def main(args):
import time
from conary import conarycfg
from conary.conaryclient.cmdline import parseTroveSpec
setupLogging(consoleLevel=logging.DEBUG, consoleFormat='file')
if len(args) == 2:
troveSpec, kernelSpec, workDir = args[0], args[1], '.'
elif len(args) == 3:
troveSpec, kernelSpec, workDir = args
else:
sys.exit("Usage: %s <troveSpec> <kernelSpec> [<workDir>]" % sys.argv[0])
cfg = conarycfg.ConaryConfiguration(False)
cfg.configLine('includeConfigFile http://localhost/conaryrc')
cli = ConaryClient(cfg)
repos = cli.getRepos()
troveTup = sorted(repos.findTrove(None, parseTroveSpec(troveSpec)))[-1]
kernelTup = sorted(repos.findTrove(None, parseTroveSpec(kernelSpec)))[-1]
generator = TemplateGenerator(troveTup, kernelTup, cfg, workDir)
generator.getTemplate(start=True)
while True:
status, path = generator.getTemplate(start=False)
if status == generator.Status.NOT_FOUND:
print 'Failed!'
break
elif status == generator.Status.DONE:
print 'Done:', path
break
time.sleep(1)
generator.wait()
def createChangeSetFile(self, jobId, path, troveSpecs=None):
"""
Creates a changeset file with all the built troves for a job.
@param jobId: jobId or uuid for a given job.
@type jobId: int or uuid
@return: False if changeset not created, True if it was.
@raise: JobNotFound: If job does not exist
"""
job = self.client.getJob(jobId)
binTroves = []
for trove in job.iterTroves():
binTroves.extend(trove.iterBuiltTroves())
if not binTroves:
log.error('No built troves associated with this job')
return False
if troveSpecs:
troveSpecs = [ cmdline.parseTroveSpec(x) for x in troveSpecs ]
source = trovesource.SimpleTroveSource(binTroves)
results = source.findTroves(None, troveSpecs)
binTroves = list(itertools.chain(*results.values()))
primaryTroveList = binTroves
recurse = True
else:
recurse = False
primaryTroveList = [ x for x in binTroves if ':' not in x[0]]
jobList = [(x[0], (None, None), (x[1], x[2]), True) for x in binTroves ]
self.getRepos().createChangeSetFile(jobList, path, recurse=recurse,
primaryTroveList=primaryTroveList)
return True
def iterAllLoadedSpecs(self):
stack = [self.getLoadedSpecs()]
while stack:
specDict = stack.pop()
for troveSpec, (troveTup, subLoadDict) in specDict.iteritems():
yield cmdline.parseTroveSpec(troveSpec), troveTup
stack.append(subLoadDict)
def createChangeSetFile(self, jobId, path, troveSpecs=None):
"""
Creates a changeset file with all the built troves for a job.
@param jobId: jobId or uuid for a given job.
@type jobId: int or uuid
@return: False if changeset not created, True if it was.
@raise: JobNotFound: If job does not exist
"""
job = self.client.getJob(jobId)
binTroves = []
for trove in job.iterTroves():
binTroves.extend(trove.iterBuiltTroves())
if not binTroves:
log.error('No built troves associated with this job')
return False
if troveSpecs:
troveSpecs = [ cmdline.parseTroveSpec(x) for x in troveSpecs ]
source = trovesource.SimpleTroveSource(binTroves)
results = source.findTroves(None, troveSpecs)
binTroves = list(itertools.chain(*results.values()))
primaryTroveList = binTroves
recurse = True
else:
recurse = False
primaryTroveList = [ x for x in binTroves if ':' not in x[0]]
jobList = [(x[0], (None, None), (x[1], x[2]), True) for x in binTroves ]
self.getRepos().createChangeSetFile(jobList, path, recurse=recurse,
primaryTroveList=primaryTroveList)
return True
def shortTroveSpec(spec):
n, v, f = parseTroveSpec(spec)
try:
v = versions.VersionFromString(v)
except conary.errors.ParseError: # we got a frozen version string
v = versions.ThawVersion(v)
return "%s=%s (%s)" % (n, str(v.trailingRevision()), getArchFromFlavor(f))
def getProductVersionPlatformVersion(self, hostname, version):
self.auth.requireProductReadAccess(hostname)
pd = self.productMgr.getProductVersionDefinition(hostname, version)
platformName = pd.getPlatformName()
sourceTrove = pd.getPlatformSourceTrove()
if not sourceTrove:
return models.EmptyPlatformVersion()
n,v,f = cmdline.parseTroveSpec(sourceTrove)
v = versions.VersionFromString(v)
# convert trove name from unicode
platformLabel = str(v.trailingLabel())
localPlatform = self.platformMgr.getPlatformByLabel(platformLabel)
if localPlatform:
platformTroves = [pt for pt in pd.getPlatformSearchPaths() \
if pt.isPlatformTrove]
if not platformTroves:
return models.EmptyPlatformVersion()
platformTrove = platformTroves[0]
name = str(platformTrove.troveName)
revision = str(platformTrove.version)
return self.platformMgr.getPlatformVersion(
localPlatform.platformId,
"%s=%s" % (name, revision))
else:
return models.EmptyPlatformVersion()
def _findTroves(self,
specList,
labelPath=None,
defaultFlavor=None,
allowMissing=False):
newSpecList = []
specMap = {}
for spec in specList:
if not isinstance(spec, tuple):
newSpec = cmdline.parseTroveSpec(spec)
else:
newSpec = spec
newSpecList.append(newSpec)
specMap[newSpec] = spec
repos = self._getRepositoryClient()
if isinstance(labelPath, (tuple, list)):
labelPath = [self._getLabel(x) for x in labelPath]
elif labelPath:
labelPath = self._getLabel(labelPath)
defaultFlavor = self._getFlavor(defaultFlavor, keepNone=True)
results = repos.findTroves(labelPath,
newSpecList,
defaultFlavor=defaultFlavor,
allowMissing=allowMissing)
return dict((specMap[x[0]], x[1]) for x in results.items())
def getProductVersionPlatform(self, hostname, version):
self.auth.requireProductReadAccess(hostname)
pd = self.productMgr.getProductVersionDefinition(hostname, version)
platformName = pd.getPlatformName()
sourceTrove = pd.getPlatformSourceTrove()
if not sourceTrove:
return models.ProductPlatform(platformTroveName='',
platformVersion='', label='', platformName=platformName,
hostname=hostname, productVersion=version)
n,v,f = cmdline.parseTroveSpec(sourceTrove)
v = versions.VersionFromString(v)
# convert trove name from unicode
platformLabel = str(v.trailingLabel())
localPlatform = self.platformMgr.getPlatformByLabel(platformLabel)
platformId = None
platformEnabled = None
if localPlatform:
platformId = localPlatform.platformId
platformEnabled = bool(localPlatform.enabled)
return models.ProductPlatform(platformTroveName=str(n),
platformVersion=str(v.trailingRevision()),
label=platformLabel,
platformName=platformName,
hostname=hostname,
productVersion=version,
enabled=platformEnabled,
platformId = platformId)
def setProductInfo(trvSpec, info):
trvSpec = cmdline.parseTroveSpec(trvSpec)
cfg = conarycfg.ConaryConfiguration(True)
client = conaryclient.ConaryClient(cfg)
repos = client.getRepos()
nvfs = repos.findTrove(None, trvSpec)
if not len(nvfs):
print >>sys.stderr, 'did not find any troves matching %s' % trvSpec
return 1
nvf = nvfs[0]
trv = repos.getTrove(*nvf)
md = trv.troveInfo.metadata
keyValue = md.get(1).get('keyValue')
if not keyValue:
mi = trove.MetadataItem()
md.addItem(mi)
keyValue = mi.keyValue
keyValue['product_info'] = json.dumps(info)
repos.setTroveInfo([(nvf, trv.troveInfo), ])
def iterAllLoadedSpecs(self):
stack = [self.getLoadedSpecs()]
while stack:
specDict = stack.pop()
for troveSpec, (troveTup, subLoadDict) in specDict.iteritems():
yield cmdline.parseTroveSpec(troveSpec), troveTup
stack.append(subLoadDict)
def createSearchPathFromStrings(searchPath):
"""
Creates a list of items that can be passed into createSearchSource.
