def test_scram_sha512(self):
"""
Check that username/password authentication works for users that
were created using the scram_sha512 mechanism (as opposed to the
default scram_sha256)
"""
import requests
rpath = requests.urllib3.util.retry.__file__
self.logger.info(f"rpath = '{rpath}'")
try:
charles = SaslCredentials("charles", "highEntropyHipster",
"SCRAM-SHA-512")
create_user_and_wait(self.redpanda, self.superuser_admin, charles)
self.redpanda.set_cluster_config({
'superusers': [
charles.username,
self.redpanda.SUPERUSER_CREDENTIALS.username
]
})
charles_admin = Admin(self.redpanda,
auth=(charles.username, charles.password))
# Hit an endpoint requiring superuser
charles_admin.get_cluster_config()
except:
import time
self.logger.exception("I need an adult")
time.sleep(3600)
def test_bootstrap(self):
"""
Verify that config settings present in redpanda.cfg are imported on
first startup.
:return:
"""
admin = Admin(self.redpanda)
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
set_again = {'enable_idempotence': False}
assert BOOTSTRAP_CONFIG['enable_idempotence'] != set_again[
'enable_idempotence']
self.redpanda.restart_nodes(self.redpanda.nodes, set_again)
# Our attempt to set the value differently in the config file after first startup
# should have failed: the original config value should still be set.
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
def test_get_config(self):
"""
Verify that the config GET endpoint serves valid json with some options in it.
"""
admin = Admin(self.redpanda)
config = admin.get_cluster_config()
# Pick an arbitrary config property to verify that the result
# contained some properties
assert 'enable_transactions' in config
node_config = admin.get_node_config()
# Some arbitrary property to check syntax of result
assert 'kafka_api' in node_config
def test_upgrade_redpanda_yaml(self):
"""
Verify that on first start, values are imported from redpanda.yaml
to facilitate upgrades, but on subsequent startups we just emit
a log message to say we're ignoring them.
"""
node = self.redpanda.nodes[0]
admin = Admin(self.redpanda)
self.redpanda.start_node(
node, override_cfg_params={'delete_retention_ms': '9876'})
# On first startup, redpanda should notice the value in
# redpanda.yaml and import it into central config store
assert admin.get_cluster_config()['delete_retention_ms'] == 9876
# On second startup, central config is already initialized,
# so the modified value in redpanda.yaml should be ignored.
self.redpanda.restart_nodes(
[node], override_cfg_params={'delete_retention_ms': '1234'})
assert admin.get_cluster_config()['delete_retention_ms'] == 9876
assert search_log(self.redpanda,
"Ignoring value for 'delete_retention_ms'")
def test_get_config_nodefaults(self):
admin = Admin(self.redpanda)
initial_short_config = admin.get_cluster_config(include_defaults=False)
long_config = admin.get_cluster_config(include_defaults=True)
assert len(long_config) > len(initial_short_config)
assert 'kafka_qdc_enable' not in initial_short_config
# After setting something to non-default is should appear
patch_result = self.admin.patch_cluster_config(
upsert={'kafka_qdc_enable': True})
self._wait_for_version_sync(patch_result['config_version'])
short_config = admin.get_cluster_config(include_defaults=False)
assert 'kafka_qdc_enable' in short_config
assert len(short_config) == len(initial_short_config) + 1
# After resetting to default it should disappear
patch_result = self.admin.patch_cluster_config(
remove=['kafka_qdc_enable'])
self._wait_for_version_sync(patch_result['config_version'])
short_config = admin.get_cluster_config(include_defaults=False)
assert 'kafka_qdc_enable' not in short_config
assert len(short_config) == len(initial_short_config)
def test_get_config(self, legacy):
"""
Verify that the config GET endpoint serves valid json with some options in it.
:param legacy: whether to use the legacy /config endpoint
"""
admin = Admin(self.redpanda)
if legacy:
config = admin._request("GET", "config").json()
else:
config = admin.get_cluster_config()
# Pick an arbitrary config property to verify that the result
# contained some properties
assert 'enable_transactions' in config
node_config = admin.get_node_config()
# Some arbitrary property to check syntax of result
assert 'kafka_api' in node_config
class ClusterConfigTest(RedpandaTest):
def __init__(self, *args, **kwargs):
rp_conf = BOOTSTRAP_CONFIG.copy()
# Enable our feature flag
rp_conf['enable_central_config'] = True
super(ClusterConfigTest, self).__init__(*args,
extra_rp_conf=rp_conf,
**kwargs)
self.admin = Admin(self.redpanda)
self.rpk = RpkTool(self.redpanda)
@cluster(num_nodes=3)
def test_get_config(self):
"""
Verify that the config GET endpoint serves valid json with some options in it.
"""
admin = Admin(self.redpanda)
config = admin.get_cluster_config()
# Pick an arbitrary config property to verify that the result
# contained some properties
assert 'enable_transactions' in config
node_config = admin.get_node_config()
# Some arbitrary property to check syntax of result
assert 'kafka_api' in node_config
@cluster(num_nodes=3)
def test_bootstrap(self):
"""
Verify that config settings present in redpanda.cfg are imported on
first startup.
:return:
"""
admin = Admin(self.redpanda)
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
set_again = {'enable_idempotence': False}
assert BOOTSTRAP_CONFIG['enable_idempotence'] != set_again[
'enable_idempotence']
self.redpanda.restart_nodes(self.redpanda.nodes, set_again)
# Our attempt to set the value differently in the config file after first startup
# should have failed: the original config value should still be set.
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
def _wait_for_version_sync(self, version):
wait_until(
lambda: set([
n['config_version']
for n in self.admin.get_cluster_config_status()
]) == {version},
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Config status versions did not converge on {version}")
def _check_restart_clears(self):
"""
After changing a setting with needs_restart=true, check that
nodes clear the flag after being restarted.
"""
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is True
first_node = self.redpanda.nodes[0]
other_nodes = self.redpanda.nodes[1:]
self.redpanda.restart_nodes(first_node)
wait_until(lambda: self.admin.get_cluster_config_status()[0]['restart']
== False,
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Restart flag did not clear after restart")
self.redpanda.restart_nodes(other_nodes)
wait_until(lambda: set(
[n['restart']
for n in self.admin.get_cluster_config_status()]) == {False},
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Not all nodes cleared restart flag")
@cluster(num_nodes=3)
def test_restart(self):
"""
Verify that a setting requiring restart is indicated as such in status,
and that status is cleared after we restart the node.
"""
# An arbitrary restart-requiring setting with a non-default value
new_setting = ('kafka_qdc_idle_depth', 77)
patch_result = self.admin.patch_cluster_config(
upsert=dict([new_setting]))
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
new_setting[0]] == new_setting[1]
# Update of cluster status is not synchronous
self._check_restart_clears()
# Test that a reset to default triggers the restart flag the same way as
# an upsert does
patch_result = self.admin.patch_cluster_config(remove=[new_setting[0]])
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
new_setting[0]] != new_setting[1]
self._check_restart_clears()
@cluster(num_nodes=3)
def test_multistring_restart(self):
"""
Reproduce an issue where the key we edit is saved correctly,
but other cached keys are getting extra-quoted.
"""
# Initially set both values together
patch_result = self.admin.patch_cluster_config(
upsert={
"cloud_storage_access_key": "user",
"cloud_storage_secret_key": "pass"
})
self._wait_for_version_sync(patch_result['config_version'])
self._check_value_everywhere("cloud_storage_access_key", "user")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
# Check initially set values survive a restart
self.redpanda.restart_nodes(self.redpanda.nodes)
self._check_value_everywhere("cloud_storage_access_key", "user")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
# Set just one of the values
patch_result = self.admin.patch_cluster_config(
upsert={"cloud_storage_access_key": "user2"})
self._wait_for_version_sync(patch_result['config_version'])
self._check_value_everywhere("cloud_storage_access_key", "user2")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
# Check that the recently set value persists, AND the originally
# set value of another property is not corrupted.
self.redpanda.restart_nodes(self.redpanda.nodes)
self._check_value_everywhere("cloud_storage_access_key", "user2")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
def _check_value_everywhere(self, key, expect_value):
for node in self.redpanda.nodes:
actual_value = self.admin.get_cluster_config(node)[key]
if actual_value != expect_value:
self.logger.error(
f"Wrong value on node {node.account.hostname}: {key}={actual_value} (!={expect_value})"
)
assert self.admin.get_cluster_config(node)[key] == expect_value
def _check_propagated_and_persistent(self, key, expect_value):
"""
Verify that a configuration value has successfully propagated to all
nodes, and that it persists after a restart.
