def testReuseSlotID(t, env):
""" If client reuses a slot ID and sequence ID for a completely
different request, server MAY treat the request as if it is
a retry of what it has already executed. rfc5661 18.46.3
FLAGS: sequence all
CODE: SEQ14
"""
c = env.c1.new_client(env.testname(t))
# CREATE_SESSION
sess1 = c.create_session()
name = "%s_1" % env.testname(t)
res = create_file(sess1, name)
check(res)
sid = sess1.sessionid
seqid = nfs4lib.inc_u32(sess1.seqid)
dir = sess1.c.homedir
res = c.c.compound([op.sequence(sid, seqid, 0, 0, TRUE)] +
nfs4lib.use_obj(dir) + [op.remove(name)])
check(res)
# Reuses slot ID and sequence ID for different request
res = c.c.compound([op.sequence(sid, seqid, 0, 0, TRUE)] +
nfs4lib.use_obj(dir) + [op.rename(name, "test")])
check(res)
def rename_obj(sess, oldpath, newpath):
# Set (sfh) to olddir
ops = use_obj(oldpath[:-1]) + [op.savefh()]
# Set (cfh) to newdir
ops += use_obj(newpath[:-1])
# Call rename
ops += [op.rename(oldpath[-1], newpath[-1])]
return sess.compound(ops)
def create_obj(sess, path, kind=NF4DIR, attrs={FATTR4_MODE:0755}):
"""Return ops needed to create given non-file object"""
# Ensure using createtype4
if not hasattr(kind, "type"):
kind = createtype4(kind)
ops = use_obj(path[:-1]) + [op.create(kind, path[-1], attrs)]
return sess.compound(ops)
def do_readdir(sess,
file,
cookie=0,
cookieverf='',
attrs=0,
dircount=4096,
maxcount=4096):
# Since we may not get whole directory listing in one readdir request,
# loop until we do. For each request result, create a flat list
# with <entry4> objects.
log.info("Called do_readdir()")
entries = []
baseops = use_obj(file)
while True:
readdir_op = op.readdir(cookie, cookieverf, dircount, maxcount, attrs)
res = sess.compound(baseops + [readdir_op])
check(res,
msg="READDIR with cookie=%i, maxcount=%i" % (cookie, maxcount))
reply = res.resarray[-1].reply
if not reply.entries and not reply.eof:
raise UnexpectedCompoundRes("READDIR had no entries")
entries.extend(reply.entries)
if reply.eof:
break
cookie = entries[-1].cookie
cookieverf = res.resarray[-1].cookieverf
log.info("do_readdir() = %r" % entries)
return entries
def open_file(self, mds_fh):
seqid=0
access = const4.OPEN4_SHARE_ACCESS_BOTH
deny = const4.OPEN4_SHARE_DENY_NONE
attrs = {const4.FATTR4_MODE: 0777}
owner = "mds"
mode = const4.GUARDED4
verifier = self.sess.c.verifier
openflag = type4.openflag4(const4.OPEN4_CREATE, type4.createhow4(mode, attrs, verifier))
name = self.fh_to_name(mds_fh)
while True:
if mds_fh in self.filehandles:
return
open_op = op4.open(seqid, access, deny,
type4.open_owner4(self.sess.client.clientid, owner),
openflag, type4.open_claim4(const4.CLAIM_NULL, name))
res = self._execute(nfs4lib.use_obj(self.path_fh) + [open_op, op4.getfh()], exceptions=[const4.NFS4ERR_EXIST])
if res.status == const4.NFS4_OK:
ds_fh = res.resarray[-1].opgetfh.resok4.object
ds_openstateid = type4.stateid4(0, res.resarray[-2].stateid.other)
self.filehandles[mds_fh] = (ds_fh, ds_openstateid)
return
elif res.status == const4.NFS4ERR_EXIST:
openflag = type4.openflag4(const4.OPEN4_NOCREATE)
else:
raise RuntimeError
def open_file(self, mds_fh):
seqid = 0
access = const4.OPEN4_SHARE_ACCESS_BOTH
deny = const4.OPEN4_SHARE_DENY_NONE
attrs = {const4.FATTR4_MODE: 0777}
owner = "mds"
mode = const4.GUARDED4
verifier = self.sess.c.verifier
openflag = type4.openflag4(const4.OPEN4_CREATE,
type4.createhow4(mode, attrs, verifier))
name = self.fh_to_name(mds_fh)
while True:
if mds_fh in self.filehandles:
return
open_op = op4.open(
seqid, access, deny,
type4.open_owner4(self.sess.client.clientid, owner), openflag,
type4.open_claim4(const4.CLAIM_NULL, name))
res = self._execute(nfs4lib.use_obj(self.path_fh) +
[open_op, op4.getfh()],
exceptions=[const4.NFS4ERR_EXIST])
if res.status == const4.NFS4_OK:
ds_fh = res.resarray[-1].opgetfh.resok4.object
ds_openstateid = type4.stateid4(0,
res.resarray[-2].stateid.other)
self.filehandles[mds_fh] = (ds_fh, ds_openstateid)
return
elif res.status == const4.NFS4ERR_EXIST:
openflag = type4.openflag4(const4.OPEN4_NOCREATE)
else:
raise RuntimeError
def open_file(
sess,
owner,
path=None,
access=OPEN4_SHARE_ACCESS_READ,
deny=OPEN4_SHARE_DENY_NONE,
claim_type=CLAIM_NULL,
want_deleg=False,
deleg_type=None,
