VMM/config: Added quota_bytes and quota_messages settings.
Updated …/man5/vmm.cfg.5 and vmm.cfg.
# -*- coding: UTF-8 -*-
# Copyright 2007 - 2011, Pascal Volk
# See COPYING for distribution information.
"""
VirtualMailManager.cli.subcommands
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
VirtualMailManager's cli subcommands.
"""
import locale
import os
from textwrap import TextWrapper
from time import strftime, strptime
from VirtualMailManager import ENCODING
from VirtualMailManager.account import SERVICES
from VirtualMailManager.cli import get_winsize, prog, w_err, w_std
from VirtualMailManager.common import version_str
from VirtualMailManager.constants import __copyright__, __date__, \
__version__, ACCOUNT_EXISTS, ALIAS_EXISTS, ALIASDOMAIN_ISDOMAIN, \
DOMAIN_ALIAS_EXISTS, INVALID_ARGUMENT, EX_MISSING_ARGS, RELOCATED_EXISTS
from VirtualMailManager.errors import VMMError
__all__ = (
'Command', 'RunContext', 'cmd_map', 'usage', 'alias_add', 'alias_delete',
'alias_info', 'aliasdomain_add', 'aliasdomain_delete', 'aliasdomain_info',
'aliasdomain_switch', 'config_get', 'config_set', 'configure',
'domain_add', 'domain_delete', 'domain_info', 'domain_transport',
'get_user', 'help_', 'list_domains', 'relocated_add', 'relocated_delete',
'relocated_info', 'user_add', 'user_delete', 'user_disable', 'user_enable',
'user_info', 'user_name', 'user_password', 'user_transport', 'version',
)
_ = lambda msg: msg
txt_wrpr = TextWrapper(width=get_winsize()[1] - 1)
class Command(object):
"""Container class for command information."""
__slots__ = ('name', 'alias', 'func', 'args', 'descr')
def __init__(self, name, alias, func, args, descr):
"""Create a new Command instance.
Arguments:
`name` : str
the command name, e.g. ``addalias``
`alias` : str
the command's short alias, e.g. ``aa``
`func` : callable
the function to handle the command
`args` : str
argument placeholders, e.g. ``aliasaddress``
`descr` : str
short description of the command
"""
self.name = name
self.alias = alias
self.func = func
self.args = args
self.descr = descr
@property
def usage(self):
"""the command's usage info."""
return u'%s %s %s' % (prog, self.name, self.args)
class RunContext(object):
"""Contains all information necessary to run a subcommand."""
__slots__ = ('argc', 'args', 'cget', 'hdlr', 'scmd')
plan_a_b = _(u'Plan A failed ... trying Plan B: %(subcommand)s %(object)s')
def __init__(self, argv, handler, command):
"""Create a new RunContext"""
self.argc = len(argv)
self.args = [unicode(arg, ENCODING) for arg in argv]
self.cget = handler.cfg_dget
self.hdlr = handler
self.scmd = command
def alias_add(ctx):
"""create a new alias e-mail address"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing alias address and destination.'),
ctx.scmd)
elif ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u'Missing destination address.'), ctx.scmd)
ctx.hdlr.alias_add(ctx.args[2].lower(), *ctx.args[3:])
def alias_delete(ctx):
"""delete the specified alias e-mail address or one of its destinations"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing alias address.'), ctx.scmd)
elif ctx.argc < 4:
ctx.hdlr.alias_delete(ctx.args[2].lower())
else:
ctx.hdlr.alias_delete(ctx.args[2].lower(), ctx.args[3])
def alias_info(ctx):
"""show the destination(s) of the specified alias"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing alias address.'), ctx.scmd)
address = ctx.args[2].lower()
try:
_print_aliase_info(address, ctx.hdlr.alias_info(address))
except VMMError, err:
if err.code is ACCOUNT_EXISTS:
w_err(0, ctx.plan_a_b % {'subcommand': u'userinfo',
'object': address})
ctx.scmd = ctx.args[1] = 'userinfo'
user_info(ctx)
elif err.code is RELOCATED_EXISTS:
w_std(0, ctx.plan_a_b % {'subcommand': u'relocatedinfo',
'object': address})
ctx.scmd = ctx.args[1] = 'relocatedinfo'
relocated_info(ctx)
else:
raise
def aliasdomain_add(ctx):
"""create a new alias for an existing domain"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing alias domain name and destination '
u'domain name.'), ctx.scmd)
elif ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u'Missing destination domain name.'),
ctx.scmd)
ctx.hdlr.aliasdomain_add(ctx.args[2].lower(), ctx.args[3].lower())
def aliasdomain_delete(ctx):
"""delete the specified alias domain"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing alias domain name.'), ctx.scmd)
ctx.hdlr.aliasdomain_delete(ctx.args[2].lower())
def aliasdomain_info(ctx):
