def __init__(self, spec, vfsType=None, options="", mountClass=mount.Mount):
self._vfsType = vfsType
# Note: must be normalized before we escape "/" in _getLocalPath.
# See https://bugzilla.redhat.com/1300749
self._remotePath = fileUtils.normalize_path(spec)
self._options = options
self._mount = mountClass(self._remotePath, self._getLocalPath())
def create(cls, sdUUID, domainName, domClass, remotePath, storageType,
version, block_size=sc.BLOCK_SIZE_512,
alignment=sc.ALIGNMENT_1M):
"""
Create new storage domain
Arguments:
sdUUID (UUID): Storage Domain UUID
domainName (str): Storage domain name
domClass (int): Data/Iso
remotePath (str): server:/export_path
storageType (int): NFS_DOMAIN, GLUSTERFS_DOMAIN, &etc.
version (int): DOMAIN_VERSIONS,
block_size (int): Underlying storage block size.
Supported value is BLOCK_SIZE_512
alignment (int): Sanlock alignment in bytes to use for
this storage domain.
Supported value is ALIGN_1M
"""
cls.log.info("sdUUID=%s domainName=%s remotePath=%s "
"domClass=%s, block_size=%s, alignment=%s",
sdUUID, domainName, remotePath, domClass,
block_size, alignment)
cls._validate_block_and_alignment(block_size, alignment, version)
remotePath = fileUtils.normalize_path(remotePath)
if not misc.isAscii(domainName) and not sd.supportsUnicode(version):
raise se.UnicodeArgumentException()
# Create local path
mntPath = fileUtils.transformPath(remotePath)
mntPoint = cls.getMountPoint(mntPath)
cls._preCreateValidation(sdUUID, mntPoint, remotePath, storageType,
version)
domainDir = os.path.join(mntPoint, sdUUID)
cls._prepareMetadata(domainDir, sdUUID, domainName, domClass,
remotePath, storageType, version, alignment,
block_size)
# create domain images folder
imagesDir = os.path.join(domainDir, sd.DOMAIN_IMAGES)
cls.log.info("Creating domain images directory %r", imagesDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(imagesDir)
# create special imageUUID for ISO/Floppy volumes
if domClass is sd.ISO_DOMAIN:
isoDir = os.path.join(imagesDir, sd.ISO_IMAGE_UUID)
cls.log.info("Creating ISO domain images directory %r", isoDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(isoDir)
fsd = cls(os.path.join(mntPoint, sdUUID))
fsd.initSPMlease()
return fsd
def create(cls, sdUUID, domainName, domClass, remotePath, storageType,
version):
"""
Create new storage domain.
'sdUUID' - Storage Domain UUID
'domainName' - storage domain name ("iso" or "data domain name")
'domClass' - Data/Iso
'remotePath' - server:/export_path
'storageType' - NFS_DOMAIN, LOCALFS_DOMAIN, &etc.
'version' - DOMAIN_VERSIONS
"""
cls.log.info("sdUUID=%s domainName=%s remotePath=%s "
"domClass=%s", sdUUID, domainName, remotePath, domClass)
remotePath = fileUtils.normalize_path(remotePath)
if not misc.isAscii(domainName) and not sd.supportsUnicode(version):
raise se.UnicodeArgumentException()
# Create local path
mntPath = fileUtils.transformPath(remotePath)
mntPoint = cls.getMountPoint(mntPath)
cls._preCreateValidation(sdUUID, mntPoint, remotePath, storageType,
version)
domainDir = os.path.join(mntPoint, sdUUID)
cls._prepareMetadata(domainDir, sdUUID, domainName, domClass,
remotePath, storageType, version)
# create domain images folder
imagesDir = os.path.join(domainDir, sd.DOMAIN_IMAGES)
cls.log.info("Creating domain images directory %r", imagesDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(imagesDir)
# create special imageUUID for ISO/Floppy volumes
if domClass is sd.ISO_DOMAIN:
isoDir = os.path.join(imagesDir, sd.ISO_IMAGE_UUID)
cls.log.info("Creating ISO domain images directory %r", isoDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(isoDir)
fsd = cls(os.path.join(mntPoint, sdUUID))
fsd.initSPMlease()
return fsd
def _parseFstabLine(line):
(fs_spec, fs_file, fs_vfstype, fs_mntops, fs_freq,
fs_passno) = line.split()[:6]
fs_mntops = fs_mntops.split(",")
fs_freq = int(fs_freq)
fs_passno = int(fs_passno)
# Using NFS4 the kernel shows the mount path with double slashes,
# regarless of the original (normalized) mount path.
fs_spec = fileUtils.normalize_path(_unescape_spaces(fs_spec))