# Setting the following should induce server errors
seqid=0,
clientid=0):
# Set defaults
if path is None:
dir = sess.c.homedir
name = owner
else:
dir = path[:-1]
name = path[-1]
if not want_deleg and access & OPEN4_SHARE_ACCESS_WANT_DELEG_MASK == 0:
access |= OPEN4_SHARE_ACCESS_WANT_NO_DELEG
# Open the file
if claim_type == CLAIM_NULL:
fh_op = use_obj(dir)
elif claim_type == CLAIM_PREVIOUS:
fh_op = [op.putfh(path)]
name = None
if not want_deleg and access & OPEN4_SHARE_ACCESS_WANT_DELEG_MASK == 0:
access |= OPEN4_SHARE_ACCESS_WANT_NO_DELEG
open_op = op.open(seqid, access, deny, open_owner4(clientid, owner),
openflag4(OPEN4_NOCREATE),
open_claim4(claim_type, name, deleg_type))
return sess.compound(fh_op + [open_op, op.getfh()])
def do_getattrdict(sess, file, attrlist):
"""file can be either a fh or a path"""
ops = use_obj(file)
ops += [op.getattr(nfs4lib.list2bitmap(attrlist))]
res = sess.compound(ops)
check(res)
return res.resarray[-1].obj_attributes
def create_file(
sess,
owner,
path=None,
attrs={FATTR4_MODE: 0644},
access=OPEN4_SHARE_ACCESS_BOTH,
deny=OPEN4_SHARE_DENY_NONE,
mode=GUARDED4,
verifier=None,
want_deleg=False,
# Setting the following should induce server errors
seqid=0,
clientid=0):
# Set defaults
if path is None:
dir = sess.c.homedir
name = owner
else:
dir = path[:-1]
name = path[-1]
if ((mode == EXCLUSIVE4) or (mode == EXCLUSIVE4_1)) and (verifier == None):
verifier = sess.c.verifier
if not want_deleg and access & OPEN4_SHARE_ACCESS_WANT_DELEG_MASK == 0:
access |= OPEN4_SHARE_ACCESS_WANT_NO_DELEG
# Create the file
open_op = op.open(
seqid, access, deny, open_owner4(clientid, owner),
openflag4(
OPEN4_CREATE,
createhow4(mode, attrs, verifier, creatverfattr(verifier, attrs))),
open_claim4(CLAIM_NULL, name))
return sess.compound(use_obj(dir) + [open_op, op.getfh()])
def do_getattrdict(sess, file, attrlist):
"""file can be either a fh or a path"""
ops = use_obj(file)
ops += [op.getattr(nfs4lib.list2bitmap(attrlist))]
res = sess.compound(ops)
check(res)
return res.resarray[-1].obj_attributes
def create_obj(sess, path, kind=NF4DIR, attrs={FATTR4_MODE: 0o755}):
"""Return ops needed to create given non-file object"""
# Ensure using createtype4
if not hasattr(kind, "type"):
kind = createtype4(kind)
ops = use_obj(path[:-1]) + [op.create(kind, path[-1], attrs)]
return sess.compound(ops)
def make_root(self, attrs={FATTR4_MODE:0777}):
existing_path = []
kind = createtype4(NF4DIR)
for comp in self.path:
existing_path.append(comp)
res = self.execute(nfs4lib.use_obj(existing_path),
exceptions=[NFS4ERR_NOENT])
if res.status == NFS4ERR_NOENT:
cr_ops = nfs4lib.use_obj(existing_path[:-1]) + \
[op.create(kind, comp, attrs)]
self.execute(cr_ops)
res = self.execute(nfs4lib.use_obj(self.path) + [op.getfh()])
self.path_fh = res.resarray[-1].object
need = ACCESS4_READ | ACCESS4_LOOKUP | ACCESS4_MODIFY | ACCESS4_EXTEND
res = self.execute(nfs4lib.use_obj(self.path_fh) + [op.access(need)])
if res.resarray[-1].access != need:
raise RuntimeError
def read_file(sess, file, offset=0, count=2048, stateid=stateid4(0, b'')):
ops = use_obj(file)
ops += [op.read(stateid, offset, count)]
res = sess.compound(ops)
if res.status == NFS4_OK:
res.eof = res.resarray[-1].switch.switch.eof
res.data = res.resarray[-1].switch.switch.data
return res
def make_root(self, attrs={FATTR4_MODE: 0777}):
existing_path = []
kind = createtype4(NF4DIR)
for comp in self.path:
existing_path.append(comp)
res = self.execute(nfs4lib.use_obj(existing_path),
exceptions=[NFS4ERR_NOENT])
if res.status == NFS4ERR_NOENT:
cr_ops = nfs4lib.use_obj(existing_path[:-1]) + \
[op.create(kind, comp, attrs)]
self.execute(cr_ops)
res = self.execute(nfs4lib.use_obj(self.path) + [op.getfh()])
self.path_fh = res.resarray[-1].object
need = ACCESS4_READ | ACCESS4_LOOKUP | ACCESS4_MODIFY | ACCESS4_EXTEND
res = self.execute(nfs4lib.use_obj(self.path_fh) + [op.access(need)])
if res.resarray[-1].access != need:
raise RuntimeError
def clean_dir(sess, path):
stateid = nfs4lib.state00
# fh = self.do_getfh(path)
entries = do_readdir(sess, path)
for e in entries:
# We separate setattr and remove to avoid an inode locking bug
ops = use_obj(path + [e.name])
ops += [op.setattr(stateid, {FATTR4_MODE: 0o755})]
res = sess.compound(ops)
check(res, msg="Setting mode on %s" % repr(e.name))
