class SolverHierarchyTests(unittest.TestCase):
def setUp(self):
self.udd = Udd()
def tearDown(self):
self.udd = None
def testInit(self):
s = SolverHierarchy('dpkg')
self.assertTrue(not s is None)
def testGet(self):
s = SolverHierarchy('')
rs = RelationshipStatus()
rs.good.append('dpkg')
s.depends.extend(rs)
self.assertTrue(s.get('depends'))
self.assertFalse(s.get('recommends'))
rs2 = RelationshipStatus()
rs2.bad.append('dpkg2')
s.depends.extend(rs2)
self.assertFalse(s.get('recommends'))
def testFlatten(self):
self.checker = InstallChecker(
self.udd.BindRelease(arch="i386", release="squeeze"))
s = self.checker.Check('perl', True)
f = s.flatten()
self.assertTrue(f)
self.assertTrue(len(f.depends))
def testChains(self):
self.checker = InstallChecker(
self.udd.BindRelease(arch="i386", release="squeeze"))
s = self.checker.Check('pyxplot', True)
c = s.chains()
self.assertTrue(c)
self.assertTrue(len(c))
def testStr(self):
self.checker = InstallChecker(
self.udd.BindRelease(arch="i386", release="squeeze"))
s = self.checker.Check('perl', True)
self.assertTrue(unicode(s))
#self.assertTrue(str(s))
f = s.flatten()
self.assertTrue(unicode(f))
class database(unittest.TestCase):
def setUp(self):
self.udd = Udd()
def tearDown(self):
self.udd = None
def testDBTypes(self):
"""Test creating a Debian and derivative UDD instance"""
self.assertTrue(Udd(distro='debian'))
self.assertRaises(NotImplementedError, Udd,
distro='ubuntu') # TODO: update when implemented
self.assertRaises(ValueError, Udd, distro='nosuchdistro')
def testPassConfig(self):
"""Test loading a config file manually"""
config = Config()
self.assertTrue(Udd(config=config))
def testRelease(self):
"""Test binding to a release and doing a lookup"""
r = self.udd.BindRelease('sid', 'i386')
self.assertTrue(r)
r = self.udd.BindRelease(['stable', 'stable-backports'], 'i386')
self.assertTrue(r)
def testPackage(self):
"""Test binding to a binary package and doing a lookup"""
r = self.udd.BindPackage('libc6', 'sid', 'i386')
self.assertTrue(r)
self.assertTrue(r.Found())
def testSource(self):
"""Test binding to a source package and doing a lookup"""
r = self.udd.BindSourcePackage('glibc', 'sid')
self.assertTrue(r)
self.assertTrue(r.Found())
r = self.udd.BindSourcePackage('libc6', 'sid')
self.assertTrue(r)
self.assertTrue(r.Found())
self.assertTrue(r.data['version'])
def testBts(self):
"""Test binding to a source package and doing a lookup"""
tracker = self.udd.Bts(False)
self.assertFalse(tracker.include_archived)
class BuildDepCheckerTests(unittest.TestCase):
def setUp(self):
self.udd = Udd()
self.checker = BuildDepsChecker(
self.udd.BindRelease(arch="i386", release="sid"))
def tearDown(self):
self.udd = None
self.checker = None
def testCheck(self):
"""Test checking the build-dependencies of a package"""
# simple package, check by source package name
b = self.checker.Check(package="pyxplot")
self.assertTrue(b)
self.assertTrue(len(b.bd.good) > 0)
self.assertTrue(len(b.bd.bad) == 0)
# big complicated package with lots of arch-dependent entries, check by binary name
b = self.checker.Check(package="libc6")
self.assertTrue(b)
self.assertTrue(len(b.bd.good) > 0)
self.assertTrue(len(b.bdi.good) > 0)
self.assertTrue(len(b.bd.bad) == 0)
self.assertTrue(len(b.bdi.bad) == 0)
# check by SourcePackage object
p = self.udd.BindSourcePackage(package="latexdraw", release="squeeze")
b = self.checker.Check(package=p)
self.assertTrue(b)
self.assertTrue(len(b.bd.good) > 0)
self.assertTrue(len(b.bd.bad) == 0)
