def main():
options, args = opt_args()
if not options.user and not options.public:
print('Please use\n' \
'%s --user <username> or\n' \
'%s --public' % (sys.argv[0], sys.argv[0]))
sys.exit(1)
if options.user:
user = kopano.server(options).user(options.user)
store = user.store
name = user.name
if options.public:
name = 'Public'
store = kopano.server(options).public_store
if not options.delete:
print('Store:', name.encode('utf-8').decode())
print('{:50} {:50} {:50}'.format('Folder name', 'Parent folder', 'Entryid'))
for folder in store.root.folders():
print('{:50} {:50} {:50}'.format(folder.name.encode('utf8').decode(), folder.parent.name.encode('utf8').decode(), folder.entryid))
if options.extend:
props = printmapiprops(folder)
f = open('%s-%s.prop' % (folder.name, folder.entryid), 'w')
for prop in props:
f.write('{0:5} {1:37} {2:8} {3:10} {4:1}\n'.format(prop[0], prop[1], prop[2], prop[3], prop[4]))
f.close()
else:
print('Not in yet')
def index(self):
html ='<html>'
for company in kopano.server().companies():
html = html + '<table>'
html = html + "<tr><th>company.name</th><th>user.name </th><th> user.store.guid</th><th>user.server.name</th><tr>\n"
for user in kopano.server().company(company.name).users():
html = html + "<tr><td>" + company.name + "</td><td><a href=/viewuser/"+ company.name + "/" + user.name + ">" + user.name + "</a><td><a href=/listfolders/"+ company.name + "/" + user.name + ">Folders</a></td></td><td>" + user.store.guid + "</td><td>" + user.server.name + "</td><tr>\n"
html = html + '</table>\n'
html = html + '</html>\n'
return html
def main():
options, args = opt_args()
if options.top:
try:
curses.wrapper(top, kopano.server(options=options, parse_args=True))
except KeyboardInterrupt:
sys.exit(-1)
else:
for option, (table, sort) in TABLES.items():
if getattr(options, option):
table = kopano.server(options=options, parse_args=True).table(table)
table.sort(sort)
print(table.csv(delimiter=';') if options.dump else table.text())
def main():
global server
global options
global LDAP
options, args = opt_args()
if options.configFile:
if not os.path.isfile(options.configFile):
print('Config file not found')
sys.exit(1)
import importlib
LDAP = importlib.import_module(options.configFile.split('.')[0], package=None)
if 'ldap3' not in sys.modules:
print('please install ldap3 (pip3 install ldap3)')
sys.exit(1)
if not options.user and not options.importFile:
print('please use: {} --user <username> or \n{} --import-exchange-rules <json file>'.format(sys.argv[0],sys.argv[0]))
sys.exit(1)
server = kopano.server(options=options)
if options.user:
kopano_rule(server=server, user=options.user, listrules=options.listrules, rule=options.rule,
state=options.state, emptyRules=options.emptyRules, rulename=options.createrule,
conditions=options.conditions, actions=options.actions, exceptions=options.exceptions,
StopProcessingRules=options.StopProcessingRules, CreateFolder=options.CreateFolder)
if options.importFile:
exchange_rules()
def main(jsonfile, limit, socket, ssl_keyfile, ssl_pass):
try:
server = kopano.server(server_socket=socket,
sslkey_file=ssl_keyfile,
sslkey_pass=ssl_pass,
parse_args=False)
except Exception as excinfo:
print("Unable to connect to '{}', '{}'".format(socket, excinfo))
sys.exit(-1)
requests = []
limit += 1
for index, user in enumerate(server.users()):
index += 1 # graph's index starts at 1
if index == limit:
break
request = {
'id': index,
'method': 'GET',
'url': '/api/gc/v1/users/{}'.format(user.userid)
}
requests.append(request)
data = {}
data['requests'] = requests
with open(jsonfile, 'w') as fp:
fp.write(json.dumps(data, indent=2))
def main():
try:
parser, options, args = parser_opt_args()
if args:
raise Exception("extra argument '%s' specified" % args[0])
server = kopano.server(options, parse_args=True)
check_options(parser, options, server)
global_options(options, server)
for c in options.companies:
company_options(c, options, server)
for g in options.groups:
group_options(g, options, server)
for u in options.users:
user_options(u, options, server)
for s in options.stores:
store_options(s, options, server)
except (SystemError, KeyboardInterrupt): # TODO SystemError?