"""
self._check_value_everywhere(key, expect_value)
self.redpanda.restart_nodes(self.redpanda.nodes)
self._check_value_everywhere(key, expect_value)
@cluster(num_nodes=3)
def test_simple_live_change(self):
# An arbitrary non-restart-requiring setting
norestart_new_setting = ('log_message_timestamp_type', "LogAppendTime")
assert self.admin.get_cluster_config()[
norestart_new_setting[0]] == "CreateTime" # Initially default
patch_result = self.admin.patch_cluster_config(
upsert=dict([norestart_new_setting]))
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
norestart_new_setting[0]] == norestart_new_setting[1]
# Status should not indicate restart needed
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
# Setting should be propagated and survive a restart
self._check_propagated_and_persistent(norestart_new_setting[0],
norestart_new_setting[1])
@cluster(num_nodes=3)
@parametrize(key='log_message_timestamp_type', value="rhubarb")
@parametrize(key='log_message_timestamp_type', value="31415")
@parametrize(key='log_message_timestamp_type', value="false")
@parametrize(key='kafka_qdc_enable', value="rhubarb")
@parametrize(key='kafka_qdc_enable', value="31415")
@parametrize(key='metadata_dissemination_retries', value="rhubarb")
@parametrize(key='metadata_dissemination_retries', value="false")
@parametrize(key='it_does_not_exist', value="123")
def test_invalid_settings(self, key, value):
"""
Test that without force=true, attempts to set invalid property
values are rejected with a 400 status.
"""
try:
patch_result = self.admin.patch_cluster_config(upsert={key: value})
except requests.exceptions.HTTPError as e:
if e.response.status_code != 400:
raise
else:
raise RuntimeError(
f"Expected 400 but got {patch_result} for {key}={value})")
@cluster(num_nodes=3)
def test_invalid_settings_forced(self):
"""
Test that if a value makes it past the frontend API validation, it is caught
at the point of apply on each node, and fed back in the config_status.
"""
default_value = "CreateTime"
invalid_setting = ('log_message_timestamp_type', "rhubarb")
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
patch_result = self.admin.patch_cluster_config(upsert=dict(
[invalid_setting]),
force=True)
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
# Status should not indicate restart needed
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == [invalid_setting[0]]
# List of invalid properties in node status should not clear on restart.
self.redpanda.restart_nodes(self.redpanda.nodes)
# We have to sleep here because in the success case there is no status update
# being sent: it's a no-op after node startup when they realize their config
# status is the same as the one already reported.
time.sleep(10)
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == [invalid_setting[0]]
# Reset the properties, check that it disappears from the list of invalid settings
patch_result = self.admin.patch_cluster_config(
remove=[invalid_setting[0]], force=True)
self._wait_for_version_sync(patch_result['config_version'])
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == []
# TODO as well as specific invalid examples, do a pass across the whole
# schema to check that
pass
@cluster(num_nodes=3)
def test_bad_requests(self):
"""
Verify that syntactically malformed configuration requests result
in proper 400 responses (rather than 500s or crashes)
"""
for content_type, body in [
('text/html', ""), # Wrong type, empty
('text/html', "garbage"), # Wrong type, nonempty
('application/json', ""), # Empty
('application/json', "garbage"), # Not JSON
('application/json', "{\"a\": 123}"), # Wrong top level attributes
('application/json', "{\"upsert\": []}"), # Wrong type of 'upsert'
]:
try:
self.logger.info(f"Checking {content_type}, {body}")
self.admin._request("PUT",
"cluster_config",
node=self.redpanda.nodes[0],
headers={'content-type': content_type},
data=body)
except requests.exceptions.HTTPError as e:
assert e.response.status_code == 400
else:
# Should not succeed!
assert False
@cluster(num_nodes=3)
def test_valid_settings(self):
"""
Bulk exercise of all config settings & the schema endpoint:
- for all properties in the schema, set them with a valid non-default value
- check the new values are reflected in config GET
- restart all nodes (prompt a reload from cache file)
- check the new values are reflected in config GET
This is not just checking the central config infrastructure: it's also
validating that all the property types are outputting the same format
as their input (e.g. they have proper rjson_serialize implementations)
"""
schema_properties = self.admin.get_cluster_config_schema(
)['properties']
updates = {}
properties_require_restart = False
# Don't change these settings, they prevent the test from subsequently
# using the cluster
exclude_settings = {'enable_sasl', 'enable_admin_api'}
initial_config = self.admin.get_cluster_config()
for name, p in schema_properties.items():
if name in exclude_settings:
continue
properties_require_restart |= p['needs_restart']
initial_value = initial_config[name]
if 'example' in p:
valid_value = p['example']
elif p['type'] == 'integer':
if initial_value:
valid_value = initial_value * 2
else:
valid_value = 100
elif p['type'] == 'number':
if initial_value:
valid_value = float(initial_value * 2)
else:
valid_value = 1000.0
elif p['type'] == 'string':
valid_value = "rhubarb"
elif p['type'] == 'boolean':
valid_value = not initial_config[name]
elif p['type'] == "array" and p['items']['type'] == 'string':
valid_value = ["custard", "cream"]
else:
raise NotImplementedError(p['type'])
updates[name] = valid_value
patch_result = self.admin.patch_cluster_config(upsert=updates,
remove=[])
self._wait_for_version_sync(patch_result['config_version'])
def check_status(expect_restart):
# Use one node's status, they should be symmetric
status = self.admin.get_cluster_config_status()[0]
self.logger.info(f"Status: {json.dumps(status, indent=2)}")
assert status['invalid'] == []
assert status['restart'] is expect_restart
def check_values():
read_back = self.admin.get_cluster_config()
mismatch = []
for k, expect in updates.items():
actual = read_back.get(k, None)
# String-ized comparison, because the example values are strings,
# whereas by the time we read them back they're properly typed.
if str(actual) != str(expect):
self.logger.error(
f"Config set failed ({k}) {actual}!={expect}")
mismatch.append((k, actual, expect))
assert len(mismatch) == 0
check_status(properties_require_restart)
check_values()
self.redpanda.restart_nodes(self.redpanda.nodes)
# We have to sleep here because in the success case there is no status update
# being sent: it's a no-op after node startup when they realize their config
# status is the same as the one already reported.
time.sleep(10)
# Check after restart that confuration persisted and status shows valid
check_status(False)
check_values()
def _export(self, all):
with tempfile.NamedTemporaryFile('r') as file:
self.rpk.cluster_config_export(file.name, all)
return file.read()
def _import(self, text, all, allow_noop=False):
with tempfile.NamedTemporaryFile('w') as file:
file.write(text)
file.flush()
import_stdout = self.rpk.cluster_config_import(file.name, all)
last_line = import_stdout.strip().split("\n")[-1]
m = re.match(r"^.+new config version (\d+).*$", last_line)
self.logger.debug(f"_import status: {last_line}")
if m is None and allow_noop:
return None
assert m is not None, f"Config version not found: {last_line}"
version = int(m.group(1))
return version
def _export_import_modify(self, before, after, all=False):
text = self._export(all)
# Validate that RPK gives us valid yaml
_ = yaml.load(text)
self.logger.debug(f"Replacing \"{before}\" with \"{after}\"")
self.logger.debug(f"Exported config before modification: {text}")
# Intentionally not passing this through a YAML deserialize/serialize
# step during edit, to more realistically emulate someone hand editing
text = text.replace(before, after)
self.logger.debug(f"Exported config after modification: {text}")
# Edit a setting, import the resulting document
version = self._import(text, all)
return version, text
@cluster(num_nodes=3)
def test_rpk_export_import(self):
"""
Test `rpk cluster config [export|import]` and implicitly
also `edit` (which is just an export/import cycle with
a text editor run in the middle)
"""
# An arbitrary tunable for checking --all
tunable_property = 'kafka_qdc_depth_alpha'
# RPK should give us a valid yaml document
version_a, text = self._export_import_modify("kafka_qdc_enable: false",
"kafka_qdc_enable: true")
assert version_a is not None
self._wait_for_version_sync(version_a)
# Default should not have included tunables
assert tunable_property not in text
# The setting we edited should be updated
self._check_value_everywhere("kafka_qdc_enable", True)
# Clear a setting, it should revert to its default
version_b, text = self._export_import_modify("kafka_qdc_enable: true",
"")
assert version_b is not None
assert version_b > version_a
self._wait_for_version_sync(version_b)
self._check_value_everywhere("kafka_qdc_enable", False)
# Check that an --all export includes tunables
text_all = self._export(all=True)
assert tunable_property in text_all
# Check that editing a tunable with --all works
version_c, text = self._export_import_modify(
"kafka_qdc_depth_alpha: 0.8",
"kafka_qdc_depth_alpha: 1.5",
all=True)
assert version_c is not None
assert version_c > version_b
self._wait_for_version_sync(version_c)
self._check_value_everywhere("kafka_qdc_depth_alpha", 1.5)
# Check that clearing a tunable with --all works
version_d, text = self._export_import_modify(
"kafka_qdc_depth_alpha: 1.5", "", all=True)
assert version_d is not None
assert version_d > version_c
self._wait_for_version_sync(version_d)
self._check_value_everywhere("kafka_qdc_depth_alpha", 0.8)