Valid items in the searchPath include:
1. troveSpec (foo=:devel) or list of trovespecs
2. string for label (conary.rpath.com@rpl:devel)
3. label objects or list of label objects.
"""
from conary.conaryclient import cmdline
from conary import conarycfg
labelList = []
finalPath = []
if not isinstance(searchPath, (list, tuple)):
searchPath = [searchPath]
for item in searchPath:
if isinstance(item, conarycfg.CfgLabelList):
item = tuple(item)
elif isinstance(item, versions.Label):
labelList.append(item)
continue
elif isinstance(item, (list, tuple)):
# recurse
item = list(itertools.chain(*createSearchPathFromStrings(item)))
elif isinstance(item, str):
if '=' in item:
# only troveSpecs have = in them
item = (cmdline.parseTroveSpec(item), )
elif '@' in item:
try:
item = versions.Label(item)
except baseerrors.ParseError, err:
raise baseerrors.ParseError(
'Error parsing label "%s": %s' % (item, err))
labelList.append(item)
continue
else:
item = (cmdline.parseTroveSpec(item), )
else:
raise baseerrors.ParseError('Unknown searchPath item "%s"' % item)
# labels don't get here, so we know that this is not part of a
# labelPath
if labelList:
finalPath.append(tuple(labelList))
labelList = []
finalPath.append(item)
def _check(tups, troveSpecs):
source = trovesource.SimpleTroveSource(tups)
source.searchAsDatabase()
troveSpecs = [ cmdline.parseTroveSpec(x) for x in troveSpecs ]
results = source.findTroves(None, troveSpecs)
receivedTups = itertools.chain(*results.itervalues())
assert(set(receivedTups) == set(tups))
def createSearchPathFromStrings(searchPath):
"""
Creates a list of items that can be passed into createSearchSource.
Valid items in the searchPath include:
1. troveSpec (foo=:devel) or list of trovespecs
2. string for label (conary.rpath.com@rpl:devel)
3. label objects or list of label objects.
"""
from conary.conaryclient import cmdline
from conary import conarycfg
labelList = []
finalPath = []
if not isinstance(searchPath, (list, tuple)):
searchPath = [searchPath]
for item in searchPath:
if isinstance(item, conarycfg.CfgLabelList):
item = tuple(item)
elif isinstance(item, versions.Label):
labelList.append(item)
continue
elif isinstance(item, (list, tuple)):
# recurse
item = list(itertools.chain(*createSearchPathFromStrings(item)))
elif isinstance(item, str):
if '=' in item:
# only troveSpecs have = in them
item = ( cmdline.parseTroveSpec(item), )
elif '@' in item:
try:
item = versions.Label(item)
except baseerrors.ParseError, err:
raise baseerrors.ParseError(
'Error parsing label "%s": %s' % (item, err))
labelList.append(item)
continue
else:
item = (cmdline.parseTroveSpec(item),)
else:
raise baseerrors.ParseError('Unknown searchPath item "%s"' % item)
# labels don't get here, so we know that this is not part of a
# labelPath
if labelList:
finalPath.append(tuple(labelList))
labelList = []
finalPath.append(item)
def _check(tups, troveSpecs):
source = trovesource.SimpleTroveSource(tups)
source.searchAsDatabase()
troveSpecs = [cmdline.parseTroveSpec(x) for x in troveSpecs]
results = source.findTroves(None, troveSpecs)
receivedTups = itertools.chain(*results.itervalues())
assert (set(receivedTups) == set(tups))
def _filterListByMatchSpecs(reposName, matchSpecs, troveList):
matchSpecs = [ cmdline.parseTroveSpec(x, allowEmptyName=True)
for x in matchSpecs ]
hasAddSpec = False
newTroveList = []
for troveTup in troveList:
if troveTup[2] is None:
flavor = deps.parseFlavor('')
else:
flavor = troveTup[2]
newTroveList.append((troveTup[0], troveTup[1], flavor))
troveList = newTroveList
troveMap = {}
for troveTup in troveList:
key = (troveTup[0].split(':')[0], troveTup[1], troveTup[2])
troveMap.setdefault(key, []).append(troveTup)
finalMatchSpecs = {}
for matchSpec in matchSpecs:
name = matchSpec[0]
if name and name[0] == '-':
removeSpec = True
name = name[1:]
else:
hasAddSpec = True
removeSpec = False
if not name:
filterFn = lambda x: True
else:
filterFn = lambda x: fnmatch.fnmatchcase(x[0], name)
# add all packages that match glob (could be empty in which case
# all packages are added.
finalMatchSpecs.update(dict.fromkeys([(x[0], matchSpec[1],
matchSpec[2]) for x in troveMap
if filterFn(x)],
removeSpec))
troveSource = trovesource.SimpleTroveSource(troveMap)
troveSource = recipeutil.RemoveHostSource(troveSource,
reposName)
results = troveSource.findTroves(None, finalMatchSpecs, None,
allowMissing=True)
toRemove = []
toAdd = set()
for matchSpec, resultList in results.iteritems():
if not finalMatchSpecs[matchSpec]: # this matchSpec was prepended by
# a - sign
toAdd.update(resultList)
else:
toRemove.extend(resultList)
if not hasAddSpec:
toAdd = set(troveMap)
toAdd.difference_update(toRemove)
return list(itertools.chain(*(troveMap[x] for x in toAdd)))
def _filterListByMatchSpecs(reposName, matchSpecs, troveList):
matchSpecs = [ cmdline.parseTroveSpec(x, allowEmptyName=True)
for x in matchSpecs ]
hasAddSpec = False
newTroveList = []
for troveTup in troveList:
if troveTup[2] is None:
flavor = deps.parseFlavor('')
else:
flavor = troveTup[2]
newTroveList.append((troveTup[0], troveTup[1], flavor))
troveList = newTroveList
troveMap = {}
for troveTup in troveList:
key = (troveTup[0].split(':')[0], troveTup[1], troveTup[2])
troveMap.setdefault(key, []).append(troveTup)
finalMatchSpecs = {}
for matchSpec in matchSpecs:
name = matchSpec[0]
if name and name[0] == '-':
removeSpec = True
name = name[1:]
else:
hasAddSpec = True
removeSpec = False
if not name:
filterFn = lambda x: True
else:
filterFn = lambda x: fnmatch.fnmatchcase(x[0], name)