ops = use_obj(path)
ops += [op.remove(e.name)]
res = sess.compound(ops)
if res.status == NFS4ERR_NOTEMPTY:
clean_dir(sess, path + [e.name])
res = sess.compound(ops)
check(res, msg="Trying to remove %s" % repr(e.name))
def clean_dir(sess, path):
stateid = nfs4lib.state00
# fh = self.do_getfh(path)
entries = do_readdir(sess, path)
for e in entries:
# We separate setattr and remove to avoid an inode locking bug
ops = use_obj(path + [e.name])
ops += [op.setattr(stateid, {FATTR4_MODE:0755})]
res = sess.compound(ops)
check(res, msg="Setting mode on %s" % repr(e.name))
ops = use_obj(path)
ops += [op.remove(e.name)]
res = sess.compound(ops)
if res.status == NFS4ERR_NOTEMPTY:
clean_dir(sess, path + [e.name])
res = sess.compound(ops)
check(res, msg="Trying to remove %s" % repr(e.name))
def _maketree(self, sess):
"""Make test tree"""
# ensure /tmp (and path leading up) exists
path = []
for comp in self.opts.home:
path.append(comp)
res = sess.compound(use_obj(path))
checklist(res, [NFS4_OK, NFS4ERR_NOENT],
"LOOKUP /%s," % '/'.join(path))
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, path, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(path))
# ensure /tree exists and is empty
tree = self.opts.path + ['tree']
res = sess.compound(use_obj(tree))
checklist(res, [NFS4_OK, NFS4ERR_NOENT])
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, tree, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(tree))
else:
clean_dir(sess, tree)
# make non-file objects in /tree
d = {
'dir': NF4DIR,
'socket': NF4SOCK,
'fifo': NF4FIFO,
'link': createtype4(NF4LNK, linkdata=self.linkdata),
'block': createtype4(NF4BLK, devdata=specdata4(1, 2)),
'char': createtype4(NF4CHR, devdata=specdata4(1, 2)),
}
for name, kind in d.items():
path = tree + [name]
res = create_obj(sess, path, kind)
if res.status != NFS4_OK:
log.warning("could not create /%s" % '/'.join(path))
# Make file-object in /tree
fh, stateid = create_confirm(sess, 'maketree', tree + ['file'])
stateid.seqid = 0
ops = [op.putfh(fh), op.write(stateid, 0, FILE_SYNC4, self.filedata)]
res = sess.compound(ops)
check(res, msg="Writing data to /%s/file" % '/'.join(tree))
res = close_file(sess, fh, stateid)
check(res)
def _maketree(self, sess):
"""Make test tree"""
# ensure /tmp (and path leading up) exists
path = []
for comp in self.opts.home:
path.append(comp)
res = sess.compound(use_obj(path))
check(res, [NFS4_OK, NFS4ERR_NOENT],
"LOOKUP /%s," % '/'.join(path))
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, path, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(path))
# ensure /tree exists and is empty
tree = self.opts.path + ['tree']
res = sess.compound(use_obj(tree))
check(res, [NFS4_OK, NFS4ERR_NOENT])
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, tree, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(tree))
else:
clean_dir(sess, tree)
# make non-file objects in /tree
d = {'dir': NF4DIR,
'socket': NF4SOCK,
'fifo': NF4FIFO,
'link': createtype4(NF4LNK, linkdata=self.linkdata),
'block': createtype4(NF4BLK, devdata=specdata4(1, 2)),
'char': createtype4(NF4CHR, devdata=specdata4(1, 2)),
}
for name, kind in d.items():
path = tree + [name]
res = create_obj(sess, path, kind)
if res.status != NFS4_OK:
log.warning("could not create /%s" % '/'.join(path))
# Make file-object in /tree
fh, stateid = create_confirm(sess, 'maketree', tree + ['file'])
ops = [op.putfh(fh),
op.write(stateid, 0, FILE_SYNC4, self.filedata)]
res = sess.compound(ops)
check(res, msg="Writing data to /%s/file" % '/'.join(tree))
res = close_file(sess, fh, stateid)
check(res)
def init(self):
"""Run once before any test is run"""
if self.opts.noinit:
return
sess = self.c1.new_client_session("Environment.init_%i" % self.timestamp)
if self.opts.maketree:
self._maketree(sess)
# Make sure opts.home exists
res = sess.compound(use_obj(self.opts.home))
check(res, msg="Could not LOOKUP /%s," % '/'.join(self.opts.home))
# Make sure it is empty
clean_dir(sess, self.opts.home)
sess.c.null()
def init(self):
"""Run once before any test is run"""
if self.opts.noinit:
return
sess = self.c1.new_client_session("Environment.init_%i" % self.timestamp)
if self.opts.maketree:
self._maketree(sess)
# Make sure opts.home exists
res = sess.compound(use_obj(self.opts.home))
