def _sw_send_message(this: Cursor, operation):
address = this.collection.database.client.address
peer = "%s:%s" % address
context = get_context()
carrier = Carrier()
op = "FindOperation"
with context.new_exit_span(op="MongoDB/" + op,
peer=peer,
carrier=carrier) as span:
span.layer = Layer.Database
span.component = Component.MongoDB
try:
# __send_message return nothing
__send_message(this, operation)
span.tag(Tag(key=tags.DbType, val="MongoDB"))
span.tag(
Tag(key=tags.DbInstance,
val=this.collection.database.name))
if config.pymongo_trace_parameters:
filters = "find " + str(operation.spec)
max_len = config.pymongo_parameters_max_length
filters = filters[0:max_len] + "..." if len(
filters) > max_len else filters
span.tag(Tag(key=tags.DbStatement, val=filters))
except BaseException as e:
span.raised()
raise e
return
async def _sw_handle_request(self, request, write_callback,
stream_callback):
req = request
context = get_context()
carrier = Carrier()
for item in carrier:
if item.key.capitalize() in req.headers:
item.val = req.headers[item.key.capitalize()]
with context.new_entry_span(op=req.path, carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.Sanic
span.peer = '%s:%s' % (req.remote_addr or req.ip, req.port)
span.tag(Tag(key=tags.HttpMethod, val=req.method))
span.tag(Tag(key=tags.HttpUrl, val=req.url.split("?")[0]))
if config.sanic_collect_http_params and req.args:
span.tag(
Tag(key=tags.HttpParams,
val=params_tostring(
req.args)[0:config.http_params_length_threshold]))
resp = _handle_request(self, request, write_callback,
stream_callback)
if isawaitable(resp):
result = await resp
return result
def _sw__on_deliver(this, method_frame, header_frame, body):
peer = '%s:%s' % (this.connection.params.host,
this.connection.params.port)
context = get_context()
exchange = method_frame.method.exchange
routing_key = method_frame.method.routing_key
carrier = Carrier()
for item in carrier:
if item.key in header_frame.properties.headers:
item.val = header_frame.properties.headers[item.key]
with context.new_entry_span(op="RabbitMQ/Topic/" + exchange +
"/Queue/" + routing_key + "/Consumer"
or "",
carrier=carrier) as span:
span.layer = Layer.MQ
span.component = Component.RabbitmqConsumer
try:
__on_deliver(this, method_frame, header_frame, body)
span.tag(Tag(key=tags.MqBroker, val=peer))
span.tag(Tag(key=tags.MqTopic, val=exchange))
span.tag(Tag(key=tags.MqQueue, val=routing_key))
except BaseException as e:
span.raised()
raise e
def _sw_get_response(self, *args, **kwargs):
request = self.request
context = get_context()
carrier = Carrier()
for item in carrier:
if item.key.capitalize() in request.headers:
item.val = request.headers[item.key.capitalize()]
with context.new_entry_span(op=request.path,
carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.Tornado
peer = request.connection.stream.socket.getpeername()
span.peer = '{0}:{1}'.format(*peer)
span.tag(Tag(key=tags.HttpMethod, val=request.method))
span.tag(
Tag(key=tags.HttpUrl,
val='{}://{}{}'.format(request.protocol, request.host,
request.path)))
result = yield from old_execute(self, *args, **kwargs)
span.tag(
Tag(key=tags.HttpStatus,
val=self._status_code,
overridable=True))
if self._status_code >= 400:
span.error_occurred = True
return result
def _sw_invoke_request(self, request, *args, **kwargs):
context = get_context()
carrier = Carrier()
for item in carrier:
val = request.headers.get(item.key)
if val is not None:
item.val = val
with context.new_entry_span(op=request.path, carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.Pyramid
span.peer = request.remote_host or request.remote_addr
span.tag(Tag(key=tags.HttpMethod, val=request.method))
span.tag(Tag(key=tags.HttpUrl, val=str(request.url)))
resp = _invoke_request(self, request, *args, **kwargs)
span.tag(Tag(key=tags.HttpStatus, val=resp.status_code, overridable=True))
if resp.status_code >= 400:
span.error_occurred = True
return resp
def _sw_execute(this: _Bulk, *args, **kwargs):
address = this.collection.database.client.address
peer = "%s:%s" % address
