def formatNVF(self, name, version, flavor):
if version and (flavor is not None) and not flavor.isEmpty():
return "'%s=%s[%s]'" % (name, version.asString(), deps.formatFlavor(flavor))
if (flavor is not None) and not flavor.isEmpty():
return "'%s[%s]'" % (name, deps.formatFlavor(flavor))
if version:
return "%s=%s" % (name, version.asString())
return name
def format(self, val, displayOptions=None):
val = ', '.join(deps.formatFlavor(val).split(','))
if displayOptions and displayOptions.get('prettyPrint', False):
val = ('\n%26s' % '').join(textwrap.wrap(val, 48))
return val
def format(self, val, displayOptions=None):
val = ', '.join(deps.formatFlavor(val).split(','))
if displayOptions and displayOptions.get('prettyPrint', False):
val = ('\n%26s'%'').join(textwrap.wrap(val, 48))
return val
def signTroves(cfg, specStrList, recurse=False, callback=None):
troveStr = ""
jobList = []
trv = []
client = conaryclient.ConaryClient(cfg)
repos = client.getRepos()
if callback is None:
if cfg.quiet:
callback = callbacks.SignatureCallback()
else:
callback = SignatureCallback()
for specStr in specStrList:
name, versionStr, flavor = parseTroveSpec(specStr)
try:
trvList = repos.findTrove([cfg.buildLabel],
(name, versionStr, flavor), cfg.flavor)
except errors.TroveNotFound, e:
log.error(str(e))
return
for trvInfo in trvList:
troveStr += "%s=%s[%s]\n" % (trvInfo[0], trvInfo[1].asString(),
deps.formatFlavor(trvInfo[2]))
jobList.append(
(trvInfo[0], (None, None), (trvInfo[1], trvInfo[2]), True))
def signTroves(cfg, specStrList, recurse = False, callback = None):
troveStr = ""
jobList = []
trv = []
client = conaryclient.ConaryClient(cfg)
repos = client.getRepos()
if callback is None:
if cfg.quiet:
callback = callbacks.SignatureCallback()
else:
callback = SignatureCallback()
for specStr in specStrList:
name, versionStr, flavor = parseTroveSpec(specStr)
try:
trvList = repos.findTrove([ cfg.buildLabel ],
(name, versionStr, flavor), cfg.flavor)
except errors.TroveNotFound, e:
log.error(str(e))
return
for trvInfo in trvList:
troveStr += "%s=%s[%s]\n" % (trvInfo[0], trvInfo[1].asString(),
deps.formatFlavor(trvInfo[2]))
jobList.append((trvInfo[0], (None, None), (trvInfo[1], trvInfo[2]),
True))
def _DO_kernel(self, args):
if not self._kernelTup:
raise RuntimeError("Encountered 'kernel' manifest command but "
"jobslave didn't provide a kernel")
command = args.pop(0)
if command == 'install':
self._installContents(self._kernelDir, [self._kernelTup])
# XXX - SLES 11 needs kernel-base
kernels = []
if os.path.exists(os.path.join(self._kernelDir, 'boot')):
kernels = [ x for x in
os.listdir(os.path.join(self._kernelDir, 'boot')) if
x.startswith('vmlinuz') ]
if len(kernels) == 0:
self._installContents(self._kernelDir,
[ ('kernel-base', self._kernelTup[1], self._kernelTup[2]) ])
return
commandFunc = getattr(self, '_KERNEL_' + command, None)
if not commandFunc:
raise RuntimeError("Unknown kernel command %r in MANIFEST"
% (command,))
"""
KERNEL, CONTENTS, and ARCH are treated as macros.
Extend the list as needed. This can probably be
combined into one big RegEx.