check(res, msg="Could not LOOKUP /%s," % '/'.join(self.opts.home))
# Make sure it is empty
clean_dir(sess, self.opts.home)
sess.c.null()
def write_file(sess,
file,
data,
offset=0,
stateid=stateid4(0, b''),
how=FILE_SYNC4):
ops = use_obj(file)
ops += [op.write(stateid, offset, how, data)]
res = sess.compound(ops)
if res.status == NFS4_OK:
res.count = res.resarray[-1].switch.switch.count
res.committed = res.resarray[-1].switch.switch.committed
return res
def open_create_file_op(sess,
owner,
path=None,
attrs={FATTR4_MODE: 0o644},
access=OPEN4_SHARE_ACCESS_BOTH,
deny=OPEN4_SHARE_DENY_NONE,
mode=GUARDED4,
verifier=None,
claim_type=CLAIM_NULL,
want_deleg=False,
deleg_type=None,
open_create=OPEN4_NOCREATE,
seqid=0,
clientid=0):
# Set defaults
if path is None:
dir = sess.c.homedir
name = owner
else:
dir = path[:-1]
name = path[-1]
if ((mode == EXCLUSIVE4) or (mode == EXCLUSIVE4_1)) and (verifier == None):
verifier = sess.c.verifier
if not want_deleg and access & OPEN4_SHARE_ACCESS_WANT_DELEG_MASK == 0:
access |= OPEN4_SHARE_ACCESS_WANT_NO_DELEG
# Open the file
if claim_type == CLAIM_NULL:
fh_op = use_obj(dir)
elif claim_type == CLAIM_PREVIOUS:
fh_op = [op.putfh(path)]
name = None
if open_create == OPEN4_CREATE:
openflag = openflag4(
OPEN4_CREATE,
createhow4(mode, attrs, verifier, creatverfattr(verifier, attrs)))
openclaim = open_claim4(CLAIM_NULL, name)
else:
openflag = openflag4(OPEN4_NOCREATE)
openclaim = open_claim4(claim_type, name, deleg_type)
open_op = op.open(seqid, access, deny, open_owner4(clientid, owner),
openflag, openclaim)
return fh_op + [open_op, op.getfh()]
def open_create_file_op(sess, owner, path=None, attrs={FATTR4_MODE: 0644},
access=OPEN4_SHARE_ACCESS_BOTH,
deny=OPEN4_SHARE_DENY_NONE,
mode=GUARDED4, verifier=None,
claim_type=CLAIM_NULL,
want_deleg=False,
deleg_type=None,
open_create=OPEN4_NOCREATE,
seqid=0, clientid=0):
# Set defaults
if path is None:
dir = sess.c.homedir
name = owner
else:
dir = path[:-1]
name = path[-1]
if ((mode==EXCLUSIVE4) or (mode==EXCLUSIVE4_1)) and (verifier==None):
verifier = sess.c.verifier
if not want_deleg and access & OPEN4_SHARE_ACCESS_WANT_DELEG_MASK == 0:
access |= OPEN4_SHARE_ACCESS_WANT_NO_DELEG
# Open the file
if claim_type==CLAIM_NULL:
fh_op = use_obj(dir)
elif claim_type==CLAIM_PREVIOUS:
fh_op = [op.putfh(path)]
name = None
if open_create==OPEN4_CREATE:
openflag=openflag4(OPEN4_CREATE, createhow4(mode, attrs, verifier,
creatverfattr(verifier, attrs)))
openclaim=open_claim4(CLAIM_NULL, name)
else:
openflag=openflag4(OPEN4_NOCREATE)
openclaim=open_claim4(claim_type, name, deleg_type)
open_op = op.open(seqid, access, deny, open_owner4(clientid, owner),
openflag, openclaim)
return fh_op + [open_op, op.getfh()]
def do_readdir(sess, file, cookie=0, cookieverf='', attrs=0,
dircount=4096, maxcount=4096):
# Since we may not get whole directory listing in one readdir request,
# loop until we do. For each request result, create a flat list
# with <entry4> objects.
log.info("Called do_readdir()")
entries = []
baseops = use_obj(file)
while True:
readdir_op = op.readdir(cookie, cookieverf, dircount, maxcount, attrs)
res = sess.compound(baseops + [readdir_op])
check(res, msg="READDIR with cookie=%i, maxcount=%i" % (cookie, maxcount))
reply = res.resarray[-1].reply
if not reply.entries and not reply.eof:
raise UnexpectedCompoundRes("READDIR had no entries")
entries.extend(reply.entries)
if reply.eof:
break
cookie = entries[-1].cookie
cookieverf = res.resarray[-1].cookieverf
log.info("do_readdir() = %r" % entries)
return entries
class Environment(testmod.Environment):
# STUB
attr_info = [ \
AttrInfo('supported_attrs', 'rm', []),
AttrInfo('type', 'rm', 1),
AttrInfo('fh_expire_type', 'rm', 0),
AttrInfo('change', 'rm', 0),
AttrInfo('size', 'rwm', 0),
AttrInfo('link_support', 'rm', False),
AttrInfo('symlink_support', 'rm', False),
AttrInfo('named_attr', 'rm', False),
AttrInfo('fsid', 'rm', fsid4(0, 0)),
AttrInfo('unique_handles', 'rm', False),
AttrInfo('lease_time', 'rm', 0),
AttrInfo('rdattr_error', 'rm', 0),
AttrInfo('filehandle', 'rm', 'nonsense'),
AttrInfo('acl', 'rw', [nfsace4(0,0,0,'EVERYONE@')]),
AttrInfo('aclsupport', 'r', 0),
AttrInfo('archive', 'rw', False),
AttrInfo('cansettime', 'r', False),
