def install_sync_gateway(cluster_config, sync_gateway_config):
log_info(sync_gateway_config)
if not sync_gateway_config.is_valid():
raise ProvisioningError("Invalid sync_gateway provisioning configuration. Exiting ...")
if sync_gateway_config.build_flags != "":
log_warn("\n\n!!! WARNING: You are building with flags: {} !!!\n\n".format(sync_gateway_config.build_flags))
ansible_runner = AnsibleRunner(cluster_config)
config_path = os.path.abspath(sync_gateway_config.config_path)
# Create buckets unless the user explicitly asked to skip this step
if not sync_gateway_config.skip_bucketcreation:
create_server_buckets(cluster_config, sync_gateway_config)
# Install Sync Gateway via Source or Package
if sync_gateway_config.commit is not None:
# Install from source
status = ansible_runner.run_ansible_playbook(
"install-sync-gateway-source.yml",
extra_vars={
"sync_gateway_config_filepath": config_path,
"commit": sync_gateway_config.commit,
"build_flags": sync_gateway_config.build_flags
}
)
if status != 0:
raise ProvisioningError("Failed to install sync_gateway source")
else:
# Install from Package
sync_gateway_base_url, sync_gateway_package_name, sg_accel_package_name = sync_gateway_config.sync_gateway_base_url_and_package()
status = ansible_runner.run_ansible_playbook(
"install-sync-gateway-package.yml",
extra_vars={
"couchbase_sync_gateway_package_base_url": sync_gateway_base_url,
"couchbase_sync_gateway_package": sync_gateway_package_name,
"couchbase_sg_accel_package": sg_accel_package_name,
"sync_gateway_config_filepath": config_path
}
)
if status != 0:
raise ProvisioningError("Failed to install sync_gateway package")
def install_sync_gateway(cluster_config,
sync_gateway_config,
sg_ce=False,
sg_platform="centos",
sa_platform="centos"):
log_info(sync_gateway_config)
if sync_gateway_config.build_flags != "":
log_warn(
"\n\n!!! WARNING: You are building with flags: {} !!!\n\n".format(
sync_gateway_config.build_flags))
ansible_runner = AnsibleRunner(cluster_config)
config_path = os.path.abspath(sync_gateway_config.config_path)
couchbase_server_primary_node = add_cbs_to_sg_config_server_field(
cluster_config)
# Create buckets unless the user explicitly asked to skip this step
if not sync_gateway_config.skip_bucketcreation:
create_server_buckets(cluster_config, sync_gateway_config)
server_port = 8091
server_scheme = "http"
if is_cbs_ssl_enabled(cluster_config):
server_port = 18091
server_scheme = "https"
# Shared vars
playbook_vars = {
"sync_gateway_config_filepath": config_path,
"server_port": server_port,
"server_scheme": server_scheme,
"autoimport": "",
"xattrs": "",
"no_conflicts": "",
"couchbase_server_primary_node": couchbase_server_primary_node
}
if is_xattrs_enabled(cluster_config):
playbook_vars["autoimport"] = '"import_docs": "continuous",'
playbook_vars["xattrs"] = '"enable_shared_bucket_access": true,'
if no_conflicts_enabled(cluster_config):
playbook_vars["no_conflicts"] = '"allow_conflicts": false,'
try:
revs_limit = get_revs_limit(cluster_config)
playbook_vars["revs_limit"] = '"revs_limit": {},'.format(revs_limit)
except KeyError as ex:
log_info("Keyerror in getting revs_limit{}".format(ex.message))
# Install Sync Gateway via Source or Package
if sync_gateway_config.commit is not None:
# Install from source
playbook_vars["commit"] = sync_gateway_config.commit
playbook_vars["build_flags"] = sync_gateway_config.build_flags
status = ansible_runner.run_ansible_playbook(
"install-sync-gateway-source.yml", extra_vars=playbook_vars)
if status != 0:
raise ProvisioningError("Failed to install sync_gateway source")
else:
# Install from Package
sync_gateway_base_url, sync_gateway_package_name, sg_accel_package_name = sync_gateway_config.sync_gateway_base_url_and_package(
sg_ce=sg_ce, sg_platform=sg_platform, sa_platform=sa_platform)
playbook_vars[
"couchbase_sync_gateway_package_base_url"] = sync_gateway_base_url
playbook_vars[
"couchbase_sync_gateway_package"] = sync_gateway_package_name