"""
commandArgs = []
kernelFlavor = deps.formatFlavor(self._kernelTup[2])
arch = (kernelFlavor.find('x86_64') == -1) and 'i386' or 'x86_64'
contentsRE = re.compile('(^|/)CONTENTS(/|$)')
kernelRE = re.compile('(^|/)KERNEL(/|$)')
archRE = re.compile('(^|/)ARCH(/|$)')
while len(args) > 0:
nextArg = archRE.sub(r'\1%s\2' % arch,
kernelRE.sub(r'\1%s\2' % self._kernelDir,
contentsRE.sub(r'\1%s\2' % self._contentsDir,
args.pop(0))))
commandArgs.append(nextArg)
# anaconda scripts may take different args, so just pass them
if command == 'anacondaScript':
self._KERNEL_anacondaScript(commandArgs)
return
# This is only for "copy" right now
if len(commandArgs) == 3:
inputName, outputName, mode = commandArgs
mode = int(mode, 8)
elif len(commandArgs) == 2:
inputName, outputName = commandArgs
mode = 0644
else:
raise RuntimeError("Can't handle kernel command %r" % (command,))
commandFunc(inputName, outputName, mode)
def doShow(dbfile, commitId):
db = getDB(dbfile)
cu = db.cursor()
cu.execute("""
select item, version, flavor from CommitList
join Items on CommitList.itemId = Items.itemId
join Versions on CommitList.versionId = Versions.versionId
join Flavors on CommitList.flavorId = Flavors.flavorId
where commitId = ? """, commitId)
for n, vStr, fStr in cu:
if fStr:
f = deps.ThawFlavor(fStr)
print "%s=%s[%s]" % (n, vStr, deps.formatFlavor(f))
else:
print "%s=%s" % (n, vStr)
db.close()
def doShow(dbfile, commitId):
db = getDB(dbfile)
cu = db.cursor()
cu.execute(
"""
select item, version, flavor from CommitList
join Items on CommitList.itemId = Items.itemId
join Versions on CommitList.versionId = Versions.versionId
join Flavors on CommitList.flavorId = Flavors.flavorId
where commitId = ? """, commitId)
for n, vStr, fStr in cu:
if fStr:
f = deps.ThawFlavor(fStr)
print "%s=%s[%s]" % (n, vStr, deps.formatFlavor(f))
else:
print "%s=%s" % (n, vStr)
db.close()
def toTroveSpec(name, versionStr, flavor):
"""
Construct a TroveSpec string from name + version + flavor
@param name: trove name
@type name: string
@param versionStr: trove version string
@type versionStr: string
@param flavor: trove flavor
@type flavor: L{deps.deps.Flavor}
@rtype: string
@return: a TroveSpec of the form name=version[flavor]
"""
disp = [name]
if versionStr:
disp.extend(('=', versionStr))
if flavor is not None and not flavor.isEmpty():
disp.extend(('[', deps.formatFlavor(flavor), ']'))
return ''.join(disp)
def testFlavorQueries(self):
def _build(v, f):
self.addComponent('manyflavors:runtime', str(v), flavor = f)
self.addCollection('manyflavors', str(v), [ ':runtime' ],
defaultFlavor = f)
v1 = versions.VersionFromString('/localhost@rpl:linux/1.0-1-1')
v2 = versions.VersionFromString('/localhost@rpl:linux/1.0-1-2')
defFlavor = deps.parseFlavor('readline,ssl')
noReadLine = deps.parseFlavor('~!readline,ssl')
for version, flavor in [ (v1, defFlavor), (v1, noReadLine) ]:
_build(version, flavor)
# put it back
self.overrideBuildFlavor('~readline')
buildBranch = versions.VersionFromString("/%s" %
self.cfg.buildLabel.asString())
repos = self.openRepository()
d = repos.getTroveVersionList('localhost', { None : None })
full = { 'manyflavors': { v1 : [ defFlavor, noReadLine ] },
'manyflavors:runtime': { v1 : [ defFlavor, noReadLine ] } }
self.cmpQueryResult(d, full)
d = repos.getTroveVersionList('localhost', { None : [ defFlavor ]})
full = { 'manyflavors': { v1 : [ defFlavor ] },
'manyflavors:runtime': { v1 : [ defFlavor ] } }