"""show the destination of the given alias domain"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing alias domain name.'), ctx.scmd)
try:
_print_aliasdomain_info(ctx.hdlr.aliasdomain_info(ctx.args[2].lower()))
except VMMError, err:
if err.code is ALIASDOMAIN_ISDOMAIN:
w_err(0, ctx.plan_a_b % {'subcommand': u'domaininfo',
'object': ctx.args[2].lower()})
ctx.args[1] = 'domaininfo'
domain_info(ctx)
else:
raise
def aliasdomain_switch(ctx):
"""assign the given alias domain to an other domain"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing alias domain name and destination '
u'domain name.'), ctx.scmd)
elif ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u'Missing destination domain name.'),
ctx.scmd)
ctx.hdlr.aliasdomain_switch(ctx.args[2].lower(), ctx.args[3].lower())
def config_get(ctx):
"""show the actual value of the configuration option"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u"Missing option name."), ctx.scmd)
option = ctx.args[2].lower()
if option != 'misc.dovecot_version':
w_std('%s = %s' % (option, ctx.cget(option)))
else:
w_std('%s = %s' % (option, version_str(ctx.cget(option))))
def config_set(ctx):
"""set a new value for the configuration option"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing option and new value.'), ctx.scmd)
if ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u'Missing new configuration value.'),
ctx.scmd)
ctx.hdlr.cfg_set(ctx.args[2].lower(), ctx.args[3])
def configure(ctx):
"""start interactive configuration modus"""
if ctx.argc < 3:
ctx.hdlr.configure()
else:
ctx.hdlr.configure(ctx.args[2].lower())
def domain_add(ctx):
"""create a new domain"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing domain name.'), ctx.scmd)
elif ctx.argc < 4:
ctx.hdlr.domain_add(ctx.args[2].lower())
else:
ctx.hdlr.domain_add(ctx.args[2].lower(), ctx.args[3])
if not ctx.cget('domain.auto_postmaster'):
return
ctx.scmd = 'useradd'
ctx.args = [prog, ctx.scmd, u'postmaster@' + ctx.args[2].lower()]
ctx.argc = 3
user_add(ctx)
def domain_delete(ctx):
"""delete the given domain and all its alias domains"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing domain name.'), ctx.scmd)
elif ctx.argc < 4:
ctx.hdlr.domain_delete(ctx.args[2].lower())
elif ctx.args[3].lower() == 'force':
ctx.hdlr.domain_delete(ctx.args[2].lower(), True)
else:
usage(INVALID_ARGUMENT, _(u"Invalid argument: '%s'") % ctx.args[3],
ctx.scmd)
def domain_info(ctx):
"""display information about the given domain"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing domain name.'), ctx.scmd)
if ctx.argc < 4:
details = None
else:
details = ctx.args[3].lower()
if details not in ('accounts', 'aliasdomains', 'aliases', 'full',
'relocated'):
usage(INVALID_ARGUMENT, _(u"Invalid argument: '%s'") % details,
ctx.scmd)
try:
info = ctx.hdlr.domain_info(ctx.args[2].lower(), details)
except VMMError, err:
if err.code is DOMAIN_ALIAS_EXISTS:
w_err(0, ctx.plan_a_b % {'subcommand': u'aliasdomaininfo',
'object': ctx.args[2].lower()})
ctx.args[1] = 'aliasdomaininfo'
aliasdomain_info(ctx)
else:
raise
else:
if not details:
_print_info(ctx, info, _(u'Domain'))
else:
_print_info(ctx, info[0], _(u'Domain'))
if details == u'accounts':
_print_list(info[1], _(u'accounts'))
elif details == u'aliasdomains':
_print_list(info[1], _(u'alias domains'))
elif details == u'aliases':
_print_list(info[1], _(u'aliases'))
elif details == u'relocated':
_print_list(info[1], _(u'relocated users'))
else:
_print_list(info[1], _(u'alias domains'))
_print_list(info[2], _(u'accounts'))
_print_list(info[3], _(u'aliases'))
_print_list(info[4], _(u'relocated users'))
def domain_transport(ctx):
"""update the transport of the specified domain"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing domain name and new transport.'),
ctx.scmd)
if ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u'Missing new transport.'), ctx.scmd)
if ctx.argc < 5:
ctx.hdlr.domain_transport(ctx.args[2].lower(), ctx.args[3])
else:
force = ctx.args[4].lower()
if force != 'force':
usage(INVALID_ARGUMENT, _(u"Invalid argument: '%s'") % force,
ctx.scmd)
ctx.hdlr.domain_transport(ctx.args[2].lower(), ctx.args[3], force)
def get_user(ctx):
"""get the address of the user with the given UID"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing userid.'), ctx.scmd)
_print_info(ctx, ctx.hdlr.user_by_uid(ctx.args[2]), _(u'Account'))
def help_(ctx):
"""print help messgaes."""
