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initial ssl implementation (more tests coming)

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doc/README.rst
View file @ 2fdc0283
......@@ -124,10 +124,13 @@ it will continue to poll for a read-write connection.
If a single address resolves to multiple IPv4 or IPv6 addresses,
the client will connect to an arbitrary of these addresses.
Authentication
--------------
SSL
---
ZEO supports the use of SSL connections between servers and clients,
including certificate authentication.
ZEO supports SSL certificate authentication.
Installing software
===================
......@@ -288,8 +291,8 @@ transaction-timeout
This defaults to 30 seconds.
SSL configuration
~~~~~~~~~~~~~~~~~
Server SSL configuration
~~~~~~~~~~~~~~~~~~~~~~~~
A server can optionally support SSL. Do do so, include a `ssl`
subsection of the ZEO section, as in::
......@@ -316,20 +319,26 @@ subsection of the ZEO section, as in::
The ``ssl`` section has settings:
certificate
The path to an SSL certificate file for the server.
The path to an SSL certificate file for the server.
key
The path to the SSL key file for the server certificate.
The path to the SSL key file for the server certificate.
password-function
A dotted name if an importable function that, when imported, returns
the password needed to unlock the key (if the key requires a password.)
authenticate
The path to a file or directory containing client certificates
to authenticate. ((See the ``cafile`` and ``capath``
parameters in the Python documentation for
``ssl.SSLContext.load_verify_locations``.)
The path to a file or directory containing client certificates
to authenticate. ((See the ``cafile`` and ``capath``
parameters in the Python documentation for
``ssl.SSLContext.load_verify_locations``.)
If this setting is used. then certificate authentication is
used to authenticate clients. A client must be configured
with one of the certificates supplied using this setting.
If this setting is used. then certificate authentication is
used to authenticate clients. A client must be configuted
with one of the certificates supplied using this setting.
This option assumes that you're using self-signed certificates.
Running the ZEO server as a daemon
----------------------------------
......@@ -602,59 +611,59 @@ disconnect_poll
The delay in seconds between attempts to connect to the
server, in seconds. Defaults to 1 second.
SSL configuration
~~~~~~~~~~~~~~~~~
Client SSL configuration
~~~~~~~~~~~~~~~~~~~~~~~~
An ``ssl`` subsection can be used to enable and configure SSL, as in::
%import ZEO
<clientstorage>
server 8200
server zeo.example.com8200
<ssl>
</ssl>
</clientstorage>
In the example above, SSL is enabled in it's simplest form:
- No authentication certificate is supplied
- The cient expects the server to have a signed certificate, which the
client validates.
- The server isn't authenticated against certificates.
- The server's host name isn't checked.
- The server server host name ``zeo.example.com`` is checked against
the server's certificate.
A number of settings can be provided to configure SSL:
certificate
The path to an SSL certificate file for the client. This is
needed to allow the server to authenticate the client.
The path to an SSL certificate file for the client. This is
needed to allow the server to authenticate the client.
key
The path to the SSL key file for the client certificate.
The path to the SSL key file for the client certificate.
authenticate
The path to a file or directory containing server certificates
to authenticate. ((See the ``cafile`` and ``capath``
parameters in the Python documentation for
``ssl.SSLContext.load_verify_locations``.)
password-function
A dotted name if an importable function that, when imported, returns
the password needed to unlock the key (if the key requires a password.)
If this setting is used. then certificate authentication is
used to authenticate server. The server must be configuted
with one of the certificates supplied using this setting.
authenticate
The path to a file or directory containing server certificates
to authenticate. ((See the ``cafile`` and ``capath``
parameters in the Python documentation for
``ssl.SSLContext.load_verify_locations``.)
If this setting has the value ``SIGNED`` or ``-``, then
default certificate authoritied from the client host system
will be used.
If this setting is used. then certificate authentication is
used to authenticate the server. The server must be configuted
with one of the certificates supplied using this setting.
check-hostname
This is a boolean setting that defaults to false. Verify the
host name in the server certificate is as expected.
This is a boolean setting that defaults to true. Verify the
host name in the server certificate is as expected.
server-hostname
The expected server host name. This defaults to the host name
used in the server address. This option must be used when
``verify-host`` is true and when a server address has no host
name (localhost, or unix domain socket) or when there is more
than one seerver and server hostnames differ.
The expected server host name. This defaults to the host name
used in the server address. This option must be used when
``check-hostname`` is true and when a server address has no host
name (localhost, or unix domain socket) or when there is more
than one seerver and server hostnames differ.
Using this setting implies the ``verify-host`` setting.
Using this setting implies a true value for the ``check-hostname`` setting.
doc/zeo.txt deleted 100644 → 0
View file @ e22f0af6
==========================
Running a ZEO Server HOWTO
==========================
Introduction
------------
ZEO (Zope Enterprise Objects) is a client-server system for sharing a
single storage among many clients. Normally, a ZODB storage can only
be used by a single process. When you use ZEO, the storage is opened
in the ZEO server process. Client programs connect to this process
using a ZEO ClientStorage. ZEO provides a consistent view of the
database to all clients. The ZEO client and server communicate using
a custom RPC protocol layered on top of TCP.
There are several configuration options that affect the behavior of a
ZEO server. This section describes how a few of these features
working. Subsequent sections describe how to configure every option.
Client cache
~~~~~~~~~~~~
Each ZEO client keeps an on-disk cache of recently used objects to
avoid fetching those objects from the server each time they are
requested. It is usually faster to read the objects from disk than it
is to fetch them over the network. The cache can also provide
read-only copies of objects during server outages.
The cache may be persistent or transient. If the cache is persistent,
then the cache files are retained for use after process restarts. A
non-persistent cache uses temporary files that are removed when the
client storage is closed.
The client cache size is configured when the ClientStorage is created.
The default size is 20MB, but the right size depends entirely on the
particular database. Setting the cache size too small can hurt
performance, but in most cases making it too big just wastes disk
space. The document "Client cache tracing" describes how to collect a
cache trace that can be used to determine a good cache size.
ZEO uses invalidations for cache consistency. Every time an object is
modified, the server sends a message to each client informing it of
the change. The client will discard the object from its cache when it
receives an invalidation. These invalidations are often batched.
Each time a client connects to a server, it must verify that its cache
contents are still valid. (It did not receive any invalidation
messages while it was disconnected.) There are several mechanisms
used to perform cache verification. In the worst case, the client
sends the server a list of all objects in its cache along with their
timestamps; the server sends back an invalidation message for each
stale object. The cost of verification is one drawback to making the
cache too large.
Note that every time a client crashes or disconnects, it must verify
its cache. Every time a server crashes, all of its clients must
verify their caches.
The cache verification process is optimized in two ways to eliminate
costs when restarting clients and servers. Each client keeps the
timestamp of the last invalidation message it has seen. When it
connects to the server, it checks to see if any invalidation messages
were sent after that timestamp. If not, then the cache is up-to-date
and no further verification occurs. The other optimization is the
invalidation queue, described below.
Invalidation queue
~~~~~~~~~~~~~~~~~~
The ZEO server keeps a queue of recent invalidation messages in
memory. When a client connects to the server, it sends the timestamp
of the most recent invalidation message it has received. If that
message is still in the invalidation queue, then the server sends the
client all the missing invalidations. This is often cheaper than
perform full cache verification.