playbook_vars["couchbase_sg_accel_package"] = sg_accel_package_name
if sg_platform == "windows":
status = ansible_runner.run_ansible_playbook(
"install-sync-gateway-package-windows.yml",
extra_vars=playbook_vars)
else:
status = ansible_runner.run_ansible_playbook(
"install-sync-gateway-package.yml", extra_vars=playbook_vars)
if status != 0:
raise ProvisioningError("Failed to install sync_gateway package")
if sa_platform == "windows":
status = ansible_runner.run_ansible_playbook(
"install-sg-accel-package-windows.yml",
extra_vars=playbook_vars)
else:
status = ansible_runner.run_ansible_playbook(
"install-sg-accel-package.yml", extra_vars=playbook_vars)
if status != 0:
raise ProvisioningError("Failed to install sg_accel package")
# Configure aws cloudwatch logs forwarder
status = ansible_runner.run_ansible_playbook(
"configure-sync-gateway-awslogs-forwarder.yml", extra_vars={})
if status != 0:
raise ProvisioningError(
"Failed to configure sync_gateway awslogs forwarder")
def verify_changes(users, expected_num_docs, expected_num_revisions, expected_docs, ignore_rev_ids=False):
# When users create or update a doc on sync_gateway, the response of the REST call
# is stored in the users cache. 'expected_docs' is a scenario level dictionary created
# from the combination of these user caches. This is used to create expected results
# when comparing against the changes feed for each user.
errors = {
"unexpected_changes_length": 0,
"invalid_expected_docs_length": 0,
"duplicate_expected_ids": 0,
"duplicate_changes_doc_ids": 0,
"expected_doc_ids_differ_from_changes_doc_ids": 0,
"invalid_rev_id": 0,
"unexpected_rev_id_prefix": 0,
"unexpected_num_updates": 0
}
if type(users) is list:
user_list = users
else:
# Allow a single user to be passed
user_list = list()
user_list.append(users)
if type(expected_docs) is not dict:
log_error("expected_docs is not a dictionary")
raise Exception("Make sure 'expected_docs' is a dictionary")
for user in user_list:
changes = user.get_changes(include_docs=True)
results = changes["results"]
changes_results = list()
for result in results:
changes_result = dict()
if not result["id"].startswith("_user"):
changes_result["id"] = result["doc"]["_id"]
changes_result["rev"] = result["doc"]["_rev"]
changes_result["updates"] = result["doc"]["updates"]
changes_results.append(changes_result)
# Check expected_num_docs matches number of changes results
if expected_num_docs != len(changes_results):
log_error("{0} -> {1} expected_num_docs != {2} len(changes_results)".format(user.name, expected_num_docs, len(changes_results)))
errors["unexpected_changes_length"] += 1
# Check number of expected num docs matched number of expected doc ids
if expected_num_docs != len(expected_docs):
log_error("{0} -> {1} expected_num_docs != {2} len(expected_docs)".format(user.name, expected_num_docs, len(expected_docs)))
errors["invalid_expected_docs_length"] += 1
# Get ids from expected docs
expected_doc_ids = expected_docs.keys()
# Assert there are no duplicates in expected doc ids
if len(expected_doc_ids) != len(set(expected_doc_ids)):
log_error("{0} -> Duplicates found in expected_doc_ids".format(user.name))
errors["duplicate_expected_ids"] += 1
# Get ids from all changes results
changes_doc_ids = [result["id"] for result in changes_results]
# Assert there are no duplicates in changes doc ids
if len(changes_doc_ids) != len(set(changes_doc_ids)):
log_error("{0} -> Duplicates found in changes doc ids".format(user.name))
errors["duplicate_changes_doc_ids"] += 1
# Assert the expected doc ids and changes doc ids are the same
if set(expected_doc_ids) != set(changes_doc_ids):
log_error("{0} -> changes feed doc ids differ from expected doc ids".format(user.name))
different_docs = set(expected_doc_ids) - set(changes_doc_ids)
log_error("{0} -> Set difference {1}".format(user.name, different_docs))
errors["expected_doc_ids_differ_from_changes_doc_ids"] += 1
if ignore_rev_ids:
log_warn("WARNING: Ignoring rev id verification!!")
