def crawl(self, container_id=None, **kwargs):
c = dockercontainer.DockerContainer(container_id)
# check image name
if c.image_name.find("httpd") == -1:
logger.error("%s is not %s container",
c.image_name,
self.feature_key)
raise CrawlError("%s does not have expected name for %s (name=%s)",
container_id,
self.feature_key,
c.image_name)
# extract IP and Port information
ip = c.get_container_ip()
ports = c.get_container_ports()
# crawl all candidate ports
for port in ports:
try:
metrics = apache_crawler.retrieve_metrics(ip, port)
except CrawlError:
logger.error("can't find metrics endpoint at http://%s:%s",
ip,
port)
continue
return [(self.feature_key, metrics, self.feature_type)]
raise CrawlError("%s has no accessible endpoint for %s",
container_id,
self.feature_key)
def crawl(self, container_id=None, **kwargs):
import pip
pip.main(['install', 'redis'])
import redis
# only crawl redis container. Otherwise, quit.
c = dockercontainer.DockerContainer(container_id)
if c.image_name.find(self.feature_key) == -1:
logger.debug("%s is not %s container" %
(c.image_name, self.feature_key))
raise NameError("this is not target crawl container")
# extract IP and Port information
ip = c.get_container_ip()
ports = c.get_container_ports()
# set default port number
if len(ports) == 0:
ports.append(self.default_port)
# query to all available ports
for port in ports:
client = redis.Redis(host=ip, port=port)
try:
metrics = client.info()
except ConnectionError:
logger.info("redis does not listen on port:%d", port)
continue
feature_attributes = feature.create_feature(metrics)
return [(self.feature_key, feature_attributes, self.feature_type)]
# any ports are not available
raise ConnectionError("no listen ports")
def crawl(self, container_id=None, **kwargs):
try:
import redis
except ImportError:
import pip
pip.main(['install', 'redis'])
import redis
# only crawl redis container. Otherwise, quit.
c = dockercontainer.DockerContainer(container_id)
port = self.get_port(c)
if not port:
return
state = c.inspect['State']
pid = str(state['Pid'])
ips = run_as_another_namespace(pid, ['net'],
utils.misc.get_host_ip4_addresses)
for each_ip in ips:
if each_ip != "127.0.0.1":
ip = each_ip
break
client = redis.Redis(host=ip, port=port)
try:
metrics = client.info()
feature_attributes = feature.create_feature(metrics)
return [(self.feature_key, feature_attributes, self.feature_type)]
except:
logger.info("redis does not listen on port:%d", port)
raise ConnectionError("no listen at %d", port)
def crawl(self, container_id=None, **kwargs):
password = "******"
user = "******"
if "password" in kwargs:
password = kwargs["password"]
if "user" in kwargs:
user = kwargs["user"]
c = dockercontainer.DockerContainer(container_id)
# check image name
if c.image_name.find(self.feature_key) == -1:
logger.error("%s is not %s container", c.image_name,
self.feature_key)
raise CrawlError("%s does not have expected name for %s (name=%s)",
container_id, self.feature_key, c.image_name)
# extract IP and Port information
ip = c.get_container_ip()
ports = c.get_container_ports()
# crawl all candidate ports
for each_port in ports:
return liberty_crawler.retrieve_metrics(
host=ip,
port=each_port,
user=user,
password=password,
feature_type=self.feature_type)
raise CrawlError("%s has no accessible endpoint for %s", container_id,
self.feature_key)
def crawl(self, container_id=None, **kwargs):
password, user, db = self.get_opt(kwargs)
c = dockercontainer.DockerContainer(container_id)
port = None
if "annotation.io.kubernetes.container.ports" in\
c.inspect['Config']['Labels']:
ports = c.inspect['Config']['Labels'][
'annotation.io.kubernetes.container.ports']
ports = json.loads(ports)
else:
ports = c.get_container_ports()
for each_port in ports:
tmp_port = None
if "containerPort" in each_port:
tmp_port = int(each_port['containerPort'])
else:
tmp_port = int(each_port)
if tmp_port == self.default_port:
port = tmp_port
if not port:
return
state = c.inspect['State']
pid = str(state['Pid'])
ips = run_as_another_namespace(pid, ['net'],
utils.misc.get_host_ip4_addresses)
for each_ip in ips:
if each_ip != "127.0.0.1":
ip = each_ip
break
try:
metrics = db2_crawler.retrieve_metrics(
host=ip,
user=user,
password=password,
db=db,
)
return [(self.feature_key, metrics, self.feature_type)]
except:
logger.info("db2 does not listen on port:%d", port)
raise ConnectionError("db2 does not listen on port:%d", port)
def crawl(self, container_id=None, **kwargs):
password, user = self.get_opt(kwargs)
c = dockercontainer.DockerContainer(container_id)
