def testBlockDevice(self):
foo = filetypes.BlockDevice(8, 1)
fileObj = foo.get(pathId)
self.assertEquals(fileObj.lsTag, 'b')
self.assertEquals(fileObj.devt.major(), 8)
self.assertEquals(fileObj.devt.minor(), 1)
self.assertEquals(foo.getContents(), None)
requires = deps.ThawDependencySet('4#foo::runtime')
provides = deps.ThawDependencySet('11#foo')
foo = filetypes.BlockDevice(8, 1, provides=provides, requires=requires)
fileObj = foo.get(pathId)
self.assertEquals(fileObj.provides(), provides)
self.assertEquals(fileObj.requires(), requires)
def getDepCacheEntry(self, troveTup):
result = self.depCache.get(troveTup)
if result is None:
return None
origResult = result
if type(result[0]) is str:
result = (deps.ThawDependencySet(result[0]), result[1])
if type(result[1]) is str:
result = (result[0], deps.ThawDependencySet(result[1]))
if result != origResult:
self.depCache[troveTup] = result
return result
def testRegularFileBasics(self):
foo = filetypes.RegularFile(contents='foo1')
fileObj = foo.get(pathId)
f = foo.getContents()
self.assertEquals(f.read(), 'foo1')
self.assertEquals(fileObj.flags(), 0)
self.assertEquals(fileObj.flavor(), deps.Flavor())
self.assertEquals(fileObj.provides(), deps.DependencySet())
self.assertEquals(fileObj.requires(), deps.DependencySet())
self.assertEquals(fileObj.inode.perms(), 0644)
self.assertEquals(fileObj.inode.owner(), 'root')
self.assertEquals(fileObj.inode.group(), 'root')
self.assertEquals(fileObj.lsTag, '-')
self.assertEquals(fileObj.linkGroup(), None)
self.assertEquals(
fileObj.fileId(),
'(\x01\x9a\xcbz\xbb\x93\x15\x01c\xcf\xd5\x14\xef\xf7,S\xbb\xf8p')
requires = deps.ThawDependencySet('4#foo::runtime')
provides = deps.ThawDependencySet('11#foo')
flv = deps.parseFlavor('xen,domU is: x86')
bar = filetypes.RegularFile(contents=StringIO('bar'),
config=True,
provides=provides,
requires=requires,
flavor=flv,
owner='foo',
group='bar',
perms=0700,
mtime=12345,
tags=['tag1', 'tag2'])
fileObj = bar.get(pathId)
self.assertEquals(bool(fileObj.flags.isInitialContents()), False)
self.assertEquals(bool(fileObj.flags.isTransient()), False)
self.assertEquals(bool(fileObj.flags.isConfig()), True)
self.assertEquals(fileObj.requires(), requires)
self.assertEquals(fileObj.provides(), provides)
self.assertEquals(fileObj.flavor(), flv)
self.assertEquals(fileObj.inode.perms(), 0700)
self.assertEquals(fileObj.inode.owner(), 'foo')
self.assertEquals(fileObj.inode.group(), 'bar')
self.assertEquals(fileObj.inode.mtime(), 12345)
self.assertEquals(fileObj.tags(), ['tag1', 'tag2'])
def _loadDepSolutions(self):
if self.version < (2, 0):
# Earlier versions were missing timestamps, which interferes with
# dep solver tie-breaking.
return
depSolutionsList = self._loadPickle(self._depSolutionsPathId)
for (sig, depSet, aResult) in depSolutionsList:
depSet = deps.ThawDependencySet(depSet)
allResults = []
for resultList in aResult:
allResults.append([(x[0], versions.ThawVersion(x[1]),
deps.ThawFlavor(x[2]))
for x in resultList])
self.addDepSolution(sig, depSet, allResults)
def _loadDepSolutions(self):
if self.version < (3, 0):