for result in changes_results:
if not ignore_rev_ids:
# Compare revision number for id
if expected_docs[result["id"]] != result["rev"]:
errors["invalid_rev_id"] += 1
# IMPORTANT - This assumes that no conflicts are created via new_edits in the doc PUT
# Assert that the revision id prefix matches the number of expected revisions
rev_id_prefix = result["rev"].split("-")[0]
# rev-id prefix will be 1 when document is created
# For any non-conflicting update, it will be incremented by one
if expected_num_revisions != int(rev_id_prefix) - 1:
log_error("{0} -> expected_num_revisions {1} does not match stored rev_id_prefix: {2}".format(user.name, expected_num_revisions, rev_id_prefix))
errors["unexpected_rev_id_prefix"] += 1
# Check number of expected updates matched the updates on the _changes doc
if expected_num_revisions != result["updates"]:
log_error("{0} -> expected_num_revisions {1} does not match number of updates {2}".format(user.name, expected_num_revisions, result["updates"]))
errors["unexpected_num_updates"] += 1
# Allow printing updates even if changes feed length is 0
if len(changes_results) == 0:
updates = 0
else:
updates = changes_results[0]["updates"]
log_info(" -> |{0}| expected (num_docs: {1} num_revisions: {2}) _changes (num_docs: {3} updates: {4})".format(
user.name,
expected_num_docs,
expected_num_revisions,
len(changes_doc_ids),
updates
))
# Print any error that may have occured
error_count = 0
for key, val in errors.items():
if val != 0:
log_error("<!> VERIFY ERROR - name: {}: occurences: {}".format(key, val))
error_count += 1
assert error_count == 0
def write_config(config, pool_file, use_docker, sg_windows, sg_accel_windows):
connection_string = ""
if use_docker:
connection_string = "ansible_connection=docker"
ips, ip_to_node_type = get_hosts(pool_file)
ip_to_node_type_len = len(ip_to_node_type)
ip_to_node_type_defined = False
resource_folder = os.path.dirname(pool_file)
log_info("ips: {}".format(ips))
if len(ips) < config.num_machines_required():
log_warn(
"WARNING: Skipping config {} since {} machines required, but only {} provided"
.format(config.name, config.num_machines_required(), len(ips)))
return
if ip_to_node_type_len > 0:
ip_to_node_type_defined = True
# Check for number of IPs versus number of IPs in ip_to_node_type
if ip_to_node_type and len(ip_to_node_type) != len(ips):
raise Exception(
"Number of IPs in resources/pool:ips and ip_to_node_type do not match. Exiting ..."
)
log_info("\nGenerating config: {}".format(config.name))
ansible_cluster_conf_file = resource_folder + "/cluster_configs/{}".format(
config.name)
cluster_json_file = resource_folder + "/cluster_configs/{}.json".format(
config.name)
with open(ansible_cluster_conf_file, "w") as f:
hosts = []
couchbase_servers = []
sync_gateways = []
accels = []
load_generators = []
load_balancers = []
f.write("[pool]\n")
count = 1
for ip in ips:
f.write("ma{} ansible_host={} {}\n".format(count, ip,
connection_string))
hosts.append({"name": "host{}".format(count), "ip": ip})
count += 1
f.write("\n")
f.write("\n")
# Write Servers
cbs_ips_to_remove = []
f.write("[couchbase_servers]\n")
for i in range(config.num_cbs):
# Check if the IP is present in the ip_to_node_type
j = 0
found = False
while ip_to_node_type_defined and j < len(ips):
if ips[j] not in ip_to_node_type:
raise Exception("{} not in ip_to_node_type".format(ips[j]))
if ip_to_node_type[ips[j]] != "couchbase_servers" or ips[
j] in cbs_ips_to_remove:
# IP is not a cbs or if the cbs is already recorded
j += 1
continue
else:
found = True
break
# Check if the number of cbs in the ip_to_node_type match the config
if ip_to_node_type_defined and not found:
log_warn(
"WARNING: Skipping config {} since {} couchbase_servers required, but only {} provided"
.format(config.name, config.num_cbs,
len(cbs_ips_to_remove)))
# Sometimes the config file is partially generated, correct sg but invalid cb etc.
log_warn("WARNING: Removing the partially generated config {}".
