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britney2-ubuntu/tests/test_policy.py
Niels Thykier 6174d2c3f9
Create a MigrationItemFactory and migrate most code to use it 
This is a step towards making migration unit-testable.  This step
reduces the need for global state (in the MigrationItem class as class
fields) and with another step we can remove the global state entirely
and enable unit tests to create migration items without having to
worry about other unit tests.

Signed-off-by: Niels Thykier <niels@thykier.net>
2018-12-31 12:00:50 +00:00

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import apt_pkg
import os
import tempfile
import unittest
from britney2 import Suites, Suite, SuiteClass, SourcePackage, BinaryPackageId, BinaryPackage
from britney2.excuse import Excuse
from britney2.hints import HintParser
from britney2.migrationitem import MigrationItemFactory
from britney2.policies.policy import AgePolicy, RCBugPolicy, PiupartsPolicy, PolicyVerdict
from britney2.policies.autopkgtest import AutopkgtestPolicy
from . import MockObject, TEST_HINTER, HINTS_ALL, DEFAULT_URGENCY, new_pkg_universe_builder
POLICY_DATA_BASE_DIR = os.path.join(os.path.dirname(__file__), 'policy-test-data')
ARCH = 'amd64'
def initialize_policy(test_name, policy_class, *args, **kwargs):
test_dir = os.path.join(POLICY_DATA_BASE_DIR, test_name)
debci_data = os.path.join(test_dir, 'debci.json')
target = 'testing'
hints = []
if 'hints' in kwargs:
hints = kwargs['hints']
del kwargs['hints']
options = MockObject(
state_dir=test_dir,
verbose=0,
default_urgency=DEFAULT_URGENCY,
dry_run = False,
adt_shared_results_cache = False,
series = target,
adt_arches = ARCH,
architectures = ARCH,
adt_swift_url = 'file://' + debci_data,
adt_ci_url = '',
adt_success_bounty = 3,
adt_regression_penalty = False,
adt_retry_url_mech = 'run_id',
**kwargs)
suite_info = Suites(
Suite(SuiteClass.TARGET_SUITE, target, os.path.join(test_dir, target), ''),
[Suite(SuiteClass.PRIMARY_SOURCE_SUITE, 'unstable', os.path.join(test_dir, 'unstable'), '')],
)
mi_factory = MigrationItemFactory(suite_info)
policy = policy_class(options, suite_info, *args)
fake_britney = MockObject(log=lambda x, y='I': None)
hint_parser = HintParser(mi_factory)
policy.initialise(fake_britney)
policy.register_hints(hint_parser)
hint_parser.parse_hints(TEST_HINTER, HINTS_ALL, 'test-%s' % test_name, hints)
policy.hints = hint_parser.hints
return policy
def create_excuse(name):
return Excuse(name)
def create_source_package(version, section='devel', binaries=None):
if binaries is None:
binaries = []
return SourcePackage(version, section, binaries, 'Random tester', False, None, None, ['autopkgtest'], [])
def create_bin_package(pkg_id, source_name=None, depends=None, conflicts=None):
name = pkg_id.package_name
version = pkg_id.version
source_version = version
if source_name is None:
source_name = name
return BinaryPackage(
version,
'main',
source_name,
source_version,
ARCH,
None,
depends,
conflicts,
None,
False,
pkg_id,
)
def create_policy_objects(source_name, target_version='1.0', source_version='2.0'):
return (
create_source_package(target_version),
create_source_package(source_version),
create_excuse(source_name),
{},
)
def apply_policy(policy, expected_verdict, src_name, *, suite='unstable', target_version='1.0', source_version='2.0'):
suite_info = policy.suite_info
if src_name in suite_info[suite].sources:
src_u = suite_info[suite].sources[src_name]
src_t = suite_info.target_suite.sources.get(src_name)
_, _, excuse, policy_info = create_policy_objects(src_name)
else:
src_t, src_u, excuse, policy_info = create_policy_objects(src_name, target_version, source_version)
suite_info.target_suite.sources[src_name] = src_t
suite_info[suite].sources[src_name] = src_u
verdict = policy.apply_policy(policy_info, suite, src_name, src_t, src_u, excuse)
pinfo = policy_info[policy.policy_id]
assert verdict == expected_verdict
assert pinfo['verdict'] == expected_verdict.name