# add all packages that match glob (could be empty in which case
# all packages are added.
finalMatchSpecs.update(dict.fromkeys([(x[0], matchSpec[1],
matchSpec[2]) for x in troveMap
if filterFn(x)],
removeSpec))
troveSource = trovesource.SimpleTroveSource(troveMap)
troveSource = recipeutil.RemoveHostSource(troveSource,
reposName)
results = troveSource.findTroves(None, finalMatchSpecs, None,
allowMissing=True)
toRemove = []
toAdd = set()
for matchSpec, resultList in results.iteritems():
if not finalMatchSpecs[matchSpec]: # this matchSpec was prepended by
# a - sign
toAdd.update(resultList)
else:
toRemove.extend(resultList)
if not hasAddSpec:
toAdd = set(troveMap)
toAdd.difference_update(toRemove)
return list(itertools.chain(*(troveMap[x] for x in toAdd)))
def CloneTrove(cfg,
targetBranch,
troveSpecList,
updateBuildInfo=True,
info=False,
cloneSources=False,
message=None,
test=False,
fullRecurse=False,
ignoreConflicts=False,
exactFlavors=False):
client = ConaryClient(cfg)
repos = client.getRepos()
targetBranch = versions.VersionFromString(targetBranch)
if not isinstance(targetBranch, versions.Branch):
raise errors.ParseError(
'Cannot specify full version "%s" to clone to - must specify target branch'
% targetBranch)
troveSpecs = [cmdline.parseTroveSpec(x) for x in troveSpecList]
componentSpecs = [
x[0] for x in troveSpecs
if ':' in x[0] and x[0].split(':')[1] != 'source'
]
if componentSpecs:
raise errors.ParseError('Cannot clone components: %s' %
', '.join(componentSpecs))
trovesToClone = repos.findTroves(cfg.installLabelPath,
troveSpecs,
cfg.flavor,
exactFlavors=exactFlavors)
trovesToClone = list(set(itertools.chain(*trovesToClone.itervalues())))
if not client.cfg.quiet:
callback = client_callbacks.CloneCallback(client.cfg, message)
else:
callback = callbacks.CloneCallback()
okay, cs = client.createCloneChangeSet(targetBranch,
trovesToClone,
updateBuildInfo=updateBuildInfo,
infoOnly=info,
callback=callback,
fullRecurse=fullRecurse,
cloneSources=cloneSources)
if not okay:
return
return _finishClone(client,
cfg,
cs,
callback,
info=info,
test=test,
ignoreConflicts=ignoreConflicts)
def _thawData(class_, data):
parsedData = []
lines = data.split('\000')
for line in lines:
troveSpec, flavor = line.split('\001')
troveSpec = cmdline.parseTroveSpec(troveSpec)
troveTup = troveSpec[0], versions.VersionFromString(troveSpec[1]), troveSpec[2]
dep = ThawFlavor(flavor)
parsedData.append((troveTup, dep))
return parsedData
def _thawData(class_, data):
parsedData = []
lines = data.split('\000')
for line in lines:
troveSpec, flavor = line.split('\001')
troveSpec = cmdline.parseTroveSpec(troveSpec)
troveTup = troveSpec[0], versions.VersionFromString(troveSpec[1]), troveSpec[2]
dep = ThawFlavor(flavor)
parsedData.append((troveTup, dep))
return parsedData
def testParseTroveSpec(self):
tests = [
(("foo=/bar@baz:1/2-3-4", False, False),
("foo", "/bar@baz:1/2-3-4", None)),
((" foo=/bar@baz:1/2-3-4\n\n\n", False, False),
("foo", "/bar@baz:1/2-3-4", None)),
]
for (specStr, allowEmptyName, withFrozenFlavor), exp in tests:
ret = cmdline.parseTroveSpec(specStr, allowEmptyName =
allowEmptyName, withFrozenFlavor = withFrozenFlavor)
self.assertEqual(ret, exp)
def testParseTroveSpec(self):
tests = [
(("foo=/bar@baz:1/2-3-4", False, False),
("foo", "/bar@baz:1/2-3-4", None)),
((" foo=/bar@baz:1/2-3-4\n\n\n", False, False),
("foo", "/bar@baz:1/2-3-4", None)),
]
for (specStr, allowEmptyName, withFrozenFlavor), exp in tests:
ret = cmdline.parseTroveSpec(specStr,
allowEmptyName=allowEmptyName,
withFrozenFlavor=withFrozenFlavor)
self.assertEqual(ret, exp)
def createImageJob(self, productName, imageList):
raise NotImplementedError # XXX
allTroveSpecs = {}
finalImageList = []
for image in imageList:
image = list(image)
if len(image) < 4:
image.append('')
# Make it easy to append more parameters extensibly later
image = image[0:4]
finalImageList.append(image)
for troveSpec, imageType, imageOptions, buildName in finalImageList:
if isinstance(troveSpec, str):
troveSpec = cmdline.parseTroveSpec(troveSpec)
allTroveSpecs.setdefault(troveSpec, []).append((imageType,
buildName,
imageOptions))
cfg = self.buildConfig
cfg.initializeFlavors()
repos = self.getRepos()
results = repos.findTroves(cfg.buildLabel, allTroveSpecs,
cfg.buildFlavor)
def getContextName(buildName):
return buildName.replace(' ', '_')
contextCache = set()
i = 1
job = buildjob.BuildJob()
for troveSpec, troveTupList in results.iteritems():
for imageType, buildName, imageOptions in allTroveSpecs[troveSpec]:
for name, version, flavor in troveTupList:
context = getContextName(buildName)
while not context or context in contextCache:
if buildName:
context = '%s_(%d)' %(context, i)
else:
context = 'Image_%d' %i
i += 1
contextCache.add(context)
imageTrove = imagetrove.ImageTrove(None,
name, version, flavor,
context=context)
imageTrove.setImageType(imageType)
imageTrove.setImageOptions(imageOptions)
imageTrove.setProductName(productName)
imageTrove.setBuildName(buildName)
job.setTroveConfig(imageTrove, cfg)
job.addTrove(name, version, flavor, context, imageTrove)
job.setMainConfig(cfg)
return job
def testMultipleContexts(self):
config = """
[nossl]
buildFlavor !ssl
"""
repos = self.openRepository()
trv = self.addComponent('testcase:source', '1.0-1', '',
[('testcase.recipe',
basicRecipe + '\tif Use.ssl:pass')])
self.openRmakeRepository()
self.writeFile(self.workDir + '/config', config)
self.buildCfg.read(self.workDir + '/config')
uri = 'unix://%s/socket' % self.rootDir
self.buildCfg.strictMode = True
srv = server.rMakeServer(#None,
uri,
self.rmakeCfg,
None, quiet=True)
rmakeClient = client.rMakeClient(uri)
pid = os.fork()
if pid:
srv._close()
try:
helper = self.getRmakeHelper(rmakeClient.uri)
troveSpec = '%s=%s[%s]' % trv.getNameVersionFlavor()
troveSpec2 = '%s=%s[%s]{nossl}' % trv.getNameVersionFlavor()
jobId = helper.buildTroves([troveSpec, troveSpec2])
buildCfg = rmakeClient.getJobConfig(jobId)
self.assertEquals(buildCfg.buildTroveSpecs, [cmdline.parseTroveSpec(troveSpec)])
helper.waitForJob(jobId)
job = helper.getJob(jobId)
# make sure a trove can actually be found
if job.isFailed():
raise RuntimeError('Job Failed: %s' % job.getFailureReason())
trvs = job.findTrovesWithContext(None,
[('testcase:source', None, None, None)])
assert(len(trvs) == 1)
self.assertEquals(len(trvs.values()[0]), 2)
finally:
os.kill(pid, signal.SIGTERM)
self.waitThenKill(pid)
else:
try:
sys.stdin = open('/dev/null')
lf = logfile.LogFile(self.rootDir + '/srv.log')
lf.redirectOutput()
srv.serve_forever()
finally:
os._exit(1)
def createImageJob(self, productName, imageList):
allTroveSpecs = {}
finalImageList = []
for image in imageList:
image = list(image)
if len(image) < 4:
image.append('')
# Make it easy to append more parameters extensibly later
image = image[0:4]
finalImageList.append(image)
for troveSpec, imageType, imageOptions, buildName in finalImageList:
if isinstance(troveSpec, str):