format(config.name))
os.unlink(f.name)
return
# j is the counter for ip_to_node_type which is invalid if not defined
if ip_to_node_type_defined:
ip = ips[j]
else:
ip = ips[i]
f.write("cb{} ansible_host={} {}\n".format(i + 1, ip,
connection_string))
couchbase_servers.append({"name": "cb{}".format(i + 1), "ip": ip})
cbs_ips_to_remove.append(ip)
for cbs_ip in cbs_ips_to_remove:
ips.remove(cbs_ip)
f.write("\n")
# Write sync_gateways
f.write("[sync_gateways]\n")
sg_ips_to_remove = []
for i in range(config.num_sgs):
# Check if the IP is present in the ip_to_node_type
j = 0
found = False
while ip_to_node_type_defined and j < len(ips):
if ips[j] not in ip_to_node_type:
raise Exception("{} not in ip_to_node_type".format(ips[j]))
if ip_to_node_type[ips[j]] != "sync_gateways" or ips[
j] in sg_ips_to_remove:
# IP is not a sg or if the sg is already recorded
j += 1
continue
else:
found = True
break
# Check if the number of sgs in the ip_to_node_type match the config
if ip_to_node_type_defined and not found:
log_warn(
"WARNING: Skipping config {} since {} sync_gateways required, but only {} provided"
.format(config.name, config.num_sgs,
len(sg_ips_to_remove)))
# Sometimes the config file is partially generated, correct cbs but invalid sg etc.
log_warn("WARNING: Removing the partially generated config {}".
format(config.name))
os.unlink(f.name)
return
# j is the counter for ip_to_node_type which is invalid if not defined
if ip_to_node_type_defined:
ip = ips[j]
else:
ip = ips[i]
f.write("sg{} ansible_host={} {}\n".format(i + 1, ip,
connection_string))
sync_gateways.append({"name": "sg{}".format(i + 1), "ip": ip})
sg_ips_to_remove.append(ip)
for sg_ip in sg_ips_to_remove:
print "REMOVING {} and {} from {}".format(sg_ip, sg_ips_to_remove,
ips)
ips.remove(sg_ip)
f.write("\n")
# Write sg_accels
ac_ips_to_remove = []
f.write("[sg_accels]\n")
for i in range(config.num_acs):
# Check if the IP is present in the ip_to_node_type
j = 0
found = False
while ip_to_node_type_defined and j < len(ips):
if ips[j] not in ip_to_node_type:
raise Exception("{} not in ip_to_node_type".format(ips[j]))
if ip_to_node_type[
ips[j]] != "sg_accels" or ips[j] in ac_ips_to_remove:
# IP is not a ac or if the ac is already recorded
j += 1
continue
else:
found = True
break
# Check if the number of acs in the ip_to_node_type match the config
if ip_to_node_type_defined and not found:
log_warn(
"WARNING: Skipping config {} since {} sg_accels required, but only {} provided"
.format(config.name, config.num_acs,
len(ac_ips_to_remove)))
# Sometimes the config file is partially generated, correct cbs but invalid ac etc.
log_warn("WARNING: Removing the partially generated config {}".
format(config.name))
os.unlink(f.name)
return
# j is the counter for ip_to_node_type which is invalid if not defined
if ip_to_node_type_defined:
ip = ips[j]
else:
ip = ips[i]
f.write("ac{} ansible_host={} {}\n".format(i + 1, ip,
connection_string))
accels.append({"name": "ac{}".format(i + 1), "ip": ip})
ac_ips_to_remove.append(ip)
for ac_ip in ac_ips_to_remove:
ips.remove(ac_ip)
f.write("\n")
# Write load generators
lg_ips_to_remove = []
f.write("[load_generators]\n")
for i in range(config.num_lgs):
# Check if the IP is present in the ip_to_node_type
j = 0
found = False
while ip_to_node_type_defined and j < len(ips):
if ips[j] not in ip_to_node_type:
raise Exception("{} not in ip_to_node_type".format(ips[j]))
if ip_to_node_type[ips[j]] != "load_generators" or ips[
j] in lg_ips_to_remove:
# IP is not a lg or if the lg is already recorded
j += 1
continue
else:
found = True
break
# Check if the number of lgs in the ip_to_node_type match the config
if ip_to_node_type_defined and not found:
log_warn(
"WARNING: Skipping config {} since {} load_generators required, but only {} provided"
.format(config.name, config.num_lgs,
len(lg_ips_to_remove)))
# Sometimes the config file is partially generated, correct cbs but invalid lg etc.
log_warn("WARNING: Removing the partially generated config {}".