if ctx.argc > 2:
hlptpc = ctx.args[2].lower()
if hlptpc in cmd_map:
topic = hlptpc
else:
for scmd in cmd_map.itervalues():
if scmd.alias == hlptpc:
topic = scmd.name
break
else:
usage(INVALID_ARGUMENT, _(u"Unknown help topic: '%s'") %
ctx.args[2], ctx.scmd)
# FIXME
w_err(1, "'help %s' not yet implemented." % topic, 'see also: vmm(1)')
old_ii = txt_wrpr.initial_indent
old_si = txt_wrpr.subsequent_indent
txt_wrpr.initial_indent = ' '
# len(max(_overview.iterkeys(), key=len)) #Py25
txt_wrpr.subsequent_indent = 20 * ' '
order = cmd_map.keys()
order.sort()
w_std(_(u'List of available subcommands:') + '\n')
for key in order:
w_std('\n'.join(txt_wrpr.wrap('%-18s %s' % (key, cmd_map[key].descr))))
txt_wrpr.initial_indent = old_ii
txt_wrpr.subsequent_indent = old_si
txt_wrpr.initial_indent = ''
def list_domains(ctx):
"""list all domains / search domains by pattern"""
matching = ctx.argc > 2
if matching:
gids, domains = ctx.hdlr.domain_list(ctx.args[2].lower())
else:
gids, domains = ctx.hdlr.domain_list()
_print_domain_list(gids, domains, matching)
def relocated_add(ctx):
"""create a new record for a relocated user"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS,
_(u'Missing relocated address and destination.'), ctx.scmd)
elif ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u'Missing destination address.'), ctx.scmd)
ctx.hdlr.relocated_add(ctx.args[2].lower(), ctx.args[3])
def relocated_delete(ctx):
"""delete the record of the relocated user"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing relocated address.'), ctx.scmd)
ctx.hdlr.relocated_delete(ctx.args[2].lower())
def relocated_info(ctx):
"""print information about a relocated user"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing relocated address.'), ctx.scmd)
relocated = ctx.args[2].lower()
try:
_print_relocated_info(addr=relocated,
dest=ctx.hdlr.relocated_info(relocated))
except VMMError, err:
if err.code is ACCOUNT_EXISTS:
w_err(0, ctx.plan_a_b % {'subcommand': u'userinfo',
'object': relocated})
ctx.scmd = ctx.args[1] = 'userinfoi'
user_info(ctx)
elif err.code is ALIAS_EXISTS:
w_err(0, ctx.plan_a_b % {'subcommand': u'aliasinfo',
'object': relocated})
ctx.scmd = ctx.args[1] = 'aliasinfo'
alias_info(ctx)
else:
raise
def user_add(ctx):
"""create a new e-mail user with the given address"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing e-mail address.'), ctx.scmd)
elif ctx.argc < 4:
password = None
else:
password = ctx.args[3]
gen_pass = ctx.hdlr.user_add(ctx.args[2].lower(), password)
if gen_pass:
w_std(_(u"Generated password: %s") % gen_pass)
def user_delete(ctx):
"""delete the specified user"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing e-mail address.'), ctx.scmd)
elif ctx.argc < 4:
ctx.hdlr.user_delete(ctx.args[2].lower())
elif ctx.args[3].lower() == 'force':
ctx.hdlr.user_delete(ctx.args[2].lower(), True)
else:
usage(INVALID_ARGUMENT, _(u"Invalid argument: '%s'") % ctx.args[3],
ctx.scmd)
def user_disable(ctx):
"""deactivate all/the given service(s) for a user"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing e-mail address.'), ctx.scmd)
elif ctx.argc < 4:
ctx.hdlr.user_disable(ctx.args[2].lower())
else:
services = [service.lower() for service in ctx.args[3:]]
unknown = [service for service in services if service not in SERVICES]
if unknown:
usage(INVALID_ARGUMENT, _(u"Invalid service arguments: %s") %