context = get_context()
carrier = Carrier()
sw_op = "MixedBulkWriteOperation"
with context.new_exit_span(op="MongoDB/" + sw_op,
peer=peer,
carrier=carrier) as span:
span.layer = Layer.Database
span.component = Component.MongoDB
bulk_result = _execute(this, *args, **kwargs)
span.tag(Tag(key=tags.DbType, val="MongoDB"))
span.tag(
Tag(key=tags.DbInstance, val=this.collection.database.name))
if config.pymongo_trace_parameters:
filters = ""
bulk_ops = this.ops
for bulk_op in bulk_ops:
opname = bulk_op_map.get(bulk_op[0])
_filter = opname + " " + str(bulk_op[1])
filters = filters + _filter + " "
max_len = config.pymongo_parameters_max_length
filters = filters[0:max_len] + "..." if len(
filters) > max_len else filters
span.tag(Tag(key=tags.DbStatement, val=filters))
return bulk_result
def _sw_open(this: OpenerDirector, fullurl, data, timeout):
if isinstance(fullurl, str):
fullurl = Request(fullurl, data)
context = get_context()
carrier = Carrier()
with context.new_exit_span(op=fullurl.selector or '/',
peer=fullurl.host,
carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.General
[fullurl.add_header(item.key, item.val) for item in carrier]
try:
res = _open(this, fullurl, data, timeout)
span.tag(Tag(key=tags.HttpMethod,
val=fullurl.get_method()))
span.tag(Tag(key=tags.HttpUrl, val=fullurl.full_url))
span.tag(Tag(key=tags.HttpStatus, val=res.code))
if res.code >= 400:
span.error_occurred = True
except HTTPError as e:
span.raised()
raise e
return res
def _sw__poll_once(this, timeout_ms, max_records, update_offsets=True):
res = __poll_once(this,
timeout_ms,
max_records,
update_offsets=update_offsets)
if res:
brokers = ";".join(this.config["bootstrap_servers"])
context = get_context()
topics = ";".join(
this._subscription.subscription
or [t.topic for t in this._subscription._user_assignment])
with context.new_entry_span(
op="Kafka/" + topics + "/Consumer/" +
(this.config["group_id"] or "")) as span:
for consumerRecords in res.values():
for record in consumerRecords:
carrier = Carrier()
for item in carrier:
for header in record.headers:
if item.key == header[0]:
item.val = str(header[1])
span.extract(carrier)
span.tag(Tag(key=tags.MqBroker, val=brokers))
span.tag(Tag(key=tags.MqTopic, val=topics))
span.layer = Layer.MQ
span.component = Component.KafkaConsumer
return res
def _sw_execute(this: Cursor, query, args=None):
peer = "%s:%s" % (this.connection.host, this.connection.port)
context = get_context()
carrier = Carrier()
with context.new_exit_span(op="Mysql/PyMsql/execute",
peer=peer,
carrier=carrier) as span:
span.layer = Layer.Database
span.component = Component.PyMysql
res = _execute(this, query, args)
span.tag(Tag(key=tags.DbType, val="mysql"))
span.tag(
Tag(key=tags.DbInstance,
val=this.connection.db.decode("utf-8")))
span.tag(Tag(key=tags.DbStatement, val=query))
if config.mysql_trace_sql_parameters and args:
parameter = ",".join([str(arg) for arg in args])
max_len = config.mysql_sql_parameters_max_length
parameter = parameter[0:max_len] + "..." if len(
parameter) > max_len else parameter
span.tag(
Tag(key=tags.DbSqlParameters, val='[' + parameter + ']'))
return res
def _sw_get_response(this: BaseHandler, request):
if request is None:
resp = _get_response(this, request)
return resp
context = get_context()
carrier = Carrier()
for item in carrier:
if item.key.capitalize() in request.headers:
item.val = request.headers[item.key.capitalize()]
with context.new_entry_span(op=request.path,
carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.Django
span.peer = '%s:%s' % (request.META.get('REMOTE_ADDR'),
request.META.get('REMOTE_PORT') or "80")
span.tag(Tag(key=tags.HttpMethod, val=request.method))
span.tag(
Tag(key=tags.HttpUrl, val=request.build_absolute_uri()))
resp = _get_response(this, request)
span.tag(Tag(key=tags.HttpStatus, val=resp.status_code))
if resp.status_code >= 400:
span.error_occurred = True
return resp
def _sw_get_response(this, request):
if request is None:
resp = _get_response(this, request)
return resp
context = get_context()
carrier = Carrier()
for item in carrier:
# Any HTTP headers in the request are converted to META keys by converting all characters to uppercase,
# replacing any hyphens with underscores and adding an HTTP_ prefix to the name.
# https://docs.djangoproject.com/en/3.0/ref/request-response/#django.http.HttpRequest.META
sw_http_header_key = 'HTTP_%s' % item.key.upper().replace('-', '_')
if sw_http_header_key in request.META:
item.val = request.META[sw_http_header_key]
with context.new_entry_span(op=request.path, carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.Django
span.peer = '%s:%s' % (request.META.get('REMOTE_ADDR'), request.META.get('REMOTE_PORT') or "80")
span.tag(Tag(key=tags.HttpMethod, val=request.method))
span.tag(Tag(key=tags.HttpUrl, val=request.build_absolute_uri().split("?")[0]))
# you can get request parameters by `request.GET` even though client are using POST or other methods
if config.django_collect_http_params and request.GET:
span.tag(Tag(key=tags.HttpParams,
val=params_tostring(request.GET)[0:config.http_params_length_threshold]))
resp = _get_response(this, request)
span.tag(Tag(key=tags.HttpStatus, val=resp.status_code, overridable=True))
if resp.status_code >= 400:
span.error_occurred = True
return resp
def _sw_full_dispatch_request(this: Flask):
import flask
req = flask.request
context = get_context()
carrier = Carrier()
for item in carrier:
if item.key.capitalize() in req.headers:
item.val = req.headers[item.key.capitalize()]
with context.new_entry_span(op=req.path, carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.Flask
span.peer = '%s:%s' % (req.environ["REMOTE_ADDR"],
req.environ["REMOTE_PORT"])
span.tag(Tag(key=tags.HttpMethod, val=req.method))
span.tag(Tag(key=tags.HttpUrl, val=req.url.split("?")[0]))
if config.flask_collect_http_params and req.values:
span.tag(
Tag(key=tags.HttpParams,
val=params_tostring(req.values)
[0:config.http_params_length_threshold]))
resp = _full_dispatch_request(this)
if resp.status_code >= 400:
span.error_occurred = True
span.tag(
Tag(key=tags.HttpStatus,
val=resp.status_code,
overridable=True))
return resp
def _sw_command(this: SocketInfo, dbname, spec, *args, **kwargs):