# Version 1 was missing timestamps, which interferes with dep
# solver tie-breaking.
# Version 2 could have bogus unresolved dep solutions due to a bug
# so the version was bumped to invalidate those.
return
depSolutionsList = self._loadPickle(self._depSolutionsPathId)
for (sig, depSet, aResult) in depSolutionsList:
depSet = deps.ThawDependencySet(depSet)
allResults = []
for resultList in aResult:
allResults.append([
(x[0], versions.ThawVersion(x[1]), deps.ThawFlavor(x[2]))
for x in resultList])
self.addDepSolution(sig, depSet, allResults)
def testRPMCapsuleUserGroup(self):
recipestr1 = r"""
class TestGroup(CapsuleRecipe):
name = 'test'
version = '0'
clearBuildReqs()
def setup(r):
r.addCapsule('ownerships-1.0-1.i386.rpm')
"""
built, d = self.buildRecipe(recipestr1, "TestGroup")
nvf = built[0]
nvf = nvf[0], versions.VersionFromString(nvf[1]), nvf[2]
repos = self.openRepository()
trv = repos.getTrove(*nvf)
self.assertEquals(
trv.requires(),
deps.ThawDependencySet(
'17#CompressedFileNames|17#PayloadFilesHavePrefix|'
'17#PayloadIsBzip2'))
def testUserInfoGroupInfoSplitting(self):
"""
We need to create users and groups sepparately to handle dependency
loops in group memebership. For instance on CentOS 6 the daemon user is
in the bin, lp, and daemon groups. The lp user is in the daemon and lp
groups. This means that neither of these users can be installed due to
the depency loop. The install code does put all of the uesrs into the
same install job, but then can't deal with the loop. (CNY-3731)
"""
daemonInfoRecipe = """
class InfoDaemon(UserInfoRecipe):
name = 'info-daemon'
version = '1'
clearBuildReqs()
def setup(r):
r.User('daemon', 2, supplemental=['lp', 'bin'])
"""
lpInfoRecipe = """
class InfoLp(UserInfoRecipe):
name = 'info-lp'
version = '1'
clearBuildReqs()
def setup(r):
r.User('lp', 3, supplemental=['daemon', ])
"""
binInfoRecipe = """
class InfoBin(UserInfoRecipe):
name = 'info-bin'
version = '1'
clearBuildReqs()
def setup(r):
r.User('bin', 4, supplemental=['daemon', ])
"""
comps1, r1 = self.buildRecipe(daemonInfoRecipe, 'InfoDaemon')
comps2, r2 = self.buildRecipe(lpInfoRecipe, 'InfoLp')
comps3, r3 = self.buildRecipe(binInfoRecipe, 'InfoBin')
# Make sure there is a :user and :group component for each package.
for comps in (comps1, comps2, comps3):
self.failUnlessEqual(len([ x for x in comps
if x[0].endswith(':user') or x[0].endswith(':group') ]), 2)
group1, user1 = sorted(comps1)
group2, user2 = sorted(comps2)
group3, user3 = sorted(comps3)
repos = self.openRepository()
user1nvf = repos.findTrove(None, user1)
user2nvf = repos.findTrove(None, user2)
user3nvf = repos.findTrove(None, user3)
user1trv = repos.getTrove(*user1nvf[0])
user2trv = repos.getTrove(*user2nvf[0])
user3trv = repos.getTrove(*user3nvf[0])
group1nvf = repos.findTrove(None, group1)
group2nvf = repos.findTrove(None, group2)
group3nvf = repos.findTrove(None, group3)
group1trv = repos.getTrove(*group1nvf[0])
group2trv = repos.getTrove(*group2nvf[0])
group3trv = repos.getTrove(*group3nvf[0])
# info-daemon:user should require info-bin:group, info-daemon:group,
# and info-lp:group.
self.failUnlessEqual(user1trv.requires,
deps.ThawDependencySet('8#bin|8#daemon|8#lp'))
# info-lp:user should require info-daemon:group and info-lp:group.
self.failUnlessEqual(user2trv.requires,
deps.ThawDependencySet('8#daemon|8#lp'))
# info-bin:user should require info-bin:group and info-dameon:group.
self.failUnlessEqual(user3trv.requires,
deps.ThawDependencySet('8#bin|8#daemon'))
# Make sure the user components don't provide groups.
self.failUnlessEqual(user1trv.provides,
deps.ThawDependencySet('4#info-daemon::user|7#daemon'))
self.failUnlessEqual(user2trv.provides,
deps.ThawDependencySet('4#info-lp::user|7#lp'))
self.failUnlessEqual(user3trv.provides,
deps.ThawDependencySet('4#info-bin::user|7#bin'))
# Make sure the group components provide the groups
self.failUnlessEqual(group1trv.provides,
deps.ThawDependencySet('4#info-daemon::group|8#daemon'))
self.failUnlessEqual(group2trv.provides,
deps.ThawDependencySet('4#info-lp::group|8#lp'))
self.failUnlessEqual(group3trv.provides,
deps.ThawDependencySet('4#info-bin::group|8#bin'))
# And that the groups don't require anything
self.failUnlessEqual(group1trv.requires, deps.ThawDependencySet(''))
self.failUnlessEqual(group2trv.requires, deps.ThawDependencySet(''))
self.failUnlessEqual(group3trv.requires, deps.ThawDependencySet(''))
self.updatePkg('info-daemon:user', resolve=True)
def resolve(self,
groupIds,
label,
depList,
troveList=[],
leavesOnly=False):
""" Determine troves that provide the given dependencies,
restricting by label and limiting to latest version for
each (name, flavor) pair.