print()
sys.exit(130)
except Exception as e:
if 'options' in locals() and options.debug:
print(traceback.format_exc(), file=sys.stderr)
else:
print(str(e), file=sys.stderr)
sys.exit(1)
def main():
username, config_file, entryid = sys.argv[1:]
config = kopano.Config(filename=config_file)
server = kopano.server(config=config)
user = server.user(username)
item = user.item(entryid)
mr = item.meetingrequest
if mr.is_request:
server.log.debug("Accepting meeting request tentative from %s",
get_sender(item))
mr.accept(tentative=True, response=False)
elif mr.is_response:
server.log.debug("Processing meeting request response from %s",
get_sender(item))
mr.process_response()
elif mr.is_cancellation:
server.log.debug("Processing meeting request cancellation from %s",
get_sender(item))
mr.process_cancellation()
now = datetime.now()
try:
server.log.debug("Updating freebusy")
user.freebusy.publish(now - timedelta(7), now + timedelta(180))
except kopano.errors.NotFoundError as e:
server.log.error("Unable to publish freebusy information: %s", str(e))
def user():
server = kopano.server(parse_args=False, auth_user=USERNAME1, auth_pass=PASSWORD1)
user = server.user(USERNAME1)
user.auth_header = create_auth_header(USERNAME1, PASSWORD1)
yield user
[f.empty() for f in user.folders(recurse=False)]
def __init__(self, *args, **kw):
fuse.Fuse.__init__(self, *args, **kw)
self.server = kopano.server()
self.path_object = {
} # XXX caching everything, so don't use this on a large account..
def main():
options, _ = parser('ksplu').parse_args()
log = logger(options)
server = server(options=options,
auth_user='******',
auth_pass='',
parse_args=True)
restriction = Restriction(
mapiobj=SNotRestriction(SExistRestriction(PR_EC_IMAP_EMAIL_SIZE)))
for user in server.users(): # XXX multi-company..
# Skip users without IMAP enabled
if not 'imap' in user.features:
log.info('Skipping user %s, IMAP disabled', user.name)
continue
log.debug('Processing user %s', user.name)
for folder in user.store.folders():
# Inbox folder's container class is None..
if folder.container_class != 'IPF.Note' and folder.container_class != None:
continue
log.info('Processing folder %s', folder.name)
for item in folder.items(restriction=restriction):
log.debug('Processing item %s', item.subject)
generate_imap_message(item)
def listitem(self, company=None,user=None,folder=None,item=None):
user = dict(user=user)
company = dict(company=company)
itemname= dict(item=item)
foldername= dict(folder=folder)
html=''
print(itemname['item'] + "\n")
html = '<html><h1>Company: %s <br>User: %s</h1>' % (company['company'],user['user'])
#html = html + "<table><tr><th>prop.name</th><th>prop.value</th><tr>\n"
if itemname['item']:
#html = html + "<table><tr><th>item.subject</th><th>item.entryid</th><tr>\n"
for folder in kopano.server().company(company['company']).user(user['user']).store.folders():
if folder.entryid == foldername['folder']:
for item in folder.items():
print("curr %s" , item.entryid.encode('hex'))
print("look %s", itemname['item'])
if item.entryid.encode('hex')==itemname['item']:
print("match")
for prop in item.props():
if (prop.idname == 'PR_HTML') or (prop.idname=='PR_BODY'):
try:
html = html + "<table><tr><td>%s</td><td>%s</td><tr>\n" % ( prop.name , str(prop.value))
except:
pass
html = html + '</table></html>\n'
return html
def main():
username, config_file, entryid = sys.argv[1:]
config = kopano.Config(filename=config_file)
server = kopano.server(config=config)
process(username, server, entryid)
def main():
args = sys.argv[1:]
username, config_file = args[:2]
entryid = args[2] if len(args) > 2 else None
config = kopano.Config(filename=config_file)
server = kopano.server(config=config)
accept(username, server, entryid)
def listfolders(self, company=None,user=None,folder=None):
user = dict(user=user)
company = dict(company=company)
foldername= dict(folder=folder)
html = '<html><h1>Company: %s <br>User: %s</h1>' % (company['company'],user['user'])
if foldername['folder']:
html = html + "<table><tr><th>item.subject</th><th>item.entryid</th><tr>\n"
for folder in kopano.server().company(company['company']).user(user['user']).store.folders():