# pymongo sends `ismaster` command continuously. ignore it.
if spec.get("ismaster") is None:
address = this.sock.getpeername()
peer = "%s:%s" % address
context = get_context()
carrier = Carrier()
operation = list(spec.keys())[0]
sw_op = operation.capitalize() + "Operation"
with context.new_exit_span(op="MongoDB/" + sw_op,
peer=peer,
carrier=carrier) as span:
result = _command(this, dbname, spec, *args, **kwargs)
span.layer = Layer.Database
span.component = Component.MongoDB
span.tag(Tag(key=tags.DbType, val="MongoDB"))
span.tag(Tag(key=tags.DbInstance, val=dbname))
if config.pymongo_trace_parameters:
# get filters
filters = _get_filter(operation, spec)
max_len = config.pymongo_parameters_max_length
filters = filters[0:max_len] + "..." if len(
filters) > max_len else filters
span.tag(Tag(key=tags.DbStatement, val=filters))
else:
result = _command(this, dbname, spec, *args, **kwargs)
return result
async def _sw_handle_request(self, request, start_time: float):
context = get_context()
carrier = Carrier()
for item in carrier:
val = request.headers.get(item.key)
if val is not None:
item.val = val
with context.new_entry_span(op=request.path, carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.AioHttp
span.peer = '%s:%d' % request._transport_peername if isinstance(request._transport_peername, (list, tuple))\
else request._transport_peername
span.tag(Tag(key=tags.HttpMethod, val=request.method)) # pyre-ignore
span.tag(Tag(key=tags.HttpUrl, val=str(request.url))) # pyre-ignore
resp, reset = await _handle_request(self, request, start_time)
span.tag(Tag(key=tags.HttpStatus, val=resp.status, overridable=True))
if resp.status >= 400:
span.error_occurred = True
return resp, reset
def _wrap_run_wsgi():
context = get_context()
carrier = Carrier()
for item in carrier:
item.val = handler.headers[item.key.capitalize()]
path = handler.path or '/'
with context.new_entry_span(op=path.split("?")[0],
carrier=carrier) as span:
url = 'http://' + handler.headers[
"Host"] + path if 'Host' in handler.headers else path
span.layer = Layer.Http
span.component = Component.General
span.peer = '%s:%s' % handler.client_address
span.tag(Tag(key=tags.HttpMethod, val=handler.command))
span.tag(Tag(key=tags.HttpUrl, val=url))
try:
return _run_wsgi()
finally:
status_code = int(getattr(handler, '_status_code', -1))
if status_code > -1:
span.tag(
Tag(key=tags.HttpStatus,
val=status_code,
overridable=True))
if status_code >= 400:
span.error_occurred = True
def _sw_open(this: OpenerDirector, fullurl, data=None, timeout=socket._GLOBAL_DEFAULT_TIMEOUT):
if isinstance(fullurl, str):
fullurl = Request(fullurl, data)
context = get_context()
carrier = Carrier()
url = fullurl.selector.split("?")[0] if fullurl.selector else '/'
with context.new_exit_span(op=url, peer=fullurl.host, carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.General
code = None
[fullurl.add_header(item.key, item.val) for item in carrier]
try:
res = _open(this, fullurl, data, timeout)
code = res.code
except HTTPError as e:
code = e.code
raise
finally: # we do this here because it may change in _open()
span.tag(Tag(key=tags.HttpMethod, val=fullurl.get_method()))
span.tag(Tag(key=tags.HttpUrl, val=fullurl.full_url))
if code is not None:
span.tag(Tag(key=tags.HttpStatus, val=code, overridable=True))
if code >= 400:
span.error_occurred = True
return res
def _sw_request(this: Session,
method,
url,
params=None,
data=None,
headers=None,
cookies=None,
files=None,
auth=None,
timeout=None,
allow_redirects=True,
proxies=None,
hooks=None,
stream=None,
verify=None,
cert=None,
json=None):
from urllib.parse import urlparse
url_param = urlparse(url)
# ignore trace skywalking self request
if config.protocol == 'http' and config.collector_address.rstrip(
'/').endswith(url_param.netloc):
return _request(this, method, url, params, data, headers,
cookies, files, auth, timeout, allow_redirects,
proxies, hooks, stream, verify, cert, json)
context = get_context()
carrier = Carrier()
with context.new_exit_span(op=url_param.path or "/",