# Check that an import/export with no edits does nothing.
text = self._export(all=True)
noop_version = self._import(text, allow_noop=True, all=True)
assert noop_version is None
@cluster(num_nodes=3)
def test_rpk_edit_string(self):
"""
Test import/export of string fields, make sure they don't end
up with extraneous quotes
"""
version_a, _ = self._export_import_modify(
"cloud_storage_access_key:\n",
"cloud_storage_access_key: foobar\n")
self._wait_for_version_sync(version_a)
self._check_value_everywhere("cloud_storage_access_key", "foobar")
version_b, _ = self._export_import_modify(
"cloud_storage_access_key: foobar\n",
"cloud_storage_access_key: \"foobaz\"")
self._wait_for_version_sync(version_b)
self._check_value_everywhere("cloud_storage_access_key", "foobaz")
@cluster(num_nodes=3)
def test_rpk_status(self):
"""
This command is a thin wrapper over the status API
that is covered more comprehensively in other tests: this
case is just a superficial test that the command succeeds and
returns info for each node.
"""
status_text = self.rpk.cluster_config_status()
# Split into lines, skip first one (header)
lines = status_text.strip().split("\n")[1:]
# Example:
# NODE CONFIG_VERSION NEEDS_RESTART INVALID UNKNOWN
# 0 17 false [] []
assert len(lines) == len(self.redpanda.nodes)
for i, l in enumerate(lines):
m = re.match(
r"^(\d+)\s+(\d+)\s+(true|false)\s+\[(.*)\]\s+\[(.*)\]$", l)
assert m is not None
node_id, *_ = m.groups()
node = self.redpanda.nodes[i]
assert int(node_id) == self.redpanda.idx(node)
@cluster(num_nodes=3)
def test_secret_redaction(self):
def search_log(pattern):
for node in self.redpanda.nodes:
for line in node.account.ssh_capture(
f"grep \"{pattern}\" {self.redpanda.STDOUT_STDERR_CAPTURE} || true"
):
# We got a match
self.logger.debug(
f"Found {pattern} on node {node.name}: {line}")
return True
# Fall through, no matches
return False
def set_and_search(key, value, expect_log):
patch_result = self.admin.patch_cluster_config(upsert={key: value})
self._wait_for_version_sync(patch_result['config_version'])
# Check value was/was not printed to log while applying
assert search_log(value) is expect_log
# Check we do/don't print on next startup
self.redpanda.restart_nodes(self.redpanda.nodes)
assert search_log(value) is expect_log
secret_key = "cloud_storage_secret_key"
secret_value = "ThePandaFliesTonight"
set_and_search(secret_key, secret_value, False)
# To avoid false negatives in the test of a secret, go through the same procedure
# but on a non-secret property, thereby validating that our log scanning procedure
# would have detected the secret if it had been printed
unsecret_key = "cloud_storage_api_endpoint"
unsecret_value = "http://nowhere"
set_and_search(unsecret_key, unsecret_value, True)
@cluster(num_nodes=3)
def test_incremental_alter_configs(self):
"""
Central config can also be accessed via Kafka API -- exercise that
using `kcl`.
:param incremental: whether to use incremental kafka config API or
legacy config API.
"""
kcl = KCL(self.redpanda)
# Redpanda only support incremental config changes: the legacy
# AlterConfig API is a bad user experience
incremental = True
# Set a property by its redpanda name
out = kcl.alter_broker_config(
{"log_message_timestamp_type": "CreateTime"}, incremental)
# kcl does not set an error exist status when config set fails, so must
# read its output text to validate that calls are successful
assert 'OK' in out
out = kcl.alter_broker_config(
{"log_message_timestamp_type": "LogAppendTime"}, incremental)
assert 'OK' in out
if incremental:
kcl.delete_broker_config(["log_message_timestamp_type"],
incremental)
assert 'OK' in out
# Set a property by its Kafka-interop names and values
kafka_props = {
"log.message.timestamp.type": ["CreateTime", "LogAppendTime"],
"log.cleanup.policy": ["compact", "delete"],
"log.compression.type": ["gzip", "snappy", "lz4", "zstd"],
}
for property, value_list in kafka_props.items():
for value in value_list:
out = kcl.alter_broker_config({property: value}, incremental)
assert 'OK' in out
# Set a nonexistent property
out = kcl.alter_broker_config({"does_not_exist": "avalue"},
incremental)
assert 'INVALID_CONFIG' in out
# Set a malformed property
out = kcl.alter_broker_config(
{"log_message_timestamp_type": "BadValue"}, incremental)
assert 'INVALID_CONFIG' in out
# Set a property on a named broker: should fail because this
# interface is only for cluster-wide properties
out = kcl.alter_broker_config(
{"log_message_timestamp_type": "CreateTime"},
incremental,
broker="1")
assert 'INVALID_CONFIG' in out
assert "Setting broker properties on named brokers is unsupported" in out
@cluster(num_nodes=3)
def test_alter_configs(self):
"""
We only support incremental config changes. Check that AlterConfigs requests
are correctly handled with an 'unsupported' response.
"""
kcl = KCL(self.redpanda)
out = kcl.alter_broker_config(
{"log_message_timestamp_type": "CreateTime"}, incremental=False)
self.logger.info("AlterConfigs output: {out}")
assert 'INVALID_CONFIG' in out
assert "changing broker properties isn't supported via this API" in out
class ClusterConfigTest(RedpandaTest):
def __init__(self, *args, **kwargs):
rp_conf = BOOTSTRAP_CONFIG.copy()
# Enable our feature flag
rp_conf['enable_central_config'] = True
super(ClusterConfigTest, self).__init__(*args,
extra_rp_conf=rp_conf,
**kwargs)
self.admin = Admin(self.redpanda)
self.rpk = RpkTool(self.redpanda)
@cluster(num_nodes=3)
def test_get_config(self):
"""
Verify that the config GET endpoint serves valid json with some options in it.
"""
admin = Admin(self.redpanda)
config = admin.get_cluster_config()
# Pick an arbitrary config property to verify that the result
# contained some properties
assert 'enable_transactions' in config
node_config = admin.get_node_config()
# Some arbitrary property to check syntax of result
assert 'kafka_api' in node_config
@cluster(num_nodes=3)
def test_bootstrap(self):
"""
Verify that config settings present in redpanda.cfg are imported on
first startup.
:return:
"""
admin = Admin(self.redpanda)
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
set_again = {'enable_idempotence': False}
assert BOOTSTRAP_CONFIG['enable_idempotence'] != set_again[
'enable_idempotence']
self.redpanda.restart_nodes(self.redpanda.nodes, set_again)
# Our attempt to set the value differently in the config file after first startup
# should have failed: the original config value should still be set.
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
def _wait_for_version_sync(self, version):
wait_until(
lambda: set([
n['config_version']
for n in self.admin.get_cluster_config_status()
]) == {version},
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Config status versions did not converge on {version}")
def _check_restart_clears(self):
"""
After changing a setting with needs_restart=true, check that
nodes clear the flag after being restarted.
"""
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is True
first_node = self.redpanda.nodes[0]
other_nodes = self.redpanda.nodes[1:]
self.redpanda.restart_nodes(first_node)
wait_until(lambda: self.admin.get_cluster_config_status()[0]['restart']
== False,
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Restart flag did not clear after restart")
self.redpanda.restart_nodes(other_nodes)
wait_until(lambda: set(
[n['restart']
for n in self.admin.get_cluster_config_status()]) == {False},
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Not all nodes cleared restart flag")
@cluster(num_nodes=3)
def test_restart(self):
"""
Verify that a setting requiring restart is indicated as such in status,
and that status is cleared after we restart the node.
"""
# An arbitrary restart-requiring setting with a non-default value
new_setting = ('kafka_qdc_idle_depth', 77)
patch_result = self.admin.patch_cluster_config(
upsert=dict([new_setting]))
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
new_setting[0]] == new_setting[1]
# Update of cluster status is not synchronous
self._check_restart_clears()
# Test that a reset to default triggers the restart flag the same way as
# an upsert does
patch_result = self.admin.patch_cluster_config(remove=[new_setting[0]])
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
new_setting[0]] != new_setting[1]
self._check_restart_clears()
def _check_value_everywhere(self, key, expect_value):
for node in self.redpanda.nodes:
actual_value = self.admin.get_cluster_config(node)[key]
if actual_value != expect_value:
self.logger.error(
f"Wrong value on node {node.account.hostname}: {key}={actual_value} (!={expect_value})"
)
assert self.admin.get_cluster_config(node)[key] == expect_value
def _check_propagated_and_persistent(self, key, expect_value):
"""
Verify that a configuration value has successfully propagated to all
nodes, and that it persists after a restart.
