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britney2-ubuntu/tests/test_autopkgtest.py

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#!/usr/bin/python
# (C) 2014 Canonical Ltd.
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
import tempfile
import shutil
import os
import sys
import subprocess
import unittest
import apt_pkg
import operator
apt_pkg.init()
architectures = ['amd64', 'arm64', 'armhf', 'i386', 'powerpc', 'ppc64el']
my_dir = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
NOT_CONSIDERED = False
VALID_CANDIDATE = True
sys.path.insert(0, my_dir)
from autopkgtest import ADT_EXCUSES_LABELS
class TestData:
def __init__(self):
'''Construct local test package indexes.
The archive is initially empty. You can create new packages with
create_deb(). self.path contains the path of the archive, and
self.apt_source provides an apt source "deb" line.
It is kept in a temporary directory which gets removed when the Archive
object gets deleted.
'''
self.path = tempfile.mkdtemp(prefix='testarchive.')
self.apt_source = 'deb file://%s /' % self.path
self.dirs = {False: os.path.join(self.path, 'data', 'testing'),
True: os.path.join(self.path, 'data', 'unstable')}
os.makedirs(self.dirs[False])
os.mkdir(self.dirs[True])
self.added_sources = {False: set(), True: set()}
self.added_binaries = {False: set(), True: set()}
# pre-create all files for all architectures
for arch in architectures:
for dir in self.dirs.values():
with open(os.path.join(dir, 'Packages_' + arch), 'w'):
pass
for dir in self.dirs.values():
for fname in ['Dates', 'Blocks']:
with open(os.path.join(dir, fname), 'w'):
pass
for dname in ['Hints']:
os.mkdir(os.path.join(dir, dname))
os.mkdir(os.path.join(self.path, 'output'))
# create temporary home dir for proposed-migration autopktest status
self.home = os.path.join(self.path, 'home')
os.environ['HOME'] = self.home
os.makedirs(os.path.join(self.home, 'proposed-migration',
'autopkgtest', 'work'))
def __del__(self):
shutil.rmtree(self.path)
def add(self, name, unstable, fields={}, add_src=True):
'''Add a binary package to the index file.
You need to specify at least the package name and in which list to put
it (unstable==True for unstable/proposed, or False for
testing/release). fields specifies all additional entries, e. g.
{'Depends': 'foo, bar', 'Conflicts: baz'}. There are defaults for most
fields.
Unless add_src is set to False, this will also automatically create a
source record, based on fields['Source'] and name.
'''
assert (name not in self.added_binaries[unstable])
self.added_binaries[unstable].add(name)
fields.setdefault('Architecture', architectures[0])
fields.setdefault('Version', '1')
fields.setdefault('Priority', 'optional')
fields.setdefault('Section', 'devel')
fields.setdefault('Description', 'test pkg')
if fields['Architecture'] == 'all':
for a in architectures:
self._append(name, unstable, 'Packages_' + a, fields)
else:
self._append(name, unstable, 'Packages_' + fields['Architecture'],
fields)
if add_src:
src = fields.get('Source', name)
if src not in self.added_sources[unstable]:
self.add_src(src, unstable, {'Version': fields['Version'],
'Section': fields['Section']})
def add_src(self, name, unstable, fields={}):
'''Add a source package to the index file.
You need to specify at least the package name and in which list to put
it (unstable==True for unstable/proposed, or False for
testing/release). fields specifies all additional entries, which can be
Version (default: 1), Section (default: devel), and Extra-Source-Only.