peer=url_param.netloc,
carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.General
if headers is None:
headers = {}
for item in carrier:
headers[item.key] = item.val
else:
for item in carrier:
headers[item.key] = item.val
try:
res = _request(this, method, url, params, data, headers,
cookies, files, auth, timeout,
allow_redirects, proxies, hooks, stream,
verify, cert, json)
span.tag(Tag(key=tags.HttpMethod, val=method.upper()))
span.tag(Tag(key=tags.HttpUrl, val=url))
span.tag(Tag(key=tags.HttpStatus, val=res.status_code))
if res.status_code >= 400:
span.error_occurred = True
except BaseException as e:
span.raised()
raise e
return res
async def _create_span(request: Request) -> Span:
context = get_context()
span = context.new_entry_span(op=request.url.path, carrier=Carrier())
span.start()
span.layer = Layer.Http
span.component = Component.Requests
span.peer = f"{request.client.host}:{request.client.port}"
span.tag(tag=Tag(key=tags.HttpMethod, val=request.method, overridable=False))
return span
def build_ref(cls, snapshot: 'Snapshot'):
from skywalking.trace.carrier import Carrier
carrier = Carrier()
carrier.trace_id = str(snapshot.trace_id)
carrier.segment_id = str(snapshot.segment_id)
carrier.endpoint = snapshot.endpoint
carrier.span_id = snapshot.span_id
carrier.service = config.service_name
carrier.service_instance = config.service_instance
return SegmentRef(carrier, ref_type="CrossThread")
def inject(self) -> 'Carrier':
return Carrier(
trace_id=str(self.context.segment.related_traces[0]),
segment_id=str(self.context.segment.segment_id),
span_id=str(self.sid),
service=config.service_name,
service_instance=config.service_instance,
endpoint=self.op,
client_address=self.peer,
correlation=self.context._correlation,
)
def _wrap_run_wsgi():
context = get_context()
carrier = Carrier()
for item in carrier:
item.val = handler.headers[item.key.capitalize()]
with context.new_entry_span(op=handler.path, carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.General
span.peer = '%s:%s' % handler.client_address
span.tag(Tag(key=tags.HttpMethod, val=handler.command))
return _run_wsgi()
def before_request_tracing(request: Request):
carrier = Carrier()
for item in carrier:
item.val = request.headers.get(item.key.capitalize(), None)
context = get_context()
span = context.new_entry_span(op=request.path, carrier=carrier)
span.start()
span.layer = Layer.Http
span.component = Component.General
span.peer = '%s:%s' % request.socket
span.tag(Tag(key=tags.HttpMethod, val=request.method))
request.ctx.sw_span = span
def _sw_do_method():
context = get_context()
carrier = Carrier()
for item in carrier:
item.val = this.headers[item.key.capitalize()]
with context.new_entry_span(op=this.path,
carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.General
span.peer = '%s:%s' % this.client_address
span.tag(Tag(key=tags.HttpMethod, val=method))
_do_method()
def _sw_send(this,
topic,
value=None,
key=None,
headers=None,
partition=None,
timestamp_ms=None):
# ignore trace skywalking self request
if config.protocol == 'kafka' and config.kafka_topic_segment == topic or config.kafka_topic_management == topic:
return _send(this,
topic,
value=value,
key=key,
headers=headers,
partition=partition,
timestamp_ms=timestamp_ms)
peer = ";".join(this.config["bootstrap_servers"])
context = get_context()
carrier = Carrier()
with context.new_exit_span(op="Kafka/" + topic + "/Producer" or "/",
peer=peer,
carrier=carrier) as span:
span.layer = Layer.MQ
span.component = Component.KafkaProducer
if headers is None:
headers = []
for item in carrier:
headers.append((item.key, item.val.encode("utf-8")))
else:
for item in carrier:
headers.append((item.key, item.val.encode("utf-8")))
try:
res = _send(this,
topic,
value=value,
key=key,
headers=headers,
partition=partition,
timestamp_ms=timestamp_ms)
span.tag(Tag(key=tags.MqBroker, val=peer))
span.tag(Tag(key=tags.MqTopic, val=topic))
except BaseException as e:
span.raised()
raise e
return res
def _sw_basic_publish(this,
