def test_propfile_eq_set_nochange():
pf = PropertiesFile.loads(INPUT)
pf2 = PropertiesFile.loads(INPUT)
assert pf == pf2
assert pf["key"] == pf2["key"] == "value"
pf2["key"] = "value"
assert pf == pf2
assert dict(pf) == dict(pf2)
assert pf.dumps() == INPUT
assert pf.dumps() != pf2.dumps()
def test_propfile_add_after_no_trailing_newline():
pf = PropertiesFile.loads('key = value\\')
pf._check()
pf["new"] = "old"
pf._check()
assert dict(pf) == {"key": "value", "new": "old"}
assert pf.dumps() == 'key = value\nnew=old\n'
def test_propfile_add_after_trailing_comment_escape_nl():
pf = PropertiesFile.loads('#key = value\\\n')
pf._check()
pf["new"] = "old"
pf._check()
assert dict(pf) == {"new": "old"}
assert pf.dumps() == '#key = value\\\nnew=old\n'
def test_propfile_delete_header_comment(part1, part2):
pf = PropertiesFile.loads(part1 + part2)
pf._check()
del pf.header_comment
pf._check()
assert pf.header_comment is None
assert pf.dumps() == part2
def test_propfile_set_header_comment(part1, part2, c, c2, csrc):
pf = PropertiesFile.loads(part1 + part2)
pf._check()
pf.header_comment = c
pf._check()
assert pf.header_comment == c2
assert pf.dumps() == csrc + part2
def test_propfile_delete_timestamp(src, ts2, result):
pf = PropertiesFile.loads(src)
pf._check()
del pf.timestamp
pf._check()
assert pf.timestamp == ts2
assert pf.dumps() == result
def test_propfile_set_timestamp_now(fixed_timestamp):
pf = PropertiesFile.loads('key=value\n')
pf._check()
pf.timestamp = True
pf._check()
assert pf.timestamp == fixed_timestamp
assert pf.dumps() == '#' + fixed_timestamp + '\nkey=value\n'
def test_propfile_delete_repeated_key():
pf = PropertiesFile.loads(INPUT)
pf._check()
del pf["foo"]
pf._check()
assert list(pf) == ["bar", "key", "zebra"]
assert list(reversed(pf)) == ["zebra", "key", "bar"]
assert pf.dumps() == '''\
def test_propfile_set_repeated_key():
pf = PropertiesFile.loads(INPUT)
pf._check()
pf["foo"] = "redefinition"
pf._check()
assert list(pf) == ["foo", "bar", "key", "zebra"]
assert list(reversed(pf)) == ["zebra", "key", "bar", "foo"]
assert pf.dumps() == '''\
def test_propfile_getitem():
pf = PropertiesFile.loads(INPUT)
pf._check()
assert pf["key"] == "value"
assert pf["foo"] == "second definition"
with pytest.raises(KeyError):
pf["missing"]
pf._check()
def test_propfile_additem():
pf = PropertiesFile.loads(INPUT)
pf._check()
pf["new"] = "old"
pf._check()
assert list(pf) == ["foo", "bar", "key", "zebra", "new"]
assert list(reversed(pf)) == ["new", "zebra", "key", "bar", "foo"]
assert pf.dumps() == '''\
def test_propfile_set_nochange():
pf = PropertiesFile.loads(INPUT)
pf._check()
assert pf["key"] == "value"
pf["key"] = "value"
pf._check()
assert list(pf) == ["foo", "bar", "key", "zebra"]
assert list(reversed(pf)) == ["zebra", "key", "bar", "foo"]
assert pf.dumps() == '''\
def test_propfile_to_ordereddict():
pf = PropertiesFile.loads(INPUT)
pf._check()
assert OrderedDict(pf) == OrderedDict([
("foo", "second definition"),
("bar", "only definition"),
("key", "value"),
("zebra", "apple"),
])
def test_propfile_move_item():
pf = PropertiesFile.loads(INPUT)
pf._check()
del pf["key"]
pf._check()
pf["key"] = "recreated"
pf._check()
assert list(pf) == ["foo", "bar", "zebra", "key"]
assert list(reversed(pf)) == ["key", "zebra", "bar", "foo"]
assert pf.dumps() == '''\
def test_propfile_delete_repeated_key():
pf = PropertiesFile.loads(INPUT)
pf._check()