# non-existent package
self.assertRaises(PackageNotFoundError,
self.checker.Check,
package="no-such-package")
# bd and bdi lists
p = self.udd.BindSourcePackage(package="libc6")
bd = p.RelationshipOptionsList("build_depends")
b = self.checker.Check(bdList=bd)
self.assertTrue(b)
self.assertTrue(len(b.bd.good) > 0)
b = self.checker.Check(
bdList=p.RelationshipOptionsList("build_depends"),
bdiList=p.RelationshipOptionsList("build_depends"))
self.assertTrue(b)
self.assertTrue(len(b.bd.good) > 0)
self.assertTrue(len(b.bdi.good) > 0)
self.assertRaises(ValueError, self.checker.Check)
self.assertRaises(ValueError, self.checker.Check, bdList=[])
class InstallCheckerTests(unittest.TestCase):
def setUp(self):
self.udd = Udd()
self.checker = InstallChecker(self.udd.BindRelease())
def tearDown(self):
self.udd = None
self.checker = None
@unittest.skipIf(exclude_slow_tests, 'slow test')
def testCheck(self):
"""Test installability of packages"""
# FIXME: it would be good to check if these results are right
self.assertTrue(self.checker.Check('libc6'))
self.assertRaises(PackageNotFoundError, self.checker.Check,
'nosuchpackage')
self.assertTrue(self.checker.Check('perl', True))
self.assertTrue(self.checker.Check(
'openjdk-6-jre-headless', True)) # missing recommended package
class CheckerTests(unittest.TestCase):
def setUp(self):
self.udd = Udd()
self.checker = Checker(self.udd.BindRelease()) # i386 stable
self.sidchecker = Checker(self.udd.BindRelease(release='sid')) # i386
def tearDown(self):
self.udd = None
self.checker = None
def testInit(self):
self.assertRaises(TypeError, Checker, None)
def testCheckRelationsList(self):
"""Test checking the dependencies of a package"""
# FIXME: really need to check that the results are correct
# package with no dependencies
p = self.udd.BindPackage(package="libjiu-java", release="sid")
r = self.checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList('depends'))
self.assertTrue(r != None)
# package with one dependency
p = self.udd.BindPackage(package="patch")
r = self.checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList('depends'))
self.assertTrue(r)
# package with lots of dependencies
p = self.udd.BindPackage(package="perl")
r = self.checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList('depends'))
self.assertTrue(r)
# package with lots of dependencies including options
p = self.udd.BindPackage(package="php5")
r = self.checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList('depends'))
self.assertTrue(r)
# package with dependencies including virtual package with no alternatives listed
p = self.udd.BindPackage(package="bcron-run")
r = self.checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList('depends'))
self.assertTrue(r)
# bad input object
r = self.checker.CheckRelationshipOptionsList(None)
self.assertTrue(not r is None)
def testCheckRelationArch(self):
"""Check architecture-specific dependency syntax"""
# note: self.checker is configured to be i386
# nothing specified implies everything satisfies
self.assertTrue(self.checker.CheckRelationArch(""))
self.assertTrue(self.checker.CheckRelationArch(None))
self.assertTrue(self.checker.CheckRelationArch([]))
# single options
self.assertTrue(self.checker.CheckRelationArch(["i386"]))
self.assertFalse(self.checker.CheckRelationArch(["amd64"]))
self.assertTrue(self.checker.CheckRelationArch(["!amd64"]))
# multiple options
self.assertTrue(
self.checker.CheckRelationArch(["!alpha", "!amd64", "!ia64"]))
