.FileDB()
for X in PDB.keys():
if PDB[X] is None:
return 'Not so fast, turbo.'
Me = addressbook.utils.my_address()
# so we can get the cronjob running
fh = file(TTS.PASSPHRASE_CACHE, 'w')
os.chmod(TTS.PASSPHRASE_CACHE, S_IRUSR | S_IWUSR)
fh.write(PDB['gpg.key'])
fh.close()
logger.debug('Created passphrase cache')
# update user passwd
TTU.popen_wrapper(['/usr/local/bin/LookingGlass/passwd_update.sh'])
logger.debug('Updated pi user passwd')
# default weechat nick to your covername
TTU.popen_wrapper(['/bin/sed',
'--expression', 's|COVERNAME|%s|g' % Me.covername,
'/home/pi/.weechat/irc.conf'])
Me.comment = 'accepted LUKS passphrase'
Me.save()
shutil.copyfile('%s/drive.key' % PDB.file_loc, TTS.LUKS['key_file'])
logger.debug('Signal for LUKS passphrase update, squirrel away copy of LUKS passwd')
Me.covername = PDB['covername']
Domain = re.sub('.*@', '', Me.email)
Me.email = '%s@%s' % (PDB['covername'].replace(' ', '.').upper(),
Domain.upper())
Me.save()
logger.debug('Updated user info in addressbook: %s' % Me)
addressbook.queue.Queue.objects.create(address=Me,
direction=addressbook.queue.Queue.TX,
body='%s|%s' % (Me.covername, Me.email),
messageid=str(uuid4()),
message_type=addressbook.queue.Queue.GPG_PK_PUSH)
logger.debug('Queued PK push for %s' % Me.covername)
R = addressbook.gpg.change_passphrase(old='1234', new=PDB['gpg.key'])
logger.debug('Changed default password: %s' % R)
R = addressbook.gpg.change_uid(passwd=PDB['gpg.key'])
logger.debug('Update GPG DB to correct UID info: %s' % R)
PDB.burn_notice()
logger.debug('Removed on-disk temporary database')
return HttpResponse(json.dumps({'comment':'awww yisss',
'status':True}),
content_type='application/json')
def alert_user_new_updates(self,
Version=None,
ChangeLog=None):
if os.path.exists(TTS.UPSTREAM['update_lock']):
logger.debug('update_lock exists - do not alert user')
return
Me = addressbook.utils.my_address()
PL = """
A newer version of LookingGlass is available!
To install it, go to "Settings" in the navbar (next to LOCKDOWN).
Open the "Updates" tab.
Click "Update".
~CROSS YOUR FINGERS~
~WAIT FOR POSSIBLE REBOOT~
~DO NOT REMOVE POWER~
~BITE NAILS~
Enjoy!"""
if ChangeLog:
PL += """\n\n\n\n\n\nCHANGELOG:
