def task(ctx, config):
fs = Filesystem(ctx)
# Pick out the clients we will use from the configuration
# =======================================================
if len(ctx.mounts) < 2:
raise RuntimeError("Need at least two clients")
mount_a = ctx.mounts.values()[0]
mount_b = ctx.mounts.values()[1]
if not isinstance(mount_a, FuseMount) or not isinstance(
mount_b, FuseMount):
# kclient kill() power cycles nodes, so requires clients to each be on
# their own node
if mount_a.client_remote.hostname == mount_b.client_remote.hostname:
raise RuntimeError("kclient clients must be on separate nodes")
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
ctx.mount_b = mount_b
run_tests(ctx, config, TestClientLimits, {
'fs': fs,
'mount_a': mount_a,
'mount_b': mount_b
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
fs = Filesystem(ctx)
# Pick out the clients we will use from the configuration
# =======================================================
if len(ctx.mounts) < 2:
raise RuntimeError("Need at least two clients")
mount_a = ctx.mounts.values()[0]
mount_b = ctx.mounts.values()[1]
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
ctx.mount_b = mount_b
run_tests(ctx, config, TestClusterFull, {
'fs': fs,
'mount_a': mount_a,
'mount_b': mount_b
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
fs = Filesystem(ctx, config)
# Pick out the clients we will use from the configuration
# =======================================================
if len(ctx.mounts) < 2:
raise RuntimeError("Need at least two clients")
mount_a = ctx.mounts.values()[0]
mount_b = ctx.mounts.values()[1]
if not isinstance(mount_a, FuseMount):
# TODO: make kclient mount capable of all the same test tricks as ceph_fuse
raise RuntimeError("Require FUSE clients")
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
ctx.mount_b = mount_b
run_tests(ctx, config, TestClientLimits, {
'fs': fs,
'mount_a': mount_a,
'mount_b': mount_b
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
fs = Filesystem(ctx)
# Pick out the clients we will use from the configuration
# =======================================================
if len(ctx.mounts) < 2:
raise RuntimeError("Need at least two clients")
mount_a = ctx.mounts.values()[0]
mount_b = ctx.mounts.values()[1]
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
ctx.mount_b = mount_b
run_tests(ctx, config, TestClusterFull, {
'fs': fs,
'mount_a': mount_a,
'mount_b': mount_b
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
fs = Filesystem(ctx)
# Pick out the clients we will use from the configuration
# =======================================================
if len(ctx.mounts) < 2:
raise RuntimeError("Need at least two clients")
mount_a = ctx.mounts.values()[0]
mount_b = ctx.mounts.values()[1]
if not isinstance(mount_a, FuseMount) or not isinstance(mount_b, FuseMount):
# kclient kill() power cycles nodes, so requires clients to each be on
# their own node
if mount_a.client_remote.hostname == mount_b.client_remote.hostname:
raise RuntimeError("kclient clients must be on separate nodes")
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
ctx.mount_b = mount_b
run_tests(ctx, config, TestClientLimits, {
'fs': fs,
'mount_a': mount_a,
'mount_b': mount_b
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
"""
Execute CephFS client recovery test suite.
Requires:
- An outer ceph_fuse task with at least two clients
- That the clients are on a separate host to the MDS
"""
fs = Filesystem(ctx)
# Pick out the clients we will use from the configuration
# =======================================================
if len(ctx.mounts) < 2:
raise RuntimeError("Need at least two clients")
mount_a = ctx.mounts.values()[0]
mount_b = ctx.mounts.values()[1]
if not isinstance(mount_a, FuseMount) or not isinstance(mount_b, FuseMount):
# kclient kill() power cycles nodes, so requires clients to each be on
# their own node
if mount_a.client_remote.hostname == mount_b.client_remote.hostname:
raise RuntimeError("kclient clients must be on separate nodes")
# Check we have at least one remote client for use with network-dependent tests
# =============================================================================
if mount_a.client_remote.hostname in fs.get_mds_hostnames():
raise RuntimeError("Require first client to on separate server from MDSs")
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
ctx.mount_b = mount_b
run_tests(ctx, config, TestClientRecovery, {
"mds_reconnect_timeout": int(fs.mds_asok(
['config', 'get', 'mds_reconnect_timeout']
)['mds_reconnect_timeout']),
"mds_session_timeout": int(fs.mds_asok(
['config', 'get', 'mds_session_timeout']
)['mds_session_timeout']),
"ms_max_backoff": int(fs.mds_asok(
['config', 'get', 'ms_max_backoff']
)['ms_max_backoff']),
"fs": fs,
"mount_a": mount_a,
"mount_b": mount_b
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
fs = Filesystem(ctx)
mount_a = ctx.mounts.values()[0]
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
run_tests(ctx, config, TestMDSAutoRepair, {
'fs': fs,
'mount_a': mount_a,
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
fs = Filesystem(ctx)
mount_a = ctx.mounts.values()[0]
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
run_tests(ctx, config, TestMDSAutoRepair, {
'fs': fs,
'mount_a': mount_a,
})
# Continue to any downstream tasks
# ================================
yield
def task(ctx, config):
"""
Execute CephFS client recovery test suite.
Requires:
- An outer ceph_fuse task with at least two clients
- That the clients are on a separate host to the MDS
"""
fs = Filesystem(ctx)
# Pick out the clients we will use from the configuration
# =======================================================
if len(ctx.mounts) < 2:
raise RuntimeError("Need at least two clients")
mount_a = ctx.mounts.values()[0]
mount_b = ctx.mounts.values()[1]
if not isinstance(mount_a, FuseMount) or not isinstance(
mount_b, FuseMount):
# kclient kill() power cycles nodes, so requires clients to each be on
# their own node
if mount_a.client_remote.hostname == mount_b.client_remote.hostname:
raise RuntimeError("kclient clients must be on separate nodes")
# Check we have at least one remote client for use with network-dependent tests
# =============================================================================
if mount_a.client_remote.hostname in fs.get_mds_hostnames():
raise RuntimeError(
"Require first client to on separate server from MDSs")
# Stash references on ctx so that we can easily debug in interactive mode
# =======================================================================
ctx.filesystem = fs
ctx.mount_a = mount_a
ctx.mount_b = mount_b
run_tests(
ctx, config, TestClientRecovery, {
"mds_reconnect_timeout":
int(
fs.mds_asok(['config', 'get', 'mds_reconnect_timeout'
])['mds_reconnect_timeout']),
"mds_session_timeout":
int(
fs.mds_asok(['config', 'get', 'mds_session_timeout'
])['mds_session_timeout']),
"ms_max_backoff":
int(
fs.mds_asok(['config', 'get', 'ms_max_backoff'
])['ms_max_backoff']),
"fs":
fs,
"mount_a":
mount_a,
"mount_b":
mount_b
})
# Continue to any downstream tasks
# ================================
yield
