def init(self):
repo = FakeRepository(self._fileName)
header = rpmutils.readRpmHeader(self._fileName)
if not header:
return False
RpmHeaderPackage.__init__(self, header, repo)
return True
def _doRpmTransaction(self, operations, noDependents=False):
ts = rpm.TransactionSet()
for pkg, action in operations.iteritems():
if action == resolver.INSTALL:
pkgPath = self._getRpmFilePath(pkg)
if not pkgPath:
Log.cout(Log.ERROR, 'Get pkg %s failed' % pkg)
return False
header = rpmutils.readRpmHeader(pkgPath)
if header is None:
Log.cout(Log.ERROR, 'Get pkg %s header failed' % pkg)
return False
ts.addInstall(header, pkgPath, 'u')
elif action == resolver.REMOVE:
ts.addErase(str(pkg))
unresolved = None
if not noDependents:
unresolved = ts.check()
if not unresolved:
ts.order()
pkgDict = {}
try:
flags = rpm.RPMPROB_FILTER_OLDPACKAGE |\
rpm.RPMPROB_FILTER_REPLACEPKG
ts.setProbFilter(flags)
tsError = ts.run(self._runCallback, pkgDict)
if tsError is None:
return True
Log.cout(Log.ERROR, 'Transaction run failed:%s' % tsError)
return False
except Exception, e:
Log.cout(Log.ERROR, 'Rpm Transaction run failed:%s' % e)
return False
return True
def init(self):
repo = FakeRepository(self._fileName)
header = rpmutils.readRpmHeader(self._fileName)
if not header:
return False
RpmHeaderPackage.__init__(self, header, repo)
return True
def buildInstalledPkgSack(self):
sack = PackageSack()
ainstRoot = AinstRoot(self._installRoot)
if not ainstRoot.isValidAinstRoot():
Log.cout(Log.DEBUG, '%s is invalid ainst root' % self._installRoot)
return None
reader = AinstRootReader(ainstRoot)
installPkgMetas = reader.getInstallPkgMetas()
if installPkgMetas is None:
Log.cout(Log.DEBUG, 'Get install meta of %s failed' % self._installRoot)
return None
for pkgVer, rpmPath in installPkgMetas:
header = rpmutils.readRpmHeader(rpmPath)
if header:
repo = FakeRepository(self._installRoot, True)
pkg = AinstRpmPackage(header, repo)
sack.addPackageObject(pkg)
return sack
def buildInstalledPkgSack(self):
sack = PackageSack()
ainstRoot = AinstRoot(self._installRoot)
if not ainstRoot.isValidAinstRoot():
Log.cout(Log.DEBUG, '%s is invalid ainst root' % self._installRoot)
return None
reader = AinstRootReader(ainstRoot)
installPkgMetas = reader.getInstallPkgMetas()
if installPkgMetas is None:
Log.cout(Log.DEBUG,
'Get install meta of %s failed' % self._installRoot)
return None
for pkgVer, rpmPath in installPkgMetas:
header = rpmutils.readRpmHeader(rpmPath)
if header:
repo = FakeRepository(self._installRoot, True)
pkg = AinstRpmPackage(header, repo)
sack.addPackageObject(pkg)
return sack
def buildActivePkgSack(self):
sack = PackageSack()
ainstRoot = AinstRoot(self._installRoot)
if not ainstRoot.isValidAinstRoot():
Log.cout(Log.DEBUG, '%s is invalid ainst root' % self._installRoot)
return None
reader = AinstRootReader(ainstRoot)
activePkgMetas = reader.getActivePkgMetas()
if activePkgMetas is None:
Log.cout(Log.DEBUG, 'Get active meta of %s failed' % self._installRoot)
return None
for pkgName, rpmPath, aicfPath in activePkgMetas:
aicfInfo = None
if file_util.isFile(aicfPath):
aicfInfo = AicfParser().parse(aicfPath)
header = rpmutils.readRpmHeader(rpmPath)
