Mercurial > hg
view tests/test-check-interfaces.py @ 44412:edc8504bc26b
exchange: turn on option that makes concurrent pushes work better
The motivation is simply to make hg work better out of the box.
This is a slight backwards compatibility break, because client
extensions could have assumed that the list of heads the client sees
during discovery will be the list of heads during the entirety of the
push. It seems unlikely to matter, and not worth mentioning.
There's a fair amount of diff in tests, but this is just due to
sending a few more bytes on the wire, except for test-acl.t.
The extra "invalid branch cache" lines in test-acl.t don't seem to
indicate a problem: the branchcache now get computed during the bundle
application (because of the check:updated-heads bundle part), but
doesn't get rolled back when transactions rollback, thus causing a
message in the next operation computing the branch cache. Before this
change, I assume the branchcache was only computed on transaction
commit, so not computed at all when the transactions roll back, thus
no messages.
Differential Revision: https://phab.mercurial-scm.org/D8202
author | Valentin Gatien-Baron <valentin.gatienbaron@gmail.com> |
---|---|
date | Tue, 25 Feb 2020 20:27:39 -0500 |
parents | c86256bd4eb8 |
children | 8c66a680f396 |
line wrap: on
line source
# Test that certain objects conform to well-defined interfaces. from __future__ import absolute_import, print_function from mercurial import encoding encoding.environ[b'HGREALINTERFACES'] = b'1' import os import subprocess import sys # Only run if tests are run in a repo if subprocess.call( ['python', '%s/hghave' % os.environ['TESTDIR'], 'test-repo'] ): sys.exit(80) from mercurial.interfaces import ( dirstate as intdirstate, repository, ) from mercurial.thirdparty.zope import interface as zi from mercurial.thirdparty.zope.interface import verify as ziverify from mercurial import ( bundlerepo, dirstate, filelog, httppeer, localrepo, manifest, pycompat, revlog, sshpeer, statichttprepo, ui as uimod, unionrepo, vfs as vfsmod, wireprotoserver, wireprototypes, wireprotov1peer, wireprotov2server, ) testdir = os.path.dirname(__file__) rootdir = pycompat.fsencode(os.path.normpath(os.path.join(testdir, '..'))) sys.path[0:0] = [testdir] import simplestorerepo del sys.path[0] def checkzobject(o, allowextra=False): """Verify an object with a zope interface.""" ifaces = zi.providedBy(o) if not ifaces: print('%r does not provide any zope interfaces' % o) return # Run zope.interface's built-in verification routine. This verifies that # everything that is supposed to be present is present. for iface in ifaces: ziverify.verifyObject(iface, o) if allowextra: return # Now verify that the object provides no extra public attributes that # aren't declared as part of interfaces. allowed = set() for iface in ifaces: allowed |= set(iface.names(all=True)) public = {a for a in dir(o) if not a.startswith('_')} for attr in sorted(public - allowed): print( 'public attribute not declared in interfaces: %s.%s' % (o.__class__.__name__, attr) ) # Facilitates testing localpeer. class dummyrepo(object): def __init__(self): self.ui = uimod.ui() def filtered(self, name): pass def _restrictcapabilities(self, caps): pass class dummyopener(object): handlers = [] # Facilitates testing sshpeer without requiring a server. class badpeer(httppeer.httppeer): def __init__(self): super(badpeer, self).