def test_write_lockspace(
tmpdir, sanlock_daemon, filename, encoding, size, offset):
path = util.generate_path(tmpdir, filename, encoding)
util.create_file(path, size)
# Test read and write with default alignment and sector size values.
sanlock.write_lockspace(b"ls_name", path, offset=offset, iotimeout=1)
ls = sanlock.read_lockspace(path, offset=offset)
assert ls == {"iotimeout": 1, "lockspace": b"ls_name"}
# Test read and write with explicit alignment and sector size values.
sanlock.write_lockspace(
b"ls_name", path, offset=offset, iotimeout=1, align=ALIGNMENT_1M,
sector=SECTOR_SIZE_512)
ls = sanlock.read_lockspace(
path, offset=offset, align=ALIGNMENT_1M, sector=SECTOR_SIZE_512)
assert ls == {"iotimeout": 1, "lockspace": b"ls_name"}
acquired = sanlock.inq_lockspace(
b"ls_name", 1, path, offset=offset, wait=False)
assert acquired is False
magic = util.read_magic(path, offset)
assert magic == constants.DELTA_DISK_MAGIC
# TODO: check more stuff here...
util.check_guard(path, size)
def test_read_lockspace_4k_invalid_sector_size(sanlock_daemon, user_4k_path):
sanlock.write_lockspace(
b"ls_name", user_4k_path, iotimeout=1, sector=SECTOR_SIZE_4K)
with pytest.raises(sanlock.SanlockException) as e:
sanlock.read_lockspace(user_4k_path, sector=SECTOR_SIZE_512)
assert e.value.errno == errno.EINVAL
def test_write_lockspace(tmpdir, sanlock_daemon, filename, encoding, size, offset):
path = util.generate_path(tmpdir, filename, encoding)
util.create_file(path, size)
# Test read and write with default alignment and sector size values.
sanlock.write_lockspace("name", path, offset=offset, iotimeout=1)
ls = sanlock.read_lockspace(path, offset=offset)
assert ls == {"iotimeout": 1, "lockspace": b"name"}
# Test read and write with explicit alignment and sector size values.
sanlock.write_lockspace(
"name", path, offset=offset, iotimeout=1, align=ALIGNMENT_1M,
sector=SECTOR_SIZE_512)
ls = sanlock.read_lockspace(
path, offset=offset, align=ALIGNMENT_1M, sector=SECTOR_SIZE_512)
assert ls == {"iotimeout": 1, "lockspace": b"name"}
acquired = sanlock.inq_lockspace(
"name", 1, path, offset=offset, wait=False)
assert acquired is False
with io.open(path, "rb") as f:
f.seek(offset)
magic, = struct.unpack("< I", f.read(4))
assert magic == constants.DELTA_DISK_MAGIC
# TODO: check more stuff here...
util.check_guard(path, size)
def test_read_lockspace_4k_invalid_sector_size(sanlock_daemon, user_4k_path):
sanlock.write_lockspace(
"name", user_4k_path, iotimeout=1, sector=SECTOR_SIZE_4K)
with pytest.raises(sanlock.SanlockException) as e:
sanlock.read_lockspace(user_4k_path, sector=SECTOR_SIZE_512)
assert e.value.errno == errno.EINVAL
def test_write_lockspace_4k(user_4k_path, sanlock_daemon, align):
# Poison lockspace area, ensuring that previous tests will not break this
# test, and sanlock does not write beyond the lockspace area.
with io.open(user_4k_path, "rb+") as f:
f.write(align * b"x")
util.write_guard(user_4k_path, align)
sanlock.write_lockspace(b"ls_name",
user_4k_path,
iotimeout=1,
align=align,
sector=SECTOR_SIZE_4K)
ls = sanlock.read_lockspace(user_4k_path,
align=align,
sector=SECTOR_SIZE_4K)
assert ls == {"iotimeout": 1, "lockspace": b"ls_name"}
acquired = sanlock.inq_lockspace(b"ls_name", 1, user_4k_path, wait=False)
assert acquired is False
# Verify that lockspace was written.
magic = util.read_magic(user_4k_path)
assert magic == constants.DELTA_DISK_MAGIC
# Check that sanlock did not write beyond the lockspace area.
util.check_guard(user_4k_path, align)
def test_write_lockspace_4k(user_4k_path, sanlock_daemon, align):
# Poison lockspace area, ensuring that previous tests will not break this
# test, and sanlock does not write beyond the lockspace area.
with io.open(user_4k_path, "rb+") as f:
f.write(align * b"x")
util.write_guard(user_4k_path, align)
sanlock.write_lockspace(
"name", user_4k_path, iotimeout=1, align=align, sector=SECTOR_SIZE_4K)
ls = sanlock.read_lockspace(
user_4k_path, align=align, sector=SECTOR_SIZE_4K)
assert ls == {"iotimeout": 1, "lockspace": b"name"}
acquired = sanlock.inq_lockspace("name", 1, user_4k_path, wait=False)
assert acquired is False
# Verify that lockspace was written.
with io.open(user_4k_path, "rb") as f:
magic, = struct.unpack("< I", f.read(4))
assert magic == constants.DELTA_DISK_MAGIC
# Check that sanlock did not write beyond the lockspace area.
util.check_guard(user_4k_path, align)
def test_write_lockspace(tmpdir, sanlock_daemon, size, offset):
path = str(tmpdir.join("lockspace"))
util.create_file(path, size)
# test read and write with default alignment and sector size values
sanlock.write_lockspace("name", path, offset=offset, iotimeout=1)
ls = sanlock.read_lockspace(path, offset=offset)
assert ls == {"iotimeout": 1, "lockspace": "name"}
# test read and write with explicit alignment and sector size values
sanlock.write_lockspace("name",
path,
offset=offset,
iotimeout=1,
align=ALIGNMENT_1M,
sector=SECTOR_SIZE_512)
ls = sanlock.read_lockspace(path,
offset=offset,
align=ALIGNMENT_1M,
sector=SECTOR_SIZE_512)
assert ls == {"iotimeout": 1, "lockspace": "name"}
acquired = sanlock.inq_lockspace("name",
1,
path,
offset=offset,
wait=False)
assert acquired is False
with io.open(path, "rb") as f:
f.seek(offset)
magic, = struct.unpack("< I", f.read(4))
assert magic == constants.DELTA_DISK_MAGIC
# TODO: check more stuff here...
util.check_guard(path, size)
def test_read_lockspace_parse_args(no_sanlock_daemon, filename, encoding):
path = util.generate_path("/tmp/", filename, encoding)
with raises_sanlock_errno():
sanlock.read_lockspace(path)