self.assertFalse(
self.checker.CheckRelationArch(
["!alpha", "!amd64", "!i386", "!ia64"]))
# wildcard archs
self.assertTrue(self.checker.CheckRelationArch(["linux-any"]))
self.assertTrue(self.checker.CheckRelationArch(["any-i386"]))
self.assertFalse(self.checker.CheckRelationArch(["kfreebsd-any"]))
self.assertTrue(self.checker.CheckRelationArch(["!kfreebsd-i386"]))
self.assertFalse(
self.checker.CheckRelationArch(["!linux-any", "!hurd-any"]))
# bad input
self.assertRaises(TypeError, self.checker.CheckRelationArch, 1)
def testRelationSatisfied(self):
"""Check whether relationships can be satisfied correctly"""
# NOTE: self.checker is an i386 instance
# >>
r = Relationship(relation="libc6 (>> 1.0.1)")
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(relation="libc6 (>> 10:1.0.1)")
self.assertFalse(self.checker.RelationSatisfied(r))
# <<
r = Relationship(relation="libc6 (<< 10.0.1)")
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(relation="libc6 (<< 1.0.1)")
self.assertFalse(self.checker.RelationSatisfied(r))
# =
r = Relationship(relation="spline (= 1.2-1)")
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(relation="dpkg (= 1.14.1)")
self.assertFalse(self.checker.RelationSatisfied(r))
# >=
r = Relationship(relation="spline (>= 1.1-11)")
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(relation="dpkg (>= 1.12.0)")
self.assertTrue(self.checker.RelationSatisfied(r))
# <=
r = Relationship(relation="dpkg (<= 1.14.1)")
self.assertFalse(self.checker.RelationSatisfied(r))
r = Relationship(relation="dpkg (<= 5:1.14.27)")
self.assertTrue(self.checker.RelationSatisfied(r))
# simple relations
r = Relationship(relation="libc6")
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(relation="no-such-package")
self.assertFalse(self.checker.RelationSatisfied(r))
# arch specific
r = Relationship(relation="libc6 [i386]")
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(relation="libc6.1 [amd64]") # irrelevant for i386
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(
relation="no-such-package [amd64]") # irrelevant for i386
self.assertTrue(self.checker.RelationSatisfied(r))
r = Relationship(relation="no-such-package [i386]")
self.assertFalse(self.checker.RelationSatisfied(r))
def testCheck(self):
# package with no dependencies
c = self.checker.Check(package="when")
self.assertTrue(not c is None)
self.assertTrue(len(c.good) == 0)
self.assertTrue(len(c.bad) == 0)
# known good package
c = self.checker.Check(package="libc6")
self.assertTrue(c)
self.assertTrue(len(c.good) > 0)
self.assertTrue(len(c.bad) == 0)
# known bad package [cbedic has unsatisfied suggests]
c = self.sidchecker.Check(package="cbedic", relation='suggests')
self.assertTrue(c)
self.assertTrue(len(c.bad) > 0)
# non-existent package
self.assertRaises(PackageNotFoundError,
self.checker.Check,
package="no-such-package")
# conflicts in a package
c = self.checker.Check(package="libc6", relation="conflicts")
self.assertTrue(c)
self.assertTrue(len(c.good) > 0)
self.assertTrue(len(c.bad) == 0)
# non-existent conflicts in a package
c = self.checker.Check(package="libapr1", relation="conflicts")
self.assertTrue(c)
self.assertTrue(len(c.good) > 0)
self.assertTrue(len(c.bad) == 0)
class commands(unittest.TestCase):
def setUp(self):
self.udd = Udd()
self.dispatcher = Commands(self.udd)
def tearDown(self):
self.udd = None
self.dispatcher = None
def testVersions(self):
"""Test version lookups"""
self.assertTrue(self.dispatcher.versions('libc6', 'sid', 'i386'))