AttrInfo('case_insensitive', 'r', False),
AttrInfo('case_preserving', 'r', False),
AttrInfo('chown_restricted', 'r', False),
AttrInfo('fileid', 'r', 0),
AttrInfo('files_avail', 'r', 0),
AttrInfo('files_free', 'r', 0),
AttrInfo('files_total', 'r', 0),
# FRED - packer did not complain about missing [] about server
AttrInfo('fs_locations', 'r',
fs_locations4('root',[fs_location4(['server'],'path')])),
AttrInfo('hidden', 'rw', False),
AttrInfo('homogeneous', 'r', False),
AttrInfo('maxfilesize', 'r', 0),
AttrInfo('maxlink', 'r', 0),
AttrInfo('maxname', 'r', 0),
AttrInfo('maxread', 'r', 0),
AttrInfo('maxwrite', 'r', 0),
AttrInfo('mimetype', 'rw', 'nonsense'),
AttrInfo('mode', 'rw', 0),
AttrInfo('no_trunc', 'r', False),
AttrInfo('numlinks', 'r', 0),
AttrInfo('owner', 'rw', 'nonsense'),
AttrInfo('owner_group', 'rw', 'nonsense'),
AttrInfo('quota_avail_hard', 'r', 0),
AttrInfo('quota_avail_soft', 'r', 0),
AttrInfo('quota_used', 'r', 0),
AttrInfo('rawdev', 'r', specdata4(0, 0)),
AttrInfo('space_avail', 'r', 0),
AttrInfo('space_free', 'r', 0),
AttrInfo('space_total', 'r', 0),
AttrInfo('space_used', 'r', 0),
AttrInfo('system', 'rw', False),
AttrInfo('time_access', 'r', nfstime4(0, 0)),
AttrInfo('time_access_set', 'w', settime4(0)),
AttrInfo('time_backup', 'rw', nfstime4(0, 0)),
AttrInfo('time_create', 'rw', nfstime4(0, 0)),
AttrInfo('time_delta', 'r', nfstime4(0, 0)),
AttrInfo('time_metadata', 'r', nfstime4(0, 0)),
AttrInfo('time_modify', 'r', nfstime4(0, 0)),
AttrInfo('time_modify_set', 'w', settime4(0)),
AttrInfo('mounted_on_fileid', 'r', 0),
]
home = property(lambda s: use_obj(s.opts.home))
def __init__(self, opts):
self._lock = Lock()
self.opts = opts
self.c1 = nfs4client.NFS4Client(opts.server, opts.port)
s1 = rpc.security.instance(opts.flavor)
if opts.flavor == rpc.AUTH_NONE:
self.cred1 = s1.init_cred()
elif opts.flavor == rpc.AUTH_SYS:
self.cred1 = s1.init_cred(uid=opts.uid,
gid=opts.gid,
name=opts.machinename)
elif opts.flavor == rpc.RPCSEC_GSS:
call = self.c1.make_call_function(self.c1.c1, 0,
self.c1.default_prog,
self.c1.default_vers)
krb5_cred = AuthGss().init_cred(call,
target="nfs@%s" % opts.server)
krb5_cred.service = opts.service
self.cred1 = krb5_cred
self.c1.set_cred(self.cred1)
self.cred2 = AuthSys().init_cred(uid=1111, gid=37, name="shampoo")
opts.home = opts.path + ['tmp']
self.c1.homedir = opts.home
# Put this after client creation, to ensure _last_verf bigger than
# any natural client verifiers
self.timestamp = int(time.time())
self._last_verf = self.timestamp + 1
self.filedata = "This is the file test data."
self.linkdata = "/etc/X11"
log.info("Created client to %s, %i" % (opts.server, opts.port))
def init(self):
"""Run once before any test is run"""
if self.opts.noinit:
return
c = self.c1.new_client("Environment.init_%i" % self.timestamp)
sess = c.create_session()
if self.opts.maketree:
self._maketree(sess)
# Make sure opts.home exists
res = sess.compound(use_obj(self.opts.home))
check(res, msg="Could not LOOKUP /%s," % '/'.join(self.opts.home))
# Make sure it is empty
clean_dir(sess, self.opts.home)
sess.c.null()
def _maketree(self, sess):
"""Make test tree"""
# ensure /tmp (and path leading up) exists
path = []
for comp in self.opts.home:
path.append(comp)
res = sess.compound(use_obj(path))
checklist(res, [NFS4_OK, NFS4ERR_NOENT],
"LOOKUP /%s," % '/'.join(path))
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, path, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(path))
# ensure /tree exists and is empty
tree = self.opts.path + ['tree']
res = sess.compound(use_obj(tree))
checklist(res, [NFS4_OK, NFS4ERR_NOENT])
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, tree, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(tree))
else:
clean_dir(sess, tree)
# make non-file objects in /tree
d = {
'dir': NF4DIR,
'socket': NF4SOCK,
'fifo': NF4FIFO,
'link': createtype4(NF4LNK, linkdata=self.linkdata),
'block': createtype4(NF4BLK, devdata=specdata4(1, 2)),
'char': createtype4(NF4CHR, devdata=specdata4(1, 2)),
}
for name, kind in d.items():
path = tree + [name]
res = create_obj(sess, path, kind)
if res.status != NFS4_OK:
log.warning("could not create /%s" % '/'.join(path))
# Make file-object in /tree
fh, stateid = create_confirm(sess, 'maketree', tree + ['file'])