return pinfo
def build_sources_from_universe_and_inst_tester(policy, pkg_universe, inst_tester, suite='unstable'):
suite_info = policy.suite_info
policy.britney._inst_tester = inst_tester
policy.britney.pkg_universe = pkg_universe
src_universe = {}
bin_universe = {}
src_source = {}
binaries_t = {}
binaries_s = {}
for pkg_id in pkg_universe:
pkg_name = pkg_id.package_name
src_universe[pkg_id] = create_source_package(pkg_id.version, binaries=[pkg_id])
bin_universe[pkg_id] = create_bin_package(pkg_id)
if inst_tester.is_pkg_in_the_suite(pkg_id):
if pkg_name in suite_info.target_suite.sources:
# sanity check, this shouldn't happen
raise(KeyError)
suite_info.target_suite.sources[pkg_name] = src_universe[pkg_id]
binaries_t.setdefault(ARCH, {}).setdefault(pkg_name, bin_universe[pkg_id])
# We need to find the highest version of a package to add it to the
# sources of the source suite
if pkg_name not in src_source or \
apt_pkg.version_compare(src_source[pkg_name].version, pkg_id.version) < 0:
src_source[pkg_name] = pkg_id
suite_info.target_suite.binaries = binaries_t
for pkg_id in src_source.values():
pkg_name = pkg_id.package_name
suite_info[suite].sources[pkg_name] = src_universe[pkg_id]
binaries_s.setdefault(ARCH, {}).setdefault(pkg_name, bin_universe[pkg_id])
suite_info[suite].binaries = binaries_s
class TestRCBugsPolicy(unittest.TestCase):
def test_no_bugs(self):
src_name = 'has-no-bugs'
policy = initialize_policy('rc-bugs/basic', RCBugPolicy)
bug_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert set(bug_policy_info['unique-source-bugs']) == set()
assert set(bug_policy_info['unique-target-bugs']) == set()
assert set(bug_policy_info['shared-bugs']) == set()
def test_regression(self):
src_name = 'regression'
policy = initialize_policy('rc-bugs/basic', RCBugPolicy)
bug_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_PERMANENTLY, src_name)
assert set(bug_policy_info['unique-source-bugs']) == {'123458'}
assert set(bug_policy_info['unique-target-bugs']) == set()
assert set(bug_policy_info['shared-bugs']) == set()
def test_regression_but_fixes_more_bugs(self):
src_name = 'regression-but-fixes-more-bugs'
policy = initialize_policy('rc-bugs/basic', RCBugPolicy)
bug_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_PERMANENTLY, src_name)
assert set(bug_policy_info['unique-source-bugs']) == {'100003'}
assert set(bug_policy_info['unique-target-bugs']) == {'100001', '100002'}
assert set(bug_policy_info['shared-bugs']) == {'100000'}
def test_not_a_regression(self):
src_name = 'not-a-regression'
policy = initialize_policy('rc-bugs/basic', RCBugPolicy)
bug_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert set(bug_policy_info['unique-source-bugs']) == set()
assert set(bug_policy_info['unique-target-bugs']) == set()
assert set(bug_policy_info['shared-bugs']) == {'123457'}
def test_improvement(self):
src_name = 'fixes-bug'
policy = initialize_policy('rc-bugs/basic', RCBugPolicy)
bug_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert set(bug_policy_info['unique-source-bugs']) == set()
assert set(bug_policy_info['unique-target-bugs']) == {'123456'}
assert set(bug_policy_info['shared-bugs']) == set()
def test_regression_with_hint(self):
src_name = 'regression'
hints = ['ignore-rc-bugs 123458 regression/2.0']
policy = initialize_policy('rc-bugs/basic', RCBugPolicy, hints=hints)
bug_policy_info = apply_policy(policy, PolicyVerdict.PASS_HINTED, src_name)
assert set(bug_policy_info['ignored-bugs']['bugs']) == {'123458'}
assert bug_policy_info['ignored-bugs']['issued-by'] == TEST_HINTER
assert set(bug_policy_info['unique-source-bugs']) == set()
assert set(bug_policy_info['unique-target-bugs']) == set()
assert set(bug_policy_info['shared-bugs']) == set()
def test_regression_but_fixes_more_bugs_bad_hint(self):
src_name = 'regression-but-fixes-more-bugs'
hints = ['ignore-rc-bugs 100000 regression-but-fixes-more-bugs/2.0']
policy = initialize_policy('rc-bugs/basic', RCBugPolicy, hints=hints)