"""
self._check_value_everywhere(key, expect_value)
self.redpanda.restart_nodes(self.redpanda.nodes)
self._check_value_everywhere(key, expect_value)
@cluster(num_nodes=3)
def test_simple_live_change(self):
# An arbitrary non-restart-requiring setting
norestart_new_setting = ('log_message_timestamp_type', "LogAppendTime")
assert self.admin.get_cluster_config()[
norestart_new_setting[0]] == "CreateTime" # Initially default
patch_result = self.admin.patch_cluster_config(
upsert=dict([norestart_new_setting]))
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
norestart_new_setting[0]] == norestart_new_setting[1]
# Status should not indicate restart needed
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
# Setting should be propagated and survive a restart
self._check_propagated_and_persistent(norestart_new_setting[0],
norestart_new_setting[1])
@cluster(num_nodes=3)
def test_invalid_settings(self):
default_value = "CreateTime"
invalid_setting = ('log_message_timestamp_type', "rhubarb")
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
patch_result = self.admin.patch_cluster_config(
upsert=dict([invalid_setting]))
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
# Status should not indicate restart needed
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == [invalid_setting[0]]
# List of invalid properties in node status should not clear on restart.
self.redpanda.restart_nodes(self.redpanda.nodes)
# We have to sleep here because in the success case there is no status update
# being sent: it's a no-op after node startup when they realize their config
# status is the same as the one already reported.
time.sleep(10)
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == [invalid_setting[0]]
# Reset the properties, check that it disappears from the list of invalid settings
patch_result = self.admin.patch_cluster_config(
remove=[invalid_setting[0]])
self._wait_for_version_sync(patch_result['config_version'])
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == []
# TODO once API frontend does validation, this test will need a force
# flag to the API to get the invalid value past the frontend and
# to the nodes where it will show up in status. That force flag
# will also be important IRL if we want to enable e.g. pre-setting a config
# for a future redpanda version before installing the new version.
# TODO as well as specific invalid examples, do a pass across the whole
# schema to check that
pass
@cluster(num_nodes=3)
def test_bad_requests(self):
"""
Verify that syntactically malformed configuration requests result
in proper 400 responses (rather than 500s or crashes)
"""
for content_type, body in [
('text/html', ""), # Wrong type, empty
('text/html', "garbage"), # Wrong type, nonempty
('application/json', ""), # Empty
('application/json', "garbage"), # Not JSON
('application/json', "{\"a\": 123}"), # Wrong top level attributes
('application/json', "{\"upsert\": []}"), # Wrong type of 'upsert'
]:
try:
self.logger.info(f"Checking {content_type}, {body}")
self.admin._request("PUT",
"cluster_config",
node=self.redpanda.nodes[0],
headers={'content-type': content_type},
data=body)
except requests.exceptions.HTTPError as e:
assert e.response.status_code == 400
else:
# Should not succeed!
assert False
@cluster(num_nodes=3)
def test_valid_settings(self):
# TODO
pass
@cluster(num_nodes=3)
def test_valid_settings(self):
"""
Bulk exercise of all config settings & the schema endpoint:
- for all properties in the schema, set them with a valid non-default value
- check the new values are reflected in config GET
- restart all nodes (prompt a reload from cache file)
- check the new values are reflected in config GET
This is not just checking the central config infrastructure: it's also
validating that all the property types are outputting the same format
as their input (e.g. they have proper rjson_serialize implementations)
"""
schema_properties = self.admin.get_cluster_config_schema(
)['properties']
updates = {}
properties_require_restart = False
# Don't change these settings, they prevent the test from subsequently
# using the cluster
exclude_settings = {'enable_sasl', 'enable_admin_api'}
initial_config = self.admin.get_cluster_config()
for name, p in schema_properties.items():
if name in exclude_settings:
continue
properties_require_restart |= p['needs_restart']
initial_value = initial_config[name]
if 'example' in p:
valid_value = p['example']
elif p['type'] == 'integer':
if initial_value:
valid_value = initial_value * 2
else:
valid_value = 100
elif p['type'] == 'number':
if initial_value:
valid_value = float(initial_value * 2)
else:
valid_value = 1000.0
elif p['type'] == 'string':
valid_value = "rhubarb"
elif p['type'] == 'boolean':
valid_value = not initial_config[name]
elif p['type'] == "array" and p['items']['type'] == 'string':
valid_value = ["custard", "cream"]
else:
raise NotImplementedError(p['type'])
updates[name] = valid_value
patch_result = self.admin.patch_cluster_config(upsert=updates,
remove=[])
self._wait_for_version_sync(patch_result['config_version'])
def check_status(expect_restart):
# Use one node's status, they should be symmetric
status = self.admin.get_cluster_config_status()[0]
self.logger.info(f"Status: {json.dumps(status, indent=2)}")
assert status['invalid'] == []
assert status['restart'] is expect_restart
def check_values():
read_back = self.admin.get_cluster_config()
mismatch = []
for k, expect in updates.items():
actual = read_back.get(k, None)
# String-ized comparison, because the example values are strings,
# whereas by the time we read them back they're properly typed.
if str(actual) != str(expect):
self.logger.error(
f"Config set failed ({k}) {actual}!={expect}")
mismatch.append((k, actual, expect))
assert len(mismatch) == 0
check_status(properties_require_restart)
check_values()
self.redpanda.restart_nodes(self.redpanda.nodes)
# We have to sleep here because in the success case there is no status update
# being sent: it's a no-op after node startup when they realize their config
# status is the same as the one already reported.
time.sleep(10)
# Check after restart that confuration persisted and status shows valid
check_status(False)
check_values()
def _export(self, all):
with tempfile.NamedTemporaryFile('r') as file:
self.rpk.cluster_config_export(file.name, all)
return file.read()
def _import(self, text, all, allow_noop=False):
with tempfile.NamedTemporaryFile('w') as file:
file.write(text)
file.flush()
import_stdout = self.rpk.cluster_config_import(file.name, all)
last_line = import_stdout.strip().split("\n")[-1]
m = re.match("^.+new config version (\d+).*$", last_line)
self.logger.debug(f"_import status: {last_line}")
if m is None and allow_noop:
return None
elif m is None:
assert m is not None
version = int(m.group(1))
return version
def _export_import_modify(self, before, after, all=False):
text = self._export(all)
# Validate that RPK gives us valid yaml
_ = yaml.load(text)
self.logger.debug(f"Replacing \"{before}\" with \"{after}\"")
self.logger.debug(f"Exported config before modification: {text}")
# Intentionally not passing this through a YAML deserialize/serialize
# step during edit, to more realistically emulate someone hand editing
text = text.replace(before, after)
self.logger.debug(f"Exported config after modification: {text}")
# Edit a setting, import the resulting document
version = self._import(text, all)
return version, text
@cluster(num_nodes=3)
def test_rpk_export_import(self):
"""
Test `rpk cluster config [export|import]` and implicitly
also `edit` (which is just an export/import cycle with
a text editor run in the middle)
"""
# An arbitrary tunable for checking --all
tunable_property = 'kafka_qdc_depth_alpha'
# RPK should give us a valid yaml document
version_a, text = self._export_import_modify("kafka_qdc_enable: false",
"kafka_qdc_enable: true")
self._wait_for_version_sync(version_a)
# Default should not have included tunables
assert tunable_property not in text
# The setting we edited should be updated
self._check_value_everywhere("kafka_qdc_enable", True)
# Clear a setting, it should revert to its default
version_b, text = self._export_import_modify("kafka_qdc_enable: true",
"")
assert version_b > version_a
self._wait_for_version_sync(version_b)
self._check_value_everywhere("kafka_qdc_enable", False)
# Check that an --all export includes tunables
text_all = self._export(all=True)
assert tunable_property in text_all
# Check that editing a tunable with --all works
version_c, text = self._export_import_modify(
"kafka_qdc_depth_alpha: 0.8",
"kafka_qdc_depth_alpha: 1.5",
all=True)
assert version_c > version_b
self._wait_for_version_sync(version_c)
self._check_value_everywhere("kafka_qdc_depth_alpha", 1.5)
# Check that clearing a tunable with --all works
version_d, text = self._export_import_modify(
"kafka_qdc_depth_alpha: 1.5", "", all=True)
assert version_d > version_c
self._wait_for_version_sync(version_d)
self._check_value_everywhere("kafka_qdc_depth_alpha", 0.8)
# Check that an import/export with no edits does nothing.
text = self._export(all=True)
noop_version = self._import(text, allow_noop=True, all=True)
assert noop_version is None
@cluster(num_nodes=3)
def test_rpk_edit_string(self):
"""
Test import/export of string fields, make sure they don't end
up with extraneous quotes
"""
version_a, text = self._export_import_modify(
"cloud_storage_access_key:\n",
"cloud_storage_access_key: foobar\n")
self._wait_for_version_sync(version_a)
self._check_value_everywhere("cloud_storage_access_key", "foobar")
version_b, text = self._export_import_modify(
"cloud_storage_access_key: foobar\n",
"cloud_storage_access_key: \"foobaz\"")
self._wait_for_version_sync(version_b)
self._check_value_everywhere("cloud_storage_access_key", "foobaz")
@cluster(num_nodes=3)
def test_rpk_status(self):
"""
This command is a thin wrapper over the status API
that is covered more comprehensively in other tests: this
case is just a superficial test that the command succeeds and
returns info for each node.