self.cmpQueryResult(d, full)
# both flavors are compatible here, so both are returned
d = repos.getTroveVersionList('localhost', { None : [ noReadLine ] })
full = { 'manyflavors': { v1 : [ defFlavor, noReadLine ] },
'manyflavors:runtime': { v1 : [ defFlavor, noReadLine ] } }
self.cmpQueryResult(d, full)
# this should return all of the flavors
d = repos.getTroveLeavesByBranch(
{ 'manyflavors' : { buildBranch : None } },
bestFlavor = False)
self.cmpQueryResult(d, { 'manyflavors':
{ v1 : [ defFlavor, noReadLine ] } })
# this chooses the best flavor
d = repos.getTroveLeavesByLabel(
{ None : { self.cfg.buildLabel : [ defFlavor ] } },
bestFlavor = True)
full = { 'manyflavors': { v1 : [ defFlavor ] },
'manyflavors:runtime': { v1 : [ defFlavor ] } }
self.cmpQueryResult(d, full)
d = repos.getTroveLatestByLabel(
{ None : { self.cfg.buildLabel : [ defFlavor ] } },
bestFlavor = True)
full = { 'manyflavors': { v1 : [ defFlavor ] },
'manyflavors:runtime': { v1 : [ defFlavor ] } }
self.cmpQueryResult(d, full)
d = repos.getTroveLeavesByLabel(
{ None : { self.cfg.buildLabel : [ noReadLine ] } },
bestFlavor = True)
full = { 'manyflavors': { v1 : [ noReadLine ] },
'manyflavors:runtime': { v1 : [ noReadLine ] } }
self.cmpQueryResult(d, full)
d = repos.getTroveLatestByLabel(
{ None : { self.cfg.buildLabel : [ noReadLine ] } },
bestFlavor = True)
full = { 'manyflavors': { v1 : [ noReadLine ] },
'manyflavors:runtime': { v1 : [ noReadLine ] } }
self.cmpQueryResult(d, full)
# now make the two branches of different lengths
_build(v2, defFlavor)
d = repos.getTroveLeavesByLabel(
{ None : { self.cfg.buildLabel : [ defFlavor ] } },
bestFlavor = True)
full = { 'manyflavors': { v2 : [ defFlavor ] },
'manyflavors:runtime': { v2 : [ defFlavor ] } }
self.cmpQueryResult(d, full)
# v2 is still the best match since it's not actually incompatible
# with the noReadLine flavor
d = repos.getTroveLeavesByLabel(
{ None : { self.cfg.buildLabel : [ noReadLine ] } },
bestFlavor = True)
full = { 'manyflavors': { v2 : [ defFlavor ] },
'manyflavors:runtime': { v2 : [ defFlavor ] } }
self.cmpQueryResult(d, full)
d = repos.getTroveLatestByLabel(
{ None : { self.cfg.buildLabel : [ noReadLine ] } },
bestFlavor = True)
full = { 'manyflavors': { v2 : [ defFlavor ] },
'manyflavors:runtime': { v2 : [ defFlavor ] } }
self.cmpQueryResult(d, full)
disallowReadLine = deps.parseFlavor(
deps.formatFlavor(noReadLine).replace('~!readline','!readline'))
# now that we explicitly disallow troves which use readline, we
# should get the old version
d = repos.getTroveLeavesByLabel(
{ None : { self.cfg.buildLabel : [ disallowReadLine ] } },
bestFlavor = True)
self.cmpQueryResult(d,
{ 'manyflavors': { v1 : [ noReadLine ] },
'manyflavors:runtime': { v1 : [ noReadLine ] } })
d = repos.getTroveLatestByLabel(
{ None : { self.cfg.buildLabel : [ disallowReadLine ] } },
bestFlavor = True)
self.cmpQueryResult(d,
{ 'manyflavors': { v1 : [ noReadLine ] },
'manyflavors:runtime': { v1 : [ noReadLine ] } })
def __str__(self):
return "%s conflicts with a file owned by %s=%s[%s]" % \
(self.path, self.name, str(self.version),
deps.formatFlavor(self.flavor))
def __str__(self):
return "%s is in the way of a newly created file in %s=%s[%s]" % \
(self.path, self.name, str(self.version),
deps.formatFlavor(self.flavor))
def formatInfo(self, trove):
""" returns iterator of format lines about this local trove """