bug_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_PERMANENTLY, src_name)
assert set(bug_policy_info['unique-source-bugs']) == {'100003'}
assert set(bug_policy_info['unique-target-bugs']) == {'100001', '100002'}
assert set(bug_policy_info['ignored-bugs']['bugs']) == {'100000'}
assert bug_policy_info['ignored-bugs']['issued-by'] == TEST_HINTER
assert set(bug_policy_info['shared-bugs']) == set()
class TestAgePolicy(unittest.TestCase):
DEFAULT_MIN_DAYS = {
'emergency': 0,
'critical': 0,
'high': 2,
'medium': 5,
'low': 10,
}
@classmethod
def reset_age(cls, policy, effective_date=10):
policy._date_now = effective_date
def test_missing_age_file(self):
age_file = os.path.join(POLICY_DATA_BASE_DIR, 'age', 'missing-age-file', 'age-policy-dates')
assert not os.path.exists(age_file)
try:
src_name = 'unlisted-source-package'
policy = initialize_policy('age/missing-age-file', AgePolicy, TestAgePolicy.DEFAULT_MIN_DAYS)
age_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert os.path.exists(age_file)
assert age_policy_info['age-requirement'] == TestAgePolicy.DEFAULT_MIN_DAYS[DEFAULT_URGENCY]
assert age_policy_info['current-age'] == 0
finally:
if os.path.exists(age_file):
os.unlink(age_file)
def test_age_new(self):
src_name = 'unlisted-source-package'
policy = initialize_policy('age/basic', AgePolicy, TestAgePolicy.DEFAULT_MIN_DAYS)
age_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert age_policy_info['age-requirement'] == TestAgePolicy.DEFAULT_MIN_DAYS[DEFAULT_URGENCY]
assert age_policy_info['current-age'] == 0
def test_age_urgented(self):
src_name = 'unlisted-source-package'
policy = initialize_policy('age/basic', AgePolicy, TestAgePolicy.DEFAULT_MIN_DAYS,
hints=['urgent unlisted-source-package/2.0'])
age_policy_info = apply_policy(policy, PolicyVerdict.PASS_HINTED, src_name)
assert age_policy_info['age-requirement'] == TestAgePolicy.DEFAULT_MIN_DAYS[DEFAULT_URGENCY]
assert age_policy_info['current-age'] == 0
assert age_policy_info['age-requirement-reduced']['new-requirement'] == 0
assert age_policy_info['age-requirement-reduced']['changed-by'] == TEST_HINTER
def test_age_old_version_aged(self):
src_name = 'out-of-date-version'
policy = initialize_policy('age/basic', AgePolicy, TestAgePolicy.DEFAULT_MIN_DAYS)
self.reset_age(policy)
age_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert age_policy_info['age-requirement'] == TestAgePolicy.DEFAULT_MIN_DAYS[DEFAULT_URGENCY]
assert age_policy_info['current-age'] == 0
def test_age_almost_aged(self):
src_name = 'almost-aged-properly'
policy = initialize_policy('age/basic', AgePolicy, TestAgePolicy.DEFAULT_MIN_DAYS)
self.reset_age(policy)
age_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert age_policy_info['age-requirement'] == TestAgePolicy.DEFAULT_MIN_DAYS[DEFAULT_URGENCY]
assert age_policy_info['current-age'] == 4
def test_age_aged_properly(self):
src_name = 'aged-properly'
policy = initialize_policy('age/basic', AgePolicy, TestAgePolicy.DEFAULT_MIN_DAYS)
self.reset_age(policy)
age_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert age_policy_info['age-requirement'] == TestAgePolicy.DEFAULT_MIN_DAYS[DEFAULT_URGENCY]
assert age_policy_info['current-age'] == 5
class TestPiupartsPolicy(unittest.TestCase):
def test_passes(self):
src_name = 'pass'
policy = initialize_policy('piuparts/basic', PiupartsPolicy)
piu_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert piu_policy_info['test-results'] == 'pass'
assert piu_policy_info['piuparts-test-url'] == 'https://piuparts.debian.org/sid/source/p/pass.html'
def test_regression(self):
src_name = 'regression'
policy = initialize_policy('piuparts/basic', PiupartsPolicy)
piu_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_PERMANENTLY, src_name)
assert piu_policy_info['test-results'] == 'regression'
assert piu_policy_info['piuparts-test-url'] == 'https://piuparts.debian.org/sid/source/r/regression.html'
def test_regression_hinted(self):
src_name = 'regression'