troveSpec = cmdline.parseTroveSpec(troveSpec)
allTroveSpecs.setdefault(troveSpec, []).append((imageType,
buildName,
imageOptions))
cfg = self.buildConfig
cfg.initializeFlavors()
repos = self.getRepos()
results = repos.findTroves(cfg.buildLabel, allTroveSpecs,
cfg.buildFlavor)
def getContextName(buildName):
return buildName.replace(' ', '_')
contextCache = set()
i = 1
job = buildjob.BuildJob()
for troveSpec, troveTupList in results.iteritems():
for imageType, buildName, imageOptions in allTroveSpecs[troveSpec]:
for name, version, flavor in troveTupList:
context = getContextName(buildName)
while not context or context in contextCache:
if buildName:
context = '%s_(%d)' %(context, i)
else:
context = 'Image_%d' %i
i += 1
contextCache.add(context)
imageTrove = imagetrove.ImageTrove(None,
name, version, flavor,
context=context)
imageTrove.setImageType(imageType)
imageTrove.setImageOptions(imageOptions)
imageTrove.setProductName(productName)
imageTrove.setBuildName(buildName)
job.setTroveConfig(imageTrove, cfg)
job.addTrove(name, version, flavor, context, imageTrove)
job.setMainConfig(cfg)
return job
def validate(self):
# wait to check build requires until the object is instantiated
# so that we can include all of the parent classes' buildreqs
# in the check
for buildRequires in self.buildRequires:
(n, vS, f) = cmdline.parseTroveSpec(buildRequires)
if n.count(":") > 1:
raise RecipeFileError("Build requirement '%s' cannot have two colons in its name" % (buildRequires))
# we don't allow full version strings or just releases
if vS and vS[0] not in ":@":
raise RecipeFileError("Unsupported buildReq format %s" % buildRequires)
def changePins(cfg, troveStrList, pin = True,
systemModel = None, systemModelFile = None,
callback = None):
client = conaryclient.ConaryClient(cfg)
client.checkWriteableRoot()
troveList = []
for item in troveStrList:
name, ver, flv = parseTroveSpec(item)
troves = client.db.findTrove(None, (name, ver, flv))
troveList += troves
client.pinTroves(troveList, pin = pin)
if systemModel and systemModelFile and not pin:
doModelUpdate(cfg, systemModel, systemModelFile, [], callback=callback)
def testBasic(self):
repos = self.openRepository()
trv = self.addComponent('testcase:source', '1.0-1', '',
[('testcase.recipe', basicRecipe)])
self.openRmakeRepository()
uri = 'unix://%s/socket' % self.rootDir
srv = server.rMakeServer(#None,
uri,
self.rmakeCfg,
None, quiet=True)
self.buildCfg.uuid = self.genUUID('foo')
self.buildCfg.strictMode = True
#client = server.rMakeClient(srv)
#client = server.rMakeClient('http://*****:*****@local:linux', None),
self.buildCfg.flavor)
finally:
os.kill(pid, signal.SIGTERM)
self.waitThenKill(pid)
else:
try:
sys.stdin = open('/dev/null')
lf = logfile.LogFile(self.rootDir + '/srv.log')
lf.redirectOutput()
srv.serve_forever()
finally:
os._exit(1)
def validate(self):
# wait to check build requires until the object is instantiated
# so that we can include all of the parent classes' buildreqs
# in the check
for buildRequires in self.buildRequires:
(n, vS, f) = cmdline.parseTroveSpec(buildRequires)
if n.count(':') > 1:
raise RecipeFileError(
"Build requirement '%s' cannot have two colons in its name"
% (buildRequires))
# we don't allow full version strings or just releases
if vS and vS[0] not in ':@':
raise RecipeFileError("Unsupported buildReq format %s" %
buildRequires)
def _getUpdateJob(self, cclient, troveName):
self.callback.setChangeSet(troveName)
trvSpec = self.getBuildData(troveName)
if trvSpec and trvSpec.upper() != 'NONE':
n, v, f = parseTroveSpec(trvSpec.encode('utf8'))
try:
v = versions.ThawVersion(v)
except:
try:
v = versions.VersionFromString(v)
except:
log.error("Bad version string %r in custom trove field %r"
" -- using it anyway.", v, troveName)
itemList = [(n, (None, None), (v, f), True)]
uJob, suggMap = cclient.updateChangeSet(itemList,
resolveDeps = False)
return uJob
def substResolveTroves(resolveTroves, macros):
'''
Substitute C{macros} into the config item C{resolveTroves}.
@type resolveTroves: C{[[(name, version, flavor)]]}
@type macros: dict or Macros
'''
ret = []
for bucket in resolveTroves:
newBucket = []
for spec in bucket:
spec %= macros
newBucket.append(parseTroveSpec(spec))
ret.append(newBucket)
return ret
def findAction(self, actionList, data):
troveSpecsByInSet = {}
for action in actionList:
l = troveSpecsByInSet.setdefault(action.primaryTroveSet, [])
from conary.conaryclient.cmdline import parseTroveSpec
for troveSpec in action.troveSpecs:
# handle str's that need parsing as well as tuples which
# have already been parsed
if isinstance(troveSpec, str):
l.append((action.outSet, parseTroveSpec(troveSpec)))
else:
l.append((action.outSet, troveSpec))
notFound = set()
for inSet, searchList in troveSpecsByInSet.iteritems():
cacheable = set()
cached = set()
for i, (outSet, troveSpec) in enumerate(searchList):
if troveSpec.version and '/' in troveSpec.version:
match = data.troveCache.getFindResult(troveSpec)
if match is None:
cacheable.add(i)
else:
cached.add(i)
outSet._setInstall(match)
d = inSet._findTroves([ x[1] for i, x in enumerate(searchList)
if i not in cached ])
for i, (outSet, troveSpec) in enumerate(searchList):
if i in cached:
continue
if troveSpec in d:
outSet._setInstall(d[troveSpec])
if i in cacheable:
data.troveCache.addFindResult(troveSpec,
d[troveSpec])
else:
notFound.add(troveSpec)
if notFound:
raise TroveSpecsNotFound(sorted(notFound))
return True
def findAction(self, actionList, data):
troveSpecsByInSet = {}
for action in actionList:
l = troveSpecsByInSet.setdefault(action.primaryTroveSet, [])
from conary.conaryclient.cmdline import parseTroveSpec
for troveSpec in action.troveSpecs:
# handle str's that need parsing as well as tuples which
# have already been parsed
if isinstance(troveSpec, str):
l.append((action.outSet, parseTroveSpec(troveSpec)))
else:
l.append((action.outSet, troveSpec))
notFound = set()
for inSet, searchList in troveSpecsByInSet.iteritems():
cacheable = set()
cached = set()
for i, (outSet, troveSpec) in enumerate(searchList):
if troveSpec.version and '/' in troveSpec.version:
match = data.troveCache.getFindResult(troveSpec)
if match is None:
cacheable.add(i)
else:
cached.add(i)
outSet._setInstall(match)
d = inSet._findTroves(
[x[1] for i, x in enumerate(searchList) if i not in cached])
for i, (outSet, troveSpec) in enumerate(searchList):
if i in cached:
continue
if troveSpec in d:
outSet._setInstall(d[troveSpec])
if i in cacheable:
data.troveCache.addFindResult(troveSpec, d[troveSpec])
else:
notFound.add(troveSpec)
if notFound:
raise TroveSpecsNotFound(sorted(notFound))
return True
def _matchReqs(reqList, db):
reqMap = {}
missingReqs = []
for buildReq in reqList:
(name, versionStr, flavor) = cmdline.parseTroveSpec(buildReq)
# XXX move this to use more of db.findTrove's features, instead
# of hand parsing
troves = db.trovesByName(name)
troves = db.getTroves(troves)