self.assertRaises(PackageNotFoundError, self.dispatcher.versions, 'nosuchpackage', 'sid', 'i386')
self.assertRaises(PackageNotFoundError, self.dispatcher.versions, 'libc0.1', 'sid', 'armhf')
self.assertTrue(self.dispatcher.versions('libc6', None, 'amd64'))
self.assertTrue(self.dispatcher.versions('src:glibc', 'sid', 'i386'))
self.assertRaises(PackageNotFoundError, self.dispatcher.versions, 'src:nosuchpackage', 'sid', 'i386')
def testInfo(self):
"""Test package information lookups"""
self.assertTrue(self.dispatcher.info('libc6', 'sid', 'i386'))
self.assertRaises(PackageNotFoundError, self.dispatcher.info, 'nosuchpackage', 'sid', 'i386')
self.assertRaises(PackageNotFoundError, self.dispatcher.info, 'libc6', 'sid', 'ia64')
@unittest.skipIf(exclude_slow_tests, 'slow test')
def testNames(self):
"""Test package name lookups"""
self.assertTrue(self.dispatcher.names('libc6', 'sid', 'i386'))
self.assertTrue(self.dispatcher.names('lib?6', 'sid', 'i386'))
self.assertTrue(self.dispatcher.names('libc6*', 'sid', 'i386'))
self.assertTrue(self.dispatcher.names('*bc6', 'sid', 'i386'))
self.assertTrue(self.dispatcher.names('l*6', 'sid', 'i386'))
self.assertFalse(self.dispatcher.names('libc0.1', 'sid', 'armhf'))
self.assertTrue(self.dispatcher.names('libc6*', 'sid', 'armhf'))
self.assertTrue(self.dispatcher.names('src:glibc', 'sid', 'armhf'))
self.assertFalse(self.dispatcher.names('src:nosuchpackage', 'sid', 'i386'))
def testArchs(self):
"""Test architecture availability lookups"""
self.assertTrue(self.dispatcher.archs('libc6', 'sid'))
self.assertRaises(PackageNotFoundError, self.dispatcher.archs, 'nosuchpackage', 'sid')
def testPopcon(self):
"""Test popcon data lookups"""
self.assertTrue(self.dispatcher.popcon('libc6'))
self.assertRaises(PackageNotFoundError, self.dispatcher.popcon, 'nosuchpackage')
def testUploads(self):
"""Test upload/maintainer data lookups"""
self.assertTrue(self.dispatcher.uploads('glibc', max=10))
self.assertTrue(self.dispatcher.uploads('glibc'))
self.assertTrue(self.dispatcher.uploads('eglibc', '2.9-11'))
self.assertRaises(PackageNotFoundError, self.dispatcher.uploads, 'nosuchpackage')
self.assertRaises(PackageNotFoundError, self.dispatcher.uploads, 'glibc', 'nosuchversion')
self.assertRaises(PackageNotFoundError, self.dispatcher.uploads, 'libc6') # only does source packages
p = self.udd.BindSourcePackage('glibc', 'sid')
self.assertTrue(self.dispatcher.uploads(p), 'Check uploads with bind to source package failed')
p = self.udd.BindSourcePackage('libc6', 'sid')
self.assertTrue(self.dispatcher.uploads(p), 'Check uploads with bind to source package via bin2src failed')
@unittest.skipIf(exclude_slow_tests, 'slow test')
def testCheckDeps(self):
"""Test dependency testing for packages"""
# TODO: it would be nice to actually test the accuracy of the tests
self.assertTrue(self.dispatcher.checkdeps('libc6', 'sid', 'i386', ['depends']))
self.assertTrue(self.dispatcher.checkdeps('libc6', 'sid', 'i386', ['depends', 'recommends', 'suggests']))
self.assertTrue(self.dispatcher.checkdeps('cbedic', 'sid', 'i386', ['suggests']), 'broken relations not handled correctly')
self.assertRaises(PackageNotFoundError, self.dispatcher.checkdeps, 'nosuchpackage', 'squeeze', 'i386', ['depends'])
@unittest.skipIf(exclude_slow_tests, 'slow test')
def testCheckInstall(self):
"""Test installability for packages"""
# TODO: it would be nice to actually test the accuracy of the tests
self.assertTrue(self.dispatcher.checkInstall('libc6', 'sid', 'i386', False))