The default size of the invalidation queue is 100. If the
invalidation queue is larger, it will be more likely that a client
that reconnects will be able to verify its cache using the queue. On
the other hand, a large queue uses more memory on the server to store
the message. Invalidation messages tend to be small, perhaps a few
hundred bytes each on average; it depends on the number of objects
modified by a transaction.
Transaction timeouts
~~~~~~~~~~~~~~~~~~~~
A ZEO server can be configured to timeout a transaction if it takes
too long to complete. Only a single transaction can commit at a time;
so if one transaction takes too long, all other clients will be
delayed waiting for it. In the extreme, a client can hang during the
commit process. If the client hangs, the server will be unable to
commit other transactions until it restarts. A well-behaved client
will not hang, but the server can be configured with a transaction
timeout to guard against bugs that cause a client to hang.
If any transaction exceeds the timeout threshold, the client's
connection to the server will be closed and the transaction aborted.
Once the transaction is aborted, the server can start processing other
client's requests. Most transactions should take very little time to
commit. The timer begins for a transaction after all the data has
been sent to the server. At this point, the cost of commit should be
dominated by the cost of writing data to disk; it should be unusual
for a commit to take longer than 1 second. A transaction timeout of
30 seconds should tolerate heavy load and slow communications between
client and server, while guarding against hung servers.
When a transaction times out, the client can be left in an awkward
position. If the timeout occurs during the second phase of the two
phase commit, the client will log a panic message. This should only
cause problems if the client transaction involved multiple storages.
If it did, it is possible that some storages committed the client
changes and others did not.
Connection management
~~~~~~~~~~~~~~~~~~~~~
A ZEO client manages its connection to the ZEO server. If it loses
the connection, it attempts to reconnect. While
it is disconnected, it can satisfy some reads by using its cache.
The client can be configured to wait for a connection when it is created
or to return immediately and provide data from its persistent cache.
It usually simplifies programming to have the client wait for a
connection on startup.
When the client is disconnected, it polls periodically to see if the
server is available. The rate at which it polls is configurable.
The client can be configured with multiple server addresses. In this
case, it assumes that each server has identical content and will use
any server that is available. It is possible to configure the client
to accept a read-only connection to one of these servers if no
read-write connection is available. If it has a read-only connection,
it will continue to poll for a read-write connection. This feature
supports the Zope Replication Services product,
http://www.zope.com/Products/ZopeProducts/ZRS. In general, it could
be used to with a system that arranges to provide hot backups of
servers in the case of failure.
If a single address resolves to multiple IPv4 or IPv6 addresses,
the client will connect to an arbitrary of these addresses.
Authentication
~~~~~~~~~~~~~~
ZEO supports optional authentication of client and server using a
password scheme similar to HTTP digest authentication (RFC 2069). It
is a simple challenge-response protocol that does not send passwords
in the clear, but does not offer strong security. The RFC discusses
many of the limitations of this kind of protocol. Note that this
feature provides authentication only. It does not provide encryption
or confidentiality.
The challenge-response also produces a session key that is used to
generate message authentication codes for each ZEO message. This
should prevent session hijacking.
Guard the password database as if it contained plaintext passwords.
It stores the hash of a username and password. This does not expose
the plaintext password, but it is sensitive nonetheless. An attacker
with the hash can impersonate the real user. This is a limitation of
the simple digest scheme.
The authentication framework allows third-party developers to provide
new authentication modules.
Installing software
-------------------
ZEO is distributed as part of the ZODB3 package and with Zope,
starting with Zope 2.7. You can download it from
http://pypi.python.org/pypi/ZODB3.
Configuring server
------------------
The script runzeo.py runs the ZEO server. The server can be
configured using command-line arguments or a config file. This
document only describes the config file. Run runzeo.py
-h to see the list of command-line arguments.
The runzeo.py script imports the ZEO package. ZEO must either be
installed in Python's site-packages directory or be in a directory on
PYTHONPATH.
The configuration file specifies the underlying storage the server
uses, the address it binds, and a few other optional parameters.
An example is::
<zeo>
address zeo.example.com:8090
monitor-address zeo.example.com:8091
</zeo>
<filestorage 1>
path /var/tmp/Data.fs
</filestorage>
<eventlog>
<logfile>
path /var/tmp/zeo.log
format %(asctime)s %(message)s
</logfile>
</eventlog>
This file configures a server to use a FileStorage from
/var/tmp/Data.fs. The server listens on port 8090 of zeo.example.com.
It also starts a monitor server that lists in port 8091. The ZEO
server writes its log file to /var/tmp/zeo.log and uses a custom
format for each line. Assuming the example configuration it stored in
zeo.config, you can run a server by typing::
python /usr/local/bin/runzeo.py -C zeo.config
A configuration file consists of a <zeo> section and a storage
section, where the storage section can use any of the valid ZODB
storage types. It may also contain an eventlog configuration. See
the document "Configuring a ZODB database" for more information about
configuring storages and eventlogs.
The zeo section must list the address. All the other keys are
optional.
address
The address at which the server should listen. This can be in
the form 'host:port' to signify a TCP/IP connection or a
pathname string to signify a Unix domain socket connection (at
least one '/' is required). A hostname may be a DNS name or a
dotted IP address. If the hostname is omitted, the platform's
default behavior is used when binding the listening socket (''
is passed to socket.bind() as the hostname portion of the
address).
read-only
Flag indicating whether the server should operate in read-only
mode. Defaults to false. Note that even if the server is
operating in writable mode, individual storages may still be
read-only. But if the server is in read-only mode, no write
operations are allowed, even if the storages are writable. Note
that pack() is considered a read-only operation.
invalidation-queue-size
The storage server keeps a queue of the objects modified by the
last N transactions, where N == invalidation_queue_size. This
queue is used to speed client cache verification when a client
disconnects for a short period of time.
monitor-address
The address at which the monitor server should listen. If
specified, a monitor server is started. The monitor server
provides server statistics in a simple text format. This can
be in the form 'host:port' to signify a TCP/IP connection or a
pathname string to signify a Unix domain socket connection (at
least one '/' is required). A hostname may be a DNS name or a
dotted IP address. If the hostname is omitted, the platform's
default behavior is used when binding the listening socket (''
is passed to socket.bind() as the hostname portion of the
address).
transaction-timeout
The maximum amount of time to wait for a transaction to commit
after acquiring the storage lock, specified in seconds. If the
transaction takes too long, the client connection will be closed
and the transaction aborted.
authentication-protocol
The name of the protocol used for authentication. The
only protocol provided with ZEO is "digest," but extensions
may provide other protocols.
authentication-database
The path of the database containing authentication credentials.
authentication-realm
The authentication realm of the server. Some authentication
schemes use a realm to identify the logic set of usernames
that are accepted by this server.
Configuring clients
-------------------
The ZEO client can also be configured using ZConfig. The ZODB.config
module provides several function for opening a storage based on its
configuration.