"""
cu = self.db.cursor()
# need to make sure that depList does not contain duplicates
# for efficiency reasons
requires = {}
for depStr in depList:
depSet = deps.ThawDependencySet(depStr)
requires[depSet] = depStr
depSetList = requires.keys()
depNums = self._setupDepSets(cu, depSetList)
# 1. look up inmstances whose provides fully satisfy all the
# flags of every depName within a depSet (flagCount check)
# 2. out of those instances, only consider the ones that fully
# satisfy all the depName deps within a depSet (depCount
# check)
# 3. filter only the instanceIds the user has access to
query = """
select distinct
tmpDepNum.idx as idx, tmpDepNum.depNum as depNum,
Items.item, flavor, version, Nodes.timeStamps,
Nodes.finalTimestamp as finalTimestamp
from tmpDepNum
join (
select
tmpDeps.idx as idx,
tmpDeps.depNum as depNum,
Provides.instanceId as instanceid,
count(*) as flagCount
from tmpDeps
join Dependencies using(class, name, flag)
join Provides using(depId)
group by tmpDeps.idx, tmpDeps.depNum, Provides.instanceId
) as DepSelect using(idx, depNum, flagCount)
join Instances on
Instances.instanceId = DepSelect.instanceId
join Nodes using(itemId, versionId) """
where = [
"ugi.userGroupId in (%s)" % (",".join("%d" % x
for x in groupIds), )
]
args = []
if troveList:
self._setupTroveList(cu, troveList)
query += """
join tmpInstances as ti on ti.instanceId = Instances.instanceId
join UserGroupInstancesCache as ugi on
ugi.instanceId = ti.instanceId """
else:
if leavesOnly:
query += """
join LatestCache as ugi using (itemId, versionId, branchId) """
where.append("ugi.latestType = %d" %
trovesource.TROVE_QUERY_NORMAL)
where.append("ugi.flavorId = Instances.flavorId")
else:
query += """
join UserGroupInstancesCache as ugi on
ugi.instanceId = Instances.instanceId """
# restrict by label
if label:
query += """
join LabelMap on
Instances.itemId = LabelMap.itemId and
Nodes.branchId = LabelMap.branchId
join Labels using (labelId) """
where.append("Labels.label = ?")
args.append(label)
# final joins to allow us to extract the query results as strings
query += """
join Items on Instances.itemId = Items.itemId
join Versions on Instances.versionId = Versions.versionId
join Flavors on Instances.flavorId = Flavors.flavorId
where %s
order by idx, depNum, finalTimestamp desc """ % (" and ".join(where))
cu.execute(query, args)
# sqlite version 3.2.2 have trouble sorting correctly the
# results from the previous query. If we're running on sqlite,
# we take the hit here and resort the results in Python...
if self.db.driver == "sqlite":
# order by idx, depNum, finalTimestamp desc
retList = sorted(cu, key=lambda a: (a[0], a[1], -a[6]))
else:
retList = cu
ret = {}
for (depId, depNum, troveName, flavorStr, versionStr, timeStamps,
ft) in retList:
retd = ret.setdefault(depId, [{} for x in xrange(depNums[depId])])
# remember the first version of each (n,f) tuple for each query
retd[depNum].setdefault((troveName, flavorStr),
(versionStr, timeStamps))
ret2 = {}
for depId, depDictList in ret.iteritems():
key = requires[depSetList[depId]]
retList = ret2.setdefault(key,
[[] for x in xrange(len(depDictList))])
for i, depDict in enumerate(depDictList):
retList[i] = [(trv[0],
versions.strToFrozen(ver[0],
ver[1].split(":")), trv[1])
for trv, ver in depDict.iteritems()]
# fill in the result dictionary for the values we have not resolved deps for
result = {}
for depId, depSet in enumerate(depSetList):
result.setdefault(requires[depSet],
[[] for x in xrange(depNums[depId])])
result.update(ret2)
return result