stateid.seqid = 0
ops = [op.putfh(fh), op.write(stateid, 0, FILE_SYNC4, self.filedata)]
res = sess.compound(ops)
check(res, msg="Writing data to /%s/file" % '/'.join(tree))
res = close_file(sess, fh, stateid)
check(res)
def finish(self):
"""Run once after all tests are run"""
pass
def startUp(self):
"""Run before each test"""
log.debug("Sending pretest NULL")
self.c1.null()
log.debug("Got pretest NULL response")
def sleep(self, sec, msg=''):
"""Sleep for given seconds"""
log.info("Sleeping for %i seconds: %s" % (sec, msg))
time.sleep(sec)
log.info("Woke up")
def new_verifier(self):
"""Returns a never before used verifier"""
candidate = int(time.time())
self._lock.acquire()
try:
if candidate <= self._last_verf:
candidate = self._last_verf + 1
self._last_verf = candidate
finally:
self._lock.release()
return struct.pack('>d', candidate)
def testname(self, t):
"""Returns a name for the test that is unique between runs"""
return "%s_%i" % (t.code, self.timestamp)
class Environment(testmod.Environment):
# STUB
attr_info = [ \
AttrInfo('supported_attrs', 'rm', []),
AttrInfo('type', 'rm', 1),
AttrInfo('fh_expire_type', 'rm', 0),
AttrInfo('change', 'rm', 0),
AttrInfo('size', 'rwm', 0),
AttrInfo('link_support', 'rm', False),
AttrInfo('symlink_support', 'rm', False),
AttrInfo('named_attr', 'rm', False),
AttrInfo('fsid', 'rm', fsid4(0, 0)),
AttrInfo('unique_handles', 'rm', False),
AttrInfo('lease_time', 'rm', 0),
AttrInfo('rdattr_error', 'rm', 0),
AttrInfo('filehandle', 'rm', 'nonsense'),
AttrInfo('acl', 'rw', [nfsace4(0,0,0,'EVERYONE@')]),
AttrInfo('aclsupport', 'r', 0),
AttrInfo('archive', 'rw', False),
AttrInfo('cansettime', 'r', False),
AttrInfo('case_insensitive', 'r', False),
AttrInfo('case_preserving', 'r', False),
AttrInfo('chown_restricted', 'r', False),
AttrInfo('fileid', 'r', 0),
AttrInfo('files_avail', 'r', 0),
AttrInfo('files_free', 'r', 0),
AttrInfo('files_total', 'r', 0),
# FRED - packer did not complain about missing [] about server
AttrInfo('fs_locations', 'r',
fs_locations4('root',[fs_location4(['server'],'path')])),
AttrInfo('hidden', 'rw', False),
AttrInfo('homogeneous', 'r', False),
AttrInfo('maxfilesize', 'r', 0),
AttrInfo('maxlink', 'r', 0),
AttrInfo('maxname', 'r', 0),
AttrInfo('maxread', 'r', 0),
AttrInfo('maxwrite', 'r', 0),
AttrInfo('mimetype', 'rw', 'nonsense'),
AttrInfo('mode', 'rw', 0),
AttrInfo('no_trunc', 'r', False),
AttrInfo('numlinks', 'r', 0),
AttrInfo('owner', 'rw', 'nonsense'),
AttrInfo('owner_group', 'rw', 'nonsense'),
AttrInfo('quota_avail_hard', 'r', 0),
AttrInfo('quota_avail_soft', 'r', 0),
AttrInfo('quota_used', 'r', 0),
AttrInfo('rawdev', 'r', specdata4(0, 0)),
AttrInfo('space_avail', 'r', 0),
AttrInfo('space_free', 'r', 0),
AttrInfo('space_total', 'r', 0),
AttrInfo('space_used', 'r', 0),
AttrInfo('system', 'rw', False),
AttrInfo('time_access', 'r', nfstime4(0, 0)),
AttrInfo('time_access_set', 'w', settime4(0)),
AttrInfo('time_backup', 'rw', nfstime4(0, 0)),
AttrInfo('time_create', 'rw', nfstime4(0, 0)),
AttrInfo('time_delta', 'r', nfstime4(0, 0)),
AttrInfo('time_metadata', 'r', nfstime4(0, 0)),
AttrInfo('time_modify', 'r', nfstime4(0, 0)),
AttrInfo('time_modify_set', 'w', settime4(0)),
AttrInfo('mounted_on_fileid', 'r', 0),
]
home = property(lambda s: use_obj(s.opts.home))
def __init__(self, opts):
self._lock = Lock()
self.opts = opts
self.c1 = nfs4client.NFS4Client(opts.server, opts.port,
opts.minorversion)
s1 = rpc.security.instance(opts.flavor)
if opts.flavor == rpc.AUTH_NONE:
self.cred1 = s1.init_cred()
elif opts.flavor == rpc.AUTH_SYS:
self.cred1 = s1.init_cred(uid=opts.uid,
gid=opts.gid,
name=opts.machinename)
elif opts.flavor == rpc.RPCSEC_GSS:
call = self.c1.make_call_function(self.c1.c1, 0,
self.c1.default_prog,
self.c1.default_vers)
krb5_cred = AuthGss().init_cred(call,
target="nfs@%s" % opts.server)
krb5_cred.service = opts.service
self.cred1 = krb5_cred
self.c1.set_cred(self.cred1)
self.cred2 = AuthSys().init_cred(uid=1111, gid=37, name="shampoo")
opts.home = opts.path + ['tmp']
self.c1.homedir = opts.home
# Put this after client creation, to ensure _last_verf bigger than
# any natural client verifiers
self.timestamp = int(time.time())
self._last_verf = self.timestamp + 1
self.filedata = "This is the file test data."