versionMatches = _filterBuildReqsByVersionStr(versionStr, troves)
if not versionMatches:
missingReqs.append(buildReq)
continue
match = _filterBuildReqsByFlavor(flavor, versionMatches)
if match:
reqMap[buildReq] = match
else:
missingReqs.append(buildReq)
return reqMap, missingReqs
def _matchReqs(reqList, db):
reqMap = {}
missingReqs = []
for buildReq in reqList:
(name, versionStr, flavor) = cmdline.parseTroveSpec(buildReq)
# XXX move this to use more of db.findTrove's features, instead
# of hand parsing
troves = db.trovesByName(name)
troves = db.getTroves(troves)
versionMatches = _filterBuildReqsByVersionStr(
versionStr, troves)
if not versionMatches:
missingReqs.append(buildReq)
continue
match = _filterBuildReqsByFlavor(flavor, versionMatches)
if match:
reqMap[buildReq] = match
else:
missingReqs.append(buildReq)
return reqMap, missingReqs
def _findTroves(self, specList, labelPath=None,
defaultFlavor=None, allowMissing=False):
newSpecList = []
specMap = {}
for spec in specList:
if not isinstance(spec, tuple):
newSpec = cmdline.parseTroveSpec(spec)
else:
newSpec = spec
newSpecList.append(newSpec)
specMap[newSpec] = spec
repos = self._getRepositoryClient()
if isinstance(labelPath, (tuple, list)):
labelPath = [ self._getLabel(x) for x in labelPath ]
elif labelPath:
labelPath = self._getLabel(labelPath)
defaultFlavor = self._getFlavor(defaultFlavor, keepNone=True)
results = repos.findTroves(labelPath, newSpecList,
defaultFlavor = defaultFlavor,
allowMissing=allowMissing)
return dict((specMap[x[0]], x[1]) for x in results.items())
def CloneTrove(cfg, targetBranch, troveSpecList, updateBuildInfo = True,
info = False, cloneSources = False, message = None,
test = False, fullRecurse = False, ignoreConflicts = False,
exactFlavors = False):
client = ConaryClient(cfg)
repos = client.getRepos()
targetBranch = versions.VersionFromString(targetBranch)
if not isinstance(targetBranch, versions.Branch):
raise errors.ParseError('Cannot specify full version "%s" to clone to - must specify target branch' % targetBranch)
troveSpecs = [ cmdline.parseTroveSpec(x) for x in troveSpecList]
componentSpecs = [ x[0] for x in troveSpecs
if ':' in x[0] and x[0].split(':')[1] != 'source']
if componentSpecs:
raise errors.ParseError('Cannot clone components: %s' % ', '.join(componentSpecs))
trovesToClone = repos.findTroves(cfg.installLabelPath,
troveSpecs, cfg.flavor,
exactFlavors = exactFlavors)
trovesToClone = list(set(itertools.chain(*trovesToClone.itervalues())))
if not client.cfg.quiet:
callback = client_callbacks.CloneCallback(client.cfg, message)
else:
callback = callbacks.CloneCallback()
okay, cs = client.createCloneChangeSet(targetBranch, trovesToClone,
updateBuildInfo=updateBuildInfo,
infoOnly=info, callback=callback,
fullRecurse=fullRecurse,
cloneSources=cloneSources)
if not okay:
return
return _finishClone(client, cfg, cs, callback, info=info,
test=test, ignoreConflicts=ignoreConflicts)
def testTroveFilterBasics(self):
recipe = self.getRecipe()
filt = trovefilter.TroveFilter(recipe,
'foo', version = 'test.rpath.local@rpl:devel')
nvf = cmdline.parseTroveSpec('foo=test.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf,)), True)
nvf = cmdline.parseTroveSpec('foo=foo.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf,)), False)
filt = trovefilter.TroveFilter(recipe,
'foo', version = '/test.rpath.local@rpl:devel')
nvf = cmdline.parseTroveSpec('foo=/test.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf,)), True)
nvf = cmdline.parseTroveSpec('foo=/foo.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf,)), False)
filt = trovefilter.TroveFilter(recipe,
'foo', version = '/test.rpath.local@rpl:devel/1-1-1')
nvf = cmdline.parseTroveSpec('foo=/test.rpath.local@rpl:devel/1-1-1')
self.assertEquals(filt.match((nvf,)), True)
nvf = cmdline.parseTroveSpec('foo=/foo.rpath.local@rpl:devel/1-1-1')
self.assertEquals(filt.match((nvf,)), False)
def testTroveFilterBasics(self):
recipe = self.getRecipe()
filt = trovefilter.TroveFilter(recipe,
'foo',
version='test.rpath.local@rpl:devel')
nvf = cmdline.parseTroveSpec('foo=test.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf, )), True)
nvf = cmdline.parseTroveSpec('foo=foo.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf, )), False)
filt = trovefilter.TroveFilter(recipe,
'foo',
version='/test.rpath.local@rpl:devel')
nvf = cmdline.parseTroveSpec('foo=/test.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf, )), True)
nvf = cmdline.parseTroveSpec('foo=/foo.rpath.local@rpl:devel')
self.assertEquals(filt.match((nvf, )), False)
filt = trovefilter.TroveFilter(
recipe, 'foo', version='/test.rpath.local@rpl:devel/1-1-1')
nvf = cmdline.parseTroveSpec('foo=/test.rpath.local@rpl:devel/1-1-1')
self.assertEquals(filt.match((nvf, )), True)
nvf = cmdline.parseTroveSpec('foo=/foo.rpath.local@rpl:devel/1-1-1')
self.assertEquals(filt.match((nvf, )), False)
def getCrossRequirementSpecs(self):
return [cmdline.parseTroveSpec(x) for x in self.getCrossRequirements()]
def getBuildRequirementSpecs(self):
return [
cmdline.parseTroveSpec(x) for x in self.iterBuildRequirements()
]
def _updateTroves(cfg, applyList, **kwargs):
# Take out the apply-related keyword arguments
applyDefaults = dict(
replaceFiles = False,
replaceManagedFiles = False,
replaceUnmanagedFiles = False,
replaceModifiedFiles = False,
replaceModifiedConfigFiles = False,
tagScript = None,
justDatabase = False,
skipCapsuleOps = False,
info = False,
keepJournal = False,
noRestart = False,
noScripts = False,
)
applyKwargs = {}
for k in applyDefaults:
if k in kwargs:
applyKwargs[k] = kwargs.pop(k)
callback = kwargs.pop('callback')
loadTroveCache = kwargs.pop('loadTroveCache', False)
applyKwargs['test'] = kwargs.get('test', False)
applyKwargs['localRollbacks'] = cfg.localRollbacks
applyKwargs['autoPinList'] = cfg.pinTroves
model = kwargs.pop('systemModel', None)
modelFile = kwargs.pop('systemModelFile', None)
modelGraph = kwargs.pop('modelGraph', None)
modelTrace = kwargs.pop('modelTrace', None)
noRestart = applyKwargs.get('noRestart', False)
client = conaryclient.ConaryClient(cfg, modelFile=modelFile)
client.setUpdateCallback(callback)
if kwargs.pop('disconnected', False):
client.disconnectRepos()
migrate = kwargs.get('migrate', False)
# even though we no longer differentiate forceMigrate, we still
# remove it from kwargs to avoid confusing prepareUpdateJob
kwargs.pop('forceMigrate', False)
restartInfo = kwargs.get('restartInfo', None)
# Initialize the critical update set
applyCriticalOnly = kwargs.get('applyCriticalOnly', False)
if kwargs.get('criticalUpdateInfo') is not None:
kwargs['criticalUpdateInfo'].criticalOnly = applyCriticalOnly
else:
kwargs['criticalUpdateInfo'] = CriticalUpdateInfo(applyCriticalOnly)
info = applyKwargs.pop('info', False)
# Rename depCheck to resolveDeps
depCheck = kwargs.pop('depCheck', True)
kwargs['resolveDeps'] = depCheck
if not info:
client.checkWriteableRoot()
