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92f6f35e7a
Summary: This diff marks **ALL** mercurial tests requiring Python 2 feature. After you fixes some tests, simply remove the `py2` feature requirement and that tests will be continuously run after your diff is landed. To bypass this feature requirement, run the tests command with `HGTEST_FORCE_PY2=1`. For example: ``` HGTEST_FORCE_PY2=1 buck test //eden/scm/tests:hg_run_tests ``` or ``` HGTEST_FORCE_PY2=1 python run-tests.py ``` ---- Basically this diff are created with the following commands: ``` $ sed -i 's/import feature\(.*\)$/import feature\1\n\nfeature.require(["py2"])/' test-*-t.py $ sed -i '1s/^/#require py2\n/' test-*.t $ ls | grep -P "^test.*(?<\!-t)\.py$" > list && vim -p $(cat list) # manually adding feature requires for these Python tests. ``` (Note: this ignores all push blocking failures!) ignore-conflict-markers Reviewed By: singhsrb Differential Revision: D19655148 fbshipit-source-id: 985e3ccb4010cc559049f1d89f8909bc2d9b5e20
345 lines
10 KiB
Python
345 lines
10 KiB
Python
from __future__ import absolute_import
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import copy
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import errno
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import os
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import tempfile
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import types
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import unittest
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import silenttestrunner
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from edenscm.mercurial import (
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encoding,
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error,
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extensions,
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lock,
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pycompat,
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util,
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vfs as vfsmod,
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)
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from testutil.dott import feature
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feature.require(["py2"])
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testlockname = "testlock"
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# work around http://bugs.python.org/issue1515
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if types.MethodType not in copy._deepcopy_dispatch:
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def _deepcopy_method(x, memo):
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return type(x)(x.__func__, copy.deepcopy(x.__self__, memo), x.im_class)
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copy._deepcopy_dispatch[types.MethodType] = _deepcopy_method
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class lockwrapper(lock.lock):
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def __init__(self, pidoffset, *args, **kwargs):
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# lock.lock.__init__() calls lock(), so the pidoffset assignment needs
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# to be earlier
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self._pidoffset = pidoffset
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super(lockwrapper, self).__init__(*args, **kwargs)
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def _getpid(self):
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pid = super(lockwrapper, self)._getpid()
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return "%s/%s" % (pid, self._pidoffset)
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class teststate(object):
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def __init__(self, testcase, dir, pidoffset=0):
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self._testcase = testcase
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self._acquirecalled = False
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self._releasecalled = False
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self._postreleasecalled = False
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self.vfs = vfsmod.vfs(dir, audit=False)
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self._pidoffset = pidoffset
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def makelock(self, *args, **kwargs):
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l = lockwrapper(
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self._pidoffset,
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self.vfs,
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testlockname,
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releasefn=self.releasefn,
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acquirefn=self.acquirefn,
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*args,
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**kwargs
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)
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l.postrelease.append(self.postreleasefn)
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return l
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def acquirefn(self):
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self._acquirecalled = True
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def releasefn(self):
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self._releasecalled = True
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def postreleasefn(self):
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self._postreleasecalled = True
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def assertacquirecalled(self, called):
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self._testcase.assertEqual(
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self._acquirecalled,
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called,
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"expected acquire to be %s but was actually %s"
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% (self._tocalled(called), self._tocalled(self._acquirecalled)),
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)
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def resetacquirefn(self):
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self._acquirecalled = False
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def assertreleasecalled(self, called):
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self._testcase.assertEqual(
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self._releasecalled,
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called,
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"expected release to be %s but was actually %s"
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% (self._tocalled(called), self._tocalled(self._releasecalled)),
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)
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def assertpostreleasecalled(self, called):
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self._testcase.assertEqual(
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self._postreleasecalled,
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called,
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"expected postrelease to be %s but was actually %s"
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% (self._tocalled(called), self._tocalled(self._postreleasecalled)),
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)
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def assertlockexists(self, exists):
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actual = self.vfs.lexists(testlockname)
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self._testcase.assertEqual(
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actual,
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exists,
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"expected lock to %s but actually did %s"
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% (self._toexists(exists), self._toexists(actual)),
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)
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def _tocalled(self, called):
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if called:
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return "called"
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else:
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return "not called"
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def _toexists(self, exists):
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if exists:
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return "exist"
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else:
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return "not exist"
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class testlock(unittest.TestCase):
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def testlock(self):
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state = teststate(self, tempfile.mkdtemp(dir=os.getcwd()))
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lock = state.makelock()
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state.assertacquirecalled(True)
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lock.release()
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state.assertreleasecalled(True)
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state.assertpostreleasecalled(True)
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state.assertlockexists(False)
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def testrecursivelock(self):
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state = teststate(self, tempfile.mkdtemp(dir=os.getcwd()))
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lock = state.makelock()
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state.assertacquirecalled(True)
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state.resetacquirefn()
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lock.lock()
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# recursive lock should not call acquirefn again
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state.assertacquirecalled(False)
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lock.release() # brings lock refcount down from 2 to 1
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state.assertreleasecalled(False)
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state.assertpostreleasecalled(False)
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state.assertlockexists(True)
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lock.release() # releases the lock
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state.assertreleasecalled(True)
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state.assertpostreleasecalled(True)
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state.assertlockexists(False)
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def testlockfork(self):
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state = teststate(self, tempfile.mkdtemp(dir=os.getcwd()))
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lock = state.makelock()
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state.assertacquirecalled(True)
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# fake a fork
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forklock = copy.deepcopy(lock)
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forklock._pidoffset = 1
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forklock.release()