- ZODB.config.storageFromString()
- ZODB.config.storageFromFile()
- ZODB.config.storageFromURL()
The ZEO client configuration requires the server address be
specified. Everything else is optional. An example configuration is::
<zeoclient>
server zeo.example.com:8090
</zeoclient>
The other configuration options are listed below.
storage
The name of the storage that the client wants to use. If the
ZEO server serves more than one storage, the client selects
the storage it wants to use by name. The default name is '1',
which is also the default name for the ZEO server.
cache-size
The maximum size of the client cache, in bytes.
name
The storage name. If unspecified, the address of the server
will be used as the name.
client
Enables persistent cache files. The string passed here is
used to construct the cache filenames. If it is not
specified, the client creates a temporary cache that will
only be used by the current object.
var
The directory where persistent cache files are stored. By
default cache files, if they are persistent, are stored in
the current directory.
min-disconnect-poll
The minimum delay in seconds between attempts to connect to
the server, in seconds. Defaults to 5 seconds.
max-disconnect-poll
The maximum delay in seconds between attempts to connect to
the server, in seconds. Defaults to 300 seconds.
wait
A boolean indicating whether the constructor should wait
for the client to connect to the server and verify the cache
before returning. The default is true.
read-only
A flag indicating whether this should be a read-only storage,
defaulting to false (i.e. writing is allowed by default).
read-only-fallback
A flag indicating whether a read-only remote storage should be
acceptable as a fallback when no writable storages are
available. Defaults to false. At most one of read_only and
read_only_fallback should be true.
realm
The authentication realm of the server. Some authentication
schemes use a realm to identify the logic set of usernames
that are accepted by this server.
A ZEO client can also be created by calling the ClientStorage
constructor explicitly. For example::
from ZEO.ClientStorage import ClientStorage
storage = ClientStorage(("zeo.example.com", 8090))
Running the ZEO server as a daemon
----------------------------------
In an operational setting, you will want to run the ZEO server a
daemon process that is restarted when it dies. The zdaemon package
provides two tools for running daemons: zdrun.py and zdctl.py. You can
find zdaemon and it's documentation at
http://pypi.python.org/pypi/zdaemon.
Rotating log files
~~~~~~~~~~~~~~~~~~
ZEO will re-initialize its logging subsystem when it receives a
SIGUSR2 signal. If you are using the standard event logger, you
should first rename the log file and then send the signal to the
server. The server will continue writing to the renamed log file
until it receives the signal. After it receives the signal, the
server will create a new file with the old name and write to it.
Tools
-----
There are a few scripts that may help running a ZEO server. The
zeopack.py script connects to a server and packs the storage. It can
be run as a cron job. The zeoup.py script attempts to connect to a
ZEO server and verify that is is functioning. The zeopasswd.py script
manages a ZEO servers password database.
Diagnosing problems
-------------------
If an exception occurs on the server, the server will log a traceback
and send an exception to the client. The traceback on the client will
show a ZEO protocol library as the source of the error. If you need
to diagnose the problem, you will have to look in the server log for
the rest of the traceback.
setup.py
View file @ 2fdc0283
......@@ -92,7 +92,7 @@ def alltests():
_unittests_only(suite, mod.test_suite())
return suite
tests_require = ['zope.testing', 'manuel', 'random2']
tests_require = ['zope.testing', 'manuel', 'random2', 'mock']
long_description = (
open('README.rst').read()
......
src/ZEO/ClientStorage.py
View file @ 2fdc0283
......@@ -95,6 +95,7 @@ class ClientStorage(object):
blob_cache_size=None, blob_cache_size_check=10,
client_label=None,
cache=None,
ssl = None, ssl_server_hostname=None,
# Mostly ignored backward-compatability options
client=None, var=None,
min_disconnect_poll=1, max_disconnect_poll=None,
......@@ -139,10 +140,6 @@ class ClientStorage(object):
Defaults to None, in which case the cache is not
persistent. See ClientCache for more info.
disconnect_poll
The delay in seconds between attempts to connect to the
server, in seconds. Defaults to 1 second.
wait_timeout
Maximum time to wait for results, including connecting.
......@@ -266,6 +263,7 @@ class ClientStorage(object):
addr, self, cache, storage,
ZEO.asyncio.client.Fallback if read_only_fallback else read_only,
wait_timeout or 30,
ssl = ssl, ssl_server_hostname=ssl_server_hostname,
)
self._call = self._server.call
self._async = self._server.async
......
src/ZEO/StorageServer.py
View file @ 2fdc0283
......@@ -769,6 +769,7 @@ class StorageServer:
invalidation_queue_size=100,
invalidation_age=None,
transaction_timeout=None,
ssl=None,
):
"""StorageServer constructor.
......@@ -841,7 +842,7 @@ class StorageServer:
storage.registerDB(StorageServerDB(self, name))
self.invalidation_age = invalidation_age
self.zeo_storages_by_storage_id = {} # {storage_id -> [ZEOStorage]}
self.acceptor = ZEO.acceptor.Acceptor(addr, self.new_connection)
self.acceptor = ZEO.acceptor.Acceptor(addr, self.new_connection, ssl)
if isinstance(addr, tuple) and addr[0]:
self.addr = self.acceptor.addr
else:
......@@ -1395,3 +1396,7 @@ class Serving(ServerEvent):
class Closed(ServerEvent):
pass
default_cert_authenticate = 'SIGNED'
def ssl_config(section):
from .sslconfig import ssl_config
return ssl_config(section, True)
src/ZEO/acceptor.py
View file @ 2fdc0283
......@@ -38,13 +38,34 @@ logger = logging.getLogger(__name__)
class Acceptor(asyncore.dispatcher):
"""A server that accepts incoming RPC connections"""
def __init__(self, addr, factory):
self.socket_map = {}
asyncore.dispatcher.__init__(self, map=self.socket_map)
def __init__(self, addr, factory, ssl=None):
self.__socket_map = {}
asyncore.dispatcher.__init__(self, map=self.__socket_map)
self.addr = addr
self.factory = factory
self.__ssl = ssl
if ssl is not None:
from ssl import SSLError
wrap_socket = ssl.wrap_socket
def ssl_factory(sock, addr):
try:
conn = wrap_socket(sock, server_side=True)
except SSLError:
logger.debug("SSL failure", exc_info=True)
else:
return factory(conn, addr)
self.__factory = ssl_factory
else:
self.__factory = factory
self._open_socket()
__ssl_context = None
def __ssl_wrap_socket(self, sock):
return sock
def _open_socket(self):
addr = self.addr
......@@ -119,18 +140,20 @@ class Acceptor(asyncore.dispatcher):
if addr: # Sometimes None on Mac. See above.
addr = addr[:2]
sock = self.__ssl_wrap_socket(sock)
try:
c = self.factory(sock, addr)
c = self.__factory(sock, addr)
except Exception:
if sock.fileno() in asyncore.socket_map:
del asyncore.socket_map[sock.fileno()]
if sock.fileno() in self.__socket_map:
del self.__socket_map[sock.fileno()]
logger.exception("Error in handle_accept")
else:
logger.info("connect from %s: %s", repr(addr), c)
def loop(self, timeout=30.0):
try:
asyncore.loop(map=self.socket_map, timeout=timeout)
asyncore.loop(map=self.__socket_map, timeout=timeout)
except Exception:
if not self.__closed:
raise # Unexpected exc
......@@ -142,4 +165,4 @@ class Acceptor(asyncore.dispatcher):
if not self.__closed:
self.__closed = True
asyncore.dispatcher.close(self)
logger.debug("Closed accepter, %s", len(self.socket_map))
logger.debug("Closed accepter, %s", len(self.__socket_map))
src/ZEO/asyncio/client.py
View file @ 2fdc0283
......@@ -36,7 +36,7 @@ class Protocol(base.Protocol):
def __init__(self, loop,
addr, client, storage_key, read_only, connect_poll=1,
heartbeat_interval=60):
heartbeat_interval=60, ssl=None, ssl_server_hostname=None):
"""Create a client interface
addr is either a host,port tuple or a string file name.