# TODO: it'd be nice if this were set up to do arbitrary
# formats...
n, v, f = trove.getName(), trove.getVersion(), trove.getFlavor()
dcfg = self.dcfg
troveSource = dcfg.getTroveSource()
sourceName = trove.getSourceName()
sourceTrove = None
if sourceName:
try:
sourceVer = v.getSourceVersion()
if sourceVer.isOnLocalHost():
sourceVer = sourceVer.parentVersion()
sourceTrove = troveSource.getTrove(
sourceName, sourceVer, deps.Flavor(), withFiles = False)
# FIXME: all trove sources should return TroveMissing
# on failed getTrove calls
except errors.TroveMissing:
pass
except errors.InsufficientPermission:
pass
elif n.endswith(':source'):
sourceTrove = trove
if trove.getBuildTime():
buildTime = time.strftime("%c",
time.localtime(trove.getBuildTime()))
else:
buildTime = "(unknown)"
if trove.getSize() is not None:
size = "%s" % trove.getSize()
else:
size = "(unknown)"
yield "%-30s %s" % \
(("Name : %s" % trove.getName(),
("Build time: %s" % buildTime)))
if dcfg.fullVersions:
yield "Version : %s" %v
yield "Label : %s" % v.branch().label().asString()
else:
yield "%-30s %s" % \
(("Version : %s" %
v.trailingRevision().asString()),
("Label : %s" %
v.branch().label().asString()))
yield '%-30s' % ("Size : %s" % size)
if hasattr(troveSource, 'trovesArePinned'):
yield "Pinned : %s" % troveSource.trovesArePinned(
[ (n, v, f) ])[0]
commitTime = v.trailingRevision().timeStamp
if commitTime:
commitTime = time.strftime("%c", time.localtime(commitTime))
else:
commitTime = '(unknown)'
if not trove.getBuildTime() or log.getVerbosity() <= log.DEBUG:
yield "Committed : " + commitTime
yield "%-30s" % ("Flavor : %s" % deps.formatFlavor(f))
if trove.getInstallTime():
yield 'Installed : %s' % (time.strftime("%c",
time.localtime(trove.getInstallTime())))
imageGroup = trove.troveInfo.imageGroup()
if imageGroup is not None:
yield 'Image Group: %s' % bool(imageGroup)
for ln in self.formatMetadata(trove):
yield ln
if sourceTrove:
if not n.endswith(':source'):
yield 'Source : %s' % trove.getSourceName()
cl = sourceTrove.getChangeLog()
if cl:
yield "Change log: %s (%s)" % (cl.getName(), cl.getContact())
lines = cl.getMessage().split("\n")[:-1]
for l in lines:
yield " " + l
if log.getVerbosity() <= log.DEBUG:
yield "%-30s %s" % (("Incomp. : %s" %
bool(trove.troveInfo.incomplete())),
("TroveVer : %s" %
trove.troveInfo.troveVersion()))
yield "%-30s" % (("Clone of : %s" % trove.troveInfo.clonedFrom()))
subPackages = set(trove.troveInfo.subPackages())
subPackages.discard(trove.getName())
if subPackages:
yield "%-30s" % (("Siblings : %s" % (' '.join(sorted(subPackages)))))
yield "%-30s" % (("Conary version : %s" % trove.troveInfo.conaryVersion()))
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 testParseFlavor(self):
def _test(first, second, testFormat = True):
flavor = parseFlavor(first)
assert(str(flavor) == second)
if testFormat:
assert(str(parseFlavor(formatFlavor(flavor))) == second)
_test('','')
_test('is: mips', 'is: mips')
_test('is: x86(sse)', 'is: x86(sse)')
_test('is: x86(!sse)', 'is: x86(!sse)')
_test('is: x86(sse,mmx)', 'is: x86(mmx,sse)')
_test('is: x86(~sse,~!mmx)', 'is: x86(~!mmx,~sse)')