self.linkdata = "/etc/X11"
self.stateid0 = stateid4(0, '')
self.stateid1 = stateid4(0xffffffff, '\xff' * 12)
log.info("Created client to %s, %i" % (opts.server, opts.port))
def init(self, name):
"""Run once before any test is run"""
if self.opts.noinit:
return
# sess = self.c1.new_client_session("Environment.init_%i" % self.timestamp)
c = self.c1.new_client("Linux NFSv4.1 %s" %
str(name + str(random.randint(0, 100))))
sess = c.create_session()
res = sess.compound([op.reclaim_complete(FALSE)])
res = sess.compound([op.putrootfh(), op.secinfo_no_name(0)])
res = sess.compound([
op.putrootfh(),
op.getfh(),
op.getattr(
nfs4lib.list2bitmap(
[1, 3, 4, 8, 20, 33, 35, 36, 37, 41, 45, 47, 52, 53, 55]))
])
fh = res.resarray[1].object
print("-1-----------------")
print(fh)
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([0, 2, 5, 6, 13, 75]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([10, 27, 30, 31, 51, 62, 65]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([0, 2, 5, 6, 13, 75]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([10, 27, 30, 31, 51, 62, 65]))
])
res = sess.compound(
[op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([28, 29]))])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([0, 2, 5, 6, 13, 75]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(
nfs4lib.list2bitmap(
[1, 3, 4, 8, 20, 33, 35, 36, 37, 41, 45, 47, 52, 53, 55]))
])
res = sess.compound([
op.putfh(fh),
op.access(0x1f),
op.getattr(nfs4lib.list2bitmap([3, 4, 52, 53]))
])
res = sess.compound([
op.putfh(fh),
op.lookup("nfs"),
op.getfh(),
op.getattr(
nfs4lib.list2bitmap(
[1, 3, 4, 8, 20, 33, 35, 36, 37, 41, 45, 47, 52, 53, 55]))
])
print("0-----------------")
# oldfh = res.resarray[1].resok4
# un = NFS4Unpacker(oldfh)
# fh = un.unpack_GETFH4resok()
#print (fh)
# print(sess.sessionid, sess.seqid, sess.client, sess.c)
# print(c)
time.sleep(100)
if self.opts.maketree:
self._maketree(sess)
# Make sure opts.home exists
res = sess.compound(use_obj(self.opts.home))
check(res, msg="Could not LOOKUP /%s," % '/'.join(self.opts.home))
# Make sure it is empty
clean_dir(sess, self.opts.home)
sess.c.null()
print("chenggongle")
self.c1
self.clean_sessions()
self.clean_clients()
def _maketree(self, sess):
"""Make test tree"""
# ensure /tmp (and path leading up) exists
path = []
for comp in self.opts.home:
path.append(comp)
res = sess.compound(use_obj(path))
check(res, [NFS4_OK, NFS4ERR_NOENT],
"LOOKUP /%s," % '/'.join(path))
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, path, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(path))
# ensure /tree exists and is empty
tree = self.opts.path + ['tree']
res = sess.compound(use_obj(tree))
check(res, [NFS4_OK, NFS4ERR_NOENT])
if res.status == NFS4ERR_NOENT:
res = create_obj(sess, tree, NF4DIR)
check(res, msg="Trying to create /%s," % '/'.join(tree))
else:
clean_dir(sess, tree)
# make non-file objects in /tree
d = {
'dir': NF4DIR,
'socket': NF4SOCK,
'fifo': NF4FIFO,
'link': createtype4(NF4LNK, linkdata=self.linkdata),
'block': createtype4(NF4BLK, devdata=specdata4(1, 2)),
'char': createtype4(NF4CHR, devdata=specdata4(1, 2)),
}
for name, kind in d.items():
path = tree + [name]
res = create_obj(sess, path, kind)
if res.status != NFS4_OK:
log.warning("could not create /%s" % '/'.join(path))
# Make file-object in /tree
fh, stateid = create_confirm(sess, 'maketree', tree + ['file'])
ops = [op.putfh(fh), op.write(stateid, 0, FILE_SYNC4, self.filedata)]
res = sess.compound(ops)
check(res, msg="Writing data to /%s/file" % '/'.join(tree))
res = close_file(sess, fh, stateid)
check(res)
def finish(self):
"""Run once after all tests are run"""
if self.opts.nocleanup:
return
sess = self.c1.new_client_session("Environment.init_%i" %
self.timestamp)
clean_dir(sess, self.opts.home)
sess.c.null()
self.clean_sessions()
self.clean_clients()
def startUp(self):
"""Run before each test"""
log.debug("Sending pretest NULL")
self.c1.null()
log.debug("Got pretest NULL response")
def sleep(self, sec, msg=''):
"""Sleep for given seconds"""
log.info("Sleeping for %i seconds: %s" % (sec, msg))
time.sleep(sec)
log.info("Woke up")
def serverhelper(self, args):
"""Perform a special operation on the server side (such as
rebooting the server)"""
if self.opts.serverhelper is None:
print("Manual operation required on server:")
print(args + " and hit ENTER when done")
sys.stdin.readline()
print("Continuing with test")
else:
cmd = self.opts.serverhelper
if self.opts.serverhelperarg:
cmd += ' ' + self.opts.serverhelperarg
cmd += ' ' + args
os.system(cmd)
def new_verifier(self):
"""Returns a never before used verifier"""
candidate = int(time.time())
self._lock.acquire()
try:
if candidate <= self._last_verf:
candidate = self._last_verf + 1
self._last_verf = candidate
finally:
self._lock.release()