__init__( None, None, None, dummyopener(), None, None ) self.badattribute = True def badmethod(self): pass class dummypipe(object): def close(self): pass def main(): ui = uimod.ui() # Needed so we can open a local repo with obsstore without a warning. ui.setconfig(b'experimental', b'evolution.createmarkers', True) checkzobject(badpeer()) ziverify.verifyClass(repository.ipeerbase, httppeer.httppeer) checkzobject(httppeer.httppeer(None, None, None, dummyopener(), None, None)) ziverify.verifyClass(repository.ipeerv2, httppeer.httpv2peer) checkzobject(httppeer.httpv2peer(None, b'', b'', None, None, None)) ziverify.verifyClass(repository.ipeerbase, localrepo.localpeer) checkzobject(localrepo.localpeer(dummyrepo())) ziverify.verifyClass( repository.ipeercommandexecutor, localrepo.localcommandexecutor ) checkzobject(localrepo.localcommandexecutor(None)) ziverify.verifyClass( repository.ipeercommandexecutor, wireprotov1peer.peerexecutor ) checkzobject(wireprotov1peer.peerexecutor(None)) ziverify.verifyClass(repository.ipeerbase, sshpeer.sshv1peer) checkzobject( sshpeer.sshv1peer( ui, b'ssh://localhost/foo', b'', dummypipe(), dummypipe(), None, None, ) ) ziverify.verifyClass(repository.ipeerbase, sshpeer.sshv2peer) checkzobject( sshpeer.sshv2peer( ui, b'ssh://localhost/foo', b'', dummypipe(), dummypipe(), None, None, ) ) ziverify.verifyClass(repository.ipeerbase, bundlerepo.bundlepeer) checkzobject(bundlerepo.bundlepeer(dummyrepo())) ziverify.verifyClass(repository.ipeerbase, statichttprepo.statichttppeer) checkzobject(statichttprepo.statichttppeer(dummyrepo())) ziverify.verifyClass(repository.ipeerbase, unionrepo.unionpeer) checkzobject(unionrepo.unionpeer(dummyrepo())) ziverify.verifyClass( repository.ilocalrepositorymain, localrepo.localrepository ) ziverify.verifyClass( repository.ilocalrepositoryfilestorage, localrepo.revlogfilestorage ) repo = localrepo.makelocalrepository(ui, rootdir) checkzobject(repo) ziverify.verifyClass( wireprototypes.baseprotocolhandler, wireprotoserver.sshv1protocolhandler ) ziverify.verifyClass( wireprototypes.baseprotocolhandler, wireprotoserver.sshv2protocolhandler ) ziverify.verifyClass( wireprototypes.baseprotocolhandler, wireprotoserver.httpv1protocolhandler, ) ziverify.verifyClass( wireprototypes.baseprotocolhandler, wireprotov2server.httpv2protocolhandler, ) sshv1 = wireprotoserver.sshv1protocolhandler(None, None, None) checkzobject(sshv1) sshv2 = wireprotoserver.sshv2protocolhandler(None, None, None) checkzobject(sshv2) httpv1 = wireprotoserver.httpv1protocolhandler(None, None, None) checkzobject(httpv1) httpv2 = wireprotov2server.httpv2protocolhandler(None, None) checkzobject(httpv2) ziverify.verifyClass(repository.ifilestorage, filelog.filelog) ziverify.verifyClass(repository.imanifestdict, manifest.manifestdict) ziverify.verifyClass( repository.imanifestrevisionstored, manifest.manifestctx ) ziverify.verifyClass( repository.imanifestrevisionwritable, manifest.memmanifestctx ) ziverify.verifyClass( repository.imanifestrevisionstored, manifest.treemanifestctx ) ziverify.verifyClass( repository.imanifestrevisionwritable, manifest.memtreemanifestctx ) ziverify.verifyClass(repository.imanifestlog, manifest.manifestlog) ziverify.verifyClass(repository.imanifeststorage, manifest.manifestrevlog) ziverify.verifyClass( repository.irevisiondelta, simplestorerepo.simplestorerevisiondelta ) ziverify.verifyClass(repository.ifilestorage, simplestorerepo.filestorage) ziverify.verifyClass( repository.iverifyproblem, simplestorerepo.simplefilestoreproblem ) ziverify.verifyClass(intdirstate.idirstate, dirstate.dirstate) vfs = vfsmod.vfs(b'.') fl = filelog.filelog(vfs, b'dummy.i') checkzobject(fl, allowextra=True) # Conforms to imanifestlog. ml = manifest.manifestlog( vfs, repo, manifest.manifestrevlog(repo.svfs), repo.narrowmatch() ) checkzobject(ml) checkzobject(repo.manifestlog) # Conforms to imanifestrevision. mctx = ml[repo[0].manifestnode()] checkzobject(mctx) # Conforms to imanifestrevisionwritable. checkzobject(mctx.copy()) # Conforms to imanifestdict. checkzobject(mctx.read()) mrl = manifest.manifestrevlog(vfs) checkzobject(mrl) ziverify.verifyClass(repository.irevisiondelta, revlog.revlogrevisiondelta) rd = revlog.revlogrevisiondelta( node=b'', p1node=b'', p2node=b'', basenode=b'', linknode=b'', flags=b'', baserevisionsize=None, revision=b'', delta=None, ) checkzobject(rd) ziverify.verifyClass(repository.iverifyproblem, revlog.revlogproblem) checkzobject(revlog.revlogproblem()) main()