_test('is: x86(~sse,~!mmx) x86_64', 'is: x86(~!mmx,~sse) x86_64')
_test('is: x86(~sse,~!mmx) x86_64(3dnow)', 'is: x86(~!mmx,~sse) x86_64(3dnow)')
_test('ssl', 'ssl')
_test('~ssl', '~ssl')
_test('gtk,ssl', 'gtk,ssl')
_test('!gtk,~!ssl', '!gtk,~!ssl')
full = 'gtk,ssl is: x86(mmx,sse)'
_test('use: gtk,ssl is: x86(sse,mmx)', full)
_test(' gtk,ssl is: x86(sse, mmx) ', full)
_test('use: gtk,ssl is:x86( sse,mmx)', full)
_test('use: gtk ,ssl is: x86(sse,mmx)', full)
_test('gtk,ssl is: x86(sse , mmx)', full)
_test('foo.bar,ssl is: x86', 'foo.bar,ssl is: x86')
_test('foo-valid.bar,ssl is: x86', 'foo-valid.bar,ssl is: x86')
_test('is: x86 x86_64(cmov) ppc(cmov)',
'is: ppc(cmov) x86 x86_64(cmov)')
_test('is: x86 x86_64 ppc(cmov)',
'is: ppc(cmov) x86 x86_64')
_test('is: x86(cmov) x86_64(cmov) ppc(cmov)',
'is: ppc(cmov) x86(cmov) x86_64(cmov)')
_test('is: x86 x86_64 ppc',
'is: ppc x86 x86_64')
_test('target: x86(cmov)',
'target: x86(cmov)')
_test('target: x86', 'target: x86')
_test('target: x86 x86_64', 'target: x86 x86_64', testFormat=False)
_test('is: x86 x86_64(cmov) ppc(cmov) target: x86(cmov)',
'is: ppc(cmov) x86 x86_64(cmov) target: x86(cmov)')
_test('is: x86 x86_64 ppc(cmov) target: x86(cmov)',
'is: ppc(cmov) x86 x86_64 target: x86(cmov)')
_test('is: x86(cmov) x86_64(cmov) ppc(cmov) target: x86(cmov)',
'is: ppc(cmov) x86(cmov) x86_64(cmov) target: x86(cmov)')
_test('is: x86 x86_64 ppc target: x86(cmov)',
'is: ppc x86 x86_64 target: x86(cmov)')
_test('is: x86 x86_64 ppc target: x86(cmov) x86_64',
'is: ppc x86 x86_64 target: x86(cmov) x86_64')
# quick tests to make sure mergeBase behaves itself
assert(formatFlavor(parseFlavor('is: x86(sse)',
mergeBase = parseFlavor('use: gtk')))
== 'gtk is: x86(sse)')
assert(formatFlavor(parseFlavor('gnome is: x86(sse)',
mergeBase = parseFlavor('use: gtk')))
== 'gnome is: x86(sse)')
assert(formatFlavor(parseFlavor('use: gnome',
mergeBase = parseFlavor('is: x86(mmx)')))
== 'gnome is: x86(mmx)')
assert(formatFlavor(parseFlavor('use: gnome is:',
mergeBase = parseFlavor('is: x86(mmx)')))
== 'gnome')
assert(formatFlavor(parseFlavor('use: is: ',
mergeBase = parseFlavor('x86(mmx)')))
== '')
assert(formatFlavor(parseFlavor('use: ssl is: x86',
mergeBase = parseFlavor('use: gtk is: x86(mmx)')))
== 'ssl is: x86')
assert(formatFlavor(parseFlavor('is: x86(sse)',
mergeBase = parseFlavor('use: gtk')))
== 'gtk is: x86(sse)')
# mergeFlavor is separated now
assert(formatFlavor(mergeFlavor(parseFlavor('gnome is: x86(sse)'),
parseFlavor('use: gtk')))
== 'gnome is: x86(sse)')
assert(formatFlavor(mergeFlavor(parseFlavor('use: gnome'),
mergeBase = parseFlavor('is: x86(mmx)')))
== 'gnome is: x86(mmx)')
assert(formatFlavor(mergeFlavor(parseFlavor('use: gnome is:'),
mergeBase = parseFlavor('is: x86(mmx)')))
== 'gnome')
assert(formatFlavor(mergeFlavor(parseFlavor('use: is: '),
mergeBase = parseFlavor('x86(mmx)')))
== '')
assert(formatFlavor(mergeFlavor(parseFlavor('use: ssl is: x86'),
mergeBase = parseFlavor('use: gtk is: x86(mmx)')))
== 'ssl is: x86')
assert(formatFlavor(mergeFlavor(parseFlavor('use: ssl is: x86'),
mergeBase = parseFlavor('use: gtk is: x86(mmx)')))