if folder.entryid == foldername['folder']:
for item in folder.items():
html = html + "<tr><td><a href=/listitem/%s/%s/%s/%s>%s</a></td><td>%s</td><tr>\n" %( company['company'],user['user'],folder.entryid,item.entryid.encode('hex'),item.subject.encode("utf-8"),item.entryid.encode('hex'))
else:
html = html + "<table><tr><th>item.subject</th><th>item.entryid</th><tr>\n"
for folder in kopano.server().company(company['company']).user(user['user']).store.folders():
html = html + "<tr><td><a href=/listfolders/%s/%s/%s>%s</a></td><td>%s</td><tr>\n" %( company['company'],user['user'],folder.entryid,folder.name,folder.entryid)
html = html + '</table></html>\n'
return html
def main():
parser = kopano.parser(
"CSKQ",
usage="Usage: %prog [options] from to subject username msgfile")
options, args = parser.parse_args()
if len(args) != 5:
print(
"Invalid arguments, you have to supply the arguments: from, to, subject, username, and msgfile",
file=sys.stderr)
sys.exit(1)
config_dict = kopano.CONFIG
config_dict.update(CONFIG)
config = kopano.Config(config_dict, options=options, service="autorespond")
log = logger("autorespond", options=options, config=config)
server = kopano.server(options=options, config=config)
(from_, to, subject, username, msg_file) = args
(to_me, bcc_me, cc_me) = (
os.getenv("MESSAGE_TO_ME"),
os.getenv("MESSAGE_BCC_ME"),
os.getenv("MESSAGE_CC_ME"),
)
try:
fh = open(msg_file, "rb")
msg = fh.read()
fh.close()
except:
log.info("Could not open msg file: %s", msg_file)
sys.exit(1)
if not (config["autorespond_norecip"] or
(config["autorespond_bcc"] and bcc_me) or
(config["autorespond_cc"] and cc_me) or to_me):
log.debug("Response not send due to configuration")
elif not (from_ and to and username and msg and msg_file):
log.info(
"One of the input arguments was empty (from: %s, to: %s, username: %s, msg: %s)",
from_, to, username, msg)
elif from_ == to:
log.info("Loop detected, from == to (%s)", from_)
elif in_blacklist(log, from_, to):
log.info("From or to is in blacklist (from: %s, to: %s)", from_, to)
elif check_time(config["senddb"], config["timelimit"], username, to):
log.info(
"Ignoring since we already sent OOO message within timelimit (username: %s, to: %s, timelimit: %d)",
username, to, config["timelimit"])
else:
add_time(config["senddb"], username, to)
send_ooo(server, username, msg, config["copy_to_sentmail"])
log.info("Sent OOO to %s (username %s)", to, username)
def main():
parser = kopano.parser('SPQuf')
options, args = parser.parse_args()
server = kopano.server(options=options, parse_args=True)
for user in kopano.users():
if server.options.folders:
folders = [user.folder(path) for path in server.options.folders]
else:
folders = [user.subtree]
for base in folders:
for folder in [base] + list(base.folders()):
dump_folder(folder)
def main():
options, _ = kopano.parser('Suf').parse_args()
server = kopano.server(options=options, parse_args=True)
if not server.options.users:
print('No user specified')
sys.exit(1)
user = server.user(server.options.users[0])
if not server.options.folders:
folders = list(user.store.folders())
else:
folders = [next(user.store.folders())]
sync_folders(folders)
def main():
server = kopano.server(parse_args=True)
user = kopano.user(server.options.auth_user)
header = urwid.Text('inbox')
footer = urwid.Text(FOOT1)
mail = Mail(user.store.outbox)
mailbox = MailBox(user.store.inbox, mail)
columns = urwid.Columns([('fixed', 32, mailbox), mail], 1)
frame = urwid.Frame(urwid.AttrWrap(columns, 'body'),
header=urwid.AttrMap(header, 'headfoot'),
footer=urwid.AttrMap(footer, 'headfoot'))
mailbox.cols = mail.cols = columns
mailbox.footer = mail.footer = footer
urwid.MainLoop(frame, PALETTE).run()
def viewuser(self, company=None,user=None):
user = dict(user=user)
company = dict(company=company)
html = '<html><h1>Company: %s <br>User: %s</h1>' % (company['company'],user['user'])
html = html + "<table><tr><th>prop.idname</th><th>prop.proptype</th><th>prop.value</th><tr>\n"
for props in kopano.server().company(company['company']).user(user['user']).props():
if props.typename == 'PT_BINARY':
html = html + "<tr><td>" + str(props.idname) + "</td><td>" + "</td><td>" + str(props.value.encode('hex').upper()) + "</td><tr>\n"