self.assertTrue(self.dispatcher.checkInstall('perl', 'sid', 'i386', True))
#self.assertTrue(self.dispatcher.checkInstall('openjdk-6-jre-headless', 'lenny', 'i386', False))
#self.assertTrue(self.dispatcher.checkInstall('openjdk-6-jre-headless', 'lenny', 'i386', True))
self.assertRaises(PackageNotFoundError, self.dispatcher.checkInstall, 'nosuchpackage', 'sid', 'i386', True)
@unittest.skipIf(exclude_slow_tests, 'slow test')
def testWhy(self):
"""Test existence of package dependency chains"""
# TODO: it would be nice to actually test the accuracy of the tests
self.assertTrue(self.dispatcher.why('dpkg', 'libc6', 'squeeze', 'i386', False))
self.assertEqual(self.dispatcher.why('dpkg', 'dolphin', 'squeeze','i386', False), [])
self.assertEqual(self.dispatcher.why('dpkg', 'libc6-i686', 'squeeze', 'i386', False), [])
self.assertTrue(self.dispatcher.why('dpkg', 'libc6-i686', 'squeeze', 'i386', True))
self.assertEqual(self.dispatcher.why('dpkg', 'nosuchpackage', 'squeeze', 'i386', False), [])
self.assertRaises(PackageNotFoundError, self.dispatcher.why, 'nosuchpackage', 'dpkg', 'squeeze', 'i386', False)
@unittest.skipIf(exclude_slow_tests, 'slow test')
def testCheckBackport(self):
"""Test 'simple sid backport' procedure on packages"""
# TODO: it would be nice to actually test the accuracy of the tests
fr = self.udd.BindRelease(arch='i386', release='sid')
tr = self.udd.BindRelease(arch='i386', release='squeeze')
self.assertTrue(self.dispatcher.checkBackport('iceweasel', fr, tr), 'Check [im]possible backport that requires bpo')
trbp = self.udd.BindRelease(arch='i386',
release=self.udd.data.list_dependent_releases('squeeze', suffixes=['backports']))
self.assertTrue(self.dispatcher.checkBackport('libxfont1', fr, trbp), 'Check possible backport that requires bpo')
tro = self.udd.BindRelease(arch='i386', release="squeeze")
self.assertTrue(self.dispatcher.checkBackport('gcc', fr, tro), 'Check impossible backport')
self.assertTrue(self.dispatcher.checkBackport('openjdk-6', fr, tr), 'Check resolution of arch-dependent build-deps')
self.assertTrue(self.dispatcher.checkBackport('pyxplot', fr, tr), 'Check resolution of virtual build-deps')
self.assertTrue(self.dispatcher.checkBackport('libv4l-0', fr, tr), 'Check resolution of virtual build-deps')
self.assertRaises(PackageNotFoundError, self.dispatcher.checkBackport, 'nosuchpackage', fr, tr)
class RelationshipStatusTests(unittest.TestCase):
def setUp(self):
self.udd = Udd()
def tearDown(self):
self.udd = None
def testPackageSets(self):
release = self.udd.BindRelease(arch="i386", release="sid")
s = RelationshipStatus()
s.good.append(release.Package('dpkg').DependsList()[0])
s.good.append(release.Package('dpkg').DependsList()[0])
self.assertTrue(s.PackageSets())
self.assertTrue(len(s.PackageSets().good) == 1)
self.assertTrue(len(s.PackageSets().bad) == 0)
s.good.append(release.Package('perl').DependsList()[0])
s.bad.append(release.Package('python').DependsList()[0])
self.assertTrue(s.PackageSets())
self.assertTrue(len(s.PackageSets().good) == 2)
self.assertTrue(len(s.PackageSets().bad) == 1)
def testExtend(self):
s = RelationshipStatus()
s.good.append('pkg')
s2 = RelationshipStatus()
s2.good.append('pkg2')
s2.bad.append('pkg3')
s.extend(s2)
self.assertTrue(len(s.good) == 2)
self.assertTrue(len(s.bad) == 1)
def testSwap(self):
s = RelationshipStatus()
s.good.extend(['pkg1', 'pkg2'])
self.assertTrue(s.satisfied())
s.bad.extend(['pkg3'])
self.assertFalse(s.satisfied())