== 'ssl is: x86')
assert(formatFlavor(mergeFlavor(parseFlavor('use: ssl'),
mergeBase = parseFlavor('is: x86(mmx) x86_64')))
== 'ssl is: x86(mmx) x86_64')
def formatInfo(self, trove):
""" returns iterator of format lines about this local trove """
# TODO: it'd be nice if this were set up to do arbitrary
# formats...
n, v, f = trove.getName(), trove.getVersion(), trove.getFlavor()
dcfg = self.dcfg
troveSource = dcfg.getTroveSource()
sourceName = trove.getSourceName()
sourceTrove = None
if sourceName:
try:
sourceVer = v.getSourceVersion()
if sourceVer.isOnLocalHost():
sourceVer = sourceVer.parentVersion()
sourceTrove = troveSource.getTrove(sourceName,
sourceVer,
deps.Flavor(),
withFiles=False)
# FIXME: all trove sources should return TroveMissing
# on failed getTrove calls
except errors.TroveMissing:
pass
except errors.InsufficientPermission:
pass
elif n.endswith(':source'):
sourceTrove = trove
if trove.getBuildTime():
buildTime = time.strftime("%c",
time.localtime(trove.getBuildTime()))
else:
buildTime = "(unknown)"
if trove.getSize() is not None:
size = "%s" % trove.getSize()
else:
size = "(unknown)"
yield "%-30s %s" % \
(("Name : %s" % trove.getName(),
("Build time: %s" % buildTime)))
if dcfg.fullVersions:
yield "Version : %s" % v
yield "Label : %s" % v.branch().label().asString()
else:
yield "%-30s %s" % \
(("Version : %s" %
v.trailingRevision().asString()),
("Label : %s" %
v.branch().label().asString()))
yield '%-30s' % ("Size : %s" % size)
if hasattr(troveSource, 'trovesArePinned'):
yield "Pinned : %s" % troveSource.trovesArePinned([(n, v, f)
])[0]
yield "%-30s" % ("Flavor : %s" % deps.formatFlavor(f))
if trove.getInstallTime():
yield 'Installed : %s' % (time.strftime(
"%c", time.localtime(trove.getInstallTime())))
imageGroup = trove.troveInfo.imageGroup()
if imageGroup is not None:
yield 'Image Group: %s' % bool(imageGroup)
for ln in self.formatMetadata(trove):
yield ln
if sourceTrove:
if not n.endswith(':source'):
yield 'Source : %s' % trove.getSourceName()
cl = sourceTrove.getChangeLog()
if cl:
yield "Change log: %s (%s)" % (cl.getName(), cl.getContact())
lines = cl.getMessage().split("\n")[:-1]
for l in lines:
yield " " + l
if log.getVerbosity() <= log.DEBUG:
yield "%-30s %s" % (
("Incomp. : %s" % bool(trove.troveInfo.incomplete())),
("TroveVer : %s" % trove.troveInfo.troveVersion()))
yield "%-30s" % (("Clone of : %s" % trove.troveInfo.clonedFrom()))
yield "%-30s" % (
("Conary version : %s" % trove.troveInfo.conaryVersion()))
print "\nNo key is defined for label %s" % label
return
continue
# Look for a public key for this key; don't catch the exception
keyCache = trove.openpgpkey.getKeyCache()
key = keyCache.getPublicKey(signatureKey)
signatureKey = key.getFingerprint()
try:
trv.getDigitalSignature(signatureKey)
if not cfg.quiet:
print "\nTrove: %s=%s[%s] is already signed by key: %s" \
% (trv.getName(), trv.getVersion(),
deps.formatFlavor(trv.getFlavor()),
cfg.signatureKey)
continue
except KeyNotFound:
pass
try:
trv.addDigitalSignature(signatureKey)
except KeyNotFound:
print "\nKey:", signatureKey, "is not in your keyring."