else:
html = html + "<tr><td>" + str(props.idname) + "</td><td>" + "</td><td>" + str(props.value) + "</td><tr>\n"
html = html + '</table></html>\n'
return html
def main():
args = sys.argv[1:]
username, config_file = args[:2]
config = kopano.Config(filename=config_file)
server = kopano.server(config=config)
user = server.user(username)
autoaccept = user.autoaccept
if len(args) > 2:
items = [user.item(args[2])]
else:
items = []
for item in user.inbox:
mr = item.meetingrequest
if((mr.is_request and mr.response_requested and not mr.processed) or \
(mr.is_cancellation and not mr.processed)):
items.append(item)
for item in items:
mr = item.meetingrequest
if mr.is_request:
decline_message = None
if not autoaccept.recurring and item.recurring:
decline_message = "Recurring meetings are not allowed"
elif not autoaccept.conflicts:
conflicts = conflict_occurrences(user, item)
if conflicts:
decline_message = conflict_message(conflicts)
if decline_message:
mr.decline(message=decline_message)
else:
mr.accept(add_bcc=True)
elif mr.is_cancellation:
mr.process_cancellation(delete=True)
now = datetime.now()
try:
user.freebusy.publish(now - timedelta(7), now + timedelta(180))
except kopano.errors.NotFoundError as e:
print("Unable to publish freebusy information: " + str(e),
file=sys.stderr)
def main():
global delcounter
learncounter = 0
(users, allusers, remoteusers, autolearn, autodelete, deleteafter,
spamcommand) = getconfig()
z = kopano.server(parse_args=True)
if allusers and not users:
users = []
for user in z.users(remote=remoteusers):
users.append(user.name)
for username in users:
try:
user = z.user(username)
for item in user.store.junk.items():
if autolearn:
if (not item.header('x-spam-flag')) or (
item.header('x-spam-flag') == 'NO'):
print("%s : untagged spam [Subject: %s]" %
(user.name, item.subject))
try:
p = subprocess.Popen(spamcommand,
shell=True,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE)
learn, output_err = p.communicate(item.eml())
except:
print('failed to run [%s] [%s]' %
(spamcommand, output_err))
if learn:
print("%s : learned [%s]" %
(user.name, learn.rstrip('\n')))
delmsg = 'delete after learn'
deletejunk(user, item, delmsg)
learncounter += 1
continue
if autodelete:
if item.received.date() < (
datetime.date.today() -
datetime.timedelta(days=deleteafter)):
delmsg = 'autodelete'
deletejunk(user, item, delmsg)
except Exception as error:
print("%s : Unable to open store/item : [%s] [%s]" %
(username, username, error))
continue
print("Summary learned %d items, deleted %d items" %
(learncounter, delcounter))
def write_worker():
server = None
while True:
try:
if o.restart_session == True or server == None or (
o.random_restart_session and random.randint(0, 1) == 1):
server = kopano.server(o)
item = server.user(
o.user).store.inbox.create_item(eml=eml_file_data)
except KeyboardInterrupt:
return
except Exception as e:
print(e)
def cmd_add(self, options):
username = options.users[0]
for name in (username, options.target):
if name and not self.server.get_user(name):
print("no such user: %s" % name, file=sys.stderr)
sys.exit(1)
if options.server:
try:
ts = kopano.server(
server_socket=options.server,
sslkey_file = self.server.sslkey_file,
sslkey_pass = self.server.sslkey_pass
)
except Exception as e:
print("could not connect to server: %s (%s)" % (options.server, e), file=sys.stderr)
sys.exit(1)
self.do_cmd('ADD %s %s %s\r\n' % (username, options.target or '_', options.server or '_'))
def subscribe_user(self, server, username, target_user, target_server, storeb_eid):
self.log.info('subscribing: %s -> %s', username, target_server)
usera = server.user(username)
storea = usera.store
# TODO report errors back directly to command-line process
if storeb_eid:
storeb = server.store(entryid=storeb_eid)
elif target_server != '_':
try:
server2 = kopano.server(
server_socket=target_server,
sslkey_file = server.sslkey_file,
sslkey_pass = server.sslkey_pass
)
except Exception as e:
self.log.error("could not connect to server: %s (%s)" % (target_server, e), file=sys.stderr)
try:
userb = server2.user(username) # TODO assuming the user is there?
