def test_filter_change_filt_list(self):
self.setfilter(repository=["vc://a", "vc://b"])
self.yes(Change(repository="vc://a"), "matching REPOSITORY vc://a returns True")
self.yes(Change(repository="vc://b"), "matching REPOSITORY vc://b returns True")
self.no(Change(repository="vc://c"), "non-matching REPOSITORY returns False")
self.no(Change(repository=None), "None for REPOSITORY returns False")
self.check()
def test_filter_change_combination_filter_fn(self):
self.setfilter(project='p',
repository='r',
branch='b',
category='c',
filter_fn=lambda c: c.ff)
self.no(
Change(project='x',
repository='x',
branch='x',
category='x',
ff=False), "none match and fn returns False -> False")
self.no(
Change(project='p',
repository='r',
branch='b',
category='c',
ff=False), "all match and fn returns False -> False")
self.no(
Change(project='x',
repository='x',
branch='x',
category='x',
ff=True), "none match and fn returns True -> False")
self.yes(
Change(project='p',
repository='r',
branch='b',
category='c',
ff=True), "all match and fn returns True -> False")
self.check()
def test_filter_change_branch_re(self): # regression - see #927
self.setfilter(branch_re="^t.*")
self.yes(Change(branch="trunk"), "matching BRANCH returns True")
self.no(Change(branch="development"),
"non-matching BRANCH returns False")
self.no(Change(branch=None), "branch=None returns False")
self.check()
def test_filter_change_branch_re(self): # regression - see #927
self.setfilter(branch=re.compile('^t.*'))
self.yes(Change(branch='trunk'), 'matching BRANCH returns True')
self.no(Change(branch='development'),
'non-matching BRANCH returns False')
self.no(Change(branch=None), 'branch=None returns False')
self.check()
def test_filter_change_filt_re_compiled(self):
self.setfilter(category=re.compile('^b.*', re.I))
self.no(Change(category='albert'),
'non-matching CATEGORY returns False')
self.yes(Change(category='boris'), 'matching CATEGORY returns True')
self.yes(Change(category='Bruce'),
'matching CATEGORY returns True, using re.I')
self.check()
def test_filter_change_filt_re_compiled(self):
self.setfilter(category_re=re.compile("^b.*", re.I))
self.no(Change(category="albert"),
"non-matching CATEGORY returns False")
self.yes(Change(category="boris"), "matching CATEGORY returns True")
self.yes(Change(category="Bruce"),
"matching CATEGORY returns True, using re.I")
self.check()
def test_filter_props(self):
self.setfilter()
self.filt.checks.update(
self.filt.createChecks(
("ref-updated", None, None, "prop:event.type"),
))
self.yes(Change(properties={'event.type': 'ref-updated'}), "matching property")
self.no(Change(properties={'event.type': 'patch-uploaded'}), "non matching property")
self.no(Change(properties={}), "no property")
self.check()
def test_filter_props(self):
self.setfilter(properties={
'event.type': 'ref-updated'
})
self.yes(Change(properties={'event.type': 'ref-updated'}),
'matching property')
self.no(Change(properties={'event.type': 'patch-uploaded'}),
'non matching property')
self.no(Change(properties={}),
'no property')
self.check()
def test_filter_props_fn(self):
self.setfilter(properties={
'event.type': lambda v: v.startswith('ref')
})
self.yes(Change(properties={'event.type': 'ref-updated'}),
'matching property')
self.no(Change(properties={'event.type': 'patch-uploaded'}),
'non matching property')
self.no(Change(properties={}),
'no property')
self.check()
def test_filter_change_combination(self):
self.setfilter(project='p', repository='r', branch='b', category='c',
codebase='cb')
self.no(Change(project='x', repository='x', branch='x', category='x'),
"none match -> False")
self.no(Change(project='p', repository='r', branch='b', category='x'),
"three match -> False")
self.no(Change(project='p', repository='r', branch='b', category='c',
codebase='x'), "four match -> False")
self.yes(Change(project='p', repository='r', branch='b', category='c',
codebase='cb'), "all match -> True")
self.check()
def test_basic(self):
ch = Change(**TestGerritChangeSource.expected_change)
f = gerritchangesource.GerritChangeFilter(
branch=["br"], eventtype=["patchset-created"])
self.assertTrue(f.filter_change(ch))
f = gerritchangesource.GerritChangeFilter(
branch="br2", eventtype=["patchset-created"])
self.assertFalse(f.filter_change(ch))
f = gerritchangesource.GerritChangeFilter(
branch="br", eventtype="ref-updated")
self.assertFalse(f.filter_change(ch))
self.assertEqual(
repr(f),
'<GerritChangeFilter on prop:event.change.branch == br and prop:event.type == ref-updated>')
def test_basic(self):
props = {
'event.type': 'patchset-created',
'event.change.branch': 'master',
}
ch = Change(**TestGerritChangeSource.expected_change_patchset_created,
properties=props)
f = gerritchangesource.GerritChangeFilter(
branch=["master"], eventtype=["patchset-created"])
self.assertTrue(f.filter_change(ch))
f = gerritchangesource.GerritChangeFilter(
branch="master2", eventtype=["patchset-created"])
self.assertFalse(f.filter_change(ch))
f = gerritchangesource.GerritChangeFilter(branch="master",
eventtype="ref-updated")
self.assertFalse(f.filter_change(ch))
self.assertEqual(
repr(f),
'<GerritChangeFilter on prop:event.change.branch == master and '
'prop:event.type == ref-updated>')
def test_filter_change_filt_re(self):
self.setfilter(category_re="^a.*")
self.yes(Change(category="albert"), "matching CATEGORY returns True")
self.no(Change(category="boris"),
"non-matching CATEGORY returns False")
self.check()
def test_filter_change_filt_list_None(self):
self.setfilter(branch=["mybr", None])
self.yes(Change(branch="mybr"), "matching BRANCH mybr returns True")
self.yes(Change(branch=None), "matching BRANCH None returns True")
self.no(Change(branch="misc"), "non-matching BRANCH returns False")
self.check()
def test_filter_change_filt_str(self):
self.setfilter(project="myproj")
self.no(Change(project="yourproj"),
"non-matching PROJECT returns False")
self.yes(Change(project="myproj"), "matching PROJECT returns True")
self.check()
def test_filter_change_filter_fn(self):
self.setfilter(filter_fn=lambda ch: ch.x > 3)
self.no(Change(x=2), "filter_fn returns False")
self.yes(Change(x=4), "filter_fn returns True")
self.check()
def test_filter_change_filt_re(self):
self.setfilter(category=re.compile('^a.*'))
self.yes(Change(category='albert'), 'matching CATEGORY returns True')
self.no(Change(category='boris'),
'non-matching CATEGORY returns False')
self.check()