return
try:
repos.addDigitalSignature(trv.getName(), trv.getVersion(),
trv.getFlavor(),
trv.getDigitalSignature(signatureKey))
def _test(first, second, testFormat = True):
flavor = parseFlavor(first)
assert(str(flavor) == second)
if testFormat:
assert(str(parseFlavor(formatFlavor(flavor))) == second)
print "\nNo key is defined for label %s" % label
return
continue
# Look for a public key for this key; don't catch the exception
keyCache = trove.openpgpkey.getKeyCache()
key = keyCache.getPublicKey(signatureKey)
signatureKey = key.getFingerprint()
try:
trv.getDigitalSignature(signatureKey)
if not cfg.quiet:
print "\nTrove: %s=%s[%s] is already signed by key: %s" \
% (trv.getName(), trv.getVersion(),
deps.formatFlavor(trv.getFlavor()),
cfg.signatureKey)
continue
except KeyNotFound:
pass
try:
trv.addDigitalSignature(signatureKey)
except KeyNotFound:
print "\nKey:", signatureKey, "is not in your keyring."
return
try:
repos.addDigitalSignature(trv.getName(), trv.getVersion(),
trv.getFlavor(),
trv.getDigitalSignature(signatureKey))
def __str__(self):
return "%s conflicts with a file owned by %s=%s[%s]" % \
(self.path, self.name, str(self.version),
deps.formatFlavor(self.flavor))
def __str__(self):
return "%s is in the way of a newly created file in %s=%s[%s]" % \
(self.path, self.name, str(self.version),
deps.formatFlavor(self.flavor))
def testFlavorQueries(self):
def _build(v, f):
self.addComponent('manyflavors:runtime', str(v), flavor=f)
self.addCollection('manyflavors',
str(v), [':runtime'],
defaultFlavor=f)
v1 = versions.VersionFromString('/localhost@rpl:linux/1.0-1-1')
v2 = versions.VersionFromString('/localhost@rpl:linux/1.0-1-2')
defFlavor = deps.parseFlavor('readline,ssl')
noReadLine = deps.parseFlavor('~!readline,ssl')
for version, flavor in [(v1, defFlavor), (v1, noReadLine)]:
_build(version, flavor)
# put it back
self.overrideBuildFlavor('~readline')
buildBranch = versions.VersionFromString(
"/%s" % self.cfg.buildLabel.asString())
repos = self.openRepository()
d = repos.getTroveVersionList('localhost', {None: None})
full = {
'manyflavors': {
v1: [defFlavor, noReadLine]
},
'manyflavors:runtime': {
v1: [defFlavor, noReadLine]
}
}
self.cmpQueryResult(d, full)
d = repos.getTroveVersionList('localhost', {None: [defFlavor]})
full = {
'manyflavors': {
v1: [defFlavor]
},
'manyflavors:runtime': {
v1: [defFlavor]
}
}
self.cmpQueryResult(d, full)
# both flavors are compatible here, so both are returned
d = repos.getTroveVersionList('localhost', {None: [noReadLine]})
full = {
'manyflavors': {
v1: [defFlavor, noReadLine]
},
'manyflavors:runtime': {
v1: [defFlavor, noReadLine]
}
}
