tests: test using both versions of SSH protocol
Now that the version 2 of the SSH protocol is usable in core, we
can start actively testing it more widely outside of low-level
protocol tests.
We add #testcases variants to a handful of tests so we exercise both
version 1 and version 2 of the SSH protocol when testing. This will
allow us to more easily find regressions and variances as protocol 2
is developed. It will also make it easier to continue testing with
protocol version 1 once version 2 is enabled by default.
There are a handful of tests using ssh:// that should also gain test
variances. One - test-push-race.t - already has a #testcases. This
would require combinatorial cases. I didn't want to go down that
rabbit hole, so that test is unchanged. Thinking aloud, there is
probably an opportunity to automatically run tests with multiple
server/protocol implementations. Ideally any test that performed
server interaction would run with all supported server implementations
and protocols so we could find variances between servers and protocols.
But this has been a long-standing issue with our test harness. I
don't think it is an easily solved problem. But it would be nice...
Differential Revision: https://phab.mercurial-scm.org/D2206
#testcases sshv1 sshv2
#if sshv2
$ cat >> $HGRCPATH << EOF
> [experimental]
> sshpeer.advertise-v2 = true
> sshserver.support-v2 = true
> EOF
#endif
$ cat > bundle2.py << EOF
> """A small extension to test bundle2 pushback parts.
> Current bundle2 implementation doesn't provide a way to generate those
> parts, so they must be created by extensions.
> """
> from __future__ import absolute_import
> from mercurial import bundle2, exchange, pushkey, util
> def _newhandlechangegroup(op, inpart):
> """This function wraps the changegroup part handler for getbundle.
> It issues an additional pushkey part to send a new
> bookmark back to the client"""
> result = bundle2.handlechangegroup(op, inpart)
> if 'pushback' in op.reply.capabilities:
> params = {'namespace': 'bookmarks',
> 'key': 'new-server-mark',
> 'old': '',
> 'new': 'tip'}
> encodedparams = [(k, pushkey.encode(v)) for (k,v) in params.items()]
> op.reply.newpart('pushkey', mandatoryparams=encodedparams)
> else:
> op.reply.newpart('output', data='pushback not enabled')
> return result
> _newhandlechangegroup.params = bundle2.handlechangegroup.params
> bundle2.parthandlermapping['changegroup'] = _newhandlechangegroup
> EOF
$ cat >> $HGRCPATH <<EOF
> [ui]
> ssh = $PYTHON "$TESTDIR/dummyssh"
> username = nobody <no.reply@example.com>
>
> [alias]
> tglog = log -G -T "{desc} [{phase}:{node|short}]"
> EOF
Set up server repository
$ hg init server
$ cd server
$ echo c0 > f0
$ hg commit -Am 0
adding f0
Set up client repository
$ cd ..
$ hg clone ssh://user@dummy/server client -q
$ cd client
Enable extension
$ cat >> $HGRCPATH <<EOF
> [extensions]
> bundle2=$TESTTMP/bundle2.py
> EOF
Without config
$ cd ../client
$ echo c1 > f1
$ hg commit -Am 1
adding f1
$ hg push
pushing to ssh://user@dummy/server
searching for changes
remote: adding changesets
remote: adding manifests
remote: adding file changes
remote: added 1 changesets with 1 changes to 1 files
remote: pushback not enabled
$ hg bookmark
no bookmarks set
$ cd ../server
$ hg tglog
o 1 [public:2b9c7234e035]
|
@ 0 [public:6cee5c8f3e5b]
With config
$ cd ../client
$ echo '[experimental]' >> .hg/hgrc
$ echo 'bundle2.pushback = True' >> .hg/hgrc
$ echo c2 > f2
$ hg commit -Am 2
adding f2
$ hg push
pushing to ssh://user@dummy/server
searching for changes
remote: adding changesets
remote: adding manifests
remote: adding file changes
remote: added 1 changesets with 1 changes to 1 files
$ hg bookmark
new-server-mark 2:0a76dfb2e179
$ cd ../server
$ hg tglog
o 2 [public:0a76dfb2e179]
|
o 1 [public:2b9c7234e035]
|
@ 0 [public:6cee5c8f3e5b]