......@@ -54,6 +54,8 @@ class Protocol(base.Protocol):
self.connect_poll = connect_poll
self.heartbeat_interval = heartbeat_interval
self.futures = {} # { message_id -> future }
self.ssl = ssl
self.ssl_server_hostname = ssl_server_hostname
self.connect()
......@@ -81,7 +83,8 @@ class Protocol(base.Protocol):
if isinstance(self.addr, tuple):
host, port = self.addr
cr = self.loop.create_connection(
self.protocol_factory, host or 'localhost', port)
self.protocol_factory, host or 'localhost', port,
ssl=self.ssl, server_hostname=self.ssl_server_hostname)
else:
cr = self.loop.create_unix_connection(
self.protocol_factory, self.addr)
......@@ -265,7 +268,8 @@ class Client:
def __init__(self, loop,
addrs, client, cache, storage_key, read_only, connect_poll,
register_failed_poll=9):
register_failed_poll=9,
ssl=None, ssl_server_hostname=None):
"""Create a client interface
addr is either a host,port tuple or a string file name.
......@@ -281,6 +285,8 @@ class Client:
self.connect_poll = connect_poll
self.register_failed_poll = register_failed_poll
self.client = client
self.ssl = ssl
self.ssl_server_hostname = ssl_server_hostname
for name in Protocol.client_delegated:
setattr(self, name, getattr(client, name))
self.cache = cache
......@@ -344,6 +350,8 @@ class Client:
self.protocols = [
Protocol(self.loop, addr, self,
self.storage_key, self.read_only, self.connect_poll,
ssl=self.ssl,
ssl_server_hostname=self.ssl_server_hostname,
)
for addr in self.addrs
]
......@@ -584,14 +592,16 @@ class Client:
class ClientRunner:
def set_options(self, addrs, wrapper, cache, storage_key, read_only,
timeout=30, disconnect_poll=1):
timeout=30, disconnect_poll=1,
**kwargs):
self.__args = (addrs, wrapper, cache, storage_key, read_only,
disconnect_poll)
self.__kwargs = kwargs
self.timeout = timeout
def setup_delegation(self, loop):
self.loop = loop
self.client = Client(loop, *self.__args)
self.client = Client(loop, *self.__args, **self.__kwargs)
self.call_threadsafe = self.client.call_threadsafe
self.call_async_threadsafe = self.client.call_async_threadsafe
......@@ -685,9 +695,10 @@ class ClientThread(ClientRunner):
def __init__(self, addrs, client, cache,
storage_key='1', read_only=False, timeout=30,
disconnect_poll=1):
disconnect_poll=1, ssl=None, ssl_server_hostname=None):
self.set_options(addrs, client, cache, storage_key, read_only,
timeout, disconnect_poll)
timeout, disconnect_poll,
ssl=ssl, ssl_server_hostname=ssl_server_hostname)
self.thread = threading.Thread(
target=self.run,
name="%s zeo client networking thread" % client.__name__,
......
src/ZEO/component.xml
View file @ 2fdc0283
<component>
<sectiontype name="zeo">
<import package="ZODB"/>
<description>
The content of a ZEO section describe operational parameters
of a ZEO server except for the storage(s) to be served.
</description>
<sectiontype name="ssl" datatype="ZEO.zconfig.client_ssl">
<key name="address" datatype="socket-binding-address"
required="yes">
<key name="certificate" datatype="existing-dirpath" required="yes">
<description>
The address at which the server should listen. This can be in
the form 'host:port' to signify a TCP/IP connection or a
pathname string to signify a Unix domain socket connection (at
least one '/' is required). A hostname may be a DNS name or a
dotted IP address. If the hostname is omitted, the platform's
default behavior is used when binding the listening socket (''
is passed to socket.bind() as the hostname portion of the
address).
The full path to an SSL certificate file.
</description>
</key>
<key name="read-only" datatype="boolean"
required="no"
default="false">
<key name="key" datatype="existing-dirpath" required="no">
<description>
Flag indicating whether the server should operate in read-only
mode. Defaults to false. Note that even if the server is
operating in writable mode, individual storages may still be
read-only. But if the server is in read-only mode, no write
operations are allowed, even if the storages are writable. Note
that pack() is considered a read-only operation.
The full path to an SSL key file for the client certificate.
</description>
</key>
<key name="invalidation-queue-size" datatype="integer"
required="no"
default="100">
<key name="password-function" required="no">
<description>
The storage server keeps a queue of the objects modified by the
last N transactions, where N == invalidation_queue_size. This
queue is used to speed client cache verification when a client
disconnects for a short period of time.
Dotted name of importable function for retrieving a password
for the client certificate key.
</description>
</key>
<key name="invalidation-age" datatype="float" required="no">
<key name="authenticate" datatype="existing-dirpath" required="no">
<description>
The maximum age of a client for which quick-verification
invalidations will be provided by iterating over the served
storage. This option should only be used if the served storage
supports efficient iteration from a starting point near the
end of the transaction history (e.g. end of file).
Path to a file or directory containing server certificates to be
authenticated.
</description>
</key>
<key name="transaction-timeout" datatype="integer"
required="no">
<key name="check-hostname" datatype="boolean" required="no">
<description>
The maximum amount of time to wait for a transaction to commit
after acquiring the storage lock, specified in seconds. If the
transaction takes too long, the client connection will be closed
and the transaction aborted.
Verify the host name in the server certificate is as expected.
</description>
</key>
<key name="pid-filename" datatype="existing-dirpath"
required="no">
<key name="server-hostname" required="no">
<description>
The full path to the file in which to write the ZEO server's Process ID
at startup. If omitted, $INSTANCE/var/ZEO.pid is used.
Host name to use for SSL host name checks.
If ``check-hostname`` is true then use this as the
value to check. If an address is a host/port pair, then this
defaults to the host in the address.
</description>
<metadefault>$INSTANCE/var/ZEO.pid (or $clienthome/ZEO.pid)</metadefault>
</key>
<!-- DM 2006-06-12: added option -->
<key name="drop-cache-rather-verify" datatype="boolean"
required="no" default="false">
<description>
indicates that the cache should be dropped rather than
verified when the verification optimization is not
available (e.g. when the ZEO server restarted).
</description>
</sectiontype>
<sectiontype name="clientstorage" datatype="ZEO.zconfig.ClientStorageConfig"
implements="ZODB.storage">
<section type="ssl" name="*" attribute="ssl" />
<multikey name="server" datatype="socket-connection-address" required="yes"
/>
<key name="cache-size" datatype="byte-size" default="20MB">
<description>
The cache size in bytes, KB or MB. This defaults to a 20MB.
Optional ``KB`` or ``MB`` suffixes can (and usually are) used to
specify units other than bytes.
</description>
</key>
<key name="cache-path" required="no">
<description>
The file path of a persistent cache file
</description>
</key>
<key name="blob-dir" required="no">
<description>
Path name to the blob cache directory.
</description>
</key>
<key name="shared-blob-dir" required="no" default="no"
datatype="boolean">
<description>
Tells whether the cache is a shared writable directory
and that the ZEO protocol should not transfer the file
but only the filename when committing.