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state.assertreleasecalled(False)
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state.assertpostreleasecalled(False)
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state.assertlockexists(True)
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# release the actual lock
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lock.release()
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state.assertreleasecalled(True)
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state.assertpostreleasecalled(True)
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state.assertlockexists(False)
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def testinheritlock(self):
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d = tempfile.mkdtemp(dir=os.getcwd())
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parentstate = teststate(self, d)
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parentlock = parentstate.makelock()
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parentstate.assertacquirecalled(True)
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# set up lock inheritance
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with parentlock.inherit() as lockname:
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parentstate.assertreleasecalled(True)
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parentstate.assertpostreleasecalled(False)
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parentstate.assertlockexists(True)
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childstate = teststate(self, d, pidoffset=1)
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childlock = childstate.makelock(parentlock=lockname)
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childstate.assertacquirecalled(True)
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childlock.release()
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childstate.assertreleasecalled(True)
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childstate.assertpostreleasecalled(False)
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childstate.assertlockexists(True)
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parentstate.resetacquirefn()
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parentstate.assertacquirecalled(True)
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parentlock.release()
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parentstate.assertreleasecalled(True)
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parentstate.assertpostreleasecalled(True)
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parentstate.assertlockexists(False)
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def testmultilock(self):
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d = tempfile.mkdtemp(dir=os.getcwd())
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state0 = teststate(self, d)
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lock0 = state0.makelock()
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state0.assertacquirecalled(True)
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with lock0.inherit() as lock0name:
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state0.assertreleasecalled(True)
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state0.assertpostreleasecalled(False)
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state0.assertlockexists(True)
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state1 = teststate(self, d, pidoffset=1)
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lock1 = state1.makelock(parentlock=lock0name)
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state1.assertacquirecalled(True)
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# from within lock1, acquire another lock
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with lock1.inherit() as lock1name:
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# since the file on disk is lock0's this should have the same
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# name
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self.assertEqual(lock0name, lock1name)
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state2 = teststate(self, d, pidoffset=2)
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lock2 = state2.makelock(parentlock=lock1name)
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state2.assertacquirecalled(True)
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lock2.release()
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state2.assertreleasecalled(True)
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state2.assertpostreleasecalled(False)
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state2.assertlockexists(True)
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state1.resetacquirefn()
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state1.assertacquirecalled(True)
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lock1.release()
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state1.assertreleasecalled(True)
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state1.assertpostreleasecalled(False)
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state1.assertlockexists(True)
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lock0.release()
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def testinheritlockfork(self):
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d = tempfile.mkdtemp(dir=os.getcwd())
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parentstate = teststate(self, d)
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parentlock = parentstate.makelock()
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parentstate.assertacquirecalled(True)
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# set up lock inheritance
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with parentlock.inherit() as lockname:
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childstate = teststate(self, d, pidoffset=1)
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childlock = childstate.makelock(parentlock=lockname)
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childstate.assertacquirecalled(True)
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# fork the child lock
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forkchildlock = copy.deepcopy(childlock)
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forkchildlock._pidoffset += 1
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forkchildlock.release()
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childstate.assertreleasecalled(False)
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childstate.assertpostreleasecalled(False)
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childstate.assertlockexists(True)
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# release the child lock
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childlock.release()
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childstate.assertreleasecalled(True)
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childstate.assertpostreleasecalled(False)
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childstate.assertlockexists(True)
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parentlock.release()
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def testinheritcheck(self):
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d = tempfile.mkdtemp(dir=os.getcwd())
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state = teststate(self, d)
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def check():
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raise error.LockInheritanceContractViolation("check failed")
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lock = state.makelock(inheritchecker=check)
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state.assertacquirecalled(True)
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with self.assertRaises(error.LockInheritanceContractViolation):
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with lock.inherit():
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pass
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lock.release()
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def testfrequentlockunlock(self):
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"""This tests whether lock acquisition fails as expected, even if
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(1) lock can't be acquired (makelock fails by EEXIST), and
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(2) lockinfo can't be read in (readlock fails by ENOENT) while
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retrying 5 times.
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"""
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d = tempfile.mkdtemp(dir=os.getcwd())
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state = teststate(self, d)
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def emulatefrequentlock(*args):
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raise OSError(errno.EEXIST, "File exists")
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def emulatefrequentunlock(*args):
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raise OSError(errno.ENOENT, "No such file or directory")
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state.vfs.makelock = emulatefrequentlock
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state.vfs.readlock = emulatefrequentunlock
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try:
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state.makelock(timeout=0)
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self.fail("unexpected lock acquisition")
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except error.LockHeld as why:
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self.assertTrue(why.errno == errno.ETIMEDOUT)
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self.assertTrue(why.lockinfo == lock.emptylockinfo)
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state.assertlockexists(False)
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if not pycompat.iswindows:
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class testposixmakelock(unittest.TestCase):
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def testremovesymlinkplaceholder(self):
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class SpecificError(Exception):
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pass
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# Rename is the last step of makelock. Make it fail.
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def _failrename(orig, src, dst):
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raise SpecificError()
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testtmp = encoding.environ.get("TESTTMP")
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lockpath = os.path.join(testtmp, "testlock")
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with extensions.wrappedfunction(
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os, "rename", _failrename
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), self.assertRaises(SpecificError):
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util.makelock("foo:%s" % os.getpid(), lockpath)
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# The placeholder lock should be removed.
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self.assertFalse(os.path.lexists(lockpath))
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if __name__ == "__main__":
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silenttestrunner.main(__name__)
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