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auth_ldap: fix interpretation of LDAP attributes in Python 3
The python-ldap module returns the LDAP attribute names as strings, and the
attribute values as arrays of bytes, e.g. for email:
'mail': [b'john.doe@example.com'],
See https://www.python-ldap.org/en/latest/bytes_mode.html, particularly:
https://www.python-ldap.org/en/latest/bytes_mode.html#what-s-text-and-what-s-bytes
Due to a missing conversion from bytes to unicode for the attribute values
obtained from LDAP, storing the values in a unicode field in the database would
fail. It would apparently either store a repr of the bytes or store them in
some other way.
Upon user login, SQLAlchemy warned about this:
.../sqlalchemy/sql/sqltypes.py:269: SAWarning: Unicode type received non-unicode bind param value b'John'. (this warning may be suppressed after 10 occurrences)
.../sqlalchemy/sql/sqltypes.py:269: SAWarning: Unicode type received non-unicode bind param value b'Doe'. (this warning may be suppressed after 10 occurrences)
In PostgreSQL, this would result in 'weird' values for first name, last
name, and email fields, both in the database and the web UI, e.g.
firstname: \x4a6f686e
lastname: \x446f65
email: \x6a6f686e406578616d706c652e636f6d
These values represent the actual values in hexadecimal, e.g.
\x4a6f686e = 0x4a 0x6f 0x68 0x6e = J o h n
In SQLite, the problem initially shows differently, as an exception in
gravatar_url():
File "_base_root_html", line 207, in render_body
File "_index_html", line 78, in render_header_menu
File "_base_base_html", line 479, in render_menu
File ".../kallithea/lib/helpers.py", line 908, in gravatar_div
gravatar(email_address, cls=cls, size=size)))
File ".../kallithea/lib/helpers.py", line 923, in gravatar
src = gravatar_url(email_address, size * 2)
File ".../kallithea/lib/helpers.py", line 956, in gravatar_url
.replace('{email}', email_address) \
TypeError: replace() argument 2 must be str, not bytes
but nevertheless the root cause of the problem is the same.
Fix the problem by converting the LDAP attributes from bytes to strings.
The python-ldap module returns the LDAP attribute names as strings, and the
attribute values as arrays of bytes, e.g. for email:
'mail': [b'john.doe@example.com'],
See https://www.python-ldap.org/en/latest/bytes_mode.html, particularly:
https://www.python-ldap.org/en/latest/bytes_mode.html#what-s-text-and-what-s-bytes
Due to a missing conversion from bytes to unicode for the attribute values
obtained from LDAP, storing the values in a unicode field in the database would
fail. It would apparently either store a repr of the bytes or store them in
some other way.
Upon user login, SQLAlchemy warned about this:
.../sqlalchemy/sql/sqltypes.py:269: SAWarning: Unicode type received non-unicode bind param value b'John'. (this warning may be suppressed after 10 occurrences)
.../sqlalchemy/sql/sqltypes.py:269: SAWarning: Unicode type received non-unicode bind param value b'Doe'. (this warning may be suppressed after 10 occurrences)
In PostgreSQL, this would result in 'weird' values for first name, last
name, and email fields, both in the database and the web UI, e.g.
firstname: \x4a6f686e
lastname: \x446f65
email: \x6a6f686e406578616d706c652e636f6d
These values represent the actual values in hexadecimal, e.g.
\x4a6f686e = 0x4a 0x6f 0x68 0x6e = J o h n
In SQLite, the problem initially shows differently, as an exception in
gravatar_url():
File "_base_root_html", line 207, in render_body
File "_index_html", line 78, in render_header_menu
File "_base_base_html", line 479, in render_menu
File ".../kallithea/lib/helpers.py", line 908, in gravatar_div
gravatar(email_address, cls=cls, size=size)))
File ".../kallithea/lib/helpers.py", line 923, in gravatar
src = gravatar_url(email_address, size * 2)
File ".../kallithea/lib/helpers.py", line 956, in gravatar_url
.replace('{email}', email_address) \
TypeError: replace() argument 2 must be str, not bytes
but nevertheless the root cause of the problem is the same.
Fix the problem by converting the LDAP attributes from bytes to strings.
99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 e285bb7abb28 2c3d30095d5e e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 2c3d30095d5e e285bb7abb28 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 99ad9d0af1a3 e285bb7abb28 | #!/bin/sh -e
########################################
#### THIS IS A DEBIAN INIT.D SCRIPT ####
########################################
### BEGIN INIT INFO
# Provides: kallithea
# Required-Start: $all
# Required-Stop: $all
# Default-Start: 2 3 4 5
# Default-Stop: 0 1 6
# Short-Description: starts instance of kallithea
# Description: starts instance of kallithea using start-stop-daemon
### END INIT INFO
APP_NAME="kallithea"
APP_HOMEDIR="opt"
APP_PATH="/$APP_HOMEDIR/$APP_NAME"
CONF_NAME="production.ini"
PID_PATH="$APP_PATH/$APP_NAME.pid"
LOG_PATH="$APP_PATH/$APP_NAME.log"
PYTHON_PATH="/$APP_HOMEDIR/$APP_NAME-venv"
RUN_AS="root"
DAEMON="$PYTHON_PATH/bin/gearbox"
DAEMON_OPTS="serve --daemon \
--user=$RUN_AS \
--group=$RUN_AS \
--pid-file=$PID_PATH \
--log-file=$LOG_PATH -c $APP_PATH/$CONF_NAME"
start() {
echo "Starting $APP_NAME"
PYTHON_EGG_CACHE="/tmp" start-stop-daemon -d $APP_PATH \
--start --quiet \
--pidfile $PID_PATH \
--user $RUN_AS \
--exec $DAEMON -- $DAEMON_OPTS
}
stop() {
echo "Stopping $APP_NAME"
start-stop-daemon -d $APP_PATH \
--stop --quiet \
--pidfile $PID_PATH || echo "$APP_NAME - Not running!"
if [ -f $PID_PATH ]; then
rm $PID_PATH
fi
}
status() {
echo -n "Checking status of $APP_NAME ... "
pid=`cat $PID_PATH`
status=`ps ax | grep $pid | grep -ve grep`
if [ "$?" -eq 0 ]; then
echo "running"
else
echo "NOT running"
fi
}
case "$1" in
status)
status
;;
start)
start
;;
stop)
stop
;;
restart)
echo "Restarting $APP_NAME"
### stop ###
stop
wait
### start ###
start
;;
*)
echo "Usage: $0 {start|stop|restart}"
exit 1
esac
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