' '.join(unknown), ctx.scmd)
ctx.hdlr.user_disable(ctx.args[2].lower(), services)
def user_enable(ctx):
"""activate all or the given service(s) for a user"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing e-mail address.'), ctx.scmd)
elif ctx.argc < 4:
ctx.hdlr.user_enable(ctx.args[2].lower())
else:
services = [service.lower() for service in ctx.args[3:]]
unknown = [service for service in services if service not in SERVICES]
if unknown:
usage(INVALID_ARGUMENT, _(u"Invalid service arguments: %s") %
' '.join(unknown), ctx.scmd)
ctx.hdlr.user_enable(ctx.args[2].lower(), services)
def user_info(ctx):
"""display information about the given address"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing e-mail address.'), ctx.scmd)
if ctx.argc < 4:
details = None
else:
details = ctx.args[3].lower()
if details not in ('aliases', 'du', 'full'):
usage(INVALID_ARGUMENT, _(u"Invalid argument: '%s'") % details,
ctx.scmd)
try:
info = ctx.hdlr.user_info(ctx.args[2].lower(), details)
except VMMError, err:
if err.code is ALIAS_EXISTS:
w_err(0, ctx.plan_a_b % {'subcommand': u'aliasinfo',
'object': ctx.args[2].lower()})
ctx.scmd = ctx.args[1] = 'aliasinfo'
alias_info(ctx)
elif err.code is RELOCATED_EXISTS:
w_err(0, ctx.plan_a_b % {'subcommand': u'relocatedinfo',
'object': ctx.args[2].lower()})
ctx.scmd = ctx.args[1] = 'relocatedinfo'
relocated_info(ctx)
else:
raise
else:
if details in (None, 'du'):
_print_info(ctx, info, _(u'Account'))
else:
_print_info(ctx, info[0], _(u'Account'))
_print_list(info[1], _(u'alias addresses'))
def user_name(ctx):
"""set or update the real name for an address"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u"Missing e-mail address and user's name."),
ctx.scmd)
if ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u"Missing user's name."), ctx.scmd)
ctx.hdlr.user_name(ctx.args[2].lower(), ctx.args[3])
def user_password(ctx):
"""update the password for the given address"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing e-mail address.'), ctx.scmd)
elif ctx.argc < 4:
password = None
else:
password = ctx.args[3]
ctx.hdlr.user_password(ctx.args[2].lower(), password)
def user_transport(ctx):
"""update the transport of the given address"""
if ctx.argc < 3:
usage(EX_MISSING_ARGS, _(u'Missing e-mail address and transport.'),
ctx.scmd)
if ctx.argc < 4:
usage(EX_MISSING_ARGS, _(u'Missing transport.'), ctx.scmd)
ctx.hdlr.user_transport(ctx.args[2].lower(), ctx.args[3])
def usage(errno, errmsg, subcommand=None):
"""print usage message for the given command or all commands.
When errno > 0, sys,exit(errno) will interrupt the program.
"""
if subcommand and subcommand in cmd_map:
w_err(errno, _(u"Error: %s") % errmsg,
_(u"usage: ") + cmd_map[subcommand].usage)
# TP: Please adjust translated words like the original text.
# (It's a table header.) Extract from usage text:
# usage: vmm subcommand arguments
# short long
# subcommand arguments
#
# da domainadd fqdn [transport]
# dd domaindelete fqdn [force]
u_head = _(u"""usage: %s subcommand arguments
short long
subcommand arguments\n""") % prog
order = cmd_map.keys()
order.sort()
w_err(0, u_head)
for key in order:
scmd = cmd_map[key]
w_err(0, ' %-5s %-19s %s' % (scmd.alias, scmd.name, scmd.args))
w_err(errno, '', _(u"Error: %s") % errmsg)
def version(ctx):
"""Write version and copyright information to stdout."""