</description>
</key>
<key name="blob-cache-size" required="no" datatype="byte-size">
<description>
Maximum size of the ZEO blob cache, in bytes. If not set, then
the cache size isn't checked and the blob directory will
grow without bound.
This option is ignored if shared_blob_dir is true.
</description>
</key>
<key name="blob-cache-size-check" required="no" datatype="integer">
<description>
ZEO check size as percent of blob_cache_size. The ZEO
cache size will be checked when this many bytes have been
loaded into the cache. Defaults to 10% of the blob cache
size. This option is ignored if shared_blob_dir is true.
</description>
</key>
<key name="read-only" datatype="boolean" default="off">
<description>
A flag indicating whether this should be a read-only storage,
defaulting to false (i.e. writing is allowed by default).
</description>
</key>
<key name="read-only-fallback" datatype="boolean" default="off">
<description>
A flag indicating whether a read-only remote storage should be
acceptable as a fallback when no writable storages are
available. Defaults to false. At most one of read_only and
read_only_fallback should be true.
</description>
</key>
<key name="wait-timeout" datatype="integer" default="30">
<description>
How long to wait for an initial connection, defaulting to 30
seconds. If an initial connection can't be made within this time
limit, then creation of the client storage will fail with a
``ZEO.Exceptions.ClientDisconnected`` exception.
After the initial connection, if the client is disconnected:
- In-flight server requests will fail with a
``ZEO.Exceptions.ClientDisconnected`` exception.
- New requests will block for up to ``wait_timeout`` waiting for a
connection to be established before failing with a
``ZEO.Exceptions.ClientDisconnected`` exception.
</description>
</key>
<key name="client-label" required="no">
<description>
A label for the client in server logs
</description>
</key>
<!-- The following are undocumented, but not gone. :) -->
<key name="storage" default="1">
<description>
The name of the storage that the client wants to use. If the
ZEO server serves more than one storage, the client selects
the storage it wants to use by name. The default name is '1',
which is also the default name for the ZEO server.
</description>
</key>
<key name="name" default="">
<description>
The storage name. If unspecified, the address of the server
will be used as the name.
</description>
</key>
</sectiontype>
......
src/ZEO/runzeo.py
View file @ 2fdc0283
......@@ -105,6 +105,7 @@ class ZEOOptionsMixin:
"t:", "timeout=", float)
self.add('pid_file', 'zeo.pid_filename',
None, 'pid-file=')
self.add("ssl", "zeo.ssl")
class ZEOOptions(ZDOptions, ZEOOptionsMixin):
......@@ -341,6 +342,7 @@ def create_server(storages, options):
invalidation_queue_size = options.invalidation_queue_size,
invalidation_age = options.invalidation_age,
transaction_timeout = options.transaction_timeout,
ssl = options.ssl,
)
......
src/ZEO/schema.xml
View file @ 2fdc0283
......@@ -12,7 +12,7 @@
<import package="ZODB"/>
<!-- Use the ZEO server information structure. -->
<import package="ZEO"/>
<import package="ZEO" file="server.xml" />
<import package="ZConfig.components.logger"/>
......
src/ZEO/server.xml 0 → 100644
View file @ 2fdc0283
<component>
<sectiontype name="ssl" datatype="ZEO.zconfig.server_ssl">
<key name="certificate" datatype="existing-dirpath" required="yes">
<description>
The full path to an SSL certificate file.
</description>
</key>
<key name="key" datatype="existing-dirpath" required="no">
<description>
The full path to an SSL key file for the server certificate.
</description>
</key>
<key name="password-function" required="no">
<description>
Dotted name of importable function for retrieving a password
for the client certificate key.
</description>
</key>
<key name="authenticate" required="yes">
<description>
Path to a file or directory containing client certificates to
be authenticated. This can also be - or SIGNED to require
signed client certificates.
</description>
</key>
</sectiontype>
<sectiontype name="zeo">
<section type="ssl" name="*" attribute="ssl" />
<description>
The content of a ZEO section describe operational parameters
of a ZEO server except for the storage(s) to be served.
</description>
<key name="address" datatype="socket-binding-address"
required="yes">
<description>
The address at which the server should listen. This can be in
the form 'host:port' to signify a TCP/IP connection or a
pathname string to signify a Unix domain socket connection (at
least one '/' is required). A hostname may be a DNS name or a
dotted IP address. If the hostname is omitted, the platform's
default behavior is used when binding the listening socket (''
is passed to socket.bind() as the hostname portion of the
address).
</description>
</key>
<key name="read-only" datatype="boolean"
required="no"
default="false">
<description>
Flag indicating whether the server should operate in read-only
mode. Defaults to false. Note that even if the server is
operating in writable mode, individual storages may still be
read-only. But if the server is in read-only mode, no write
operations are allowed, even if the storages are writable. Note
that pack() is considered a read-only operation.
</description>
</key>
<key name="invalidation-queue-size" datatype="integer"
required="no"
default="100">
<description>
The storage server keeps a queue of the objects modified by the
last N transactions, where N == invalidation_queue_size. This
queue is used to speed client cache verification when a client
disconnects for a short period of time.
</description>
</key>
<key name="invalidation-age" datatype="float" required="no">
<description>
The maximum age of a client for which quick-verification
invalidations will be provided by iterating over the served
storage. This option should only be used if the served storage
supports efficient iteration from a starting point near the
end of the transaction history (e.g. end of file).
</description>
</key>
<key name="transaction-timeout" datatype="integer"
required="no">
<description>
The maximum amount of time to wait for a transaction to commit
after acquiring the storage lock, specified in seconds. If the
transaction takes too long, the client connection will be closed
and the transaction aborted.
</description>
</key>
<key name="pid-filename" datatype="existing-dirpath"
required="no">
<description>
The full path to the file in which to write the ZEO server's Process ID
at startup. If omitted, $INSTANCE/var/ZEO.pid is used.