"""
status_text = self.rpk.cluster_config_status()
# Split into lines, skip first one (header)
lines = status_text.strip().split("\n")[1:]
# Example:
# NODE CONFIG_VERSION NEEDS_RESTART INVALID UNKNOWN
# 0 17 false [] []
assert len(lines) == len(self.redpanda.nodes)
for i, l in enumerate(lines):
m = re.match(
"^(\d+)\s+(\d+)\s+(true|false)\s+\[(.*)\]\s+\[(.*)\]$", l)
assert m is not None
node_id, config_version, needs_restart, invalid, unknown = m.groups(
)
node = self.redpanda.nodes[i]
assert int(node_id) == self.redpanda.idx(node)
class AdminApiAuthTest(RedpandaTest):
"""
Test the behaviour of a redpanda cluster with admin API authentication
enabled.
"""
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.rpk = RpkTool(self.redpanda)
self.superuser = self.redpanda.SUPERUSER_CREDENTIALS
self.superuser_admin = Admin(self.redpanda,
auth=(self.superuser.username,
self.superuser.password))
self.regular_user_admin = Admin(self.redpanda,
auth=(ALICE.username, ALICE.password))
self.anonymous_admin = Admin(self.redpanda)
def setUp(self):
super().setUp()
create_user_and_wait(self.redpanda, self.anonymous_admin, ALICE)
self.redpanda.set_cluster_config({'admin_api_require_auth': True})
@cluster(num_nodes=3)
def test_superuser_access(self):
# A superuser may access the config API
self.superuser_admin.get_cluster_config()
@cluster(num_nodes=3)
def test_regular_user_access(self):
# A non-superuser may not access the config API
with expect_http_error(403):
self.regular_user_admin.get_cluster_config()
@cluster(num_nodes=3)
def test_anonymous_access(self):
# An anonymous user may not access the config API
with expect_http_error(403):
self.anonymous_admin.get_cluster_config()
# An anonymous user may access unauthenticated endpoints
self.anonymous_admin.get_status_ready()
self.redpanda.metrics(self.redpanda.nodes[0])
@cluster(num_nodes=3)
def test_scram_sha512(self):
"""
Check that username/password authentication works for users that
were created using the scram_sha512 mechanism (as opposed to the
default scram_sha256)
"""
import requests
rpath = requests.urllib3.util.retry.__file__
self.logger.info(f"rpath = '{rpath}'")
try:
charles = SaslCredentials("charles", "highEntropyHipster",
"SCRAM-SHA-512")
create_user_and_wait(self.redpanda, self.superuser_admin, charles)
self.redpanda.set_cluster_config({
'superusers': [
charles.username,
self.redpanda.SUPERUSER_CREDENTIALS.username
]
})
charles_admin = Admin(self.redpanda,
auth=(charles.username, charles.password))
# Hit an endpoint requiring superuser
charles_admin.get_cluster_config()
except:
import time
self.logger.exception("I need an adult")
time.sleep(3600)
class ClusterConfigTest(RedpandaTest):
def __init__(self, *args, **kwargs):
rp_conf = BOOTSTRAP_CONFIG.copy()
# Force verbose logging for the secret redaction test
kwargs['log_level'] = 'trace'
super(ClusterConfigTest, self).__init__(*args,
extra_rp_conf=rp_conf,
**kwargs)
self.admin = Admin(self.redpanda)
self.rpk = RpkTool(self.redpanda)
def setUp(self):
super().setUp()
# wait for the two config versions:
# 1. The initial bootstrap where we "import" any cluster properties
# that were in bootstrap.yaml
# 2. The metrics reporter's first tick, where it initializes
# the cluster_id property.
self._wait_for_version_sync(2)
@cluster(num_nodes=3)
@parametrize(legacy=False)
@parametrize(legacy=True)
def test_get_config(self, legacy):
"""
Verify that the config GET endpoint serves valid json with some options in it.
:param legacy: whether to use the legacy /config endpoint
"""
admin = Admin(self.redpanda)
if legacy:
config = admin._request("GET", "config").json()
else:
config = admin.get_cluster_config()
# Pick an arbitrary config property to verify that the result
# contained some properties
assert 'enable_transactions' in config
node_config = admin.get_node_config()
# Some arbitrary property to check syntax of result
assert 'kafka_api' in node_config
@cluster(num_nodes=1)
def test_get_config_nodefaults(self):
admin = Admin(self.redpanda)
initial_short_config = admin.get_cluster_config(include_defaults=False)
long_config = admin.get_cluster_config(include_defaults=True)
assert len(long_config) > len(initial_short_config)
assert 'kafka_qdc_enable' not in initial_short_config
# After setting something to non-default is should appear
patch_result = self.admin.patch_cluster_config(
upsert={'kafka_qdc_enable': True})
self._wait_for_version_sync(patch_result['config_version'])
short_config = admin.get_cluster_config(include_defaults=False)
assert 'kafka_qdc_enable' in short_config
assert len(short_config) == len(initial_short_config) + 1
# After resetting to default it should disappear
patch_result = self.admin.patch_cluster_config(
remove=['kafka_qdc_enable'])
self._wait_for_version_sync(patch_result['config_version'])
short_config = admin.get_cluster_config(include_defaults=False)
assert 'kafka_qdc_enable' not in short_config
assert len(short_config) == len(initial_short_config)
@cluster(num_nodes=3)
def test_bootstrap(self):
"""
Verify that config settings present in redpanda.cfg are imported on
first startup.
:return:
"""
admin = Admin(self.redpanda)
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
set_again = {'enable_idempotence': False}
assert BOOTSTRAP_CONFIG['enable_idempotence'] != set_again[
'enable_idempotence']
self.redpanda.set_extra_rp_conf(set_again)
self.redpanda.write_bootstrap_cluster_config()
self.redpanda.restart_nodes(self.redpanda.nodes, set_again)
# Our attempt to set the value differently in the config file after first startup
# should have failed: the original config value should still be set.
config = admin.get_cluster_config()
for k, v in BOOTSTRAP_CONFIG.items():
assert config[k] == v
def _wait_for_version_sync(self, version):
wait_until(
lambda: set([
n['config_version']
for n in self.admin.get_cluster_config_status()
]) == {version},
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Config status versions did not converge on {version}")
def _check_restart_clears(self):
"""
After changing a setting with needs_restart=true, check that
nodes clear the flag after being restarted.
"""
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is True
first_node = self.redpanda.nodes[0]
other_nodes = self.redpanda.nodes[1:]
self.redpanda.restart_nodes(first_node)
wait_until(lambda: self.admin.get_cluster_config_status()[0]['restart']
== False,
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Restart flag did not clear after restart")
self.redpanda.restart_nodes(other_nodes)
wait_until(lambda: set(
[n['restart']
for n in self.admin.get_cluster_config_status()]) == {False},
timeout_sec=10,
backoff_sec=0.5,
err_msg=f"Not all nodes cleared restart flag")
@cluster(num_nodes=3)
def test_restart(self):
"""
Verify that a setting requiring restart is indicated as such in status,
and that status is cleared after we restart the node.
"""
# An arbitrary restart-requiring setting with a non-default value
new_setting = ('kafka_qdc_idle_depth', 77)
patch_result = self.admin.patch_cluster_config(
upsert=dict([new_setting]))
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
new_setting[0]] == new_setting[1]
# Update of cluster status is not synchronous
self._check_restart_clears()
# Test that a reset to default triggers the restart flag the same way as
# an upsert does
patch_result = self.admin.patch_cluster_config(remove=[new_setting[0]])
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
new_setting[0]] != new_setting[1]
self._check_restart_clears()
@cluster(num_nodes=3)
def test_multistring_restart(self):
"""
Reproduce an issue where the key we edit is saved correctly,
but other cached keys are getting extra-quoted.