# Unfortunately there's no easy way to make 'test' or 'info' mode work
# with capsule sync, doubly so because it influences the decisions made
# later on about what troves to update. So this will always really
# apply, but the good news is that it never modifies the system outside
# of the Conary DB.
client.syncCapsuleDatabase(callback, makePins=True)
updJob = client.newUpdateJob()
try:
if model:
changeSetList = kwargs.get('fromChangesets', [])
criticalUpdates = kwargs.get('criticalUpdateInfo', None)
tc = modelupdate.CMLTroveCache(client.getDatabase(),
client.getRepos(),
callback = callback,
changeSetList =
changeSetList)
tcPath = cfg.root + cfg.dbPath + '/modelcache'
if loadTroveCache:
if os.path.exists(tcPath):
log.info("loading %s", tcPath)
callback.loadingModelCache()
tc.load(tcPath)
ts = client.cmlGraph(model, changeSetList = changeSetList)
if modelGraph is not None:
ts.g.generateDotFile(modelGraph)
suggMap = client._updateFromTroveSetGraph(updJob, ts, tc,
fromChangesets = changeSetList,
criticalUpdateInfo = criticalUpdates,
callback = callback)
if modelTrace is not None:
ts.g.trace([ parseTroveSpec(x) for x in modelTrace ] )
finalModel = copy.deepcopy(model)
if model.suggestSimplifications(tc, ts.g):
log.info("possible system model simplifications found")
ts2 = client.cmlGraph(model, changeSetList = changeSetList)
updJob2 = client.newUpdateJob()
try:
suggMap2 = client._updateFromTroveSetGraph(updJob2, ts2,
tc,
fromChangesets = changeSetList,
criticalUpdateInfo = criticalUpdates)
except errors.TroveNotFound:
log.info("bad model generated; bailing")
else:
if (suggMap == suggMap2 and
updJob.getJobs() == updJob2.getJobs()):
log.info("simplified model verfied; using it instead")
ts = ts2
finalModel = model
updJob = updJob2
suggMap = suggMap2
else:
log.info("simplified model changed result; ignoring")
model = finalModel
modelFile.model = finalModel
if tc.cacheModified():
log.info("saving %s", tcPath)
callback.savingModelCache()
tc.save(tcPath)
callback.done()
else:
suggMap = client.prepareUpdateJob(updJob, applyList, **kwargs)
except:
callback.done()
client.close()
raise
if info:
callback.done()
displayUpdateInfo(updJob, cfg, noRestart=noRestart)
if restartInfo and not model:
callback.done()
newJobs = set(itertools.chain(*updJob.getJobs()))
oldJobs = set(updJob.getItemList())
addedJobs = newJobs - oldJobs
removedJobs = oldJobs - newJobs
if addedJobs or removedJobs:
print
print 'NOTE: after critical updates were applied, the contents of the update were recalculated:'
print
displayChangedJobs(addedJobs, removedJobs, cfg)
updJob.close()
client.close()
return
if model:
missingLocalTroves = model.getMissingLocalTroves(tc, ts)
if missingLocalTroves:
print 'Update would leave references to missing local troves:'
for troveTup in missingLocalTroves:
if not isinstance(troveTup, trovetup.TroveTuple):
troveTup = trovetup.TroveTuple(troveTup)
print "\t" + str(troveTup)
client.close()
return
if suggMap:
callback.done()
dcfg = display.DisplayConfig()
dcfg.setTroveDisplay(fullFlavors = cfg.fullFlavors,
fullVersions = cfg.fullVersions,
showLabels = cfg.showLabels)
formatter = display.TroveTupFormatter(dcfg)
print "Including extra troves to resolve dependencies:"
print " ",
items = sorted(set(formatter.formatNVF(*x)
for x in itertools.chain(*suggMap.itervalues())))
print " ".join(items)
askInteractive = cfg.interactive
if restartInfo:
callback.done()
newJobs = set(itertools.chain(*updJob.getJobs()))
oldJobs = set(updJob.getItemList())
addedJobs = newJobs - oldJobs
removedJobs = oldJobs - newJobs
if not model and addedJobs or removedJobs:
print 'NOTE: after critical updates were applied, the contents of the update were recalculated:'
displayChangedJobs(addedJobs, removedJobs, cfg)
else:
askInteractive = False
if not updJob.jobs:
# Nothing to do
print 'Update would not modify system'
if model and not kwargs.get('test'):
# Make sure 'conary sync' clears model.next even if nothing needs
# to be done.
modelFile.closeSnapshot()
updJob.close()
client.close()
return
elif askInteractive:
print 'The following updates will be performed:'
displayUpdateInfo(updJob, cfg, noRestart=noRestart)
if migrate and cfg.interactive:
print ('Migrate erases all troves not referenced in the groups'
' specified.')
if askInteractive:
if migrate:
style = 'migrate'
else:
style = 'update'
okay = cmdline.askYn('continue with %s? [Y/n]' % style, default=True)
if not okay:
updJob.close()
client.close()
return
if not noRestart and updJob.getCriticalJobs():
print "Performing critical system updates, will then restart update."
try:
restartDir = client.applyUpdateJob(updJob, **applyKwargs)
finally:
updJob.close()
client.close()
if restartDir:
params = sys.argv
# Write command line to disk
import xmlrpclib
cmdlinefile = open(os.path.join(restartDir, 'cmdline'), "w")
cmdlinefile.write(xmlrpclib.dumps((params, ), methodresponse = True))
cmdlinefile.close()
# CNY-980: we should have the whole script of changes to perform in
# the restart directory (in the job list); if in migrate mode, re-exec
# as regular update
if migrate and 'migrate' in params:
params[params.index('migrate')] = 'update'
params.extend(['--restart-info=%s' % restartDir])
client.close()
raise errors.ReexecRequired(
'Critical update completed, rerunning command...', params,
restartDir)
else:
if (not kwargs.get('test', False)) and model:
modelFile.closeSnapshot()
def promoteTroves(cfg,
troveSpecs,
targetList,
skipBuildInfo=False,
info=False,
message=None,
test=False,
ignoreConflicts=False,
cloneOnlyByDefaultTroves=False,
cloneSources=False,
allFlavors=False,
client=None,
targetFile=None,
exactFlavors=None,
excludeGroups=False):
targetMap = {}
searchPath = []
for fromLoc, toLoc in targetList:
context = cfg.buildLabel
fromLoc = _convertLabelOrBranch(fromLoc, context)
if fromLoc is not None:
if isinstance(fromLoc, versions.Branch):
context = fromLoc.label()
else:
context = fromLoc
searchPath.append(context)
toLoc = _convertLabelOrBranch(toLoc, context)
targetMap[fromLoc] = toLoc
troveSpecs = [cmdline.parseTroveSpec(x, False) for x in troveSpecs]
if exactFlavors:
allFlavors = False
elif allFlavors:
cfg.flavor = []
troveSpecFlavors = {}
for troveSpec in troveSpecs:
troveSpecFlavors.setdefault((troveSpec[0], troveSpec[1], None),
[]).append(troveSpec[2])
troveSpecs = list(troveSpecFlavors)
client = ConaryClient(cfg)
if not searchPath:
searchPath = cfg.buildLabel
searchSource = client.getSearchSource(installLabelPath=searchPath)
results = searchSource.findTroves(troveSpecs,
bestFlavor=not allFlavors,
exactFlavors=exactFlavors)
if allFlavors:
trovesToClone = []
for troveSpec, troveTups in results.items():
specFlavors = troveSpecFlavors[troveSpec]
for specFlavor in specFlavors:
if specFlavor is None:
matchingTups = troveTups
else:
matchingTups = [
x for x in troveTups
if x[2].stronglySatisfies(specFlavor)
]