s = RelationshipStatus()
s.unchecked.extend(['pkg1', 'pkg2'])
self.assertFalse(s.satisfied())
s = RelationshipStatus()
s.bad.extend(['pkg1', 'pkg2'])
self.assertFalse(s.satisfied())
def testSatisfied(self):
s = RelationshipStatus()
s.good.extend(['pkg1', 'pkg2'])
s.bad.extend(['pkg3'])
self.assertTrue(len(s.good) == 2)
self.assertTrue(len(s.bad) == 1)
s.swap()
self.assertTrue(len(s.good) == 1)
self.assertTrue(len(s.bad) == 2)
def testStr(self):
release = self.udd.BindRelease(arch="i386", release="squeeze")
s = RelationshipStatus()
s.good.extend(release.Package('dpkg').DependsList())
#self.assertTrue(unicode(s))
self.assertTrue(str(s))
release = self.udd.BindRelease(arch="i386", release="squeeze")
s = RelationshipStatus()
s.good.extend(release.Package('dpkg').DependsList())
s.bad.extend(release.Package('python').DependsList())
s.unchecked.extend(release.Package('ruby').DependsList())
#self.assertTrue(unicode(s))
self.assertTrue(str(s))
release = self.udd.BindRelease(arch="i386", release="squeeze")
s = RelationshipStatus()
s.good.extend(release.Package('dpkg').DependsList())
s2 = RelationshipStatus()
s2.good.extend(release.Package('perl').DependsList())
s.good[0].status = s2
s3 = RelationshipStatus()
s3.good.extend(release.Package('python').DependsList())
s2.good[0].status = s3
#self.assertTrue(unicode(s))
self.assertTrue(str(s))
def testNonzero(self):
s = RelationshipStatus()
self.assertFalse(s)
s.good.append('pkg')
self.assertTrue(s)
s = RelationshipStatus()
s.bad.append('pkg')
self.assertTrue(s)
s = RelationshipStatus()
s.unchecked.append('pkg')
self.assertTrue(s)
s = RelationshipStatus()
s.good.append('pkg')
s.bad.append('pkg')
s.unchecked.append('pkg')
self.assertTrue(s)
class BuildDepStatusTests(unittest.TestCase):
def setUp(self):
self.udd = Udd()
def tearDown(self):
self.udd = None
def testInit(self):
self.assertTrue(BuildDepStatus())
self.assertTrue(
BuildDepStatus(bd=RelationshipStatus(), bdi=RelationshipStatus()))
def testAllFound(self):
release = self.udd.BindRelease(arch="i386", release="sid")
checker = Checker(release)
p = release.Source("glibc")
bdstatus = BuildDepStatus(bd=checker.CheckRelationshipOptionsList(
p.BuildDependsList()),
bdi=checker.CheckRelationshipOptionsList(
p.BuildDependsIndepList()))
self.assertTrue(bdstatus.AllFound())
release = self.udd.BindRelease(arch="kfreebsd-amd64", release="sid")
checker = Checker(release)
p = release.Source(
"fuse-umfuse-fat") # has been BD-uninstallable since 2009
bdstatus = BuildDepStatus(bd=checker.CheckRelationshipOptionsList(
p.BuildDependsList()),
bdi=checker.CheckRelationshipOptionsList(
p.BuildDependsIndepList()))
self.assertFalse(bdstatus.AllFound())
def testReleaseMap(self):
release = self.udd.BindRelease(arch="i386", release="sid")
checker = Checker(release)
p = release.Source("glibc")
bdstatus = BuildDepStatus(bd=checker.CheckRelationshipOptionsList(
p.BuildDependsList()),
bdi=checker.CheckRelationshipOptionsList(
p.BuildDependsIndepList()))
m = bdstatus.ReleaseMap()
self.assertEqual(sorted(m.keys()), ['archignore', 'sid', 'virtual'])
self.assertTrue(len(m['sid']) > 1)
release = self.udd.BindRelease(
arch="i386", release=["squeeze", "squeeze-backports"])
checker = Checker(release)
p = release.Source("libxfont1", version='1:1.4.3', operator='>>')
bdstatus = BuildDepStatus(bd=checker.CheckRelationshipOptionsList(
p.BuildDependsList()),
bdi=checker.CheckRelationshipOptionsList(
p.BuildDependsIndepList()))
m = bdstatus.ReleaseMap()