format(config.name))
os.unlink(f.name)
return
# j is the counter for ip_to_node_type which is invalid if not defined
if ip_to_node_type_defined:
ip = ips[j]
else:
ip = ips[i]
f.write("lg{} ansible_host={} {}\n".format(i + 1, ip,
connection_string))
load_generators.append({"name": "lg{}".format(i + 1), "ip": ip})
lg_ips_to_remove.append(ip)
for lg_ip in lg_ips_to_remove:
ips.remove(lg_ip)
f.write("\n")
# Write load balancers
lb_ips_to_remove = []
f.write("[load_balancers]\n")
for i in range(config.num_lbs):
# Check if the IP is present in the ip_to_node_type
j = 0
found = False
while ip_to_node_type_defined and j < len(ips):
if ips[j] not in ip_to_node_type:
raise Exception("{} not in ip_to_node_type".format(ips[j]))
if ip_to_node_type[ips[j]] != "load_balancers" or ips[
j] in lb_ips_to_remove:
# IP is not a lb or if the lb is already recorded
j += 1
continue
else:
found = True
break
# Check if the number of lbs in the ip_to_node_type match the config
if ip_to_node_type_defined and not found:
log_warn(
"WARNING: Skipping config {} since {} load_balancers required, but only {} provided"
.format(config.name, config.num_lbs,
len(lb_ips_to_remove)))
# Sometimes the config file is partially generated, correct cbs but invalid lb etc.
log_warn("WARNING: Removing the partially generated config {}".
format(config.name))
os.unlink(f.name)
return
# j is the counter for ip_to_node_type which is invalid if not defined
if ip_to_node_type_defined:
ip = ips[j]
else:
ip = ips[i]
f.write("lb{} ansible_host={} {}\n".format(i + 1, ip,
connection_string))
load_balancers.append({"name": "lb{}".format(i + 1), "ip": ip})
lb_ips_to_remove.append(ip)
for lb_ip in lb_ips_to_remove:
ips.remove(lb_ip)
f.write("\n")
# Get local address to run webhook server on
# TODO: make the webhook receiver it's own endpoint, or come up w/ better design.
try:
f.write("[webhook_ip]\n")
# HACK: http://stackoverflow.com/questions/166506/finding-local-ip-addresses-using-pythons-stdlib
# Connect to Google's public DNS server and get the socketname tuple (<local_ip_address>, <port>)
# The 'local_ip_address' is the ip of the machine on the LAN. This will be used to run mock server
# for the web hook tests. It will be exposed on the LAN so that other machines on the LAN can connect to it
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
s.connect(("8.8.8.8", 80))
local_ip = s.getsockname()[0]
s.close()
log_info("webhook ip: {}".format(local_ip))
f.write("tf1 ansible_host={} {}".format(local_ip,
connection_string))
except Exception as e:
log_error(
"Failed to find local_ip, webhook tests will fail. Error: {}".
format(e))
f.write("\n\n[environment]\n")
f.write("cbs_ssl_enabled=False\n")
f.write("xattrs_enabled=False\n")
f.write("sg_lb_enabled=False\n")
if sg_windows:
f.write("\n\n[sync_gateways:vars]\n")
f.write("ansible_user=FakeUser\n")
f.write("ansible_password=FakePassword\n")
f.write("ansible_port=5986\n")
f.write("ansible_connection=winrm\n")
f.write("ansible_winrm_server_cert_validation=ignore\n")
if sg_accel_windows:
f.write("\n\n[sg_accels:vars]\n")
f.write("ansible_user=FakeUser\n")
f.write("ansible_password=FakePassword\n")
f.write("ansible_port=5986\n")
f.write("ansible_connection=winrm\n")
f.write("ansible_winrm_server_cert_validation=ignore\n")
log_info("Generating {}.json".format(config.name))
# Write json file consumable by testkit.cluster class
cluster_dict = {
"hosts": hosts,
"couchbase_servers": couchbase_servers,
"sync_gateways": sync_gateways,
"sg_accels": accels,
"load_generators": load_generators,
"load_balancers": load_balancers,
"environment": {
"cbs_ssl_enabled": False,
"xattrs_enabled": False,
"sg_lb_enabled": False
}
}
with open(cluster_json_file, "w") as f_json:
f_json.write(json.dumps(cluster_dict, indent=4))