"""
# Initially set both values together
patch_result = self.admin.patch_cluster_config(
upsert={
"cloud_storage_access_key": "user",
"cloud_storage_secret_key": "pass"
})
self._wait_for_version_sync(patch_result['config_version'])
self._check_value_everywhere("cloud_storage_access_key", "user")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
# Check initially set values survive a restart
self.redpanda.restart_nodes(self.redpanda.nodes)
self._check_value_everywhere("cloud_storage_access_key", "user")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
# Set just one of the values
patch_result = self.admin.patch_cluster_config(
upsert={"cloud_storage_access_key": "user2"})
self._wait_for_version_sync(patch_result['config_version'])
self._check_value_everywhere("cloud_storage_access_key", "user2")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
# Check that the recently set value persists, AND the originally
# set value of another property is not corrupted.
self.redpanda.restart_nodes(self.redpanda.nodes)
self._check_value_everywhere("cloud_storage_access_key", "user2")
self._check_value_everywhere("cloud_storage_secret_key", "pass")
def _check_value_everywhere(self, key, expect_value):
for node in self.redpanda.nodes:
actual_value = self.admin.get_cluster_config(node)[key]
if actual_value != expect_value:
self.logger.error(
f"Wrong value on node {node.account.hostname}: {key}={actual_value} (!={expect_value})"
)
assert self.admin.get_cluster_config(node)[key] == expect_value
def _check_propagated_and_persistent(self, key, expect_value):
"""
Verify that a configuration value has successfully propagated to all
nodes, and that it persists after a restart.
"""
self._check_value_everywhere(key, expect_value)
self.redpanda.restart_nodes(self.redpanda.nodes)
self._check_value_everywhere(key, expect_value)
@cluster(num_nodes=3)
def test_simple_live_change(self):
# An arbitrary non-restart-requiring setting
norestart_new_setting = ('log_message_timestamp_type', "LogAppendTime")
assert self.admin.get_cluster_config()[
norestart_new_setting[0]] == "CreateTime" # Initially default
patch_result = self.admin.patch_cluster_config(
upsert=dict([norestart_new_setting]))
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
norestart_new_setting[0]] == norestart_new_setting[1]
# Status should not indicate restart needed
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
# Setting should be propagated and survive a restart
self._check_propagated_and_persistent(norestart_new_setting[0],
norestart_new_setting[1])
@cluster(num_nodes=3)
@parametrize(key='log_message_timestamp_type', value="rhubarb")
@parametrize(key='log_message_timestamp_type', value="31415")
@parametrize(key='log_message_timestamp_type', value="false")
@parametrize(key='kafka_qdc_enable', value="rhubarb")
@parametrize(key='kafka_qdc_enable', value="31415")
@parametrize(key='metadata_dissemination_retries', value="rhubarb")
@parametrize(key='metadata_dissemination_retries', value="false")
@parametrize(key='it_does_not_exist', value="123")
def test_invalid_settings(self, key, value):
"""
Test that without force=true, attempts to set invalid property
values are rejected with a 400 status.
"""
try:
patch_result = self.admin.patch_cluster_config(upsert={key: value})
except requests.exceptions.HTTPError as e:
if e.response.status_code != 400:
raise
errors = e.response.json()
assert set(errors.keys()) == {key}
else:
raise RuntimeError(
f"Expected 400 but got {patch_result} for {key}={value})")
@cluster(num_nodes=1)
def test_dry_run(self):
"""
Verify that when the dry_run flag is used, validation is done but
changes are not made.
"""
# An invalid PUT
try:
self.admin.patch_cluster_config(
upsert={"log_message_timestamp_type": "rhubarb"}, dry_run=True)
except requests.exceptions.HTTPError as e:
if e.response.status_code != 400:
raise
assert set(
e.response.json().keys()) == {"log_message_timestamp_type"}
else:
raise RuntimeError(f"Expected 400 but got success")
# A valid PUT
self.admin.patch_cluster_config(
upsert={"log_message_timestamp_type": "LogAppendTime"},
dry_run=True)
# Check the value didn't get set (i.e. remains default)
self._check_value_everywhere("log_message_timestamp_type",
"CreateTime")
@cluster(num_nodes=3)
def test_invalid_settings_forced(self):
"""
Test that if a value makes it past the frontend API validation, it is caught
at the point of apply on each node, and fed back in the config_status.
"""
default_value = "CreateTime"
invalid_setting = ('log_message_timestamp_type', "rhubarb")
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
patch_result = self.admin.patch_cluster_config(upsert=dict(
[invalid_setting]),
force=True)
new_version = patch_result['config_version']
self._wait_for_version_sync(new_version)
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
# Status should not indicate restart needed
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == [invalid_setting[0]]
# List of invalid properties in node status should not clear on restart.
self.redpanda.restart_nodes(self.redpanda.nodes)
# We have to sleep here because in the success case there is no status update
# being sent: it's a no-op after node startup when they realize their config
# status is the same as the one already reported.
time.sleep(10)
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == [invalid_setting[0]]
# Reset the properties, check that it disappears from the list of invalid settings
patch_result = self.admin.patch_cluster_config(
remove=[invalid_setting[0]], force=True)
self._wait_for_version_sync(patch_result['config_version'])
assert self.admin.get_cluster_config()[
invalid_setting[0]] == default_value
status = self.admin.get_cluster_config_status()
for n in status:
assert n['restart'] is False
assert n['invalid'] == []
# TODO as well as specific invalid examples, do a pass across the whole
# schema to check that
pass
@cluster(num_nodes=3)
def test_bad_requests(self):
"""
Verify that syntactically malformed configuration requests result
in proper 400 responses (rather than 500s or crashes)
"""
for content_type, body in [
('text/html', ""), # Wrong type, empty
('text/html', "garbage"), # Wrong type, nonempty
('application/json', ""), # Empty
('application/json', "garbage"), # Not JSON
('application/json', "{\"a\": 123}"), # Wrong top level attributes
('application/json', "{\"upsert\": []}"), # Wrong type of 'upsert'
]:
try:
self.logger.info(f"Checking {content_type}, {body}")
self.admin._request("PUT",
"cluster_config",
node=self.redpanda.nodes[0],
headers={'content-type': content_type},
data=body)
except requests.exceptions.HTTPError as e:
assert e.response.status_code == 400
else:
# Should not succeed!
assert False
@cluster(num_nodes=3)
def test_valid_settings(self):
"""
Bulk exercise of all config settings & the schema endpoint:
- for all properties in the schema, set them with a valid non-default value
- check the new values are reflected in config GET
- restart all nodes (prompt a reload from cache file)
- check the new values are reflected in config GET
This is not just checking the central config infrastructure: it's also
validating that all the property types are outputting the same format
as their input (e.g. they have proper rjson_serialize implementations)
"""
schema_properties = self.admin.get_cluster_config_schema(
)['properties']
updates = {}
properties_require_restart = False
# Don't change these settings, they prevent the test from subsequently
# using the cluster
exclude_settings = {'enable_sasl'}
# Don't enable coproc: it generates log errors if its companion service isn't running
exclude_settings.add('enable_coproc')
initial_config = self.admin.get_cluster_config()
for name, p in schema_properties.items():
if name in exclude_settings:
continue
properties_require_restart |= p['needs_restart']
initial_value = initial_config[name]
if 'example' in p:
valid_value = p['example']
if p['type'] == "array":
valid_value = yaml.load(valid_value)
elif p['type'] == 'integer':
if initial_value:
valid_value = initial_value * 2
else:
valid_value = 100
elif p['type'] == 'number':
if initial_value:
valid_value = float(initial_value * 2)
else:
valid_value = 1000.0
elif p['type'] == 'string':
if name.endswith("_url"):
valid_value = "http://example.com"
else:
valid_value = "rhubarb"
elif p['type'] == 'boolean':
valid_value = not initial_config[name]
elif p['type'] == "array" and p['items']['type'] == 'string':
valid_value = ["custard", "cream"]
else:
raise NotImplementedError(p['type'])
if name == 'enable_coproc':
# Don't try enabling coproc, it has external dependencies
continue
if name == 'admin_api_require_auth':
# Don't lock ourselves out of the admin API!
continue
if name == 'cloud_storage_enabled':
# Enabling cloud storage requires setting other properties too
continue
updates[name] = valid_value
patch_result = self.admin.patch_cluster_config(upsert=updates,
remove=[])
self._wait_for_version_sync(patch_result['config_version'])
def check_status(expect_restart):
# Use one node's status, they should be symmetric
status = self.admin.get_cluster_config_status()[0]
self.logger.info(f"Status: {json.dumps(status, indent=2)}")
assert status['invalid'] == []
assert status['restart'] is expect_restart
def check_values():
read_back = self.admin.get_cluster_config()
mismatch = []
for k, expect in updates.items():