'''
assert (name not in self.added_sources[unstable])
self.added_sources[unstable].add(name)
fields.setdefault('Version', '1')
fields.setdefault('Section', 'devel')
self._append(name, unstable, 'Sources', fields)
def _append(self, name, unstable, file_name, fields):
with open(os.path.join(self.dirs[unstable], file_name), 'a') as f:
f.write('''Package: %s
Maintainer: Joe <joe@example.com>
''' % name)
for k, v in fields.items():
f.write('%s: %s\n' % (k, v))
f.write('\n')
class Test(unittest.TestCase):
def setUp(self):
self.data = TestData()
# add a bunch of packages to testing to avoid repetition
self.data.add('libc6', False)
self.data.add('libgreen1', False, {'Source': 'green',
'Depends': 'libc6 (>= 0.9)'})
self.data.add('green', False, {'Depends': 'libc6 (>= 0.9), libgreen1',
'Conflicts': 'blue'})
self.data.add('lightgreen', False, {'Depends': 'libgreen1'})
self.data.add('darkgreen', False, {'Depends': 'libgreen1'})
self.data.add('blue', False, {'Depends': 'libc6 (>= 0.9)',
'Conflicts': 'green'})
self.data.add('justdata', False, {'Architecture': 'all'})
self.britney = os.path.join(my_dir, 'britney.py')
self.britney_conf = os.path.join(my_dir, 'britney.conf')
assert os.path.exists(self.britney)
assert os.path.exists(self.britney_conf)
# fake adt-britney script
self.adt_britney = os.path.join(self.data.home, 'auto-package-testing',
'jenkins', 'adt-britney')
os.makedirs(os.path.dirname(self.adt_britney))
with open(self.adt_britney, 'w') as f:
f.write('''#!/bin/sh -e
echo "$@" >> /%s/adt-britney.log ''' % self.data.path)
os.chmod(self.adt_britney, 0o755)
def tearDown(self):
del self.data
def __merge_records(self, results, history=""):
'''Merges a list of results with records in history.
This function merges results from a collect with records already in
history and sort records by version/name of causes and version/name of
source packages with tests. This should be done in the fake
adt-britney but it is more convenient to just pass a static list of
records and make adt-britney just return this list.
'''
if history is None:
history = ""
records = [x.split() for x in (results.strip() + '\n' +
history.strip()).split('\n') if x]
records.sort(cmp=apt_pkg.version_compare, key=operator.itemgetter(4))
records.sort(key=operator.itemgetter(3))
records.sort(cmp=apt_pkg.version_compare, key=operator.itemgetter(1))
records.sort()
return "\n".join([' '.join(x) for x in records])
def make_adt_britney(self, request, history=""):
with open(self.adt_britney, 'w') as f:
f.write('''#!%(py)s
import argparse, shutil,sys
def request():
if args.req:
shutil.copy(args.req, '%(path)s/adt-britney.requestarg')
with open(args.output, 'w') as f:
f.write("""%(rq)s""".replace('PASS', 'NEW').replace('FAIL', 'NEW').replace('RUNNING', 'NEW'))
def submit():
with open(args.req, 'w') as f:
f.write("""%(rq)s""".replace('PASS', 'RUNNING').
replace('FAIL', 'RUNNING'))
def collect():
with open(args.output, 'w') as f:
f.write("""%(res)s""")
p = argparse.ArgumentParser()
p.add_argument('-c', '--config')
p.add_argument('-a', '--arch')
p.add_argument('-r', '--release')
p.add_argument('-P', '--use-proposed', action='store_true')
p.add_argument('-d', '--debug', action='store_true')
p.add_argument('-U', '--no-update', action='store_true')
sp = p.add_subparsers()
prequest = sp.add_parser('request')
prequest.add_argument('-O', '--output')
prequest.add_argument('req', nargs='?')
prequest.set_defaults(func=request)
psubmit = sp.add_parser('submit')
psubmit.add_argument('req')
psubmit.set_defaults(func=submit)
pcollect = sp.add_parser('collect')
pcollect.add_argument('-O', '--output')
pcollect.add_argument('-n', '--new-only', action='store_true', default=False)
pcollect.set_defaults(func=collect)
args = p.parse_args()
args.func()
''' % {'py': sys.executable, 'path': self.data.path,
'rq': request,
'res': self.__merge_records(request, history)})
def run_britney(self, args=[]):
'''Run britney.
Assert that it succeeds and does not produce anything on stderr.
Return (excuses.html, britney_out).