del pf["foo"]
pf._check()
assert dict(pf) == {
"bar": "only definition",
"key": "value",
"zebra": "apple",
}
assert list(pf) == ["bar", "key", "zebra"]
assert list(reversed(pf)) == ["zebra", "key", "bar"]
assert pf.dumps() == '''\
def test_propfile_loads():
pf = PropertiesFile.loads(INPUT)
pf._check()
assert len(pf) == 4
assert bool(pf)
assert dict(pf) == {
"foo": "second definition",
"bar": "only definition",
"key": "value",
"zebra": "apple",
}
assert list(pf) == ["foo", "bar", "key", "zebra"]
assert list(reversed(pf)) == ["zebra", "key", "bar", "foo"]
def test_propfile_delitem():
pf = PropertiesFile.loads(INPUT)
pf._check()
del pf["key"]
pf._check()
assert dict(pf) == {
"foo": "second definition",
"bar": "only definition",
"zebra": "apple",
}
assert list(pf) == ["foo", "bar", "zebra"]
assert list(reversed(pf)) == ["zebra", "bar", "foo"]
assert pf.dumps() == '''\
def test_propfile_additem():
pf = PropertiesFile.loads(INPUT)
pf._check()
pf["new"] = "old"
pf._check()
assert dict(pf) == {
"foo": "second definition",
"bar": "only definition",
"key": "value",
"zebra": "apple",
"new": "old",
}
assert list(pf) == ["foo", "bar", "key", "zebra", "new"]
assert list(reversed(pf)) == ["new", "zebra", "key", "bar", "foo"]
assert pf.dumps() == '''\
def test_propfile_set_nochange():
pf = PropertiesFile.loads(INPUT)
pf._check()
assert pf["key"] == "value"
pf["key"] = "value"
pf._check()
assert dict(pf) == {
"foo": "second definition",
"bar": "only definition",
"key": "value",
"zebra": "apple",
}
assert list(pf) == ["foo", "bar", "key", "zebra"]
assert list(reversed(pf)) == ["zebra", "key", "bar", "foo"]
assert pf.dumps() == '''\
def test_propfile_delitem_missing():
pf = PropertiesFile.loads(INPUT)
pf._check()
with pytest.raises(KeyError):
del pf["missing"]
pf._check()
assert len(pf) == 4
assert bool(pf)
assert dict(pf) == {
"foo": "second definition",
"bar": "only definition",
"key": "value",
"zebra": "apple",
}
assert list(pf) == ["foo", "bar", "key", "zebra"]
assert list(reversed(pf)) == ["zebra", "key", "bar", "foo"]
assert pf.dumps() == INPUT
def test_propfile_copy_more():
pf = PropertiesFile.loads(INPUT)
pf2 = pf.copy()
pf._check()
pf2._check()
assert pf is not pf2
assert isinstance(pf2, PropertiesFile)
assert pf == pf2
assert dict(pf) == dict(pf2) == {
"foo": "second definition",
"bar": "only definition",
"key": "value",
"zebra": "apple",
}
pf2["foo"] = "third definition"
del pf2["bar"]
pf2["key"] = "value"
pf2["zebra"] = "horse"
pf2["new"] = "old"
pf._check()
pf2._check()
assert pf != pf2
assert dict(pf) == {
"foo": "second definition",
"bar": "only definition",
"key": "value",
"zebra": "apple",
}
assert dict(pf2) == {
"foo": "third definition",
"key": "value",
"zebra": "horse",
"new": "old",
}
assert pf.dumps() == INPUT
assert pf2.dumps() == '''\
def main(args):
quiet = not args.verbose
node_image = '{}/{}/topology_apache_pulsar:pulsar-{}'.format(args.registry,
args.namespace or DEFAULT_NAMESPACE,
args.pulsar_version)
ports = [{WEB_SERVICE_PORT: WEB_SERVICE_PORT} if args.predictable else WEB_SERVICE_PORT,
{WEB_SERVICE_TLS_PORT: WEB_SERVICE_TLS_PORT} if args.predictable else WEB_SERVICE_TLS_PORT,
{BROKER_SERVICE_PORT: BROKER_SERVICE_PORT} if args.predictable else BROKER_SERVICE_PORT,
{BROKER_SERVICE_TLS_PORT: BROKER_SERVICE_TLS_PORT} if args.predictable else BROKER_SERVICE_TLS_PORT]
clusterdock_config_host_dir = os.path.realpath(os.path.expanduser(args.clusterdock_config_directory))