self.cmpQueryResult(d, full)
# this should return all of the flavors
d = repos.getTroveLeavesByBranch({'manyflavors': {
buildBranch: None
}},
bestFlavor=False)
self.cmpQueryResult(d, {'manyflavors': {v1: [defFlavor, noReadLine]}})
# this chooses the best flavor
d = repos.getTroveLeavesByLabel(
{None: {
self.cfg.buildLabel: [defFlavor]
}}, bestFlavor=True)
full = {
'manyflavors': {
v1: [defFlavor]
},
'manyflavors:runtime': {
v1: [defFlavor]
}
}
self.cmpQueryResult(d, full)
d = repos.getTroveLatestByLabel(
{None: {
self.cfg.buildLabel: [defFlavor]
}}, bestFlavor=True)
full = {
'manyflavors': {
v1: [defFlavor]
},
'manyflavors:runtime': {
v1: [defFlavor]
}
}
self.cmpQueryResult(d, full)
d = repos.getTroveLeavesByLabel(
{None: {
self.cfg.buildLabel: [noReadLine]
}}, bestFlavor=True)
full = {
'manyflavors': {
v1: [noReadLine]
},
'manyflavors:runtime': {
v1: [noReadLine]
}
}
self.cmpQueryResult(d, full)
d = repos.getTroveLatestByLabel(
{None: {
self.cfg.buildLabel: [noReadLine]
}}, bestFlavor=True)
full = {
'manyflavors': {
v1: [noReadLine]
},
'manyflavors:runtime': {
v1: [noReadLine]
}
}
self.cmpQueryResult(d, full)
# now make the two branches of different lengths
_build(v2, defFlavor)
d = repos.getTroveLeavesByLabel(
{None: {
self.cfg.buildLabel: [defFlavor]
}}, bestFlavor=True)
full = {
'manyflavors': {
v2: [defFlavor]
},
'manyflavors:runtime': {
v2: [defFlavor]
}
}
self.cmpQueryResult(d, full)
# v2 is still the best match since it's not actually incompatible
# with the noReadLine flavor
d = repos.getTroveLeavesByLabel(
{None: {
self.cfg.buildLabel: [noReadLine]
}}, bestFlavor=True)
full = {
'manyflavors': {
v2: [defFlavor]
},
'manyflavors:runtime': {
v2: [defFlavor]
}
}
self.cmpQueryResult(d, full)
d = repos.getTroveLatestByLabel(
{None: {
self.cfg.buildLabel: [noReadLine]
}}, bestFlavor=True)
full = {
'manyflavors': {
v2: [defFlavor]
},
'manyflavors:runtime': {
v2: [defFlavor]
}
}
self.cmpQueryResult(d, full)
disallowReadLine = deps.parseFlavor(
deps.formatFlavor(noReadLine).replace('~!readline', '!readline'))
# now that we explicitly disallow troves which use readline, we
# should get the old version
d = repos.getTroveLeavesByLabel(
{None: {
self.cfg.buildLabel: [disallowReadLine]
}}, bestFlavor=True)
self.cmpQueryResult(
d, {
'manyflavors': {
v1: [noReadLine]
},
'manyflavors:runtime': {
v1: [noReadLine]
}
})
d = repos.getTroveLatestByLabel(
{None: {
self.cfg.buildLabel: [disallowReadLine]
}}, bestFlavor=True)
self.cmpQueryResult(
d, {
'manyflavors': {
v1: [noReadLine]
},
'manyflavors:runtime': {
v1: [noReadLine]
}
})
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