port = None
if "annotation.io.kubernetes.container.ports" in\
c.inspect['Config']['Labels']:
ports = c.inspect['Config']['Labels'][
'annotation.io.kubernetes.container.ports']
ports = json.loads(ports)
else:
ports = c.get_container_ports()
for each_port in ports:
tmp_port = None
if "containerPort" in each_port:
tmp_port = int(each_port['containerPort'])
else:
tmp_port = int(each_port)
if tmp_port == self.default_port:
port = tmp_port
if not port:
return
state = c.inspect['State']
pid = str(state['Pid'])
ips = run_as_another_namespace(pid, ['net'],
utils.misc.get_host_ip4_addresses)
for each_ip in ips:
if each_ip != "127.0.0.1":
ip = each_ip
break
# crawl all candidate ports
try:
return tomcat_crawler.retrieve_metrics(
host=ip,
port=port,
user=user,
password=password,
feature_type=self.feature_type)
except:
raise ConnectionError("%s has no accessible endpoint for %s",
container_id, self.feature_key)
def test_get_logfiles_list(self, *args):
inspect = {
"Id": ("1e744b5e3e11e848863fefe9d9a8b3731070c6b0c702a04d2b8ab948ea"
"24e847"),
"Created": "2016-07-06T16:38:05.479090842Z",
"State": {
"Status": "running",
"Running": True,
"Pid": 11186},
"Image": ("sha256:07c86167cdc4264926fa5d2894e34a339ad27f730e8cc81a"
"16cd21b7479e8eac"),
"Name": "/pensive_rosalind",
"LogPath": ("/var/lib/docker/containers/1e744b5e3e11e848863fefe9d9"
"a8b3731070c6b0c702a04d2b8ab948ea24e847/1e744b5e3e11e8"
"48863fefe9d9a8b3731070c6b0c702a04d2b8ab948ea24e847"
"-json.log"),
"HostnamePath": ("/var/lib/docker/containers/1e744b5e3e11e848863fe"
"fe9d9a8b3731070c6b0c702a04d2b8ab948ea24e847"
"/hostname"),
"Mounts": [
{
"Source": self.volume,
"Destination": "/data"}],
"Config": {
"Cmd": ["bash"],
"Image": "ubuntu:trusty"},
"docker_image_long_name": "long_name/short_name",
"docker_image_short_name": "short_name",
"docker_image_tag": "image_tag",
"docker_image_registry": "image_registry",
"owner_namespace": "owner_namespace",
"NetworkSettings": {}}
plugins_manager.runtime_env = None
self.docker_container = \
dockercontainer.DockerContainer(inspect['Id'], inspect)
self.docker_container._get_container_log_files = \
get_container_log_files
self.docker_container.log_file_list = [
{'name': '/data/test1.log', 'type': None}]
log_list = self.docker_container._set_logs_list()
log_list = self.docker_container.logs_list
for log in log_list:
if log.name == '/data/test1.log':
self.assertEqual(
log.dest, self.host_log_dir + '/data/test1.log')
self.assertEqual(log.source,
self.volume + '/test1.log')
def crawl(self, container_id=None, **kwargs):
c = dockercontainer.DockerContainer(container_id)
port = None
if "annotation.io.kubernetes.container.ports" in\
c.inspect['Config']['Labels']:
ports = c.inspect['Config']['Labels'][
'annotation.io.kubernetes.container.ports']
ports = json.loads(ports)
else:
ports = c.get_container_ports()
for each_port in ports:
tmp_port = None
if "containerPort" in each_port:
tmp_port = int(each_port['containerPort'])
else:
tmp_port = int(each_port)
if tmp_port == self.default_port:
port = tmp_port
if not port:
return
state = c.inspect['State']
pid = str(state['Pid'])
ips = run_as_another_namespace(pid, ['net'],
utils.misc.get_host_ip4_addresses)
for each_ip in ips:
if each_ip != "127.0.0.1":
ip = each_ip
break
# crawl all candidate ports
try:
metrics = nginx_crawler.retrieve_metrics(ip, port)
return [(self.feature_key, metrics, self.feature_type)]
except:
logger.error("can't find metrics endpoint at http://%s:%s", ip,
port)
raise ConnectionError(
"can't find metrics endpoint"
"at http://%s:%s", ip, port)
def crawl(self, container_id=None, **kwargs):
password = "******"
user = "******"
db = "sample"
if "password" in kwargs:
password = kwargs["password"]
if "user" in kwargs:
user = kwargs["user"]
if "db" in kwargs:
db = kwargs["db"]
c = dockercontainer.DockerContainer(container_id)
# check image name
if c.image_name.find(self.feature_key) == -1:
logger.error("%s is not %s container",
c.image_name,
self.feature_key)
raise CrawlError("%s does not have expected name for %s (name=%s)",
container_id,
self.feature_key,
c.image_name)
# extract IP and Port information
ip = c.get_container_ip()
ports = c.get_container_ports()
# crawl all candidate ports
for each_port in ports:
try:
metrics = db2_crawler.retrieve_metrics(
host=ip,
user=user,
password=password,
db=db,
)
except CrawlError:
logger.error("can't find metrics endpoint at %s db %s",
ip, db)
continue
return [(self.feature_key, metrics, self.feature_type)]
raise CrawlError("%s has no accessible endpoint for %s",
container_id,
self.feature_key)