return struct.pack('>d', candidate)
def testname(self, t):
"""Returns a name for the test that is unique between runs"""
return "%s_%i" % (t.code, self.timestamp)
def clean_sessions(self):
"""Destroy client name env.c1"""
for sessionid in self.c1.sessions.keys():
self.c1.compound([op.destroy_session(sessionid)])
del (self.c1.sessions[sessionid])
def clean_clients(self):
"""Destroy client name env.c1"""
for clientid in self.c1.clients.keys():
self.c1.compound([op.destroy_clientid(clientid)])
del (self.c1.clients[clientid])
def init(self, name):
"""Run once before any test is run"""
if self.opts.noinit:
return
# sess = self.c1.new_client_session("Environment.init_%i" % self.timestamp)
c = self.c1.new_client("Linux NFSv4.1 %s" %
str(name + str(random.randint(0, 100))))
sess = c.create_session()
res = sess.compound([op.reclaim_complete(FALSE)])
res = sess.compound([op.putrootfh(), op.secinfo_no_name(0)])
res = sess.compound([
op.putrootfh(),
op.getfh(),
op.getattr(
nfs4lib.list2bitmap(
[1, 3, 4, 8, 20, 33, 35, 36, 37, 41, 45, 47, 52, 53, 55]))
])
fh = res.resarray[1].object
print("-1-----------------")
print(fh)
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([0, 2, 5, 6, 13, 75]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([10, 27, 30, 31, 51, 62, 65]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([0, 2, 5, 6, 13, 75]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([10, 27, 30, 31, 51, 62, 65]))
])
res = sess.compound(
[op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([28, 29]))])
res = sess.compound([
op.putfh(fh),
op.getattr(nfs4lib.list2bitmap([0, 2, 5, 6, 13, 75]))
])
res = sess.compound([
op.putfh(fh),
op.getattr(
nfs4lib.list2bitmap(
[1, 3, 4, 8, 20, 33, 35, 36, 37, 41, 45, 47, 52, 53, 55]))
])
res = sess.compound([
op.putfh(fh),
op.access(0x1f),
op.getattr(nfs4lib.list2bitmap([3, 4, 52, 53]))
])
res = sess.compound([
op.putfh(fh),
op.lookup("nfs"),
op.getfh(),
op.getattr(
nfs4lib.list2bitmap(
[1, 3, 4, 8, 20, 33, 35, 36, 37, 41, 45, 47, 52, 53, 55]))
])
print("0-----------------")
# oldfh = res.resarray[1].resok4
# un = NFS4Unpacker(oldfh)
# fh = un.unpack_GETFH4resok()
#print (fh)
# print(sess.sessionid, sess.seqid, sess.client, sess.c)
# print(c)
time.sleep(100)
if self.opts.maketree:
self._maketree(sess)
# Make sure opts.home exists
res = sess.compound(use_obj(self.opts.home))
check(res, msg="Could not LOOKUP /%s," % '/'.join(self.opts.home))
# Make sure it is empty
clean_dir(sess, self.opts.home)
sess.c.null()
print("chenggongle")
self.c1
self.clean_sessions()
self.clean_clients()
def link(sess, old, new):
ops = use_obj(old) + [op.savefh()]
ops += use_obj(new[:-1])
ops += [op.link(new[-1])]
return sess.compound(ops)
check(res, msg="Trying to remove %s" % repr(e.name))
def do_readdir(sess,
file,
cookie=0,
cookieverf='',
attrs=0L,
dircount=4096,
maxcount=4096):
# Since we may not get whole directory listing in one readdir request,
# loop until we do. For each request result, create a flat list
# with <entry4> objects.
log.info("Called do_readdir()")
entries = []
baseops = use_obj(file)
while True:
readdir_op = op.readdir(cookie, cookieverf, dircount, maxcount, attrs)
res = sess.compound(baseops + [readdir_op])
check(res,
msg="READDIR with cookie=%i, maxcount=%i" % (cookie, maxcount))
reply = res.resarray[-1].reply
if not reply.entries and not reply.eof:
raise UnexpectedCompoundRes("READDIR had no entries")
entries.extend(reply.entries)
if reply.eof:
break
cookie = entries[-1].cookie
cookieverf = res.resarray[-1].cookieverf
log.info("do_readdir() = %r" % entries)
return entries
def link(sess, old, new):
ops = use_obj(old) + [op.savefh()]
ops += use_obj(new[:-1])
ops += [op.link(new[-1])]
return sess.compound(ops)
ops = use_obj(path)
ops += [op.remove(e.name)]
res = sess.compound(ops)
if res.status == NFS4ERR_NOTEMPTY:
clean_dir(sess, path + [e.name])
res = sess.compound(ops)
check(res, msg="Trying to remove %s" % repr(e.name))
def do_readdir(sess, file, cookie=0, cookieverf='', attrs=0L,
dircount=4096, maxcount=4096):
# Since we may not get whole directory listing in one readdir request,
# loop until we do. For each request result, create a flat list
# with <entry4> objects.
log.info("Called do_readdir()")
entries = []
baseops = use_obj(file)
while True:
readdir_op = op.readdir(cookie, cookieverf, dircount, maxcount, attrs)
res = sess.compound(baseops + [readdir_op])
check(res, msg="READDIR with cookie=%i, maxcount=%i" % (cookie, maxcount))
reply = res.resarray[-1].reply
if not reply.entries and not reply.eof:
raise UnexpectedCompoundRes("READDIR had no entries")
entries.extend(reply.entries)
if reply.eof:
break
cookie = entries[-1].cookie
cookieverf = res.resarray[-1].cookieverf
log.info("do_readdir() = %r" % entries)
return entries