if header:
repo = FakeRepository(self._installRoot, True)
pkg = AinstRpmPackage(header, repo, aicfInfo)
sack.addPackageObject(pkg)
return sack
def buildActivePkgSack(self):
sack = PackageSack()
ainstRoot = AinstRoot(self._installRoot)
if not ainstRoot.isValidAinstRoot():
Log.cout(Log.DEBUG, '%s is invalid ainst root' % self._installRoot)
return None
reader = AinstRootReader(ainstRoot)
activePkgMetas = reader.getActivePkgMetas()
if activePkgMetas is None:
Log.cout(Log.DEBUG,
'Get active meta of %s failed' % self._installRoot)
return None
for pkgName, rpmPath, aicfPath in activePkgMetas:
aicfInfo = None
if file_util.isFile(aicfPath):
aicfInfo = AicfParser().parse(aicfPath)
header = rpmutils.readRpmHeader(rpmPath)
if header:
repo = FakeRepository(self._installRoot, True)
pkg = AinstRpmPackage(header, repo, aicfInfo)
sack.addPackageObject(pkg)
return sack
def convert(self, rpmFilePath):
if not file_util.isFile(rpmFilePath):
Log.cout(Log.ERROR, 'Rpm file [%s] not existed' % rpmFilePath)
return None
rpmHeader = rpmutils.readRpmHeader(rpmFilePath)
if rpmHeader is None:
Log.cout(Log.ERROR, 'Read rpm header failed: [%s]' % rpmFilePath)
return None
rpmHeaderReader = RpmHeaderReader(rpmHeader)
fileList = rpmHeaderReader.getFiles()
rpmFileInfoList = []
if len(fileList) == 0:
Log.cout(Log.INFO, 'Rpm filelist has no file')
return rpmFileInfoList
firstPath = rpmHeaderReader.getDirNameByIndex(fileList[0][2]) + fileList[0][1]
if stat.S_ISDIR(fileList[0][3]):
firstPath += '/'
for fileObj in fileList:
dirName = rpmHeaderReader.getDirNameByIndex(fileObj[2])
path = dirName + fileObj[1]
isDir = stat.S_ISDIR(fileObj[3])
if isDir:
path = path + '/'
if not path.startswith('/'):
Log.cout(Log.ERROR, 'Rpm file has illegal prefix: %s' % path)
return None
path = path[len('/'):]
if (path == '' or path.startswith('ainst/')
or path.startswith('usr/ainst/')
or path.startswith('usr/local/ainst/')):
continue
rpmFileInfo = RpmFileInfo(fileObj[1], isDir, path, fileObj[0])
rpmFileInfoList.append(rpmFileInfo)
return rpmFileInfoList
if index > dirListLength:
Log.cout(Log.ERROR, 'Get dir name failed')
return None
return self._getDirs()[index]
def _getDirs(self):
if self._dirList is None:
self._dirList = self._header[rpm.RPMTAG_DIRNAMES]
return self._dirList
if __name__ == '__main__':
import rpmutils
ts = rpm.TransactionSet()
path = '/home/xiaoming.zhang/aicf/aggregator/build/release64/rpm_build/RPMS/x86_64/aggregator-3.9.1-rc_1.x86_64.rpm'
path = '/home/xiaoming.zhang/xx/var/ainst/tmp/amonitor-0.1.3-rc_2.x86_64.rpm'
header = rpmutils.readRpmHeader(ts, path)
reader = RpmHeaderReader(header)
print reader.getInfoByName('name')
print reader.getInfoByName('version')
print reader.getInfoByName('release')
print reader.getInfoByName('summary')
print reader.getInfoByName('description')
print reader.getInfoByName('buildtime')
print reader.getInfoByName('buildhost')
print reader.getInfoByName('size')
print reader.getInfoByName('license')
print reader.getInfoByName('group')
print reader.getInfoByName('os')
print reader.getInfoByName('arch')
print reader.getInfoByName('sourcerpm')
print reader.getInfoByName('fileverifyflags')