</description>
<metadefault>$INSTANCE/var/ZEO.pid (or $clienthome/ZEO.pid)</metadefault>
</key>
</sectiontype>
</component>
src/ZEO/tests/client.pem 0 → 100644
View file @ 2fdc0283
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
src/ZEO/tests/client_key.pem 0 → 100644
View file @ 2fdc0283
-----BEGIN RSA PRIVATE KEY-----
MIIEpQIBAAKCAQEA2q0uq2vPAO/SdqQqJNflm1Ic5pOZ/AfMexkmRw1/uQlSAa0T
Sh7dwiPiIAIIKk99R/058gDU2mYOy88yrDzSGjWj2DxBlZ9bpA5OPaRudqetGowO
ZG+taXMxAh77sRptjFtOPJ26Tvo3ZJrhN/+bLpi2iffPIq12NInOhD9IApP42+O3
mzjsjhMcQViA3s2NuDUXKKErC7BHrgRSzIFqe60q9dVPuCcHVXZxCGf4tb43CDOz
Eqem2/K8EasCCj66jGseUhC7n3HOdLa8DcKTYreEg6deldhgZ5FgrOmVktmcJ9na
5CF6I7eKgQ5QJcgJs8zEDsgSlMLvmPWf1rccpwIDAQABAoIBAQDSju7hIG2x+Tou
AuSRlVEAvZAWdQlQJDJAVXcF83mIMfFEq+Jm/FGLHgIdz9cM5n07VBj3bNWHdb3J
gTjJn8audffNvjdoWoli7mNn92xl1A5aAYHaM65GWyRVZn/zh/7zpvcuZrF+Wm/7
7yXtRbGmrGUXdAV+3odzDz5LGKO91fTuM2nW0j+p7+q2Bzko7+rl9AVxaveco4pt
TtqXX2eOC3wTcNotBfJJD89/+/szg62K4CYCUAaetKMPcVrgQ4v0YHakOl8lJJxW
q7XiqhPyjeZp6h8e9dtVCkeZHa3xacuoftF2w3FslVEX/LOooAKf07PU1xxJezZN
trP11pgBAoGBAPoysqD9OW3C0WyIXm/Lx1Pncr/p/kKYlXNDWQRmizHmfLC4xrBI
n75mYSp7BJ7Gh2W7lW9lnyJ0uaqXdqOOswO/baTeSEvvhL+lLs4F1cQWemjTD4qy
KqCxCCbTf8gZPssiJXsXGmf6yWAdpjfYUxarxB0Ks6wHLBpQHctvVebJAoGBAN+/
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1iWtl8ym2ktcAQygSl3HW4wggD59BbeXrUQr4nZi8wLMTpLxnSfITFrwXpwVShT4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-----END RSA PRIVATE KEY-----
src/ZEO/tests/forker.py
View file @ 2fdc0283
......@@ -40,9 +40,6 @@ class ZEOConfig:
addr = '%s:%s' % addr
self.address = addr
self.read_only = None
self.invalidation_queue_size = None
self.invalidation_age = None
self.transaction_timeout = None
self.loglevel = 'INFO'
def dump(self, f):
......@@ -50,13 +47,16 @@ class ZEOConfig:
print("address " + self.address, file=f)
if self.read_only is not None:
print("read-only", self.read_only and "true" or "false", file=f)
if self.invalidation_queue_size is not None:
print("invalidation-queue-size",
self.invalidation_queue_size, file=f)
if self.invalidation_age is not None:
print("invalidation-age", self.invalidation_age, file=f)
if self.transaction_timeout is not None:
print("transaction-timeout", self.transaction_timeout, file=f)
for name in (
'invalidation_queue_size', 'invalidation_age',
'transaction_timeout', 'pid_filename',
'ssl_certificate', 'ssl_key',
):
v = getattr(self, name, None)
if v:
print(name.replace('_', '-'), v, file=f)
print("</zeo>", file=f)
print("""
......@@ -177,25 +177,24 @@ def start_zeo_server(storage_conf=None, zeo_conf=None, port=None, keep=False,
storage_conf = '<blobstorage>\nblob-dir %s\n%s\n</blobstorage>' % (
blob_dir, storage_conf)
if port is None:
raise AssertionError("The port wasn't specified")
if zeo_conf is None or isinstance(zeo_conf, dict):
if port is None:
raise AssertionError("The port wasn't specified")
if isinstance(port, int):
addr = 'localhost', port
else:
addr = port
adminaddr = port+'-test'
if isinstance(port, int):
addr = 'localhost', port
else:
addr = port
if zeo_conf is None or isinstance(zeo_conf, dict):
z = ZEOConfig(addr)
if zeo_conf:
z.__dict__.update(zeo_conf)
zeo_conf = z
zeo_conf = str(z)
# Store the config info in a temp file.
tmpfile = tempfile.mktemp(".conf", dir=os.getcwd())
fp = open(tmpfile, 'w')
zeo_conf.dump(fp)
fp.write(zeo_conf + '\n\n')
fp.write(storage_conf)
fp.close()
......
src/ZEO/tests/server.pem 0 → 100644
View file @ 2fdc0283
-----BEGIN CERTIFICATE-----
MIID/TCCAuWgAwIBAgIJAKpYWt7G+3R4MA0GCSqGSIb3DQEBBQUAMFwxCzAJBgNV
BAYTAlVTMQswCQYDVQQIEwJWQTENMAsGA1UEChMEWk9EQjERMA8GA1UEAxMIem9k
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CQEWD3NlcnZlckB6b2RiLm9yZzCCASIwDQYJKoZIhvcNAQEBBQADggEPADCCAQoC
ggEBANqyMazB39wFKFh2nIspOw+e/7LPLQZpsd6BnYOxPbdlhb23Q930WqgW5qCA
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ACiGzPx1445EdyO4Em3M6MwPQD8KVLvxsYE5HQMk0A2BTJOs2Vzf0NPL2hn947D/
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fj902gQD/6hjVenD6J5Dqftj4x9nsKjdMz8n5Ok5E1J02ghiWjlUp1PNUKwc2Elw
oFnjPiacbko0fSnD9Zf6qBbACAYyBkHvBc1ZMebnGepZn3E6V91X5kZl84hGzgsb
C+2aGtAqSnvL4/DlIyss3hc=
-----END CERTIFICATE-----
src/ZEO/tests/server_key.pem 0 → 100644
View file @ 2fdc0283
-----BEGIN RSA PRIVATE KEY-----
MIIEpAIBAAKCAQEA2rIxrMHf3AUoWHaciyk7D57/ss8tBmmx3oGdg7E9t2WFvbdD
3fRaqBbmoIBomMuqSa9C9mESVd07aU7EYtHb8K7vVSCZheRlswqo822hgI9E8IIq
bkRzMAVdPLhJQPjTACWd0/snxOOkhopmOB1/LgZacZBABtdRHV4VmzNC1TulS/KO
Bexj4ESCriEXiIgFqtx/yT/o9OV1NEvERtGJM1nhx0gS1Mkv8vNK7mgHDxncnTlo
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tkjlCvLATkyKIz14nOLhYhc+ekLRxQZrVRgHIPW13c0F61drkc4uCs/UMbYRzZiZ
nnMeQLghIUP13xMtMMkNx0P1ampvV18kCJWuvHUqOMnCaPnTGCnGfOUtq98sTdui
vBnleePmBzF5VGT7M3e3pr63EKyVPD/bx2dbItcxOahBTgDbMQR4AQ65NvD5+B0+
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ttI6Ni94CfjBOKmR5IZXjgXZg5ydu+tBLwqNMJISziFSyTxzwNsAEPczUHefFhwq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-----END RSA PRIVATE KEY-----
src/ZEO/tests/serverpw.pem 0 → 100644
View file @ 2fdc0283
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
src/ZEO/tests/serverpw_key.pem 0 → 100644
View file @ 2fdc0283
-----BEGIN RSA PRIVATE KEY-----
Proc-Type: 4,ENCRYPTED
DEK-Info: DES-EDE3-CBC,769B900D03925712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-----END RSA PRIVATE KEY-----
src/ZEO/tests/testConfig.py
View file @ 2fdc0283
......@@ -12,53 +12,418 @@
#
##############################################################################
import doctest
import tempfile
import mock
import os
import ssl
import unittest
import ZODB.config
import ZODB.tests.util
from ZODB.tests.testConfig import ConfigTestBase
class ZEOConfigTest(ConfigTestBase):
def test_zeo_config(self):
