def _set_up_environment():
# Trace variables need to be set in the global environment
# since the Datadog Java Trace Agent does not live inside the Datadog Agent process
if _is_dd_tracing_enabled():
os.environ["DD_SERVICE_NAME"] = _get_service()
os.environ["DD_JMXFETCH_ENABLED"] = "false"
dbconfig = database.get_config()
if dbconfig:
os.environ["DD_SERVICE_MAPPING"] = "{}:{}.db".format(
dbconfig["DatabaseType"].lower(), _get_service())
e = dict(os.environ.copy())
# Everything in datadog.yaml can be configured with environment variables
# This is the "official way" of working with the DD buildpack, so let's do this to ensure forward compatibility
e["DD_API_KEY"] = get_api_key()
e["DD_HOSTNAME"] = util.get_hostname()
# Explicitly turn off tracing to ensure backward compatibility
if not _is_dd_tracing_enabled():
e["DD_TRACE_ENABLED"] = "false"
e["DD_LOGS_ENABLED"] = "true"
e["DD_LOG_FILE"] = "/dev/null"
tags = util.get_tags()
if tags:
e["DD_TAGS"] = ",".join(tags)
e["DD_PROCESS_CONFIG_LOG_FILE"] = "/dev/null"
e["DD_DOGSTATSD_PORT"] = str(_get_statsd_port())
# Include for forward-compatibility with DD buildpack
e["DD_ENABLE_CHECKS"] = "true"
e["DATADOG_DIR"] = str(os.path.abspath(DD_AGENT_DIR))
return e
def _set_up_environment():
# Trace variables need to be set in the global environment
# since the Datadog Java Trace Agent does not live inside the Datadog Agent process
e = dict(os.environ.copy())
# Everything in datadog.yaml can be configured with environment variables
# This is the "official way" of working with the DD buildpack, so let's do this to ensure forward compatibility
e["DD_API_KEY"] = get_api_key()
e["DD_HOSTNAME"] = util.get_hostname()
e["DD_LOG_FILE"] = "/dev/null"
e["DD_PROCESS_CONFIG_LOG_FILE"] = "/dev/null"
e["DD_DOGSTATSD_PORT"] = str(get_statsd_port())
# Transform and append tags
e["DD_TAGS"] = _get_datadog_tags()
if "TAGS" in e:
del e["TAGS"]
# Explicitly enable or disable tracing
e["DD_TRACE_ENABLED"] = str(_is_tracing_enabled()).lower()
# Set Datadog Cloud Foundry Buildpack specific environment variables
e["DATADOG_DIR"] = str(_get_agent_dir())
e["RUN_AGENT"] = "true"
e["DD_LOGS_ENABLED"] = "true"
e["DD_ENABLE_CHECKS"] = "false"
e["LOGS_CONFIG"] = json.dumps(_get_logging_config())
return e
def update_config(m2ee, app_name):
if not is_enabled() or not _is_installed():
return
# Telegraf config, taking over defaults from telegraf.conf from the distro
logging.debug("creating telegraf config")
_create_config_file(
{
"interval": "10s",
"round_interval": True,
"metric_batch_size": 1000,
"metric_buffer_limit": 10000,
"collection_jitter": "0s",
"flush_interval": "10s",
"flush_jitter": "5s",
"precision": "",
"debug": False,
"logfile": "",
"hostname": util.get_hostname(),
"omit_hostname": False,
}
)
_write_config("[global_tags]", _get_tags())
_write_config(
"[[inputs.statsd]]",
{
"protocol": "udp",
"max_tcp_connections": 250,
"tcp_keep_alive": False,
"service_address": ":8125",
"delete_gauges": True,
"delete_counters": True,
"delete_sets": True,
"delete_timings": True,
"percentiles": [90],
"metric_separator": ".",
"parse_data_dog_tags": True,
"allowed_pending_messages": 10000,
"percentile_limit": 1000,
},
)
# Forward metrics also to DataDog when enabled
if datadog.is_enabled():
_write_config("[[outputs.datadog]]", {"apikey": datadog.get_api_key()})
# # Write http_oputs (one or array)
http_configs = json.loads(_get_appmetrics_target())
if type(http_configs) is list:
for http_config in http_configs:
_write_http_output_config(http_config)
else:
_write_http_output_config(http_configs)
# Enable Java Agent on MxRuntime to
datadog.enable_mx_java_agent(m2ee)
def _set_up_environment(model_version, runtime_version):
e = dict(os.environ.copy())
# Everything in datadog.yaml can be configured with environment variables
# This is the "official way" of working with the DD buildpack, so let's do this to ensure forward compatibility
# Trace variables need to be set in the global environment
# since the Datadog Java Trace Agent does not live inside the Datadog Agent process
e["DD_API_KEY"] = get_api_key()