----------
%s
""" % ChangeLog
emailclient.utils.submit_to_smtpd(
# FIXME: need some way to |safe this.
Payload=PL,
Destination=Me.email,
Subject='New update available: %s' % Version,
From='Sysop <root>')
TTUtil.popen_wrapper(['/bin/touch',
TTS.UPSTREAM['update_lock']],
sudo=False)
def Update_Cache(
Data_URI=None,
Checksum_URI=None,
Cache=None,
):
"""
rsync tarball and checksum to cache directory
return filename of data file
FIXME: this should be made file agnostic, and just process a list - bug #90652295
"""
if not Data_URI:
return False
if not Cache:
Cache = TTS.UPSTREAM['update_cache']
if not Checksum_URI:
Checksum_URI = re.sub('\.tar\.bz2$', '.sum.asc', Data_URI)
if not os.path.exists(Cache):
TTU.popen_wrapper(['/bin/mkdir', '--parents', Cache], sudo=True)
for GetFile in [Data_URI, Checksum_URI]:
SO, SE = TTU.popen_wrapper(['/usr/bin/rsync', GetFile, Cache],
sudo=False)
if (SO, SE) != ('', ''):
raise TTE.DownloadException(SE)
return '%s/%s' % (Cache,
re.sub('^.*LookingGlass_', 'LookingGlass_', Data_URI))
def Update_Cache(Data_URI=None,
Checksum_URI=None,
Cache=None,
):
"""
rsync tarball and checksum to cache directory
return filename of data file
FIXME: this should be made file agnostic, and just process a list - bug #90652295
"""
if not Data_URI:
return False
if not Cache:
Cache = TTS.UPSTREAM['update_cache']
if not Checksum_URI:
Checksum_URI = re.sub('\.tar\.bz2$', '.sum.asc', Data_URI)
if not os.path.exists(Cache):
TTU.popen_wrapper(['/bin/mkdir',
'--parents',
Cache],
sudo=True)
for GetFile in [Data_URI, Checksum_URI]:
SO, SE = TTU.popen_wrapper(['/usr/bin/rsync',
GetFile,
Cache],
sudo=False)
if (SO, SE) != ('', ''):
raise TTE.DownloadException(SE)
return '%s/%s' % (Cache, re.sub('^.*LookingGlass_', 'LookingGlass_', Data_URI))
def alert_user_new_updates(self, Version=None, ChangeLog=None):
if os.path.exists(TTS.UPSTREAM['update_lock']):
logger.debug('update_lock exists - do not alert user')
return
Me = addressbook.utils.my_address()
PL = """
A newer version of LookingGlass is available!
To install it, go to "Settings" in the navbar (next to LOCKDOWN).
Open the "Updates" tab.
Click "Update".
~CROSS YOUR FINGERS~
~WAIT FOR POSSIBLE REBOOT~
~DO NOT REMOVE POWER~
~BITE NAILS~
Enjoy!"""
if ChangeLog:
PL += """\n\n\n\n\n\nCHANGELOG:
----------
%s
""" % ChangeLog
emailclient.utils.submit_to_smtpd(
# FIXME: need some way to |safe this.
Payload=PL,
Destination=Me.email,
Subject='New update available: %s' % Version,
From='Sysop <root>')
TTUtil.popen_wrapper(['/bin/touch', TTS.UPSTREAM['update_lock']],
sudo=False)
def Unpack(Data_File=None):
Preinst = '%s/%s' % (TTS.UPSTREAM['update_script_dir'], 'preinst')
Postinst = '%s/%s' % (TTS.UPSTREAM['update_script_dir'], 'postinst')
if not Data_File:
Data_File = __data_file()
if not Data_File or not os.path.exists(Data_File):
raise TTE.UnpackException("Can't find Data_File %s" % Data_File)
# check for control.tar section
Control_Files = False
File_List, Errors = TTU.popen_wrapper(['/bin/tar', '-tf', Data_File],
sudo=False)
if re.search('(?m)^control.tar', File_List):
Control_Files = True
if Control_Files:
__open_control(Data_File)
__run_control(Preinst)
# unpack the data.tar into root
File_List, Errors = TTU.tar_pipeline(
arglist1=[
'/bin/tar',
'--directory',
'/tmp',
'-xvOf',
Data_File, # O to stdout
'data.tar'
],
arglist2=[
'/usr/bin/sudo',
'-u',
'root', # well, this is like handing the user a gun...
'/bin/tar',
'--directory',
'/',
'--no-overwrite-dir', # so we don't accidentally hose up directory perms
'-xvf',
'-'
],
)
submit_to_smtpd(
Destination='root@localhost',
Payload=File_List,
Subject='Installed files from update to %s' % Version(Data_File),
From='Sysop <root>',
)