hints = ['ignore-piuparts regression/2.0']
policy = initialize_policy('piuparts/basic', PiupartsPolicy, hints=hints)
piu_policy_info = apply_policy(policy, PolicyVerdict.PASS_HINTED, src_name)
assert piu_policy_info['test-results'] == 'regression'
assert piu_policy_info['piuparts-test-url'] == 'https://piuparts.debian.org/sid/source/r/regression.html'
assert piu_policy_info['ignored-piuparts']['issued-by'] == TEST_HINTER
def test_not_tested_yet(self):
src_name = 'not-tested-yet'
policy = initialize_policy('piuparts/basic', PiupartsPolicy)
piu_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert piu_policy_info['test-results'] == 'waiting-for-test-results'
assert piu_policy_info['piuparts-test-url'] == 'https://piuparts.debian.org/sid/source/n/not-tested-yet.html'
def test_failed_not_regression(self):
src_name = 'failed-not-regression'
policy = initialize_policy('piuparts/basic', PiupartsPolicy)
piu_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert piu_policy_info['test-results'] == 'failed'
assert piu_policy_info['piuparts-test-url'] == 'https://piuparts.debian.org/sid/source/f/failed-not-regression.html'
pkg1 = BinaryPackageId('pkg', '1.0', ARCH)
pkg2 = BinaryPackageId('pkg', '2.0', ARCH)
inter = BinaryPackageId('inter', '1.0', ARCH)
broken1 = BinaryPackageId('broken', '1.0', ARCH)
broken2 = BinaryPackageId('broken', '2.0', ARCH)
dummy = BinaryPackageId('dummy', '1', ARCH)
builder = new_pkg_universe_builder()
builder.new_package(pkg1).in_testing()
builder.new_package(pkg2).not_in_testing()
simple_universe, simple_inst_tester = builder.build()
builder_breaks = new_pkg_universe_builder()
builder_breaks.new_package(broken1).in_testing()
builder_breaks.new_package(broken2).not_in_testing()
builder_breaks.new_package(inter).in_testing().depends_on_any_of(broken1, broken2)
builder_breaks.new_package(pkg1).depends_on(inter).in_testing()
builder_breaks.new_package(pkg2).depends_on(inter).not_in_testing().conflicts_with(broken1)
breaks_universe, breaks_inst_tester = builder_breaks.build()
class TestAutopkgtestPolicy(unittest.TestCase):
import apt_pkg
apt_pkg.init()
def read_amqp(self):
with open(self.amqp.replace('file://', ''), 'r+') as f:
amqp = f.read()
return amqp
def setUp(self):
self.amqp = 'file://' + tempfile.NamedTemporaryFile(mode='w', delete=False).name
def tearDown(self):
os.unlink(self.amqp.replace('file://', ''))
def test_pass_to_pass(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/pass-to-pass', AutopkgtestPolicy, adt_amqp=self.amqp)
build_sources_from_universe_and_inst_tester(policy, simple_universe, simple_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][0] == 'PASS'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][1] == 'data/autopkgtest/testing/amd64/' + src_name[0] + '/' + src_name + '/2/log.gz'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert len(amqp) == 0
def test_pass_to_fail(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/pass-to-fail', AutopkgtestPolicy, adt_amqp=self.amqp, adt_retry_older_than=1)
build_sources_from_universe_and_inst_tester(policy, simple_universe, simple_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_PERMANENTLY, src_name)
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][0] == 'REGRESSION'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][1] == 'data/autopkgtest/testing/amd64/' + src_name[0] + '/' + src_name + '/2/log.gz'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert len(amqp) == 0
def test_pass_to_neutral(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/pass-to-neutral', AutopkgtestPolicy, adt_amqp=self.amqp)
build_sources_from_universe_and_inst_tester(policy, simple_universe, simple_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][0] == 'NEUTRAL'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][1] == 'data/autopkgtest/testing/amd64/' + src_name[0] + '/' + src_name + '/2/log.gz'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert len(amqp) == 0
def test_new(self):
src_name = 'pkg'