volumes = [{clusterdock_config_host_dir: CLUSTERDOCK_CLIENT_CONTAINER_DIR}]
proxy_node = Node(hostname=args.proxy_node_name,
group='proxy',
image=node_image,
ports=ports,
volumes=volumes)
broker_nodes = [Node(hostname=hostname, group='broker', image=node_image, volumes=volumes)
for hostname in args.broker_nodes]
zk_nodes = [Node(hostname=hostname, group='zookeeper', image=node_image, volumes=volumes)
for hostname in args.zookeeper_nodes]
nodes = [proxy_node] + broker_nodes + zk_nodes
cluster = Cluster(*nodes)
cluster.start(args.network)
logger.info('Starting pulsar cluster (%s) version %s ...', args.pulsar_cluster_name, args.pulsar_version)
# zookeeper
for idx, node in enumerate(zk_nodes, start=1):
zookeeper_conf = node.get_file(ZOOKEEPER_CONF)
zookeeper_properties = PropertiesFile.loads(zookeeper_conf)
for srvidx, srvnode in enumerate(zk_nodes, start=1):
zookeeper_properties['server.{}'.format(srvidx)] = '{}.{}:2888:3888'.format(srvnode.hostname,
cluster.network)
node.put_file(ZOOKEEPER_CONF, PropertiesFile.dumps(zookeeper_properties))
zookeeper_commands = [
'mkdir -p {}/data/zookeeper'.format(PULSAR_HOME),
'echo {} > {}/data/zookeeper/myid'.format(idx, PULSAR_HOME),
'{}/bin/pulsar-daemon start zookeeper'.format(PULSAR_HOME)
]
execute_node_command(node, ' && '.join(zookeeper_commands), quiet, 'Zookeeper start failed')
web_service_url = 'http://{}.{}:{}'.format(proxy_node.hostname, cluster.network, WEB_SERVICE_PORT)
web_service_url_tls = 'https://{}.{}:{}'.format(proxy_node.hostname, cluster.network, WEB_SERVICE_TLS_PORT)
broker_service_url = 'pulsar://{}.{}:{}'.format(proxy_node.hostname, cluster.network, BROKER_SERVICE_PORT)
broker_service_url_tls = 'pulsar+ssl://{}.{}:{}'.format(proxy_node.hostname, cluster.network,
BROKER_SERVICE_TLS_PORT)
init_cluster_cmd = ('{home}/bin/pulsar initialize-cluster-metadata'
' --cluster {cluster_name}'
' --zookeeper {zkhostname}.{network}:2181'
' --configuration-store {zkhostname}.{network}:2181'
' --web-service-url {web_service_url}'
' --web-service-url-tls {web_service_url_tls}'
' --broker-service-url {broker_service_url}'
' --broker-service-url-tls {broker_service_url_tls}'
.format(home=PULSAR_HOME,
cluster_name=args.pulsar_cluster_name,
zkhostname=zk_nodes[0].hostname,
hostname=proxy_node.hostname,
network=cluster.network,
web_service_url=web_service_url,
web_service_url_tls=web_service_url_tls,
broker_service_url=broker_service_url,
broker_service_url_tls=broker_service_url_tls))
execute_node_command(zk_nodes[0], init_cluster_cmd, quiet, 'Cluster initialization failed')
zk_servers_conf = ','.join(['{}.{}:2181'.format(node.hostname, cluster.network) for node in zk_nodes])
# bookkeepers
for node in broker_nodes:
bookkeeper_conf = node.get_file(BOOKKEEPER_CONF)
bookkeeper_properties = PropertiesFile.loads(bookkeeper_conf)
bookkeeper_properties['zkServers'] = zk_servers_conf
node.put_file(BOOKKEEPER_CONF, PropertiesFile.dumps(bookkeeper_properties))
execute_node_command(node, '{}/bin/pulsar-daemon start bookie'.format(PULSAR_HOME), quiet,
'Bookkeeper start failed')
execute_node_command(node, '{}/bin/bookkeeper shell bookiesanity'.format(PULSAR_HOME), quiet,
'Book keeper sanity check failed')
# brokers
for node in broker_nodes:
broker_conf = node.get_file(BROKER_CONF)
broker_properties = PropertiesFile.loads(broker_conf)