# FIXME: email the file list to the admin?
if Errors and not re.search('Removing\ leading', Errors):
raise TTE.UnpackException('data.tar unpacking problem: %s' % Errors)
if Control_Files:
__run_control(Postinst)
return True
def ChangeLog(Filename=None):
if not Filename:
Filename = __data_file()
ChangeLog, STE = TTU.popen_wrapper(['/bin/tar',
'-xOf', Filename, # O to stdout
'ChangeLog'],
sudo=False)
if ((ChangeLog == '') or (STE != '')):
logger.info('No ChangeLog')
return False
else:
return ChangeLog
def Scan(Server=None):
"""
rsync scan the update server
return highest patch > current, with checksum
"""
Biggest = "%02d%02d%02d" % TTS.LOOKINGGLASS_VERSION
Current = "%02d%02d%02d" % TTS.LOOKINGGLASS_VERSION
Checksum = True
Tarball = True
Exact = None
FNRE = re.compile(
'LookingGlass_(?P<Major>[0-9]+)\.(?P<Minor>[0-9]+)\.(?P<Patch>[0-9]+)_(?P<Target>rpi|all).(?P<Type>sum.asc|tar.bz2|deb)$')
if Server:
SO, SE = TTU.popen_wrapper(['/usr/bin/rsync',
'%s/Upgrade' % Server],
sudo=False)
if re.search('closed', SE):
raise TTE.ScanException('Cannot connect to %s' % Server)
for Line in sorted(SO.split('\n')):
Z = FNRE.search(Line)
if not Z: continue
Version = "%02d%02d%02d" % (
int(Z.group('Major')),
int(Z.group('Minor')),
int(Z.group('Patch')),
)
if Version > Biggest:
Biggest = Version
Checksum = False
Tarball = False
if ((Version == Biggest) and (Biggest != Current)):
if Z.group('Type') == 'sum.asc':
Checksum = True
elif Z.group('Type') == 'tar.bz2':
Tarball = True
Filename = re.sub('^.*LookingGlass_',
'LookingGlass_',
Line)
Exact = '%s/Upgrade/%s' % (Server,
Filename)
if Exact and Checksum and Tarball:
return Exact
else:
return None
def ChangeLog(Filename=None):
if not Filename:
Filename = __data_file()
ChangeLog, STE = TTU.popen_wrapper(
[
'/bin/tar',
'-xOf',
Filename, # O to stdout
'ChangeLog'
],
sudo=False)
if ((ChangeLog == '') or (STE != '')):
logger.info('No ChangeLog')
return False
else:
return ChangeLog
def Cleanup():
logger.debug('cache cleanup')
TTU.popen_wrapper(['/bin/rm', '-rf',
TTS.UPSTREAM['update_cache']
], sudo=False, debug=False)
TTU.popen_wrapper(['/bin/rm', '-rf',
'%s/postinst' % TTS.UPSTREAM['update_script_dir']
], sudo=False, debug=False)
TTU.popen_wrapper(['/bin/rm', '-rf',
'%s/preinst' % TTS.UPSTREAM['update_script_dir']
], sudo=False, debug=False)
def Unpack(Data_File=None):
Preinst = '%s/%s' % (TTS.UPSTREAM['update_script_dir'], 'preinst')
Postinst = '%s/%s' % (TTS.UPSTREAM['update_script_dir'], 'postinst')
if not Data_File:
Data_File = __data_file()
if not Data_File or not os.path.exists(Data_File):
raise TTE.UnpackException("Can't find Data_File %s" % Data_File)
# check for control.tar section
Control_Files = False
File_List, Errors = TTU.popen_wrapper(['/bin/tar', '-tf', Data_File],
sudo=False)
if re.search('(?m)^control.tar', File_List):
Control_Files = True
if Control_Files:
__open_control(Data_File)
__run_control(Preinst)
# unpack the data.tar into root
File_List, Errors = TTU.tar_pipeline(
arglist1=['/bin/tar',
'--directory', '/tmp',
'-xvOf', Data_File, # O to stdout
'data.tar'],
arglist2=['/usr/bin/sudo', '-u', 'root', # well, this is like handing the user a gun...