builder_new = new_pkg_universe_builder()
builder_new.new_package(pkg2).not_in_testing()
builder_new.new_package(dummy).in_testing()
new_universe, new_inst_tester = builder_new.build()
policy = initialize_policy('autopkgtest/new', AutopkgtestPolicy, adt_amqp=self.amqp)
build_sources_from_universe_and_inst_tester(policy, new_universe, new_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert autopkgtest_policy_info[src_name][ARCH][0] == 'RUNNING-ALWAYSFAIL'
assert autopkgtest_policy_info[src_name][ARCH][1] == 'status/pending'
assert autopkgtest_policy_info[src_name][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert amqp[0:-1] == 'debci-testing-amd64:' + src_name + ' {"triggers": ["' + src_name + '/2.0"]}'
def test_pass_to_new(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/pass-to-new', AutopkgtestPolicy, adt_amqp=self.amqp)
build_sources_from_universe_and_inst_tester(policy, simple_universe, simple_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert autopkgtest_policy_info[src_name][ARCH][0] == 'RUNNING'
assert autopkgtest_policy_info[src_name][ARCH][1] == 'status/pending'
assert autopkgtest_policy_info[src_name][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert amqp[0:-1] == 'debci-testing-amd64:' + src_name + ' {"triggers": ["' + src_name + '/2.0"]}'
def test_fail_to_new(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/fail-to-new', AutopkgtestPolicy, adt_amqp=self.amqp)
build_sources_from_universe_and_inst_tester(policy, simple_universe, simple_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.PASS, src_name)
assert autopkgtest_policy_info[src_name][ARCH][0] == 'RUNNING-ALWAYSFAIL'
assert autopkgtest_policy_info[src_name][ARCH][1] == 'status/pending'
assert autopkgtest_policy_info[src_name][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert amqp[0:-1] == 'debci-testing-amd64:' + src_name + ' {"triggers": ["' + src_name + '/2.0"]}'
def test_neutral_to_new(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/neutral-to-new', AutopkgtestPolicy, adt_amqp=self.amqp)
build_sources_from_universe_and_inst_tester(policy, simple_universe, simple_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert autopkgtest_policy_info[src_name][ARCH][0] == 'RUNNING'
assert autopkgtest_policy_info[src_name][ARCH][1] == 'status/pending'
assert autopkgtest_policy_info[src_name][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert amqp[0:-1] == 'debci-testing-amd64:' + src_name + ' {"triggers": ["' + src_name + '/2.0"]}'
def test_neutral_to_fail(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/neutral-to-fail', AutopkgtestPolicy, adt_amqp=self.amqp, adt_retry_older_than=1)
build_sources_from_universe_and_inst_tester(policy, simple_universe, simple_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_PERMANENTLY, src_name)
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][0] == 'REGRESSION'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][1] == 'data/autopkgtest/testing/amd64/' + src_name[0] + '/' + src_name + '/2/log.gz'
assert autopkgtest_policy_info[src_name + '/2.0'][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert len(amqp) == 0
def test_pass_to_new_with_breaks(self):
src_name = 'pkg'
policy = initialize_policy('autopkgtest/pass-to-new-with-breaks', AutopkgtestPolicy, adt_amqp=self.amqp)
build_sources_from_universe_and_inst_tester(policy, breaks_universe, breaks_inst_tester)
autopkgtest_policy_info = apply_policy(policy, PolicyVerdict.REJECTED_TEMPORARILY, src_name)
assert autopkgtest_policy_info[src_name][ARCH][0] == 'RUNNING'
assert autopkgtest_policy_info[src_name][ARCH][1] == 'status/pending'
assert autopkgtest_policy_info[src_name][ARCH][2] == 'packages/' + src_name[0] + '/' + src_name + '/testing/amd64'
amqp = self.read_amqp()
assert amqp[0:-1] == 'debci-testing-amd64:' + src_name + ' {"triggers": ["' + src_name + '/2.0 broken/2.0"]}'
if __name__ == '__main__':
unittest.main()
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