# We're looking for a port that doesn't exist so a
# connection attempt will fail. Instead of elaborate
# logic to loop over a port calculation, we'll just pick a
# simple "random", likely to not-exist port number and add
# an elaborate comment explaining this instead. Go ahead,
# grep for 9.
from ZEO.ClientStorage import ClientDisconnected
import ZConfig
from ZODB.config import getDbSchema
from ZEO._compat import StringIO
cfg = """
<zodb>
<zeoclient>
server localhost:56897
wait false
</zeoclient>
</zodb>
"""
config, handle = ZConfig.loadConfigFile(getDbSchema(), StringIO(cfg))
self.assertEqual(config.database[0].config.storage.config.blob_dir,
from zope.testing import setupstack
from ZODB.config import storageFromString
from ..Exceptions import ClientDisconnected
from .. import runzeo
from .forker import start_zeo_server
here = os.path.dirname(__file__)
server_cert = os.path.join(here, 'server.pem')
server_key = os.path.join(here, 'server_key.pem')
serverpw_cert = os.path.join(here, 'serverpw.pem')
serverpw_key = os.path.join(here, 'serverpw_key.pem')
client_cert = os.path.join(here, 'client.pem')
client_key = os.path.join(here, 'client_key.pem')
class ZEOConfigTest(setupstack.TestCase):
setUp = setupstack.setUpDirectory
def start_server(self, settings='', **kw):
for name, value in kw.items():
settings += '\n%s %s\n' % (name.replace('_', '-'), value)
zeo_conf = """
<zeo>
address 127.0.0.1:0
%s
</zeo>
""" % settings
return start_zeo_server("<mappingstorage>\n</mappingstorage>\n",
zeo_conf, threaded=True)
def start_client(self, addr, settings='', **kw):
settings += '\nserver %s:%s\n' % addr
for name, value in kw.items():
settings += '\n%s %s\n' % (name.replace('_', '-'), value)
return storageFromString(
"""
%import ZEO
<clientstorage>
{}
</clientstorage>
""".format(settings))
def _client_assertions(
self, client, addr,
connected=True,
cache_size=20 * (1<<20),
cache_path=None,
blob_dir=None,
shared_blob_dir=False,
blob_cache_size=None,
blob_cache_size_check=10,
read_only=False,
read_only_fallback=False,
wait_timeout=30,
client_label=None,
storage='1',
name=None,
):
self.assertEqual(client.is_connected(), connected)
self.assertEqual(client._addr, [addr])
self.assertEqual(client._cache.maxsize, cache_size)
self.assertEqual(client._cache.path, cache_path)
self.assertEqual(client.blob_dir, blob_dir)
self.assertEqual(client.shared_blob_dir, shared_blob_dir)
self.assertEqual(client._blob_cache_size, blob_cache_size)
if blob_cache_size:
self.assertEqual(client._blob_cache_size_check,
blob_cache_size * blob_cache_size_check // 100)
self.assertEqual(client._is_read_only, read_only)
self.assertEqual(client._read_only_fallback, read_only_fallback)
self.assertEqual(client._server.timeout, wait_timeout)
self.assertEqual(client._client_label, client_label)
self.assertEqual(client._storage, storage)
self.assertEqual(client.__name__,
name if name is not None else str(client._addr))
def test_default_zeo_config(self, **client_settings):
addr, stop = self.start_server()
client = self.start_client(addr, **client_settings)
self._client_assertions(client, addr, **client_settings)
client.close()
stop()
def test_client_variations(self):
for name, value in dict(
cache_size=4200,
cache_path='test',
blob_dir='blobs',
blob_cache_size=424242,
read_only=True,
read_only_fallback=True,
wait_timeout=33,
client_label='test_client',
name='Test'
).items():
params = {name: value}
self.test_default_zeo_config(**params)
def test_blob_cache_size_check(self):
self.test_default_zeo_config(blob_cache_size=424242,
blob_cache_size_check=50)
def test_ssl_basic(self):
# This shows that configuring ssl has an actual effect on connections.
# Other SSL configuration tests will be Mockiavellian.
# Also test that an SSL connection mismatch doesn't kill
# the server loop.
# An SSL client can't talk to a non-SSL server:
addr, stop = self.start_server()
with self.assertRaises(ClientDisconnected):
self.start_client(
addr,
"""<ssl>
certificate {}
key {}
</ssl>""".format(client_cert, client_key), wait_timeout=1)
# But a non-ssl one can:
client = self.start_client(addr)
self._client_assertions(client, addr)
client.close()
stop()
# A non-SSL client can't talk to an SSL server:
addr, stop = self.start_server(
"""<ssl>
certificate {}
key {}
authenticate {}
</ssl>""".format(server_cert, server_key, client_cert)
)
with self.assertRaises(ClientDisconnected):
self.start_client(addr, wait_timeout=1)
# But an SSL one can:
client = self.start_client(
addr,
"""<ssl>
certificate {}
key {}
authenticate {}
</ssl>""".format(client_cert, client_key, server_cert))
self._client_assertions(client, addr)
client.close()
stop()
def test_ssl_hostname_check(self):
addr, stop = self.start_server(
"""<ssl>
certificate {}
key {}
authenticate {}
</ssl>""".format(server_cert, server_key, client_cert)
)
# Connext with bad hostname fails:
with self.assertRaises(ClientDisconnected):
client = self.start_client(
addr,
"""<ssl>
certificate {}
key {}
authenticate {}
server-hostname example.org
</ssl>""".format(client_cert, client_key, server_cert),
wait_timeout=1)
# Connext with good hostname succeeds:
client = self.start_client(
addr,
"""<ssl>
certificate {}
key {}
authenticate {}
server-hostname zodb.org
</ssl>""".format(client_cert, client_key, server_cert))
self._client_assertions(client, addr)
client.close()
stop()
def test_ssl_pw(self):
addr, stop = self.start_server(
"""<ssl>
certificate {}
key {}
authenticate {}
password-function ZEO.tests.testConfig.pwfunc
</ssl>""".format(serverpw_cert, serverpw_key, client_cert)
)
stop()
@mock.patch('ssl.create_default_context')
def test_ssl_mockiavellian_server_no_ssl(self, factory):
server = create_server()
self.assertFalse(factory.called)
self.assertEqual(server.acceptor._Acceptor__ssl, None)
server.close()
def assert_context(
self, factory, context,
cert=(server_cert, server_key, None),
verify_mode=ssl.CERT_REQUIRED,
check_hostname=False,
cafile=None, capath=None,
):
factory.assert_called_with(
ssl.Purpose.CLIENT_AUTH, cafile=cafile, capath=capath)
context.load_cert_chain.assert_called_with(*cert)
self.assertEqual(context, factory.return_value)
self.assertEqual(context.verify_mode, verify_mode)
self.assertEqual(context.check_hostname, check_hostname)
@mock.patch('ssl.create_default_context')
def test_ssl_mockiavellian_server_ssl_no_auth(self, factory):
with self.assertRaises(SystemExit):
# auth is required
create_server(certificate=server_cert, key=server_key)
@mock.patch('ssl.create_default_context')
def test_ssl_mockiavellian_server_ssl_auth_file(self, factory):
server = create_server(
certificate=server_cert, key=server_key, authenticate=__file__)
context = server.acceptor._Acceptor__ssl