'/bin/tar',
'--directory', '/',
'--no-overwrite-dir', # so we don't accidentally hose up directory perms
'-xvf', '-'],
)
submit_to_smtpd(
Destination='root@localhost',
Payload=File_List,
Subject='Installed files from update to %s' % Version(Data_File),
From='Sysop <root>',
)
# FIXME: email the file list to the admin?
if Errors and not re.search('Removing\ leading', Errors):
raise TTE.UnpackException('data.tar unpacking problem: %s' % Errors)
if Control_Files:
__run_control(Postinst)
return True
def Scan(Server=None):
"""
rsync scan the update server
return highest patch > current, with checksum
"""
Biggest = "%02d%02d%02d" % TTS.LOOKINGGLASS_VERSION
Current = "%02d%02d%02d" % TTS.LOOKINGGLASS_VERSION
Checksum = True
Tarball = True
Exact = None
FNRE = re.compile(
'LookingGlass_(?P<Major>[0-9]+)\.(?P<Minor>[0-9]+)\.(?P<Patch>[0-9]+)_(?P<Target>rpi|all).(?P<Type>sum.asc|tar.bz2|deb)$'
)
if Server:
SO, SE = TTU.popen_wrapper(
['/usr/bin/rsync', '%s/Upgrade' % Server], sudo=False)
if re.search('closed', SE):
raise TTE.ScanException('Cannot connect to %s' % Server)
for Line in sorted(SO.split('\n')):
Z = FNRE.search(Line)
if not Z: continue
Version = "%02d%02d%02d" % (
int(Z.group('Major')),
int(Z.group('Minor')),
int(Z.group('Patch')),
)
if Version > Biggest:
Biggest = Version
Checksum = False
Tarball = False
if ((Version == Biggest) and (Biggest != Current)):
if Z.group('Type') == 'sum.asc':
Checksum = True
elif Z.group('Type') == 'tar.bz2':
Tarball = True
Filename = re.sub('^.*LookingGlass_', 'LookingGlass_', Line)
Exact = '%s/Upgrade/%s' % (Server, Filename)
if Exact and Checksum and Tarball:
return Exact
else:
return None
def Cleanup():
logger.debug('cache cleanup')
TTU.popen_wrapper(['/bin/rm', '-rf', TTS.UPSTREAM['update_cache']],
sudo=False,
debug=False)
TTU.popen_wrapper(
['/bin/rm', '-rf',
'%s/postinst' % TTS.UPSTREAM['update_script_dir']],
sudo=False,
debug=False)
TTU.popen_wrapper(
['/bin/rm', '-rf',
'%s/preinst' % TTS.UPSTREAM['update_script_dir']],
sudo=False,
debug=False)
def Validate(Data_File=None, Checksum_File=None, Debug=True):
"""
Verify that Checksum is the same, and that signature comes from a system_use key
First do all the parsing of the 'remote' checksum, including GPG validate
Then, based on the checksum algo, execute local checksum and compare
"""
if not Data_File:
Data_File = __data_file()
if not Checksum_File:
Checksum_File = __checksum_file()
if not Data_File or not os.path.exists(Data_File):
logger.warning("Data file %s doesn't exist" % Data_File)
return False
if not Checksum_File or not os.path.exists(Checksum_File):
logger.warning("Checksum file %s doesn't exist" % Checksum_File)
return False
# signed checksums shouldn't be much bigger than 1000 bytes
Clearsign = file(Checksum_File, 'r').read(1000)
Signer_FP = addressbook.gpg.verify_clearsign(Clearsign)
if not Signer_FP:
raise TTE.SignatureException('Bogus or enormous fingerprint')
Signer_FP = Signer_FP.pubkey_fingerprint
A = addressbook.address.Address.objects.filter(fingerprint=Signer_FP,
system_use=True)
if A.count() != 1:
raise TTE.SignatureException("Package signed by unknown FP: %s" %
Signer_FP)
if Debug:
logger.debug('Package signed by %s' % A[0].email)
Clearsign_Sum = re.search('(?m)^(?P<Checksum>[a-f0-9]+)\W+LookingGlass_',
Clearsign)
if not Clearsign_Sum:
raise TTE.ChecksumException("Can't parse checksum: %s" % Clearsign)
Clearsign_Sum = Clearsign_Sum.group('Checksum')
# pick checksum used
Checksum_Algo = None
if len(Clearsign_Sum) == 64:
Checksum_Algo = 'sha256sum'
elif len(Clearsign_Sum) == 128:
Checksum_Algo = 'sha512sum'
else:
raise TTE.ChecksumException(
"I don't know what manner of checksum this is: %s" % Clearsign_Sum)
if Debug:
logger.debug('Detected %s checksum' % Checksum_Algo)
# do local checksum
SO, SE = TTU.popen_wrapper([Checksum_Algo, Data_File],
sudo=False,
debug=False)
Local_Sum = re.search(
'(?m)^(?P<Checksum>[a-f0-9]+)\W+/var/cache/LookingGlass/LookingGlass',
SO)
if not Local_Sum:
raise TTE.ChecksumException("Can't parse checksum: %s/%s" % (SO, SE))
Local_Sum = Local_Sum.group('Checksum')
# now, finally, compare them
if Local_Sum == Clearsign_Sum:
return Local_Sum
else:
return False
def Validate(Data_File=None,
Checksum_File=None,
Debug=True):
"""
Verify that Checksum is the same, and that signature comes from a system_use key
First do all the parsing of the 'remote' checksum, including GPG validate
Then, based on the checksum algo, execute local checksum and compare
"""
if not Data_File:
Data_File = __data_file()
if not Checksum_File:
Checksum_File = __checksum_file()
if not Data_File or not os.path.exists(Data_File):
logger.warning("Data file %s doesn't exist" % Data_File)
return False
if not Checksum_File or not os.path.exists(Checksum_File):
logger.warning("Checksum file %s doesn't exist" % Checksum_File)
return False
# signed checksums shouldn't be much bigger than 1000 bytes
Clearsign = file(Checksum_File, 'r').read(1000)
Signer_FP = addressbook.gpg.verify_clearsign(Clearsign)
if not Signer_FP:
raise TTE.SignatureException('Bogus or enormous fingerprint')
Signer_FP = Signer_FP.pubkey_fingerprint
A = addressbook.address.Address.objects.filter(fingerprint=Signer_FP,
system_use=True
)
if A.count() != 1:
raise TTE.SignatureException("Package signed by unknown FP: %s" % Signer_FP)
if Debug:
logger.debug('Package signed by %s' % A[0].email)
Clearsign_Sum = re.search(
'(?m)^(?P<Checksum>[a-f0-9]+)\W+LookingGlass_',
Clearsign)
if not Clearsign_Sum:
raise TTE.ChecksumException("Can't parse checksum: %s" % Clearsign)
Clearsign_Sum = Clearsign_Sum.group('Checksum')
# pick checksum used
Checksum_Algo = None
if len(Clearsign_Sum) == 64:
Checksum_Algo = 'sha256sum'
elif len(Clearsign_Sum) == 128:
Checksum_Algo = 'sha512sum'
else:
raise TTE.ChecksumException("I don't know what manner of checksum this is: %s" % Clearsign_Sum)
if Debug:
logger.debug('Detected %s checksum' % Checksum_Algo)
# do local checksum
SO, SE = TTU.popen_wrapper([Checksum_Algo,
Data_File],
sudo=False,
debug=False)
Local_Sum = re.search(
'(?m)^(?P<Checksum>[a-f0-9]+)\W+/var/cache/LookingGlass/LookingGlass',
SO)
if not Local_Sum:
raise TTE.ChecksumException("Can't parse checksum: %s/%s" % (SO, SE))
Local_Sum = Local_Sum.group('Checksum')
# now, finally, compare them
if Local_Sum == Clearsign_Sum:
return Local_Sum
else:
return False