# String-ized comparison, because the example values are strings,
# whereas by the time we read them back they're properly typed.
actual = read_back.get(k, None)
if isinstance(actual, bool):
# Lowercase because yaml and python capitalize bools differently.
actual = str(actual).lower()
else:
actual = str(actual)
if actual != str(expect):
self.logger.error(
f"Config set failed ({k}) {actual}!={expect}")
mismatch.append((k, actual, expect))
assert len(mismatch) == 0
check_status(properties_require_restart)
check_values()
self.redpanda.restart_nodes(self.redpanda.nodes)
# We have to sleep here because in the success case there is no status update
# being sent: it's a no-op after node startup when they realize their config
# status is the same as the one already reported.
time.sleep(10)
# Check after restart that confuration persisted and status shows valid
check_status(False)
check_values()
def _export(self, all):
with tempfile.NamedTemporaryFile('r') as file:
self.rpk.cluster_config_export(file.name, all)
return file.read()
def _import(self, text, all, allow_noop=False):
with tempfile.NamedTemporaryFile('w') as file:
file.write(text)
file.flush()
import_stdout = self.rpk.cluster_config_import(file.name, all)
last_line = import_stdout.strip().split("\n")[-1]
m = re.match(r"^.+New configuration version is (\d+).*$", last_line)
self.logger.debug(f"_import status: {last_line}")
if m is None and allow_noop:
return None
assert m is not None, f"Config version not found: {last_line}"
version = int(m.group(1))
return version
def _export_import_modify_one(self, before: str, after: str, all=False):
return self._export_import_modify([(before, after)], all)
def _export_import_modify(self, changes: list[tuple[str, str]], all=False):
text = self._export(all)
# Validate that RPK gives us valid yaml
_ = yaml.full_load(text)
self.logger.debug(f"Exported config before modification: {text}")
for before, after in changes:
self.logger.debug(f"Replacing \"{before}\" with \"{after}\"")
# Intentionally not passing this through a YAML deserialize/serialize
# step during edit, to more realistically emulate someone hand editing
text = text.replace(before, after)
self.logger.debug(f"Exported config after modification: {text}")
# Edit a setting, import the resulting document
version = self._import(text, all)
return version, text
@cluster(num_nodes=3)
def test_rpk_export_import(self):
"""
Test `rpk cluster config [export|import]` and implicitly
also `edit` (which is just an export/import cycle with
a text editor run in the middle)
"""
# An arbitrary tunable for checking --all
tunable_property = 'kafka_qdc_depth_alpha'
# RPK should give us a valid yaml document
version_a, text = self._export_import_modify_one(
"kafka_qdc_enable: false", "kafka_qdc_enable: true")
assert version_a is not None
self._wait_for_version_sync(version_a)
# Default should not have included tunables
assert tunable_property not in text
# The setting we edited should be updated
self._check_value_everywhere("kafka_qdc_enable", True)
# Clear a setting, it should revert to its default
version_b, text = self._export_import_modify_one(
"kafka_qdc_enable: true", "")
assert version_b is not None
assert version_b > version_a
self._wait_for_version_sync(version_b)
self._check_value_everywhere("kafka_qdc_enable", False)
# Check that an --all export includes tunables
text_all = self._export(all=True)
assert tunable_property in text_all
# Check that editing a tunable with --all works
version_c, text = self._export_import_modify_one(
"kafka_qdc_depth_alpha: 0.8",
"kafka_qdc_depth_alpha: 1.5",
all=True)
assert version_c is not None
assert version_c > version_b
self._wait_for_version_sync(version_c)
self._check_value_everywhere("kafka_qdc_depth_alpha", 1.5)
# Check that clearing a tunable with --all works
version_d, text = self._export_import_modify_one(
"kafka_qdc_depth_alpha: 1.5", "", all=True)
assert version_d is not None
assert version_d > version_c
self._wait_for_version_sync(version_d)
self._check_value_everywhere("kafka_qdc_depth_alpha", 0.8)
# Check that an import/export with no edits does nothing.
text = self._export(all=True)
noop_version = self._import(text, allow_noop=True, all=True)
assert noop_version is None
@cluster(num_nodes=3)
def test_rpk_import_validation(self):
"""
Verify that RPK handles 400 responses on import nicely
"""
# RPK should return an error with explanatory text
try:
_, out = self._export_import_modify(
[("kafka_qdc_enable: false", "kafka_qdc_enable: rhubarb"),
("topic_fds_per_partition: 10",
"topic_fds_per_partition: 9999"),
("default_num_windows: 10", "default_num_windows: 32768")],
all=True)
except RpkException as e:
assert 'kafka_qdc_enable: expected type boolean' in e.stderr
assert 'topic_fds_per_partition: too large' in e.stderr
assert 'default_num_windows: out of range' in e.stderr
else:
raise RuntimeError(
f"RPK command should have failed, but ran with output: {out}")
@cluster(num_nodes=3)
def test_rpk_edit_string(self):
"""
Test import/export of string fields, make sure they don't end
up with extraneous quotes
"""
version_a, _ = self._export_import_modify_one(
"cloud_storage_access_key:\n",
"cloud_storage_access_key: foobar\n")
self._wait_for_version_sync(version_a)
self._check_value_everywhere("cloud_storage_access_key", "foobar")
version_b, _ = self._export_import_modify_one(
"cloud_storage_access_key: foobar\n",
"cloud_storage_access_key: \"foobaz\"")
self._wait_for_version_sync(version_b)
self._check_value_everywhere("cloud_storage_access_key", "foobaz")
@cluster(num_nodes=3)
def test_rpk_status(self):
"""
This command is a thin wrapper over the status API
that is covered more comprehensively in other tests: this
case is just a superficial test that the command succeeds and
returns info for each node.
"""
status_text = self.rpk.cluster_config_status()
# Split into lines, skip first one (header)
lines = status_text.strip().split("\n")[1:]
# Example:
# NODE CONFIG_VERSION NEEDS_RESTART INVALID UNKNOWN
# 0 17 false [] []
assert len(lines) == len(self.redpanda.nodes)
for i, l in enumerate(lines):
m = re.match(
r"^(\d+)\s+(\d+)\s+(true|false)\s+\[(.*)\]\s+\[(.*)\]$", l)
assert m is not None
node_id, *_ = m.groups()
node = self.redpanda.nodes[i]
assert int(node_id) == self.redpanda.idx(node)
@cluster(num_nodes=3, log_allow_list=RESTART_LOG_ALLOW_LIST)
def test_rpk_force_reset(self):
"""
Verify that RPK's `reset` command for disaster recovery works as
expected: redpanda should start up and behave as if the property
is its default value.
"""
# Set some non-default config value
pr = self.admin.patch_cluster_config(upsert={
'kafka_qdc_enable': True,
'append_chunk_size': 65536
})
self._wait_for_version_sync(pr['config_version'])
self._check_value_everywhere("kafka_qdc_enable", True)
# Reset the property on all nodes
for node in self.redpanda.nodes:
rpk_remote = RpkRemoteTool(self.redpanda, node)
self.redpanda.stop_node(node)
rpk_remote.cluster_config_force_reset("kafka_qdc_enable")
self.redpanda.start_node(node)
# Check that the reset property has reverted to its default
self._check_value_everywhere("kafka_qdc_enable", False)
# Check that the bystander config property was not reset
self._check_value_everywhere("append_chunk_size", 65536)
@cluster(num_nodes=1, log_allow_list=RESTART_LOG_ALLOW_LIST)
def test_rpk_lint(self):
"""
Verify that if a redpanda config contains a cluster config
property, then running `lint` cleans out that value, as it
is no longer used.
"""
node = self.redpanda.nodes[0]
# Put an old-style property in the config
self.logger.info("Restarting with legacy property")
self.redpanda.restart_nodes([node],
override_cfg_params={
"kafka_qdc_enable": True,
})
old_conf = node.account.ssh_output(
"cat /etc/redpanda/redpanda.yaml").decode('utf-8')
assert 'kafka_qdc_enable' in old_conf
# Run lint
self.logger.info("Linting config")
rpk_remote = RpkRemoteTool(self.redpanda, node)
rpk_remote.cluster_config_lint()
# Check that the old style config property was removed
new_conf = node.account.ssh_output(
"cat /etc/redpanda/redpanda.yaml").decode('utf-8')
assert 'kafka_qdc_enable' not in new_conf
# Check that the linted config file is not corrupt (redpanda loads with it)
self.logger.info("Restarting with linted config")
self.redpanda.stop_node(node)
self.redpanda.start_node(node, write_config=False)
@cluster(num_nodes=1)
def test_rpk_get_set(self):
"""
Test RPK's getter+setter helpers
"""
Example = namedtuple('Example', ['key', 'strval', 'yamlval'])
valid_examples = [
Example("kafka_qdc_enable", "true", True),
Example("append_chunk_size", "32768", 32768),
Example("superusers", "['bob','alice']", ["bob", "alice"])
]
def yamlize(input):
"""Create a YAML representation that matches
what yaml-cpp produces: PyYAML includes trailing
ellipsis lines that must be removed."""
return "\n".join([
i for i in yaml.dump(e.yamlval).split("\n")
if i.strip() != "..."