'''
britney = subprocess.Popen([self.britney, '-v', '-c', self.britney_conf],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
cwd=self.data.path,
universal_newlines=True)
(out, err) = britney.communicate()
self.assertEqual(britney.returncode, 0, out + err)
self.assertEqual(err, '')
with open(os.path.join(self.data.path, 'output', 'excuses.html')) as f:
excuses = f.read()
return (excuses, out)
def test_no_request_for_uninstallable(self):
'''Does not request a test for an uninstallable package'''
self.do_test(
# uninstallable unstable version
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1 (>= 2)'})],
'green 1.1~beta RUNNING green 1.1~beta\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'green/amd64 unsatisfiable Depends: libgreen1 \(>= 2\)'],
# autopkgtest should not be triggered for uninstallable pkg
['autopkgtest'])
def test_request_for_installable_running(self):
'''Requests a test for an installable package, test still running'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'green 1.1~beta RUNNING green 1.1~beta\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for green 1.1~beta: %s' % ADT_EXCUSES_LABELS['RUNNING']])
def test_request_for_installable_first_fail(self):
'''Requests a test for an installable package. No history and first result is a failure'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'green 1.1~beta FAIL green 1.1~beta\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for green 1.1~beta: %s' % ADT_EXCUSES_LABELS['ALWAYSFAIL']])
def test_request_for_installable_fail_regression(self):
'''Requests a test for an installable package, test fail'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'green 1.1~beta FAIL green 1.1~beta\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for green 1.1~beta: %s' % ADT_EXCUSES_LABELS['REGRESSION']],
history='green 1.0~beta PASS green 1.0~beta\n')
def test_request_for_installable_pass(self):
'''Requests a test for an installable package, test pass'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'green 1.1~beta PASS green 1.1~beta\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for green 1.1~beta: %s' % ADT_EXCUSES_LABELS['PASS']])
def test_multi_rdepends_with_tests_running(self):
'''Multiple reverse dependencies with tests (still running)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 PASS green 2\n'
'darkgreen 1 RUNNING green 2\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['RUNNING']])
def test_multi_rdepends_with_tests_fail_always(self):
'''Multiple reverse dependencies with tests (fail)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 PASS green 2\n'
'darkgreen 1 FAIL green 2\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['ALWAYSFAIL']])
def test_multi_rdepends_with_tests_fail_regression(self):
'''Multiple reverse dependencies with tests (fail)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 PASS green 2\n'
'darkgreen 1 FAIL green 2\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['REGRESSION']],
history='darkgreen 1 PASS green 1\n')
def test_multi_rdepends_with_tests_pass(self):
'''Multiple reverse dependencies with tests (pass)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 PASS green 2\n'
'darkgreen 1 PASS green 2\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['PASS']])
def test_multi_rdepends_with_some_tests_running(self):
'''Multiple reverse dependencies with some tests (running)'''
# add a third reverse dependency to libgreen1 which does not have a test
self.data.add('mint', False, {'Depends': 'libgreen1'})
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 RUNNING green 2\n'
'darkgreen 1 RUNNING green 2\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['RUNNING'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['RUNNING']])
def test_multi_rdepends_with_some_tests_fail_always(self):
'''Multiple reverse dependencies with some tests (fail)'''
# add a third reverse dependency to libgreen1 which does not have a test
self.data.add('mint', False, {'Depends': 'libgreen1'})
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 PASS green 2\n'
'darkgreen 1 FAIL green 2\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['ALWAYSFAIL']])
def test_multi_rdepends_with_some_tests_fail_regression(self):
'''Multiple reverse dependencies with some tests (fail)'''
# add a third reverse dependency to libgreen1 which does not have a test
self.data.add('mint', False, {'Depends': 'libgreen1'})
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 PASS green 2\n'
'darkgreen 1 FAIL green 2\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['REGRESSION']],
history='darkgreen 1 PASS green 1\n')
def test_multi_rdepends_with_some_tests_pass(self):
'''Multiple reverse dependencies with some tests (pass)'''
# add a third reverse dependency to libgreen1 which does not have a test
self.data.add('mint', False, {'Depends': 'libgreen1'})
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'green', 'Depends': 'libc6'})],
'lightgreen 1 PASS green 2\n'
'darkgreen 1 PASS green 2\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['PASS']])
def test_binary_from_new_source_package_running(self):