# We expect normalized fs_file from the kernel.
fs_file = _unescape_spaces(fs_file)
if fs_file.endswith(_DELETED_SUFFIX):
fs_file = fs_file[:-len(_DELETED_SUFFIX)]
return MountRecord(fs_spec, fs_file, fs_vfstype, fs_mntops, fs_freq,
fs_passno)
def _parseFstabLine(line):
(fs_spec, fs_file, fs_vfstype, fs_mntops,
fs_freq, fs_passno) = line.split()[:6]
fs_mntops = fs_mntops.split(",")
fs_freq = int(fs_freq)
fs_passno = int(fs_passno)
# Using NFS4 the kernel shows the mount path with double slashes,
# regarless of the original (normalized) mount path.
fs_spec = fileUtils.normalize_path(_unescape_spaces(fs_spec))
# We expect normalized fs_file from the kernel.
fs_file = _unescape_spaces(fs_file)
if fs_file.endswith(_DELETED_SUFFIX):
fs_file = fs_file[:-len(_DELETED_SUFFIX)]
return MountRecord(fs_spec, fs_file, fs_vfstype, fs_mntops,
fs_freq, fs_passno)
def create(cls, sdUUID, domainName, domClass, remotePath, storageType,
version):
"""
Create new storage domain.
'sdUUID' - Storage Domain UUID
'domainName' - storage domain name ("iso" or "data domain name")
'domClass' - Data/Iso
'remotePath' - server:/export_path
'storageType' - NFS_DOMAIN, LOCALFS_DOMAIN, &etc.
'version' - DOMAIN_VERSIONS
"""
cls.log.info("sdUUID=%s domainName=%s remotePath=%s "
"domClass=%s", sdUUID, domainName, remotePath, domClass)
remotePath = fileUtils.normalize_path(remotePath)
if not misc.isAscii(domainName) and not sd.supportsUnicode(version):
raise se.UnicodeArgumentException()
# Create local path
mntPath = fileUtils.transformPath(remotePath)
mntPoint = cls.getMountPoint(mntPath)
cls._preCreateValidation(sdUUID, mntPoint, remotePath, storageType,
version)
domainDir = os.path.join(mntPoint, sdUUID)
cls._prepareMetadata(domainDir, sdUUID, domainName, domClass,
remotePath, storageType, version)
# create domain images folder
imagesDir = os.path.join(domainDir, sd.DOMAIN_IMAGES)
oop.getProcessPool(sdUUID).fileUtils.createdir(imagesDir)
# create special imageUUID for ISO/Floppy volumes
if domClass is sd.ISO_DOMAIN:
isoDir = os.path.join(imagesDir, sd.ISO_IMAGE_UUID)
oop.getProcessPool(sdUUID).fileUtils.createdir(isoDir)
fsd = cls(os.path.join(mntPoint, sdUUID))
fsd.initSPMlease()
return fsd
def _parseFstabLine(line):
(fs_spec, fs_file, fs_vfstype, fs_mntops, fs_freq,
fs_passno) = line.split()[:6]
fs_mntops = fs_mntops.split(",")
fs_freq = int(fs_freq)
fs_passno = int(fs_passno)
# Using NFS4 the kernel shows the mount path with double slashes,
# regarless of the original (normalized) mount path.
fs_spec = fileUtils.normalize_path(_parseFstabPath(fs_spec))
# We expect normalized fs_file from the kernel.
fs_file = _parseFstabPath(fs_file)
for suffix in (" (deleted)", ):
if not fs_file.endswith(suffix):
continue
fs_file = fs_file[:-len(suffix)]
break
fs_mntops = [_parseFstabPath(item) for item in fs_mntops]
return MountRecord(fs_spec, fs_file, fs_vfstype, fs_mntops, fs_freq,
fs_passno)
def _parseFstabLine(line):
(fs_spec, fs_file, fs_vfstype, fs_mntops,
fs_freq, fs_passno) = line.split()[:6]
fs_mntops = fs_mntops.split(",")
fs_freq = int(fs_freq)
fs_passno = int(fs_passno)
# Using NFS4 the kernel shows the mount path with double slashes,
# regarless of the original (normalized) mount path.
fs_spec = fileUtils.normalize_path(_parseFstabPath(fs_spec))
