def remove(self, trv):
SingleCapsuleOperation.remove(self, trv)
# make sure everything was erased which should have been; RPM's
# shared file handling means it may not erase things which we think
# ought to be
for trv in self.removes:
dbFileObjs = self.db.getFileVersions(
[ (x[0], x[2], x[3]) for x in trv.iterFileList() ] )
for (pathId, path, fileId, version), fileObj in \
itertools.izip(trv.iterFileList(), dbFileObjs):
hasCapsule = trv.troveInfo.capsule.type() or False
fullPath = util.joinPaths(self.root, path)
if not os.path.exists(fullPath):
continue
if (fileObj.flags.isCapsuleAddition()):
# this was added to the package outside of the RPM;
# we don't have any responsibility for it
continue
elif (fileObj.hasContents and
trove.conaryContents(hasCapsule, pathId, fileObj)):
# this content isn't part of the capsule; remember to put
# it back when RPM is done
self.preservePath(path)
continue
fsFileObj = files.FileFromFilesystem(fullPath, pathId,
possibleMatch = fileObj)
self.fsJob._remove(fsFileObj, path, fullPath,
'removing rpm owned file %s',
ignoreMissing = True)
def remove(self, trv):
SingleCapsuleOperation.remove(self, trv)
# make sure everything was erased which should have been; RPM's
# shared file handling means it may not erase things which we think
# ought to be
for trv in self.removes:
dbFileObjs = self.db.getFileVersions([(x[0], x[2], x[3])
for x in trv.iterFileList()])
for (pathId, path, fileId, version), fileObj in \
itertools.izip(trv.iterFileList(), dbFileObjs):
hasCapsule = trv.troveInfo.capsule.type() or False
fullPath = util.joinPaths(self.root, path)
if not os.path.exists(fullPath):
continue
if (fileObj.flags.isCapsuleAddition()):
# this was added to the package outside of the RPM;
# we don't have any responsibility for it
continue
elif (fileObj.hasContents
and trove.conaryContents(hasCapsule, pathId, fileObj)):
# this content isn't part of the capsule; remember to put
# it back when RPM is done
self.preservePath(path, unlink=True)
continue
fsFileObj = files.FileFromFilesystem(fullPath,
pathId,
possibleMatch=fileObj)
self.fsJob._remove(fsFileObj,
path,
fullPath,
'removing rpm owned file %s',
ignoreMissing=True)
def install(self, flags, troveCs):
ACTION_RESTORE = 1
ACTION_SKIP = 2
ACTION_CONFLICT = 3
rc = SingleCapsuleOperation.install(self, flags, troveCs)
if rc is None:
# parent class thinks we should just ignore this troveCs; I'm
# not going to argue with it (it's probably because the capsule
# hasn't changed
return None
(oldTrv, trv) = rc
trvInfo = troveCs.getNewNameVersionFlavor()
oldTrvInfo = troveCs.getOldNameVersionFlavor()
hasCapsule = troveCs.hasCapsule()
# Updates the fsJob metadata for installing the current trove.
# It assumes files are replaced on install, and complains if something
# is in the way unless the appropriate flags are set. This is a very
# much simplified version of FilesystemJob._singleTrove() which maps
# out a complete install strategy for native packages. Note that
# we walk all of the files in this trove, not just the new files
# or the changed files, because RPM installs all of the files.
toRestore = []
changedByPathId = dict((x[0], x) for x in troveCs.getChangedFileList())
# things which aren't change, new, or removed are unchanged
unchangedByPathId = (set(x[0] for x in trv.iterFileList()) -
set(changedByPathId.iterkeys()) -
set(x[0] for x in troveCs.getNewFileList()) -
set(troveCs.getOldFileList()))
l = []
for oldFileInfo in troveCs.getChangedFileList():
oldFileId, oldVersion = oldTrv.getFile(oldFileInfo[0])[1:3]
l.append((oldFileInfo[0], oldFileId, oldVersion))
for unchangedPathId in unchangedByPathId:
unchangedFileId, unchangedFileVersion = \
trv.getFile(unchangedPathId)[1:3]
l.append((unchangedPathId, unchangedFileId, unchangedFileVersion))
fileObjs = self.db.getFileVersions(l)
fileObjsByPathId = dict(
[ (x[0], y) for x, y in
itertools.izip(l, fileObjs) ] )
for fileInfo in trv.iterFileList():
pathId, path, fileId, version = fileInfo
if os.path.dirname(path) in self.netSharedPath:
# we do nothing. really. nothing.
#
# we don't back it up. we don't mark it as removed in
# our database. we don't look for conflicts. nothing.
continue
if pathId in changedByPathId:
oldFileId = oldTrv.getFile(pathId)[1]
fileChange = self.changeSet.getFileChange(oldFileId, fileId)
if (oldFileId == fileId):
# only the version number changed; we don't need
# to merge anything here
fileObj = fileObjsByPathId[pathId]
elif fileChange[0] == '\x01':
fileObj = fileObjsByPathId[pathId]
fileObj.twm(fileChange, fileObj)
else:
fileObj = files.ThawFile(fileChange, pathId)
elif pathId in unchangedByPathId:
fileObj = fileObjsByPathId[pathId]
else:
# if it's not changed and it's not unchanged, it must be new
fileStream = self.changeSet.getFileChange(None, fileId)
fileObj = files.ThawFile(fileStream, pathId)
absolutePath = util.joinPaths(self.root, path)
if (fileObj.flags.isCapsuleAddition()):
# this was added to the package outside of the RPM; we don't
# have any responsibility for it
continue
elif (trove.conaryContents(hasCapsule, pathId, fileObj)
and fileObj.lsTag != 'd'):
# this content isn't part of the capsule; remember to put
# it back when RPM is done
self.preservePath(path)
continue
s = util.lstat(absolutePath)
if not s:
# there is nothing in the way, so there is nothing which
# concerns us here. Track the file for later.
toRestore.append((fileInfo, fileObj))
continue
action = ACTION_CONFLICT
existingOwners = list(
self.db.iterFindPathReferences(path, justPresent = True,
withStream = True))
if existingOwners:
# Don't complain about files owned by the previous version
# of this trove.
l = [ x for x in existingOwners if x[0:3] == oldTrvInfo ]
if l:
existingOwners.remove(l[0])
if not existingOwners:
action = ACTION_RESTORE
elif stat.S_ISDIR(s.st_mode) and fileObj.lsTag == 'd':
# Don't let existing directories stop us from taking over
# ownership of the directory
action = ACTION_RESTORE
elif fileObj.flags.isInitialContents():
# Initial contents files may be restored on top of things
# already in the filesystem. They're ghosts or config files
# and RPM will get the contents right either way, and we
# should remove them either way.
action = ACTION_RESTORE
if action == ACTION_CONFLICT and existingOwners:
if fileId in [ x[4] for x in existingOwners ]:
# The files share metadata same. Whatever it looks like on
# disk, RPM is going to blow it away with the new one.
for info in existingOwners:
self.fsJob.sharedFile(info[0], info[1], info[2],
info[3])
action = ACTION_RESTORE
elif path.startswith('/usr/share/doc/'):
# Mirror badness Red Hat patches into RPM for rhel4
# and rhel5
action = ACTION_RESTORE
else:
existingFiles = [ files.ThawFile(x[5], pathId) for x
in existingOwners ]
compatibility = [ 1 for x in existingFiles
if fileObj.compatibleWith(x) ]
if 1 in compatibility:
# files can be shared even though the fileId's
# are different
for info in existingOwners:
self.fsJob.sharedFile(info[0], info[1], info[2],
info[3])
action = ACTION_RESTORE
elif 1 in [ files.rpmFileColorCmp(x, fileObj)
for x in existingFiles ]:
# rpm file colors and the default rpm setting for
# file color policy make elf64 files silently replace
# elf32 files. follow that behavior here.
#
# no, i'm not making this up
#
# yes, really
action = ACTION_SKIP
elif (self._checkReplaceManagedFiles(flags, path) or
1 in [ files.rpmFileColorCmp(fileObj, x)
for x in existingFiles ]):
# The files are different. Bail unless we're supposed
# to replace managed files.
existingFile = files.FileFromFilesystem(absolutePath,
pathId)
for info in existingOwners:
self.fsJob.userRemoval(
fileObj = existingFile,
content =
filecontents.FromFilesystem(absolutePath),
*info[0:4])
action = ACTION_RESTORE
else:
# it's not up to us to decide if this is a true
# conflict; the database layer will do that for
# us (see checkPathConflicts)
action = ACTION_RESTORE
elif flags.replaceUnmanagedFiles:
# we don't own it, but it's on disk. RPM will just write over
# it and we have the flag saying we're good with that
action = ACTION_RESTORE
if action == ACTION_RESTORE:
# We may proceed, and RPM will replace this file for us. We
# need to track that it's being restored to avoid conflicts
# with other restorations though.
toRestore.append((fileInfo, fileObj))
elif action == ACTION_CONFLICT:
# The file exists already, we can't share it, and we're not
# allowed to overwrite it.
self._error(errors.FileInWayError(util.normpath(path),
troveCs.getName(),
troveCs.getNewVersion(),
troveCs.getNewFlavor()))
else:
assert(action == ACTION_SKIP)
self.preservePath(path)
self.fsJob.userRemoval(trv.getName(), trv.getVersion(),
trv.getFlavor(), pathId)
# toRestore is the list of what is going to be restored. We need to get
# the fileObjects which will be created so we can track them in the
# filesystem job. This lets the filesystem job look for resolveable
# conflicts within this update. We handle newly created files first
# and files which have changed (so we have to look up the diff)
# a bit later.
for fileInfo, fileObj in toRestore:
fullPath = util.joinPaths(self.root, path)
self.fsJob._restore(fileObj, fullPath, trvInfo,
"restoring %s from RPM",
restoreFile = False,
fileId = fileId)
def install(self, flags, troveCs):
ACTION_RESTORE = 1
ACTION_SKIP = 2
ACTION_CONFLICT = 3
rc = SingleCapsuleOperation.install(self, flags, troveCs)
if rc is None:
# parent class thinks we should just ignore this troveCs; I'm
# not going to argue with it (it's probably because the capsule
# hasn't changed
return None
(oldTrv, trv) = rc
trvInfo = troveCs.getNewNameVersionFlavor()
oldTrvInfo = troveCs.getOldNameVersionFlavor()
hasCapsule = troveCs.hasCapsule()
# Updates the fsJob metadata for installing the current trove.
# It assumes files are replaced on install, and complains if something
# is in the way unless the appropriate flags are set. This is a very
# much simplified version of FilesystemJob._singleTrove() which maps
# out a complete install strategy for native packages. Note that
# we walk all of the files in this trove, not just the new files
# or the changed files, because RPM installs all of the files.
toRestore = []
changedByPathId = dict((x[0], x) for x in troveCs.getChangedFileList())
# things which aren't change, new, or removed are unchanged
unchangedByPathId = (set(x[0] for x in trv.iterFileList()) -
set(changedByPathId.iterkeys()) -
set(x[0] for x in troveCs.getNewFileList()) -
set(troveCs.getOldFileList()))
l = []
for oldFileInfo in troveCs.getChangedFileList():
oldFileId, oldVersion = oldTrv.getFile(oldFileInfo[0])[1:3]
l.append((oldFileInfo[0], oldFileId, oldVersion))
for unchangedPathId in unchangedByPathId:
unchangedFileId, unchangedFileVersion = \
trv.getFile(unchangedPathId)[1:3]
l.append((unchangedPathId, unchangedFileId, unchangedFileVersion))
fileObjs = self.db.getFileVersions(l)
fileObjsByPathId = dict([(x[0], y)
for x, y in itertools.izip(l, fileObjs)])
for fileInfo in trv.iterFileList():
pathId, path, fileId, version = fileInfo
if os.path.dirname(path) in self.netSharedPath:
# we do nothing. really. nothing.
#
# we don't back it up. we don't mark it as removed in
# our database. we don't look for conflicts. nothing.
continue
if pathId in changedByPathId:
oldFileId = oldTrv.getFile(pathId)[1]
fileChange = self.changeSet.getFileChange(oldFileId, fileId)
if (oldFileId == fileId):
# only the version number changed; we don't need
# to merge anything here
fileObj = fileObjsByPathId[pathId]
elif fileChange[0] == '\x01':
fileObj = fileObjsByPathId[pathId]
fileObj.twm(fileChange, fileObj)
else:
fileObj = files.ThawFile(fileChange, pathId)
elif pathId in unchangedByPathId:
fileObj = fileObjsByPathId[pathId]
else:
# if it's not changed and it's not unchanged, it must be new
fileStream = self.changeSet.getFileChange(None, fileId)
fileObj = files.ThawFile(fileStream, pathId)
absolutePath = util.joinPaths(self.root, path)
if (fileObj.flags.isCapsuleAddition()):
# this was added to the package outside of the RPM; we don't
# have any responsibility for it
continue
elif (trove.conaryContents(hasCapsule, pathId, fileObj)
and fileObj.lsTag != 'd'):
# this content isn't part of the capsule; remember to put
# it back when RPM is done
self.preservePath(path, unlink=True)
continue
s = util.lstat(absolutePath)
if not s:
# there is nothing in the way, so there is nothing which
# concerns us here. Track the file for later.
toRestore.append((fileInfo, fileObj))
continue
action = ACTION_CONFLICT
existingOwners = list(
self.db.iterFindPathReferences(path,
justPresent=True,
withStream=True))
if existingOwners:
# Don't complain about files owned by the previous version
# of this trove.
l = [x for x in existingOwners if x[0:3] == oldTrvInfo]
if l:
existingOwners.remove(l[0])
if not existingOwners:
action = ACTION_RESTORE
elif stat.S_ISDIR(s.st_mode) and fileObj.lsTag == 'd':
# Don't let existing directories stop us from taking over
# ownership of the directory
action = ACTION_RESTORE
elif fileObj.flags.isInitialContents():
# Initial contents files may be restored on top of things
# already in the filesystem. They're ghosts or config files
# and RPM will get the contents right either way, and we
# should remove them either way.
action = ACTION_RESTORE
if action == ACTION_CONFLICT and not existingOwners:
# Check for "conflicts" that might just be a view across a
# symlink.
if self.fsJob.findAliasedRemovals(absolutePath):
action = ACTION_RESTORE
if action == ACTION_CONFLICT and existingOwners:
if fileId in [x[4] for x in existingOwners]:
# The files share metadata same. Whatever it looks like on
# disk, RPM is going to blow it away with the new one.
for info in existingOwners:
self.fsJob.sharedFile(info[0], info[1], info[2],
info[3])
action = ACTION_RESTORE
elif path.startswith('/usr/share/doc/'):
# Mirror badness Red Hat patches into RPM for rhel4
# and rhel5
action = ACTION_RESTORE
else:
existingFiles = [
files.ThawFile(x[5], pathId) for x in existingOwners
]
compatibility = [
1 for x in existingFiles if fileObj.compatibleWith(x)
]
if 1 in compatibility:
# files can be shared even though the fileId's
# are different
for info in existingOwners:
self.fsJob.sharedFile(info[0], info[1], info[2],
info[3])
action = ACTION_RESTORE
elif 1 in [
files.rpmFileColorCmp(x, fileObj)
for x in existingFiles
]:
# rpm file colors and the default rpm setting for
# file color policy make elf64 files silently replace
# elf32 files. follow that behavior here.
#
# no, i'm not making this up
#
# yes, really
action = ACTION_SKIP
elif (self._checkReplaceManagedFiles(flags, path) or 1 in [
files.rpmFileColorCmp(fileObj, x)
for x in existingFiles
]):
# The files are different. Bail unless we're supposed
# to replace managed files.
existingFile = files.FileFromFilesystem(
absolutePath, pathId)
for info in existingOwners:
self.fsJob.userRemoval(
fileObj=existingFile,
content=filecontents.FromFilesystem(
absolutePath),
*info[0:4])
action = ACTION_RESTORE
else:
# it's not up to us to decide if this is a true
# conflict; the database layer will do that for
# us (see checkPathConflicts)
action = ACTION_RESTORE
elif flags.replaceUnmanagedFiles:
# we don't own it, but it's on disk. RPM will just write over
# it and we have the flag saying we're good with that
action = ACTION_RESTORE
if action == ACTION_RESTORE:
# We may proceed, and RPM will replace this file for us. We
# need to track that it's being restored to avoid conflicts
# with other restorations though.
toRestore.append((fileInfo, fileObj))
elif action == ACTION_CONFLICT:
# The file exists already, we can't share it, and we're not
# allowed to overwrite it.
self._error(
errors.FileInWayError(util.normpath(path),
troveCs.getName(),
troveCs.getNewVersion(),
troveCs.getNewFlavor()))
else:
assert (action == ACTION_SKIP)
self.preservePath(path, unlink=False)
self.fsJob.userRemoval(trv.getName(), trv.getVersion(),
trv.getFlavor(), pathId)
# toRestore is the list of what is going to be restored. We need to get
# the fileObjects which will be created so we can track them in the
# filesystem job. This lets the filesystem job look for resolveable
# conflicts within this update. We handle newly created files first
# and files which have changed (so we have to look up the diff)
# a bit later.
for fileInfo, fileObj in toRestore:
fullPath = util.joinPaths(self.root, path)
self.fsJob._restore(fileObj,
fullPath,
trvInfo,
"restoring %s from RPM",
restoreFile=False,
fileId=fileId)