self.assertEqual(sorted(m.keys()), ['squeeze', 'squeeze-backports'])
def testStr(self):
bdstatus = BuildDepStatus()
self.assertTrue(str(bdstatus))
release = self.udd.BindRelease(arch="i386", release="sid")
checker = Checker(release)
p = release.Source("glibc")
bdstatus = BuildDepStatus(bd=checker.CheckRelationshipOptionsList(
p.BuildDependsList()),
bdi=checker.CheckRelationshipOptionsList(
p.BuildDependsIndepList()))
self.assertTrue(str(bdstatus))
class RelationshipOptionsListTests(unittest.TestCase):
def setUp(self):
self.udd = Udd()
def tearDown(self):
self.udd = None
def testReleaseMap(self):
"""Test mapping a list of RelationshipOptions into a releases/packages dict"""
# non-existent package should be unresolvable
rl = RelationshipOptionsList()
rl.append(RelationshipOptions("no-such-package"))
self.assertTrue(rl)
self.assertTrue(rl.ReleaseMap()['unresolved'])
# resolver not run so all relationships are "unresolved"
p = self.udd.BindPackage("libc6", "sid", "i386")
rl = p.RelationshipOptionsList("depends")
self.assertTrue(rl)
self.assertTrue(rl.ReleaseMap()['unresolved'])
release = self.udd.BindRelease(arch="i386", release="sid")
checker = Checker(release)
# all resolvable, options, versioned deps
p = release.Package("build-essential")
rl = checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList("depends"))
self.assertTrue(rl.good.ReleaseMap())
self.assertTrue(rl.good.ReleaseMap()['sid'])
self.assertFalse('unresolved' in rl.good.ReleaseMap())
# all resolvable, virtual packages
p = release.Package("debbugs")
rl = checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList("depends"))
self.assertTrue(rl.good.ReleaseMap())
self.assertTrue(rl.good.ReleaseMap()['sid'])
self.assertFalse('unresolved' in rl.good.ReleaseMap())
self.assertTrue('virtual' in rl.good.ReleaseMap())
self.assertTrue(rl.good.ReleaseMap()['virtual'])
#print rl.good.ReleaseMap()
#print rl
# some arch-specific dependencies
p = release.Source("glibc")
rl = checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList("build_depends"))
self.assertTrue(rl.good.ReleaseMap())
self.assertTrue(rl.good.ReleaseMap()['sid'])
self.assertTrue('archignore' in rl.good.ReleaseMap())
self.assertTrue(rl.good.ReleaseMap()['archignore'])
def testPackageSet(self):
"""Test reducing a list of RelationshipOptions into list of packages"""
# resolver not run so all relationships are unsatisified
p = self.udd.BindPackage("libc6", "sid", "i386")
rl = p.RelationshipOptionsList("depends")
#print rl.PackageSet()
self.assertTrue(rl.PackageSet())
release = self.udd.BindRelease(arch="i386", release="sid")
checker = Checker(release)
# all resolvable, options, versioned deps
p = release.Package("build-essential")
rl = checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList("depends"))
#print rl.good.PackageSet()
self.assertTrue(rl.good.PackageSet())
self.assertFalse(rl.bad.PackageSet())
# all resolvable, virtual packages
p = release.Package("debbugs")
rl = checker.CheckRelationshipOptionsList(
p.RelationshipOptionsList("depends"))
#print rl.good.PackageSet()
self.assertTrue(rl.good.PackageSet())
self.assertFalse(rl.bad.PackageSet())
def testStr(self):
# non-existent package
rl = RelationshipOptionsList()
rl.append(RelationshipOptions("no-such-package"))
self.assertTrue(str(rl))
# list of packages
release = self.udd.BindRelease(arch="i386", release="sid")
p = release.Package("build-essential")
rl = p.RelationshipOptionsList("depends")
self.assertTrue(str(rl))