]).strip()
# Check that valid changes are accepted, and the change is reflected
# in the underlying API-visible configuration
for e in valid_examples:
self.logger.info(f"Checking {e.key}={e.strval} ({e.yamlval})")
self.rpk.cluster_config_set(e.key, e.strval)
# CLI readback should give same as we set
cli_readback = self.rpk.cluster_config_get(e.key)
expect_cli_readback = yamlize(e.yamlval)
self.logger.info(
f"CLI readback '{cli_readback}' expect '{expect_cli_readback}'"
)
assert cli_readback == expect_cli_readback
# API readback should give properly structured+typed value
api_readback = self.admin.get_cluster_config()[e.key]
self.logger.info(f"API readback for {e.key} '{api_readback}'")
assert api_readback == e.yamlval
# Check that the `set` command hits proper validation paths
invalid_examples = [
("kafka_qdc_enable", "rhubarb"),
("append_chunk_size", "-123"),
("superusers", "43"),
]
for key, strval in invalid_examples:
try:
self.rpk.cluster_config_set(key, strval)
except RpkException as e:
pass
else:
self.logger.error(
f"Config setting {key}={strval} should have been rejected")
assert False
# Check that resetting properties to their default via `set` works
default_examples = [
("kafka_qdc_enable", False),
("append_chunk_size", 16384),
("superusers", []),
]
for key, expect_default in default_examples:
self.rpk.cluster_config_set(key, "")
api_readback = self.admin.get_cluster_config()[key]
self.logger.info(
f"API readback for {key} '{api_readback}' (expect {expect_default})"
)
assert api_readback == expect_default
@cluster(num_nodes=3)
def test_secret_redaction(self):
def set_and_search(key, value, expect_log):
patch_result = self.admin.patch_cluster_config(upsert={key: value})
self._wait_for_version_sync(patch_result['config_version'])
# Check value was/was not printed to log while applying
assert search_log(self.redpanda, value) is expect_log
# Check we do/don't print on next startup
self.redpanda.restart_nodes(self.redpanda.nodes)
assert search_log(self.redpanda, value) is expect_log
secret_key = "cloud_storage_secret_key"
secret_value = "ThePandaFliesTonight"
set_and_search(secret_key, secret_value, False)
# To avoid false negatives in the test of a secret, go through the same procedure
# but on a non-secret property, thereby validating that our log scanning procedure
# would have detected the secret if it had been printed
unsecret_key = "cloud_storage_api_endpoint"
unsecret_value = "http://nowhere"
set_and_search(unsecret_key, unsecret_value, True)
@cluster(num_nodes=3)
def test_incremental_alter_configs(self):
"""
Central config can also be accessed via Kafka API -- exercise that
using `kcl`.
:param incremental: whether to use incremental kafka config API or
legacy config API.
"""
# Redpanda only support incremental config changes: the legacy
# AlterConfig API is a bad user experience
incremental = True
# Set a property by its redpanda name
out = self.client().alter_broker_config(
{"log_message_timestamp_type": "CreateTime"}, incremental)
# kcl does not set an error exist status when config set fails, so must
# read its output text to validate that calls are successful
assert 'OK' in out
out = self.client().alter_broker_config(
{"log_message_timestamp_type": "LogAppendTime"}, incremental)
assert 'OK' in out
if incremental:
self.client().delete_broker_config(["log_message_timestamp_type"],
incremental)
assert 'OK' in out
# Set a property by its Kafka-interop names and values
kafka_props = {
"log.message.timestamp.type": ["CreateTime", "LogAppendTime"],
"log.cleanup.policy": ["compact", "delete"],
"log.compression.type": ["gzip", "snappy", "lz4", "zstd"],
}
for property, value_list in kafka_props.items():
for value in value_list:
out = self.client().alter_broker_config({property: value},
incremental)
assert 'OK' in out
# Set a nonexistent property
out = self.client().alter_broker_config({"does_not_exist": "avalue"},
incremental)
assert 'INVALID_CONFIG' in out
# Set a malformed property
out = self.client().alter_broker_config(
{"log_message_timestamp_type": "BadValue"}, incremental)
assert 'INVALID_CONFIG' in out
# Set a property on a named broker: should fail because this
# interface is only for cluster-wide properties
out = self.client().alter_broker_config(
{"log_message_timestamp_type": "CreateTime"},
incremental,
broker=1)
assert 'INVALID_CONFIG' in out
assert "Setting broker properties on named brokers is unsupported" in out
@cluster(num_nodes=3)
def test_alter_configs(self):
"""
We only support incremental config changes. Check that AlterConfigs requests
are correctly handled with an 'unsupported' response.
"""
out = self.client().alter_broker_config(
{"log_message_timestamp_type": "CreateTime"}, incremental=False)
self.logger.info("AlterConfigs output: {out}")
assert 'INVALID_CONFIG' in out
assert "changing broker properties isn't supported via this API" in out
@cluster(num_nodes=3)
def test_cloud_validation(self):
"""
Cloud storage configuration has special multi-property rules, check
they are enforced.
"""
# It is invalid to enable cloud storage without its accompanying properties
invalid_update = {'cloud_storage_enabled': True}
with expect_http_error(400):
self.admin.patch_cluster_config(upsert=invalid_update, remove=[])
# It is valid to enable cloud storage along with its accompanying properties
valid_update = {
'cloud_storage_enabled': True,
'cloud_storage_secret_key': 'open',
'cloud_storage_access_key': 'sesame',
'cloud_storage_region': 'us-east-1',
'cloud_storage_bucket': 'dearliza'
}
patch_result = self.admin.patch_cluster_config(upsert=valid_update,
remove=[])
self._wait_for_version_sync(patch_result['config_version'])
# Check we really set it properly, and Redpanda can restart without
# hitting a validation issue on startup (this is what would happen
# if the API validation wasn't working properly)
self.redpanda.restart_nodes(self.redpanda.nodes)
# It is invalid to clear any required cloud storage properties while
# cloud storage is enabled
forbidden_to_clear = [
'cloud_storage_secret_key', 'cloud_storage_access_key',
'cloud_storage_region', 'cloud_storage_bucket'
]
for key in forbidden_to_clear:
with expect_http_error(400):
self.admin.patch_cluster_config(upsert={}, remove=[key])
# Switching off cloud storage is always valid, we can leave the other
# properties set
patch_result = self.admin.patch_cluster_config(
upsert={'cloud_storage_enabled': False}, remove=[])
self._wait_for_version_sync(patch_result['config_version'])
# Clearing related properties is valid now that cloud storage is
# disabled
for key in forbidden_to_clear:
self.admin.patch_cluster_config(upsert={}, remove=[key])
@cluster(num_nodes=3)
def test_cluster_id(self):
"""
That the cluster_id exposed in Kafka metadata is automatically
populated with a uuid, that it starts with redpanda. and that
it can be overridden by setting the property to something else.
"""
rpk = RpkTool(self.redpanda)
# An example, we will compare lengths with this
uuid_example = "redpanda.87e8c0c3-7c2a-4f7b-987f-11fc1d2443a4"
def has_uuid_cluster_id():
cluster_id = rpk.cluster_metadata_id()
self.logger.info(f"cluster_id={cluster_id}")
return cluster_id is not None and len(cluster_id) == len(
uuid_example)
# This is a wait_until because the initialization of cluster_id
# is async and can happen after the cluster starts answering Kafka requests.
wait_until(has_uuid_cluster_id, timeout_sec=20, backoff_sec=1)
# Verify that the cluster_id does not change on a restart
initial_cluster_id = rpk.cluster_metadata_id()
self.redpanda.restart_nodes(self.redpanda.nodes)
assert rpk.cluster_metadata_id() == initial_cluster_id
# Verify that a manually set cluster_id is respected
manual_id = "rhubarb"
self.redpanda.set_cluster_config(values={"cluster_id": manual_id},
expect_restart=False)
assert rpk.cluster_metadata_id() == f"redpanda.{manual_id}"