# We expect normalized fs_file from the kernel.
fs_file = _parseFstabPath(fs_file)
for suffix in (" (deleted)", ):
if not fs_file.endswith(suffix):
continue
fs_file = fs_file[:-len(suffix)]
break
fs_mntops = [_parseFstabPath(item) for item in fs_mntops]
return MountRecord(fs_spec, fs_file, fs_vfstype, fs_mntops,
fs_freq, fs_passno)
def test_normalize_path_equals(self, path, normalized_path):
self.assertEqual(normalized_path, fileUtils.normalize_path(path))
def test_normalize_path_equals(self, path, normalized_path):
self.assertEquals(normalized_path, fileUtils.normalize_path(path))
def create(cls,
sdUUID,
domainName,
domClass,
remotePath,
storageType,
version,
block_size=sc.BLOCK_SIZE_512,
alignment=sc.ALIGN_1M):
"""
Create new storage domain
Arguments:
sdUUID (UUID): Storage Domain UUID
domainName (str): Storage domain name
domClass (int): Data/Iso
remotePath (str): server:/export_path
storageType (int): NFS_DOMAIN, GLUSTERFS_DOMAIN, &etc.
version (int): DOMAIN_VERSIONS,
block_size (int): Underlying storage block size.
Supported value is BLOCK_SIZE_512
alignment (int): Sanlock alignment in bytes to use for
this storage domain.
Supported value is ALIGN_1M
"""
cls.log.info(
"sdUUID=%s domainName=%s remotePath=%s "
"domClass=%s, block_size=%s, alignment=%s", sdUUID, domainName,
remotePath, domClass, block_size, alignment)
cls._validate_block_and_alignment(block_size, alignment)
remotePath = fileUtils.normalize_path(remotePath)
if not misc.isAscii(domainName) and not sd.supportsUnicode(version):
raise se.UnicodeArgumentException()
# Create local path
mntPath = fileUtils.transformPath(remotePath)
mntPoint = cls.getMountPoint(mntPath)
cls._preCreateValidation(sdUUID, mntPoint, remotePath, storageType,
version)
domainDir = os.path.join(mntPoint, sdUUID)
cls._prepareMetadata(domainDir, sdUUID, domainName, domClass,
remotePath, storageType, version)
# create domain images folder
imagesDir = os.path.join(domainDir, sd.DOMAIN_IMAGES)
cls.log.info("Creating domain images directory %r", imagesDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(imagesDir)
# create special imageUUID for ISO/Floppy volumes
if domClass is sd.ISO_DOMAIN:
isoDir = os.path.join(imagesDir, sd.ISO_IMAGE_UUID)
cls.log.info("Creating ISO domain images directory %r", isoDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(isoDir)
fsd = cls(os.path.join(mntPoint, sdUUID))
fsd.initSPMlease()
return fsd
def create(cls,
sdUUID,
domainName,
domClass,
remotePath,
storageType,
version,
block_size=sc.BLOCK_SIZE_512,
max_hosts=sc.HOSTS_4K_1M):
"""
Create new storage domain
Arguments:
sdUUID (UUID): Storage Domain UUID
domainName (str): Storage domain name
domClass (int): Data/Iso
remotePath (str): server:/export_path
storageType (int): NFS_DOMAIN, GLUSTERFS_DOMAIN, &etc.
version (int): DOMAIN_VERSIONS,
block_size (int): Underlying storage block size.
Supported value is BLOCK_SIZE_512
max_hosts (int): Maximum number of hosts accessing this domain,
default to sc.HOSTS_4K_1M.
"""
cls._validate_block_size(block_size, version)
remotePath = fileUtils.normalize_path(remotePath)
if not misc.isAscii(domainName) and not sd.supportsUnicode(version):
raise se.UnicodeArgumentException()
# Create local path
mntPath = fileUtils.transformPath(remotePath)
mntPoint = cls.getMountPoint(mntPath)
cls._preCreateValidation(sdUUID, mntPoint, remotePath, storageType,
version)
storage_block_size = cls._detect_block_size(sdUUID, mntPoint)
block_size = cls._validate_storage_block_size(block_size,
storage_block_size)
alignment = clusterlock.alignment(block_size, max_hosts)
domainDir = os.path.join(mntPoint, sdUUID)
cls._prepareMetadata(domainDir, sdUUID, domainName, domClass,
remotePath, storageType, version, alignment,
block_size)
# create domain images folder
imagesDir = os.path.join(domainDir, sd.DOMAIN_IMAGES)
cls.log.info("Creating domain images directory %r", imagesDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(imagesDir)
# create special imageUUID for ISO/Floppy volumes
if domClass is sd.ISO_DOMAIN:
isoDir = os.path.join(imagesDir, sd.ISO_IMAGE_UUID)
cls.log.info("Creating ISO domain images directory %r", isoDir)
oop.getProcessPool(sdUUID).fileUtils.createdir(isoDir)
fsd = cls(os.path.join(mntPoint, sdUUID))
fsd.initSPMlease()
return fsd
def test_normalize_path_equals(path, normalized_path):
assert normalized_path == fileUtils.normalize_path(path)