exchange,
routing_key,
body,
properties=None,
mandatory=False):
peer = '%s:%s' % (this.connection.params.host,
this.connection.params.port)
context = get_context()
carrier = Carrier()
import pika
with context.new_exit_span(op="RabbitMQ/Topic/" + exchange +
"/Queue/" + routing_key + "/Producer"
or "/",
peer=peer,
carrier=carrier) as span:
span.layer = Layer.MQ
span.component = Component.RabbitmqProducer
properties = pika.BasicProperties(
) if properties is None else properties
if properties.headers is None:
headers = {}
for item in carrier:
headers[item.key] = item.val
properties.headers = headers
else:
for item in carrier:
properties.headers[item.key] = item.val
try:
res = _basic_publish(this,
exchange,
routing_key,
body,
properties=properties,
mandatory=mandatory)
span.tag(Tag(key=tags.MqBroker, val=peer))
span.tag(Tag(key=tags.MqTopic, val=exchange))
span.tag(Tag(key=tags.MqQueue, val=routing_key))
except BaseException as e:
span.raised()
raise e
return res
def _sw_request(this: RequestMethods,
method,
url,
fields=None,
headers=None,
**urlopen_kw):
from urllib.parse import urlparse
url_param = urlparse(url)
carrier = Carrier()
context = get_context()
with context.new_exit_span(op=url_param.path or "/",
peer=url_param.netloc,
carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.Urllib3
if headers is None:
headers = {}
for item in carrier:
headers[item.key] = item.val
else:
for item in carrier:
headers[item.key] = item.val
try:
res = _request(this,
method,
url,
fields=fields,
headers=headers,
**urlopen_kw)
span.tag(Tag(key=tags.HttpMethod, val=method.upper()))
span.tag(Tag(key=tags.HttpUrl, val=url))
span.tag(Tag(key=tags.HttpStatus, val=res.status))
if res.status >= 400:
span.error_occurred = True
except BaseException as e:
span.raised()
raise e
return res
def fun(*args, **kwargs):
req = task.request_stack.top
# di = req.get('delivery_info')
# exchange = di and di.get('exchange')
# queue = di and di.get('routing_key')
# op = 'celery/{}/{}/{}'.format(exchange or '', queue or '', name)
op = 'celery/' + name
carrier = Carrier()
for item in carrier:
val = req.get(item.key)
if val:
item.val = val
context = get_context()
origin = req.get('origin')
if origin:
span = context.new_entry_span(op=op, carrier=carrier)
span.peer = origin.split('@', 1)[-1]
else:
span = context.new_local_span(op=op)
with span:
span.layer = Layer.MQ
span.component = Component.Celery
span.tag(
Tag(key=tags.MqBroker, val=task.app.conf['broker_url']))
# span.tag(Tag(key=tags.MqTopic, val=exchange))
# span.tag(Tag(key=tags.MqQueue, val=queue))
if config.celery_parameters_length:
params = '*{}, **{}'.format(
args, kwargs)[:config.celery_parameters_length]
span.tag(Tag(key=tags.CeleryParameters, val=params))
return _fun(*args, **kwargs)
def finish(self):
"""Called when all response data has been written to this Request.
Overrides twisted.web.server.Request.finish to record the finish time and do
logging.
"""
from skywalking.trace.carrier import Carrier
from skywalking.trace.context import get_context
from skywalking.trace import tags
from skywalking.trace.tags import Tag
from skywalking import Layer, Component
context = get_context()
carrier = Carrier()
for item in carrier:
val = self.getAllHeaders().get(item.key.encode())
if val is not None:
item.val = val.decode()
with context.new_entry_span(op=self.path.decode(),
carrier=carrier) as span:
span.layer = Layer.Http
span.component = Component.General
span.tag(Tag(key=tags.HttpMethod, val=self.method.decode()))
span.tag(Tag(key=tags.HttpUrl, val=self.uri.decode()))
span.tag(Tag(key=tags.HttpStatus, val=self.code, overridable=True))
if self.code >= 400:
span.error_occurred = True
logger.info(self.code)
logger.info(self.getClientAddress())
self.finish_time = time.time()
Request.finish(self)
if not self._is_processing:
assert self.logcontext is not None
with PreserveLoggingContext(self.logcontext):
self._finished_processing()
def inject(self) -> 'Carrier':
return Carrier(correlation=self.context._correlation)