def write_config(config, pool_file):
ips = get_ips(pool_file)
log_info("ips: {}".format(ips))
if len(ips) < config.num_machines_required():
log_warn("WARNING: Skipping config {} since {} machines required, but only {} provided".format(
config.name,
config.num_machines_required(),
len(ips))
)
return
log_info("\nGenerating config: {}".format(config.name))
ansible_cluster_conf_file = "resources/cluster_configs/{}".format(config.name)
cluster_json_file = "resources/cluster_configs/{}.json".format(config.name)
with open(ansible_cluster_conf_file, "w") as f:
hosts = []
couchbase_servers = []
sync_gateways = []
accels = []
load_generators = []
load_balancers = []
f.write("[pool]\n")
count = 1
for ip in ips:
f.write("ma{} ansible_host={}\n".format(count, ip))
hosts.append({
"name": "host{}".format(count),
"ip": ip
})
count += 1
f.write("\n")
f.write("\n")
# Write Servers
cbs_ips_to_remove = []
f.write("[couchbase_servers]\n")
for i in range(config.num_cbs):
ip = ips[i]
f.write("cb{} ansible_host={}\n".format(i + 1, ip))
couchbase_servers.append({
"name": "cb{}".format(i + 1),
"ip": ip
})
cbs_ips_to_remove.append(ip)
for cbs_ip in cbs_ips_to_remove:
ips.remove(cbs_ip)
f.write("\n")
# Write sync_gateways
f.write("[sync_gateways]\n")
sg_ips_to_remove = []
for i in range(config.num_sgs):
ip = ips[i]
f.write("sg{} ansible_host={}\n".format(i + 1, ip))
sync_gateways.append({
"name": "sg{}".format(i + 1),
"ip": ip
})
sg_ips_to_remove.append(ip)
for sg_ip in sg_ips_to_remove:
ips.remove(sg_ip)
f.write("\n")
# Write sg_accels
ac_ips_to_remove = []
f.write("[sg_accels]\n")
for i in range(config.num_acs):
ip = ips[i]
f.write("ac{} ansible_host={}\n".format(i + 1, ip))
accels.append({
"name": "ac{}".format(i + 1),
"ip": ip
})
ac_ips_to_remove.append(ip)
for ac_ip in ac_ips_to_remove:
ips.remove(ac_ip)
f.write("\n")
# Write load generators
lg_ips_to_remove = []
f.write("[load_generators]\n")
for i in range(config.num_lgs):
ip = ips[i]
f.write("lg{} ansible_host={}\n".format(i + 1, ip))
load_generators.append({
"name": "lg{}".format(i + 1),
"ip": ip
})
lg_ips_to_remove.append(ip)
for lg_ip in lg_ips_to_remove:
ips.remove(lg_ip)
f.write("\n")
# Write load balancers
lb_ips_to_remove = []
f.write("[load_balancers]\n")
for i in range(config.num_lbs):
ip = ips[i]
f.write("lb{} ansible_host={}\n".format(i + 1, ip))
load_balancers.append({
"name": "lb{}".format(i + 1),
"ip": ip
})
lb_ips_to_remove.append(ip)
for lb_ip in lb_ips_to_remove:
ips.remove(lb_ip)
f.write("\n")
# Get local address to run webhook server on
# TODO: make the webhook receiver it's own endpoint, or come up w/ better design.
try:
f.write("[webhook_ip]\n")
# HACK: http://stackoverflow.com/questions/166506/finding-local-ip-addresses-using-pythons-stdlib
# Connect to Google's public DNS server and get the socketname tuple (<local_ip_address>, <port>)
# The 'local_ip_address' is the ip of the machine on the LAN. This will be used to run mock server
# for the web hook tests. It will be exposed on the LAN so that other machines on the LAN can connect to it
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
s.connect(("8.8.8.8", 80))
local_ip = s.getsockname()[0]
s.close()
log_info("webhook ip: {}".format(local_ip))
f.write("tf1 ansible_host={}".format(local_ip))
except Exception as e:
log_error("Failed to find local_ip, webhook tests will fail. Error: {}".format(e))
log_info("Generating {}.json".format(config.name))
# Write json file consumable by testkit.cluster class
cluster_dict = {
"hosts": hosts,
"couchbase_servers": couchbase_servers,
"sync_gateways": sync_gateways,
"sg_accels": accels,
"load_generators": load_generators,
"load_balancers": load_balancers
}
with open(cluster_json_file, "w") as f_json:
f_json.write(json.dumps(cluster_dict, indent=4))