w_std('%s, %s %s (%s %s)\nPython %s %s %s\n\n%s\n%s %s' % (prog,
# TP: The words 'from', 'version' and 'on' are used in
# the version information, e.g.:
# vmm, version 0.5.2 (from 09/09/09)
# Python 2.5.4 on FreeBSD
_(u'version'), __version__, _(u'from'),
strftime(locale.nl_langinfo(locale.D_FMT),
strptime(__date__, '%Y-%m-%d')).decode(ENCODING, 'replace'),
os.sys.version.split()[0], _(u'on'), os.uname()[0],
__copyright__, prog,
_(u'is free software and comes with ABSOLUTELY NO WARRANTY.')))
cmd = Command
cmd_map = { # {{{
# Account commands
'getuser': cmd('getuser', 'gu', get_user, 'uid',
_(u'get the address of the user with the given UID')),
'useradd': cmd('useradd', 'ua', user_add, 'address [password]',
_(u'create a new e-mail user with the given address')),
'userdelete': cmd('userdelete', 'ud', user_delete, 'address [force]',
_(u'delete the specified user')),
'userdisable': cmd('userdisable', 'u0', user_disable,
'address [service ...]',
_(u'deactivate all/the given service(s) for a user')),
'userenable': cmd('userenable', 'u1', user_enable, 'address [service ...]',
_(u'activate all or the given service(s) for a user')),
'userinfo': cmd('userinfo', 'ui', user_info, 'address [details]',
_(u'display information about the given address')),
'username': cmd('username', 'un', user_name, 'address name',
_(u'set or update the real name for an address')),
'userpassword': cmd('userpassword', 'up', user_password,
'address [password]',
_(u'update the password for the given address')),
'usertransport': cmd('usertransport', 'ut', user_transport,
'address transport',
_(u'update the transport of the given address')),
# Alias commands
'aliasadd': cmd('aliasadd', 'aa', alias_add, 'address destination ...',
_(u'create a new alias e-mail address')),
'aliasdelete': cmd('aliasdelete', 'ad', alias_delete,
'address [destination]',
_(u'delete the specified alias e-mail address or one '
u'of its destinations')),
'aliasinfo': cmd('aliasinfo', 'ai', alias_info, 'address',
_(u'show the destination(s) of the specified alias')),
# AliasDomain commands
'aliasdomainadd': cmd('aliasdomainadd', 'ada', aliasdomain_add,
'fqdn destination',
_(u'create a new alias for an existing domain')),
'aliasdomaindelete': cmd('aliasdomaindelete', 'add', aliasdomain_delete,
'fqdn', _(u'delete the specified alias domain')),
'aliasdomaininfo': cmd('aliasdomaininfo', 'adi', aliasdomain_info, 'fqdn',
_(u'show the destination of the given alias domain')),
'aliasdomainswitch': cmd('aliasdomainswitch', 'ads', aliasdomain_switch,
'fqdn destination',
_(u'assign the given alias domain to an other domain')),
# Domain commands
'domainadd': cmd('domainadd', 'da', domain_add, 'fqdn [transport]',
_(u'create a new domain')),
'domaindelete': cmd('domaindelete', 'dd', domain_delete, 'fqdn [force]',
_(u'delete the given domain and all its alias domains')),
'domaininfo': cmd('domaininfo', 'di', domain_info, 'fqdn [details]',
_(u'display information about the given domain')),
'domaintransport': cmd('domaintransport', 'dt', domain_transport,
'fqdn transport [force]',
_(u'update the transport of the specified domain')),
'listdomains': cmd('listdomains', 'ld', list_domains, '[pattern]',
_(u'list all domains / search domains by pattern')),
# Relocated commands
'relocatedadd': cmd('relocatedadd', 'ra', relocated_add,
'address newaddress',
_(u'create a new record for a relocated user')),
'relocateddelete': cmd('relocateddelete', 'rd', relocated_delete,
'address',
_(u'delete the record of the relocated user')),
'relocatedinfo': cmd('relocatedinfo', 'ri', relocated_info, 'address',
_(u'print information about a relocated user')),
# cli commands
'configget': cmd('configget', 'cg', config_get, 'option',
_('show the actual value of the configuration option')),
'configset': cmd('configset', 'cs', config_set, 'option value',
_('set a new value for the configuration option')),
'configure': cmd('configure', 'cf', configure, '[section]',
_(u'start interactive configuration modus')),
'help': cmd('help', 'h', help_, '[subcommand]',
_(u'show a help overview or help for the given subcommand')),
'version': cmd('version', 'v', version, '',
_(u'show version and copyright information')),
} # }}}
def _get_order(ctx):
"""returns a tuple with (key, 1||0) tuples. Used by functions, which
get a dict from the handler."""