e["DD_HOSTNAME"] = util.get_hostname()
e["DD_LOG_FILE"] = "/dev/null"
e["DD_PROCESS_CONFIG_LOG_FILE"] = "/dev/null"
e["DD_DOGSTATSD_PORT"] = str(get_statsd_port())
# Transform and append tags
e["DD_TAGS"] = _get_datadog_tags(model_version)
if "TAGS" in e:
del e["TAGS"]
# Explicitly add reserved tags
e["DD_ENV"] = get_env_tag()
e["DD_VERSION"] = get_version_tag(model_version)
e["DD_SERVICE"] = get_service_tag()
if "DD_SERVICE_NAME" in e:
del e["DD_SERVICE_NAME"]
# Explicitly enable or disable tracing and profiling
e["DD_TRACE_ENABLED"] = str(bool(_is_tracing_enabled())).lower()
e["DD_PROFILING_ENABLED"] = str(
bool(_is_profiling_enabled(runtime_version))
).lower()
# Set Datadog Cloud Foundry Buildpack specific environment variables
e["DATADOG_DIR"] = str(_get_agent_dir())
e["RUN_AGENT"] = "true"
e["DD_LOGS_ENABLED"] = "true"
e["DD_ENABLE_CHECKS"] = str(bool(_is_checks_enabled())).lower()
e["LOGS_CONFIG"] = json.dumps(_get_logging_config())
e[
"SUPPRESS_DD_AGENT_OUTPUT"
] = "false" # Has to be set explicitly since DD buildpack 4.22.0
return e
def update_config(m2ee, app_name):
if not is_enabled() or not _is_installed():
return
# Populate Telegraf config template
statsd_port = None
if mx_java_agent.meets_version_requirements(
m2ee.config.get_runtime_version()):
statsd_port = get_statsd_port()
template_path = os.path.join(CONFIG_FILE_DIR, TEMPLATE_FILENAME)
tags = util.get_tags()
if datadog.is_enabled() and "service" not in tags:
# app and / or service tag not set
tags["service"] = datadog.get_service()
with open(template_path, "r") as file_:
template = Template(file_.read(), trim_blocks=True, lstrip_blocks=True)
rendered = template.render(
interval=10, # in seconds
tags=tags,
hostname=util.get_hostname(),
statsd_port=statsd_port,
db_config=_get_db_config(),
database_diskstorage_metric_enabled=datadog.
is_database_diskstorage_metric_enabled(),
database_rate_count_metrics_enabled=datadog.
is_database_rate_count_metrics_enabled(),
datadog_api_key=datadog.get_api_key(),
datadog_url="{}series/".format(datadog.get_api_url()),
http_outputs=_get_http_outputs(),
)
logging.debug("Writing Telegraf configuration file...")
with open(CONFIG_FILE_PATH, "w") as file_:
file_.write(rendered)
logging.debug("Telegraf configuration file written")
def update_config(m2ee, app_name):
if not is_enabled() or not _is_installed():
return
# Telegraf config, taking over defaults from telegraf.conf from the distro
logging.debug("creating telegraf config")
_create_config_file(
{
"interval": "10s",
"round_interval": True,
"metric_batch_size": 1000,
"metric_buffer_limit": 10000,
"collection_jitter": "0s",
"flush_interval": "10s",
"flush_jitter": "5s",
"precision": "",
"debug": False,
"logfile": "",
"hostname": util.get_hostname(),
"omit_hostname": False,
}
)
_write_config("[global_tags]", _get_tags())
_write_config(
"[[inputs.statsd]]",
{
"protocol": "udp",
"max_tcp_connections": 250,
"tcp_keep_alive": False,
"service_address": ":8125",
"delete_gauges": True,
"delete_counters": True,
"delete_sets": True,
"delete_timings": True,
"percentiles": [90],
"metric_separator": ".",
"parse_data_dog_tags": True,
"allowed_pending_messages": 10000,
"percentile_limit": 1000,
},
)
# Configure postgreSQL input plugin
if include_db_metrics():
db_config = database.get_config()
if db_config:
_write_config(
"[[inputs.postgresql]]",
{
"address": "postgres://{}:{}@{}/{}".format(
db_config["DatabaseUserName"],
db_config["DatabasePassword"],
db_config["DatabaseHost"],
db_config["DatabaseName"],
)
},
)
# Forward metrics also to DataDog when enabled
if datadog.is_enabled():
_write_config("[[outputs.datadog]]", {"apikey": datadog.get_api_key()})
# Write http_outputs (one or array)
try:
http_configs = json.loads(_get_appmetrics_target())
except ValueError:
logging.error(
"Invalid APPMETRICS_TARGET set. Please check if it contains valid JSON."
)
return
if type(http_configs) is list:
for http_config in http_configs:
_write_http_output_config(http_config)
else:
_write_http_output_config(http_configs)