broker_properties.update({'zookeeperServers': zk_servers_conf,
'configurationStoreServers': zk_servers_conf,
'clusterName': args.pulsar_cluster_name})
node.put_file(BROKER_CONF, PropertiesFile.dumps(broker_properties))
# proxy
proxy_conf = proxy_node.get_file(PROXY_CONF)
proxy_properties = PropertiesFile.loads(proxy_conf)
proxy_properties.update({'zookeeperServers': zk_servers_conf,
'configurationStoreServers': zk_servers_conf,
'httpNumThreads': '8'})
proxy_node.put_file(PROXY_CONF, PropertiesFile.dumps(proxy_properties))
# TLS
execute_node_command(proxy_node, 'rm -rf {}'.format(TLS_DIR), quiet=quiet)
if args.tls:
setup_commands = [
'mkdir -p {}'.format(TLS_CLIENT_DIR),
'wget -P {} {}'.format(TLS_DIR, TLS_CONF_URL),
'mkdir -p {dir}/certs {dir}/crl {dir}/newcerts {dir}/private'.format(dir=TLS_DIR),
'chmod 700 {}/private'.format(TLS_DIR),
'touch {}/index.txt'.format(TLS_DIR),
'echo "unique_subject = no" > {}/index.txt.attr'.format(TLS_DIR),
'echo 1000 > {}/serial'.format(TLS_DIR),
]
execute_node_command(proxy_node, ' && '.join(setup_commands), quiet, 'TLS system setup failed')
ca_auth_commands = [
'export CA_HOME={}'.format(TLS_DIR),
'openssl genrsa -out {dir}/private/ca.key.pem 4096'.format(dir=TLS_DIR),
'chmod 400 {}/private/ca.key.pem'.format(TLS_DIR),
('openssl req -config {dir}/openssl.cnf -key {dir}/private/ca.key.pem'
' -new -x509 -days 7300 -sha256 -extensions v3_ca -out {dir}/certs/ca.cert.pem'
' -subj "/C=US/ST=California/L=Palo Alto/O=My company/CN=*"').format(dir=TLS_DIR),
'chmod 444 {}/certs/ca.cert.pem'.format(TLS_DIR),
'cp {}/certs/ca.cert.pem {}'.format(TLS_DIR, TLS_CLIENT_DIR)
]
execute_node_command(proxy_node, ' && '.join(ca_auth_commands), quiet,
'Certificate authority creation failed')
server_cert_commands = [
'export CA_HOME={}'.format(TLS_DIR),
'openssl genrsa -out {}/broker.key.pem 2048'.format(TLS_DIR),
('openssl pkcs8 -topk8 -inform PEM -outform PEM -in {dir}/broker.key.pem'
' -out {dir}/broker.key-pk8.pem -nocrypt').format(dir=TLS_DIR),
# comman name (CN) needs to be *.<nw> so as that <nw> hosts can access Pulsar cluster
('openssl req -config {dir}/openssl.cnf -key {dir}/broker.key.pem -new -sha256 -out {dir}/broker.csr.pem'
' -subj "/C=US/ST=California/L=Palo Alto/O=My company/CN=*.{nw}"').format(dir=TLS_DIR, nw=cluster.network),
('openssl ca -batch -config {dir}/openssl.cnf -extensions server_cert -days 1000 -notext -md sha256'
' -in {dir}/broker.csr.pem -out {dir}/broker.cert.pem').format(dir=TLS_DIR)
]
execute_node_command(proxy_node, ' && '.join(server_cert_commands), quiet,
'Broker certificate creation failed')
for node in broker_nodes:
broker_conf = node.get_file(BROKER_CONF)
broker_properties = PropertiesFile.loads(broker_conf)
broker_properties.update({'brokerServicePortTls': '6651',
'tlsEnabled': 'true',
'tlsCertificateFilePath': '{}/broker.cert.pem'.format(TLS_DIR),
'tlsKeyFilePath': '{}/broker.key-pk8.pem'.format(TLS_DIR),
'tlsTrustCertsFilePath': '{}/certs/ca.cert.pem'.format(TLS_DIR),
'webServicePortTls': '8443'})
node.put_file(BROKER_CONF, PropertiesFile.dumps(broker_properties))
proxy_conf = proxy_node.get_file(PROXY_CONF)
proxy_properties = PropertiesFile.loads(proxy_conf)
proxy_properties.update({'servicePortTls': '6651',
'tlsEnabledInProxy': 'true',
'tlsCertificateFilePath': '{}/broker.cert.pem'.format(TLS_DIR),
'tlsKeyFilePath': '{}/broker.key-pk8.pem'.format(TLS_DIR),
'tlsTrustCertsFilePath': '{}/certs/ca.cert.pem'.format(TLS_DIR),