# we only clone the latest version for all troves.
# bestFlavor=False resturns the leaves for all flavors, so
# we may need to cut some out.
latest = max([x[1] for x in matchingTups])
matchingTups = [x for x in matchingTups if x[1] == latest]
trovesToClone.extend(matchingTups)
else:
trovesToClone = itertools.chain(*results.itervalues())
trovesToClone = list(set(trovesToClone))
if not client.cfg.quiet:
callback = client_callbacks.CloneCallback(client.cfg, message)
else:
callback = callbacks.CloneCallback()
okay, cs = client.createSiblingCloneChangeSet(
targetMap,
trovesToClone,
updateBuildInfo=not skipBuildInfo,
infoOnly=info,
callback=callback,
cloneOnlyByDefaultTroves=cloneOnlyByDefaultTroves,
cloneSources=cloneSources,
excludeGroups=excludeGroups)
if not okay:
return False
return _finishClone(client,
cfg,
cs,
callback,
info=info,
test=test,
ignoreConflicts=ignoreConflicts,
targetFile=targetFile)
self.assertEquals(filt.match((nvf, )), False)
@testhelp.context('trove-filter')
def testBadTroveFilters(self):
recipe = self.getRecipe()
filt = trovefilter.AbstractFilter()
self.assertRaises(NotImplementedError, filt.match)
try:
filt = trovefilter.TroveFilter(recipe, 'foo(')
except RuntimeError, e:
self.assertEquals(str(e), "Bad Regexp: 'foo(' for name")
else:
self.fail("Expected RuntimeError")
nvf = cmdline.parseTroveSpec('foo=/test.rpath.local@rpl:devel')
filt = trovefilter.TroveFilter(recipe, 'foo')
self.assertEquals(filt.match((nvf, )), True)
filt.compile()
filt.versionType = True
filt.version = 'foo'
self.assertEquals(filt.match((nvf, )), False)
@testhelp.context('trove-filter')
def testTroveFilterVersion(self):
recipe = self.getRecipe()
filt = trovefilter.TroveFilter(recipe,
'foo',
version='test.rpath.local@rpl:linux')
filt2 = trovefilter.TroveFilter(recipe,
'bar',
def parseString(self, val):
(name, version, flavor) = cmdline.parseTroveSpec(val)
return (name, versions.VersionFromString(version), flavor)
def parseTroveSpec(troveSpec):
return cmdline.parseTroveSpec(troveSpec)
def getCrossRequirementSpecs(self):
return [ cmdline.parseTroveSpec(x)
for x in self.getCrossRequirements() ]
def parseString(self, val):
return cmdline.parseTroveSpec(val)
def generateChangeSet(self, troveNameList, all=False):
if self.display != DISPLAY_NONE:
# save memory by not keeping the changeset around; this is
# particularly useful when all=True
self.finalCs = None
else:
self.finalCs = changeset.ReadOnlyChangeSet()
troveNames = [ cmdline.parseTroveSpec(x) for x in troveNameList ]
if all:
assert(not troveNameList)
client = conaryclient.ConaryClient(self.cfg)
troveInfo = client.getUpdateItemList()
troveInfo.sort()
else:
troveInfo = []
for (troveName, versionStr, flavor) in troveNames:
try:
troveInfo += self.db.findTrove(None,
(troveName, versionStr, flavor))
except errors.TroveNotFound:
if versionStr:
if flavor is not None and not flavor.isEmpty():
flavorStr = deps.formatFlavor(flavor)
log.error("version %s with flavor '%s' of "
"trove %s is not installed",
versionStr, flavorStr, troveName)
else:
log.error("version %s of trove %s is not installed",
versionStr, troveName)
elif flavor is not None and not flavor.isEmpty():
flavorStr = deps.formatFlavor(flavor)
log.error("flavor '%s' of trove %s is not installed",
flavorStr, troveName)
else:
log.error("trove %s is not installed", troveName)
# we need the recursive closure of the set; self.db.walkTroveSet(trv)
# is surely not the most efficient thing to do, but it's easy. remember
# it's depth first; keeping the order depth first helps keep the
# output sane
troves = self.db.getTroves(troveInfo, withDeps = False,
withFileObjects = True, pristine = False)
seen = set()
fullTroveList = []
for topTrv in troves:
for nvf in self.db.walkTroveSet(topTrv, withFiles = False,
asTuple = True):
seen.add(nvf)
fullTroveList.append(nvf)
if self.newFiles:
newFilesByTrove = self._scanFilesystem(fullTroveList,
dirType = self.newFiles)
else:
newFilesByTrove = {}
self._verifyTroves(fullTroveList, newFilesByTrove)
if None in newFilesByTrove:
self._addUnownedNewFiles(newFilesByTrove[None])
if self.finalCs:
for trv in troves:
self.finalCs.addPrimaryTrove(
trv.getName(),
trv.getVersion().createShadow(versions.LocalLabel()),
trv.getFlavor())
return self.finalCs
def derive(repos,
cfg,
targetLabel,
troveSpec,
checkoutDir=None,
extract=False,
info=False,
callback=None):
"""
Performs all the commands necessary to create a derived recipe.
First it shadows the package, then it creates a checkout of the shadow
and converts the checkout to a derived recipe package.
Finally if extract = True, it installs an version of the binary
package into a root.
@param repos: trovesource to search for and derive packages from
@param cfg: configuration to use when deriving the package
@type cfg: ConaryConfiguration object
@param targetLabel: label to derive from
@type targetLabel: versions.Label
@param checkoutDir: directory to create the checkout in. If None,
defaults to currentDir + packageName.
@param extract: If True, creates a subdirectory of the checkout named
_ROOT_ with the contents of the binary of the derived
package.
@param info: If true, only display the information about the shadow
that would be performed if the derive command were
completed.
@param callback:
"""
origDir = os.getcwd()
try:
if callback is None:
callback = DeriveCallback()
if isinstance(troveSpec, tuple):
troveName, versionSpec, flavor = troveSpec
versionSpec = str(versionSpec)
troveSpec = cmdline.toTroveSpec(troveName, versionSpec, flavor)
else:
troveName, versionSpec, flavor = cmdline.parseTroveSpec(troveSpec)
if isinstance(targetLabel, str):
targetLabel = Label(targetLabel)
troveName, versionSpec, flavor = cmdline.parseTroveSpec(troveSpec)
result = repos.findTrove(cfg.buildLabel,
(troveName, versionSpec, flavor), cfg.flavor)
# findTrove shouldn't return multiple items for one package anymore
# when a flavor is specified.
troveToDerive, = result
# displaying output along the screen allows there to be a record
# of what operations were performed. Since this command is
# an aggregate of several commands I think that is appropriate,
# rather than simply using a progress callback.
log.info('Shadowing %s=%s[%s] onto %s' %
(troveToDerive[0], troveToDerive[1], troveToDerive[2],
targetLabel))
if info:
cfg.interactive = False
error = branch.branch(repos,
cfg,
str(targetLabel), ['%s=%s[%s]' % troveToDerive],
makeShadow=True,
sourceOnly=True,
binaryOnly=False,
allowEmptyShadow=True,
info=info)
if info or error:
return
shadowedVersion = troveToDerive[1].createShadow(targetLabel)
shadowedVersion = shadowedVersion.getSourceVersion(False)
troveName = troveName.split(':')[0]
checkoutDir = checkoutDir or troveName
checkin.checkout(repos,
cfg,
checkoutDir, ["%s=%s" % (troveName, shadowedVersion)],
callback=callback)
os.chdir(checkoutDir)
nvfs = repos.getTrovesBySource(troveToDerive[0] + ':source',
troveToDerive[1].getSourceVersion())
trvs = repos.getTroves(nvfs)
hasCapsule = [x for x in trvs if x.troveInfo.capsule.type()]
if hasCapsule:
derivedRecipeType = 'DerivedCapsuleRecipe'
removeText = ''
else:
derivedRecipeType = 'DerivedPackageRecipe'
removeText = \
"""
# This appliance uses PHP as a command interpreter but does
# not include a web server, so remove the file that creates
# a dependency on the web server
r.Remove('/etc/httpd/conf.d/php.conf')
"""
log.info('Rewriting recipe file')
recipeName = troveName + '.recipe'
className = util.convertPackageNameToClassName(troveName)
derivedRecipe = """
class %(className)sRecipe(%(recipeBaseClass)s):
name = '%(name)s'
version = '%(version)s'
def setup(r):
'''
In this recipe, you can make modifications to the package.