order = ()
if ctx.scmd == 'domaininfo':
order = ((u'domainname', 0), (u'gid', 1), (u'transport', 0),
(u'domaindir', 0), (u'aliasdomains', 0), (u'accounts', 0),
(u'aliases', 0), (u'relocated', 0))
elif ctx.scmd == 'userinfo':
dc12 = ctx.cget('misc.dovecot_version') >= 0x10200b02
sieve = (u'managesieve', u'sieve')[dc12]
if ctx.argc == 4 and ctx.args[3] != u'aliases' or \
ctx.cget('account.disk_usage'):
order = ((u'address', 0), (u'name', 0), (u'uid', 1), (u'gid', 1),
(u'home', 0), (u'mail_location', 0), (u'disk usage', 0),
(u'transport', 0), (u'smtp', 1), (u'pop3', 1),
(u'imap', 1), (sieve, 1))
else:
order = ((u'address', 0), (u'name', 0), (u'uid', 1), (u'gid', 1),
(u'home', 0), (u'mail_location', 0), (u'transport', 0),
(u'smtp', 1), (u'pop3', 1), (u'imap', 1), (sieve, 1))
elif ctx.scmd == 'getuser':
order = ((u'uid', 1), (u'gid', 1), (u'address', 0))
return order
def _print_info(ctx, info, title):
"""Print info dicts."""
# TP: used in e.g. 'Domain information' or 'Account information'
msg = u'%s %s' % (title, _(u'information'))
w_std(msg, u'-' * len(msg))
for key, upper in _get_order(ctx):
if upper:
w_std(u'\t%s: %s' % (key.upper().ljust(15, u'.'), info[key]))
else:
w_std(u'\t%s: %s' % (key.title().ljust(15, u'.'), info[key]))
print
def _print_list(alist, title):
"""Print a list."""
# TP: used in e.g. 'Available alias addresses' or 'Available accounts'
msg = u'%s %s' % (_(u'Available'), title)
w_std(msg, u'-' * len(msg))
if alist:
if title != _(u'alias domains'):
w_std(*(u'\t%s' % item for item in alist))
else:
for domain in alist:
if not domain.startswith('xn--'):
w_std(u'\t%s' % domain)
else:
w_std(u'\t%s (%s)' % (domain, domain.decode('idna')))
print
else:
w_std(_(u'\tNone'), '')
def _print_aliase_info(alias, destinations):
"""Print the alias address and all its destinations"""
title = _(u'Alias information')
w_std(title, u'-' * len(title))
w_std(_(u'\tMail for %s will be redirected to:') % alias)
w_std(*(u'\t * %s' % dest for dest in destinations))
print
def _print_relocated_info(**kwargs):
"""Print the old and new addresses of a relocated user."""
title = _(u'Relocated information')
w_std(title, u'-' * len(title))
w_std(_(u"\tUser '%(addr)s' has moved to '%(dest)s'") % kwargs, '')
def _format_domain(domain, main=True):
"""format (prefix/convert) the domain name."""
if domain.startswith('xn--'):
domain = u'%s (%s)' % (domain, domain.decode('idna'))
if main:
return u'\t[+] %s' % domain
return u'\t[-] %s' % domain
def _print_domain_list(dids, domains, matching):
"""Print a list of (matching) domains/alias domains."""
if matching:
title = _(u'Matching domains')
else:
title = _(u'Available domains')
w_std(title, '-' * len(title))
if domains:
for did in dids:
if domains[did][0] is not None:
w_std(_format_domain(domains[did][0]))
if len(domains[did]) > 1:
w_std(*(_format_domain(a, False) for a in domains[did][1:]))
else:
w_std(_('\tNone'))
print
def _print_aliasdomain_info(info):
"""Print alias domain information."""
title = _(u'Alias domain information')
for key in ('alias', 'domain'):
if info[key].startswith('xn--'):
info[key] = u'%s (%s)' % (info[key], info[key].decode('idna'))
w_std(title, '-' * len(title),
_('\tThe alias domain %(alias)s belongs to:\n\t * %(domain)s') %
info, '')
del _