storeb = server2.create_store(userb, _msr=True)
storeb.subtree.empty() # remove default english special folders
except kopano.DuplicateError:
self.log.error('user already has hooked store on server %s, try to unhook first' % target_server)
return
else:
storeb = server.user(target_user).store
state_path = os.path.join(self.state_path, usera.name)
sink = NotificationSink(state_path, usera, usera.store, self.iqueue, self.log)
storea.subscribe(sink, object_types=['item', 'folder'])
STORE_STORE[storea.entryid] = storeb.entryid
USER_SINK[username] = sink
update_user_info(state_path, usera, 'items', 'store', 0)
update_user_info(state_path, usera, 'init_done', 'store', 'no')
update_user_info(state_path, usera, 'queue_empty', 'store', 'no')
update_user_info(state_path, usera, 'target', 'store', target_user)
update_user_info(state_path, usera, 'server', 'store', target_server)
update_user_info(state_path, usera, 'store', 'store', storeb.entryid)
db_put(state_path, 'folder_map_'+storea.subtree.sourcekey, storeb.subtree.entryid)
_queue_or_store(state_path, usera, storea.entryid, None, self.iqueue)
def _server(auth_user, auth_pass, oidc=False, reconnect=False):
# return global connection, using credentials from first user to
# authenticate, and use it for all notifications
global SERVER
try: # TODO thread lock?
SERVER
except NameError:
reconnect = True
if reconnect:
SERVER = kopano.server(auth_user=auth_user,
auth_pass=auth_pass,
notifications=True,
oidc=oidc)
return SERVER
def main():
username, config_file, entryid = sys.argv[1:]
config = kopano.Config(filename=config_file)
server = kopano.server(config=config)
user = server.user(username)
item = user.item(entryid)
mr = item.meetingrequest
if mr.is_request:
mr.accept(tentative=True, response=False)
elif mr.is_response:
mr.process_response()
elif mr.is_cancellation:
mr.process_cancellation()
now = datetime.now()
user.freebusy.publish(now - timedelta(7), now + timedelta(180))
def main():
try:
options, args = opt_args()
if len(options.users) != 1:
raise Exception('please specify one user')
log = logger(options)
server = kopano.server(options=options, parse_args=True)
if options.restore:
if len(args) != 1:
raise Exception('please specify one directory')
if not options.users:
user = server.user(args[0])
else:
user = server.user(options.users[0])
restore(args[0], user, log)
else:
user = server.user(options.users[0])
backup(user, log)
except Exception as e:
print(e.message or e.strerror)
sys.exit(1)
def _server(auth_user, auth_pass, oidc=False):
"""Connect to a Kopano server.
Args:
auth_user (str): authentication username.
auth_pass (str): authentication password.
oidc (bool): is it OIDC or not. Defaults to False.
Returns:
kopano.Server: a instance of the Kopano Server.
"""
server = kopano.server(auth_user=auth_user,
auth_pass=auth_pass,
notifications=True,
parse_args=False,
store_cache=False,
oidc=oidc,
config={})
logging.info("server connection established, server:%s, auth_user:%s",
server, server.auth_user)
return server
def read_worker():
server = None
while True:
try:
if o.restart_session == True or server == None or (
o.random_restart_session and random.randint(0, 1) == 1):
server = kopano.server(o)
u = server.user(o.user)
for folder in u.store.folders():
for item in folder:
if random.randint(0, 1) == 1:
dummy = [(att.filename, att.mimetype, len(att.data))
for att in item.attachments()]
except KeyboardInterrupt:
return
except Exception as e:
print(e)
def main():
options, args = opt_args()
if not options.user or not options.days:
print('Please use:\n {} --user <username> --days <days> ',
format(sys.argv[0]))
sys.exit(1)
user = kopano.server(options).user(options.user)
print('Running script for \'{}\''.format(_encode(user.name)))
if options.wastebasket:
folder = user.store.wastebasket
deleteitems(options, user, folder)
if options.junk:
folder = user.store.junk
deleteitems(options, user, folder)
'''
Loop over all the folders that are passed with the -f parameter
'''
if options.folders:
for folder in user.store.folders(options.folders):
deleteitems(options, user, folder)