'tlsEnabledWithBroker': 'true',
'brokerClientTrustCertsFilePath': '{}/certs/ca.cert.pem'.format(TLS_DIR),
'webServicePortTls': '8443'})
proxy_node.put_file(PROXY_CONF, PropertiesFile.dumps(proxy_properties))
for node in nodes:
client_conf = node.get_file(CLIENT_CONF)
client_properties = PropertiesFile.loads(client_conf)
client_properties.update({'webServiceUrl': web_service_url_tls,
'brokerServiceUrl': broker_service_url_tls,
'useTls': 'true',
'tlsAllowInsecureConnection': 'false',
'tlsTrustCertsFilePath': '{}/certs/ca.cert.pem'.format(TLS_DIR)})
node.put_file(CLIENT_CONF, PropertiesFile.dumps(client_properties))
# TLS auth
if args.tls == 'authentication':
client_cert_commands = [
'export CA_HOME={}'.format(TLS_DIR),
'openssl genrsa -out {}/admin.key.pem 2048'.format(TLS_DIR),
('openssl pkcs8 -topk8 -inform PEM -outform PEM -in {dir}/admin.key.pem'
' -out {dir}/admin.key-pk8.pem -nocrypt').format(dir=TLS_DIR),
# comman name (CN) needs to be admin - same as user principal in Pulsar
('openssl req -config {dir}/openssl.cnf -key {dir}/admin.key.pem -new -sha256 -out {dir}/admin.csr.pem'
' -subj "/C=US/ST=California/L=Palo Alto/O=My company/CN=admin"').format(dir=TLS_DIR),
('openssl ca -batch -config {dir}/openssl.cnf -extensions usr_cert -days 1000 -notext -md sha256'
' -in {dir}/admin.csr.pem -out {dir}/admin.cert.pem').format(dir=TLS_DIR),
'mv {}/admin.* {}'.format(TLS_DIR, TLS_CLIENT_DIR)
]
execute_node_command(proxy_node, ' && '.join(client_cert_commands), quiet,
'Client certificate creation failed')
proxy_cert_commands = [
'export CA_HOME={}'.format(TLS_DIR),
'openssl genrsa -out {}/proxy.key.pem 2048'.format(TLS_DIR),
('openssl pkcs8 -topk8 -inform PEM -outform PEM -in {dir}/proxy.key.pem'
' -out {dir}/proxy.key-pk8.pem -nocrypt').format(dir=TLS_DIR),
# comman name (CN) needs to be proxyadmin - same as proxy principal in Pulsar
('openssl req -config {dir}/openssl.cnf -key {dir}/proxy.key.pem -new -sha256 -out {dir}/proxy.csr.pem'
' -subj "/C=US/ST=California/L=Palo Alto/O=My company/CN=proxyadmin"').format(dir=TLS_DIR),
('openssl ca -batch -config {dir}/openssl.cnf -extensions usr_cert -days 1000 -notext -md sha256'
' -in {dir}/proxy.csr.pem -out {dir}/proxy.cert.pem').format(dir=TLS_DIR)
]
execute_node_command(proxy_node, ' && '.join(proxy_cert_commands), quiet,
'Proxy certificate creation failed')
for node in broker_nodes:
broker_conf = node.get_file(BROKER_CONF)
broker_properties = PropertiesFile.loads(broker_conf)
broker_properties.update({
'authenticationEnabled': 'true',
'authenticationProviders': 'org.apache.pulsar.broker.authentication.AuthenticationProviderTls',
'proxyRoles': 'proxyadmin',
'superUserRoles': 'proxyadmin,admin'})
node.put_file(BROKER_CONF, PropertiesFile.dumps(broker_properties))
proxy_conf = proxy_node.get_file(PROXY_CONF)
proxy_properties = PropertiesFile.loads(proxy_conf)
proxy_properties.update({
'authenticationEnabled': 'true',
'authenticationProviders': 'org.apache.pulsar.broker.authentication.AuthenticationProviderTls',
'brokerClientAuthenticationPlugin': 'org.apache.pulsar.client.impl.auth.AuthenticationTls',
'brokerClientAuthenticationParameters': ('tlsCertFile:{dir}/proxy.cert.pem,'
'tlsKeyFile:{dir}/proxy.key-pk8.pem').format(dir=TLS_DIR),
'superUserRoles': 'admin'})
proxy_node.put_file(PROXY_CONF, PropertiesFile.dumps(proxy_properties))
for node in nodes:
client_conf = node.get_file(CLIENT_CONF)
client_properties = PropertiesFile.loads(client_conf)
client_properties.update({'authPlugin': 'org.apache.pulsar.client.impl.auth.AuthenticationTls',
'authParams': ('tlsCertFile:{dir}/admin.cert.pem,tlsKeyFile:'
'{dir}/admin.key-pk8.pem').format(dir=TLS_CLIENT_DIR)})
node.put_file(CLIENT_CONF, PropertiesFile.dumps(client_properties))
# start broker nodes and proxy node
for node in broker_nodes:
execute_node_command(node, '{}/bin/pulsar-daemon start broker'.format(PULSAR_HOME), quiet,
'Broker start failed')
out_file = '{}/logs/pulsar-proxy-{}.{}.out'.format(PULSAR_HOME, proxy_node.hostname, cluster.network)
execute_node_command(proxy_node, 'mkdir -p {}/logs'.format(PULSAR_HOME), quiet)
execute_node_command(proxy_node,
'nohup {}/bin/pulsar proxy > "{}" 2>&1 < /dev/null &'.format(PULSAR_HOME, out_file),
quiet, 'Proxy start failed')
logger.info('Performing health check on Pulsar cluster (%s) ...', args.pulsar_cluster_name)
def condition(node, cluster_name, command):
command_status = node.execute(command, quiet=True)
return command_status.exit_code == 0 and command_status.output.splitlines()[-1].strip().strip('"') == cluster_name
wait_for_condition(condition=condition, condition_args=[proxy_node, args.pulsar_cluster_name,
'{}/bin/pulsar-admin clusters list'.format(PULSAR_HOME)])
logger.info('Pulsar cluster (%s) can be reached on docker network (%s):\n%s \n%s',
args.pulsar_cluster_name, cluster.network,
textwrap.indent('Web service URL: {}'.format(web_service_url), prefix=' '),
textwrap.indent('Broker service URL: {}'.format(broker_service_url), prefix=' '))
logger.log(logging.INFO if args.tls else -1,
'Pulsar cluster (%s) can be reached securely on docker network (%s):\n%s \n%s',
args.pulsar_cluster_name, cluster.network,
textwrap.indent('Secure web service URL: {}'.format(web_service_url_tls), prefix=' '),
textwrap.indent('Secure broker service URL: {}'.format(broker_service_url_tls), prefix=' '))
def test_propfile_preserve_trailing_comment_escape_nl():
pf = PropertiesFile.loads('#key = value\\\n')
pf._check()
assert dict(pf) == {}
assert pf.dumps() == '#key = value\\\n'
def test_propfile_preserve_trailing_escape_nl():
pf = PropertiesFile.loads('key = value\\\n')
pf._check()
assert dict(pf) == {"key": "value"}
assert pf.dumps() == 'key = value\\\n'
def test_propfile_preserve_comment_no_trailing_newline():
pf = PropertiesFile.loads('#key = value')
pf._check()
assert dict(pf) == {}
assert pf.dumps() == '#key = value'
def test_propfile_dumps():
pf = PropertiesFile.loads(INPUT)
pf._check()
assert pf.dumps() == INPUT
def test_propfile_preserve_no_trailing_newline():
pf = PropertiesFile.loads('key = value')
pf._check()
assert dict(pf) == {"key": "value"}
assert pf.dumps() == 'key = value'
def test_propfile_neq_string():
pf = PropertiesFile.loads('key = value\nkey: other value\n')
assert pf != 'key = value\nkey: other value\n'
assert 'key = value\nkey: other value\n' != pf
def test_propfile_eq_repeated_keys():
pf = PropertiesFile.loads('key = value\nkey: other value\n')
pf2 = PropertiesFile.loads('key: whatever\nkey other value')
assert pf == pf2
assert dict(pf) == dict(pf2) == {"key": "other value"}
def test_propfile_neq_different_comments():
pf = PropertiesFile.loads('#This is a comment.\nkey=value\n')
pf2 = PropertiesFile.loads('#This is also a comment.\nkey=value\n')
assert pf != pf2
assert dict(pf) == dict(pf2)