Examples:
# This appliance has high-memory-use PHP scripts
r.Replace('memory_limit = 8M', 'memory_limit = 32M', '/etc/php.ini')
%(removeText)s
# This appliance requires that a few binaries be replaced
# with binaries built from a custom archive that includes
# a Makefile that honors the DESTDIR variable for its
# install target.
r.addArchive('foo.tar.gz')
r.Make()
r.MakeInstall()
# This appliance requires an extra configuration file
r.Create('/etc/myconfigfile', contents='some data')
'''
""" % dict(className=className,
name=troveName,
version=shadowedVersion.trailingRevision().getVersion(),
recipeBaseClass=derivedRecipeType,
removeText=removeText)
open(recipeName, 'w').write(derivedRecipe)
log.info('Removing extra files from checkout')
conaryState = state.ConaryStateFromFile('CONARY', repos)
sourceState = conaryState.getSourceState()
# clear the factory since we don't care about how the parent trove was
# created
sourceState.setFactory('')
addRecipe = True
for (pathId, path, fileId,
version) in list(sourceState.iterFileList()):
if path == recipeName:
addRecipe = False
continue
sourceState.removeFile(pathId)
if util.exists(path):
statInfo = os.lstat(path)
try:
if statInfo.st_mode & stat.S_IFDIR:
os.rmdir(path)
else:
os.unlink(path)
except OSError, e:
log.warning("cannot remove %s: %s" % (path, e.strerror))
conaryState.write('CONARY')
if addRecipe:
checkin.addFiles([recipeName])
if extract:
log.info('extracting files from %s=%s[%s]' % (troveToDerive))
# extract to _ROOT_
extractDir = os.path.join(os.getcwd(), '_ROOT_')
ts = [(troveToDerive[0], (None, None), (troveToDerive[1],
troveToDerive[2]), True)]
cs = repos.createChangeSet(ts, recurse=True)
ChangesetExploder(cs, extractDir)
# extract to _OLD_ROOT_
secondDir = os.path.join(os.getcwd(), '_OLD_ROOT_')
cs = repos.createChangeSet(ts, recurse=True)
ChangesetExploder(cs, secondDir)
def _getTuple(self, troveString):
try:
name, version, flavor = cmdline.parseTroveSpec(troveString)
except cmdline.TroveSpecError, e:
raise errors.InvalidTroveSpec("Error parsing trove %s: %s" %
(troveString, str(e)))
def parseTroveSpec(troveSpec, allowEmptyName=False):
troveSpec, context = re.match('^(.*?)(?:{(.*)})?$', troveSpec).groups()
troveSpec = cmdline.parseTroveSpec(troveSpec,
allowEmptyName=allowEmptyName)
return troveSpec + (context, )
def getBuildRequirementSpecs(self):
return [ cmdline.parseTroveSpec(x)
for x in self.iterBuildRequirements() ]
def getTrovesToDisplay(db,
troveSpecs,
pathList=[],
whatProvidesList=[],
exactFlavors=False):
""" Finds the given trove and path specifiers, and returns matching
(n,v,f) tuples.
@param db: database to search
@type db: local.database.Database
@param troveSpecs: troves to search for
@type troveSpecs: list of troveSpecs (n[=v][[f]])
@param pathList: paths which should be linked to some trove in this
database.
@type pathList: list of strings
@param whatProvidesList: deps to search for providers of
@type whatProvidesList: list of strings
@raises TroveSpecError: Raised if one of the troveSpecs is of an
invalid format
@note: This function calls database routines which could raise any
errors defined in L{dbstore.sqlerrors}
@rtype: troveTupleList (list of (name, version, flavor) tuples),
and a boolean that stats whether the troves returned should
be considered primary (and therefore not compressed ever).
"""
primary = True
if troveSpecs:
troveSpecs = [ cmdline.parseTroveSpec(x, allowEmptyName=False) \
for x in troveSpecs ]
else:
troveSpecs = []
normPathList = [
util.realpath(os.path.abspath(util.normpath(x))) for x in pathList
]
troveTups = []
for path, origPath in itertools.izip(normPathList, pathList):
if origPath.endswith('/'):
allPaths = [path + '/' + x for x in os.listdir(db.root + path)]
else:
allPaths = [path]
for thisPath in allPaths:
for trove in db.iterTrovesByPath(thisPath):
troveTups.append(
(trove.getName(), trove.getVersion(), trove.getFlavor()))
if whatProvidesList:
results = db.getTrovesWithProvides(whatProvidesList)
troveTups.extend(itertools.chain(*results.itervalues()))
if not (troveSpecs or pathList or whatProvidesList):
troveTups = sorted(db.iterAllTroves())
primary = False
else:
results = db.findTroves(None, troveSpecs, exactFlavors=exactFlavors)
for troveSpec in troveSpecs:
troveTups.extend(results.get(troveSpec, []))
return troveTups, primary
def parseString(self, val):
(name, version, flavor) = cmdline.parseTroveSpec(val)
return (name, versions.VersionFromString(version), flavor)
def generateChangeSet(self, troveNameList, all=False):
if self.display != DISPLAY_NONE:
# save memory by not keeping the changeset around; this is
# particularly useful when all=True
self.finalCs = None
else:
self.finalCs = changeset.ReadOnlyChangeSet()
troveNames = [cmdline.parseTroveSpec(x) for x in troveNameList]
if all:
assert (not troveNameList)
client = conaryclient.ConaryClient(self.cfg)
troveInfo = client.getUpdateItemList()
troveInfo.sort()
else:
troveInfo = []
for (troveName, versionStr, flavor) in troveNames:
try:
troveInfo += self.db.findTrove(
None, (troveName, versionStr, flavor))
except errors.TroveNotFound:
if versionStr:
if flavor is not None and not flavor.isEmpty():
flavorStr = deps.formatFlavor(flavor)
log.error(
"version %s with flavor '%s' of "
"trove %s is not installed", versionStr,
flavorStr, troveName)
else:
log.error(
"version %s of trove %s is not installed",
versionStr, troveName)
elif flavor is not None and not flavor.isEmpty():
flavorStr = deps.formatFlavor(flavor)
log.error("flavor '%s' of trove %s is not installed",
flavorStr, troveName)
else:
log.error("trove %s is not installed", troveName)
# we need the recursive closure of the set; self.db.walkTroveSet(trv)
# is surely not the most efficient thing to do, but it's easy. remember
# it's depth first; keeping the order depth first helps keep the
# output sane
troves = self.db.getTroves(troveInfo,
withDeps=False,
withFileObjects=True,
pristine=False)
seen = set()
fullTroveList = []
for topTrv in troves:
for nvf in self.db.walkTroveSet(topTrv,
withFiles=False,
asTuple=True):
seen.add(nvf)
fullTroveList.append(nvf)
if self.newFiles:
newFilesByTrove = self._scanFilesystem(fullTroveList,
dirType=self.newFiles)
else:
newFilesByTrove = {}
self._verifyTroves(fullTroveList, newFilesByTrove)
if None in newFilesByTrove:
self._addUnownedNewFiles(newFilesByTrove[None])
if self.finalCs:
for trv in troves:
self.finalCs.addPrimaryTrove(
trv.getName(),
trv.getVersion().createShadow(versions.LocalLabel()),
trv.getFlavor())
return self.finalCs