self.assert_context(factory, context, cafile=__file__)
server.close()
@mock.patch('ssl.create_default_context')
def test_ssl_mockiavellian_server_ssl_auth_dir(self, factory):
server = create_server(
certificate=server_cert, key=server_key, authenticate=here)
context = server.acceptor._Acceptor__ssl
self.assert_context(factory, context, capath=here)
server.close()
@mock.patch('ssl.create_default_context')
def test_ssl_mockiavellian_server_ssl_pw(self, factory):
server = create_server(
certificate=server_cert,
key=server_key,
password_function='ZEO.tests.testConfig.pwfunc',
authenticate=here,
)
context = server.acceptor._Acceptor__ssl
self.assert_context(
factory, context, (server_cert, server_key, pwfunc), capath=here)
server.close()
@mock.patch('ssl.create_default_context')
@mock.patch('ZEO.ClientStorage.ClientStorage')
def test_ssl_mockiavellian_client_no_ssl(self, ClientStorage, factory):
client = ssl_client()
self.assertFalse('ssl' in ClientStorage.call_args[1])
self.assertFalse('ssl_server_hostname' in ClientStorage.call_args[1])
@mock.patch('ssl.create_default_context')
@mock.patch('ZEO.ClientStorage.ClientStorage')
def test_ssl_mockiavellian_client_server_signed(
self, ClientStorage, factory
):
client = ssl_client(certificate=client_cert, key=client_key)
context = ClientStorage.call_args[1]['ssl']
self.assertEqual(ClientStorage.call_args[1]['ssl_server_hostname'],
None)
self.assert_context(
factory, context, (client_cert, client_key, None),
check_hostname=True)
@mock.patch('ssl.create_default_context')
@mock.patch('ZEO.ClientStorage.ClientStorage')
def test_ssl_mockiavellian_client_auth_dir(
self, ClientStorage, factory
):
client = ssl_client(
certificate=client_cert, key=client_key, authenticate=here)
context = ClientStorage.call_args[1]['ssl']
self.assertEqual(ClientStorage.call_args[1]['ssl_server_hostname'],
None)
self.assert_context(
factory, context, (client_cert, client_key, None),
capath=here,
)
@mock.patch('ssl.create_default_context')
@mock.patch('ZEO.ClientStorage.ClientStorage')
def test_ssl_mockiavellian_client_auth_file(
self, ClientStorage, factory
):
client = ssl_client(
certificate=client_cert, key=client_key, authenticate=server_cert)
context = ClientStorage.call_args[1]['ssl']
self.assertEqual(ClientStorage.call_args[1]['ssl_server_hostname'],
None)
self.assertRaises(ClientDisconnected, self._test, cfg)
cfg = """
<zodb>
<zeoclient>
blob-dir blobs
server localhost:56897
wait false
</zeoclient>
</zodb>
"""
config, handle = ZConfig.loadConfigFile(getDbSchema(), StringIO(cfg))
self.assertEqual(config.database[0].config.storage.config.blob_dir,
'blobs')
self.assertRaises(ClientDisconnected, self._test, cfg)
self.assert_context(
factory, context, (client_cert, client_key, None),
cafile=server_cert,
)
@mock.patch('ssl.create_default_context')
@mock.patch('ZEO.ClientStorage.ClientStorage')
def test_ssl_mockiavellian_client_pw(
self, ClientStorage, factory
):
client = ssl_client(
certificate=client_cert, key=client_key,
password_function='ZEO.tests.testConfig.pwfunc',
authenticate=server_cert)
context = ClientStorage.call_args[1]['ssl']
self.assertEqual(ClientStorage.call_args[1]['ssl_server_hostname'],
None)
self.assert_context(
factory, context, (client_cert, client_key, pwfunc),
check_hostname=False,
cafile=server_cert,
)
@mock.patch('ssl.create_default_context')
@mock.patch('ZEO.ClientStorage.ClientStorage')
def test_ssl_mockiavellian_client_server_hostname(
self, ClientStorage, factory
):
client = ssl_client(
certificate=client_cert, key=client_key, authenticate=server_cert,
server_hostname='example.com')
context = ClientStorage.call_args[1]['ssl']
self.assertEqual(ClientStorage.call_args[1]['ssl_server_hostname'],
'example.com')
self.assert_context(
factory, context, (client_cert, client_key, None),
cafile=server_cert,
check_hostname=True,
)
@mock.patch('ssl.create_default_context')
@mock.patch('ZEO.ClientStorage.ClientStorage')
def test_ssl_mockiavellian_client_check_hostname(
self, ClientStorage, factory
):
client = ssl_client(
certificate=client_cert, key=client_key, authenticate=server_cert,
check_hostname=True)
context = ClientStorage.call_args[1]['ssl']
self.assertEqual(ClientStorage.call_args[1]['ssl_server_hostname'],
None)
self.assert_context(
factory, context, (client_cert, client_key, None),
cafile=server_cert,
check_hostname=True,
)
def args(*a, **kw):
return a, kw
def ssl_conf(**ssl_settings):
if ssl_settings:
ssl_conf = '<ssl>\n' + '\n'.join(
'{} {}'.format(name.replace('_', '-'), value)
for name, value in ssl_settings.items()
) + '\n</ssl>\n'
else:
ssl_conf = ''
return ssl_conf
def ssl_client(**ssl_settings):
return storageFromString(
"""%import ZEO
<clientstorage>
server localhost:0
{}
</clientstorage>
""".format(ssl_conf(**ssl_settings))
)
def create_server(**ssl_settings):
with open('conf', 'w') as f:
f.write(
"""
<zeo>
address localhost:0
{}
</zeo>
<mappingstorage>
</mappingstorage>
""".format(ssl_conf(**ssl_settings)))
options = runzeo.ZEOOptions()
options.realize(['-C', 'conf'])
s = runzeo.ZEOServer(options)
s.open_storages()
s.create_server()
return s.server
pwfunc = lambda : '1234'
def test_suite():
return unittest.makeSuite(ZEOConfigTest)
src/ZEO/zconfig.py
View file @ 2fdc0283
......@@ -2,33 +2,37 @@
"""
import os
default_cert_authenticate = 'SIGNED', '-'
def ssl_config(section, server):
import ssl
context = ssl.SSLContext(ssl.PROTOCOL_SSLv23)
if section.certificate:
context.load_cert_chain(section.certificate,
keyfile=section.key)
cafile = capath = None
auth = section.authenticate
if auth:
if auth in default_cert_authenticate:
context.load_default_certs(
ssl.Purpose.CLIENT_AUTH if server else ssl.Purpose.SERVER_AUTH)
elif os.path.isdir(auth):
context.load_verify_locations(capath=auth)
if os.path.isdir(auth):
capath=auth
else:
context.load_verify_locations(cafile=auth)
cafile=auth
context = ssl.create_default_context(
ssl.Purpose.CLIENT_AUTH, cafile=cafile, capath=capath)
if section.certificate:
password = section.password_function
if password:
module, name = password.rsplit('.', 1)
module = __import__(module, globals(), locals(), ['*'], 0)
password = getattr(module, name)
context.load_cert_chain(section.certificate, section.key, password)
context.verify_mode = ssl.CERT_REQUIRED
else:
context.verify_mode = ssl.CERT_NONE
context.verify_mode = ssl.CERT_REQUIRED
if server:
context.check_hostname = False
return context
context.check_hostname = section.check_hostname or section.server_hostname
context.check_hostname = bool(
section.check_hostname is None and (section.server_hostname or not auth)
or section.check_hostname)
return context, section.server_hostname
......
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