'''building an existing binary for a new source package (running)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'newgreen', 'Depends': 'libc6'})],
'lightgreen 1 PASS newgreen 2\n'
'darkgreen 1 RUNNING newgreen 2\n',
NOT_CONSIDERED,
[r'\bnewgreen\b.*\(- to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['RUNNING']])
def test_binary_from_new_source_package_fail_always(self):
'''building an existing binary for a new source package (fail)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'newgreen', 'Depends': 'libc6'})],
'lightgreen 1 PASS newgreen 2\n'
'darkgreen 1 FAIL newgreen 2\n',
VALID_CANDIDATE,
[r'\bnewgreen\b.*\(- to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['ALWAYSFAIL']])
def test_binary_from_new_source_package_fail_regression(self):
'''building an existing binary for a new source package (fail)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'newgreen', 'Depends': 'libc6'})],
'lightgreen 1 PASS newgreen 2\n'
'darkgreen 1 FAIL newgreen 2\n',
NOT_CONSIDERED,
[r'\bnewgreen\b.*\(- to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['REGRESSION']],
history='darkgreen 1 PASS green 1\n')
def test_binary_from_new_source_package_pass(self):
'''building an existing binary for a new source package (pass)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'newgreen', 'Depends': 'libc6'})],
'lightgreen 1 PASS newgreen 2\n'
'darkgreen 1 PASS newgreen 2\n',
VALID_CANDIDATE,
[r'\bnewgreen\b.*\(- to .*>2<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS'],
'<li>autopkgtest for darkgreen 1: %s' % ADT_EXCUSES_LABELS['PASS']])
def test_binary_from_new_source_package_uninst(self):
'''building an existing binary for a new source package (uninstallable)'''
self.do_test(
[('libgreen1', {'Version': '2', 'Source': 'newgreen', 'Depends': 'libc6, nosuchpkg'})],
'darkgreen 1 FAIL newgreen 2\n',
NOT_CONSIDERED,
[r'\bnewgreen\b.*\(- to .*>2<',
'libgreen1/amd64 unsatisfiable Depends: nosuchpkg'],
# autopkgtest should not be triggered for uninstallable pkg
['autopkgtest'])
@unittest.expectedFailure
def test_result_from_older_version(self):
'''test result from older version than the uploaded one'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'green 1.1~alpha PASS green 1.1~beta\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
# it's not entirely clear what precisely it should say here
'<li>autopkgtest for green 1.1~beta: %s' % ADT_EXCUSES_LABELS['RUNNING']])
def test_request_for_installable_fail_regression_promoted(self):
'''Requests a test for an installable package, test fail, is a regression.
This test verifies a bug in britney where a package was promoted if latest test
appeared before previous result in history, only the last result in
alphabetic order was taken into account. For example:
A 1 FAIL B 1
A 1 PASS A 1
In this case results for A 1 didn't appear in the list of results
triggered by the upload of B 1 and B 1 was promoted
'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'lightgreen 1 FAIL green 1.1~beta\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['REGRESSION']],
history="lightgreen 1 PASS lightgreen 1"
)
def test_history_always_passed(self):
'''All the results in history are PASS, and test passed
'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'lightgreen 1 PASS green 1.1~beta\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['PASS']],
history="lightgreen 1 PASS lightgreen 1"
)
def test_history_always_failed(self):
'''All the results in history are FAIL, test fails. not a regression.
'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'lightgreen 1 FAIL green 1.1~beta\n',
VALID_CANDIDATE,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['ALWAYSFAIL']],
history="lightgreen 1 FAIL lightgreen 1"
)
def test_history_regression(self):
'''All the results in history are PASS, test fails. Blocked.
'''
self.do_test(
[('green', {'Version': '1.1~beta', 'Depends': 'libc6 (>= 0.9), libgreen1'})],
'lightgreen 1 FAIL green 1.1~beta\n',
NOT_CONSIDERED,
[r'\bgreen\b.*>1</a> to .*>1.1~beta<',
'<li>autopkgtest for lightgreen 1: %s' % ADT_EXCUSES_LABELS['REGRESSION']],
history="lightgreen 1 PASS lightgreen 1"
)
def do_test(self, unstable_add, adt_request, considered, expect=None,
no_expect=None, history=""):
for (pkg, fields) in unstable_add:
self.data.add(pkg, True, fields)
self.make_adt_britney(adt_request, history)
(excuses, out) = self.run_britney()
#print('-------\nexcuses: %s\n-----' % excuses)
#print('-------\nout: %s\n-----' % out)
#print('run:\n%s -c %s\n' % (self.britney, self.britney_conf))
#subprocess.call(['bash', '-i'], cwd=self.data.path)
if considered:
self.assertIn('Valid candidate', excuses)
else:
self.assertIn('Not considered', excuses)
if expect:
for re in expect:
self.assertRegexpMatches(excuses, re)
if no_expect:
for re in no_expect:
self.assertNotRegexpMatches(excuses, re)
def shell(self):
# uninstallable unstable version
self.data.add('yellow', True, {'Version': '1.1~beta',
'Depends': 'libc6 (>= 0.9), nosuchpkg'})
self.make_adt_britney('yellow 1.1~beta RUNNING yellow 1.1~beta\n',
'purple 2 FAIL pink 3.0.~britney\n')
print('run:\n%s -c %s\n' % (self.britney, self.britney_conf))
subprocess.call(['bash', '-i'], cwd=self.data.path)
unittest.main()
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