def create_cntnr(self, command, args='', execute=True, cls=DockerCmd):
"""
Return possibly executed DockerCmd instance
:param name: Name for container
:param command: Command argument for container
:param args: Complete, space-separated argument list for container
:param execute: If true, execute() will be called on instance
:param cls: A DockerCmdBase subclass to use for instance
:return: A new DockerCmd instance
"""
fqin = DockerImage.full_name_from_defaults(self.config)
name = self.sub_stuff['dc'].get_unique_name()
# scrape_names (above) depends on separate name argument from --name
subargs = ['--name', name]
subargs += get_as_list(self.config['extra_create_args'])
subargs += [fqin, command]
subargs += args.strip().split()
dockercmd = cls(self, 'create', subargs)
dockercmd.quiet = True
if execute:
dockercmd.execute()
mustpass(dockercmd.cmdresult)
self.sub_stuff['cntnr_names'].append(name)
return dockercmd
def initialize(self):
super(login_base, self).initialize()
# We need to create cert and htpasswd files for bind-mounting in
# the registry container; do so in a safe temporary workdir.
os.chdir(self.tmpdir)
# Creates domain.crt and domain.key files
self._create_certs()
# Credentials: fixed username with pseudorandom password
self._create_htpasswd()
self._preserve_docker_auth_file()
# Now run the registry itself, leave it running for the login test
c_name = DockerContainers(self).get_unique_name()
subargs = ['-d', '-p', '{port}:{port}'.format(**self.sub_stuff),
'--name', c_name,
'-v', '{}:/auth:Z'.format(self.tmpdir),
'-e', 'REGISTRY_HTTP_TLS_CERTIFICATE=/auth/domain.crt',
'-e', 'REGISTRY_HTTP_TLS_KEY=/auth/domain.key',
'-e', 'REGISTRY_AUTH=htpasswd',
'-e', 'REGISTRY_AUTH_HTPASSWD_REALM="Registry Realm"',
'-e', 'REGISTRY_AUTH_HTPASSWD_PATH=/auth/htpasswd',
self.config['registry_fqin']]
self.sub_stuff['my_containers'] = [c_name]
self.sub_stuff['my_images'] = []
mustpass(DockerCmd(self, 'run', subargs).execute())
self._wait_for_registry_ready()
def run_once(self):
super(basic, self).run_once()
containers = []
cidfile = self._nonexisting_path(self.tmpdir, "cidfile-")
subargs = self.config.get('run_options_csv').split(',')
containers.append(self._init_container(subargs, cidfile, 'sh', None,
InteractiveAsyncDockerCmd))
name = self.sub_stuff['containers'][0]
self.failif(utils.wait_for(lambda: os.path.isfile(cidfile), 9) is None,
"cidfile didn't appear in 9s after container execution")
cont = self._get_container_by_name(name)
long_id = cont.long_id
self._check_cidfile(long_id, cidfile)
# cidfile already exists (running container)
containers.append(self._init_container(subargs, cidfile, 'true',
lambda x: mustfail(x, 125)))
self._check_failure_cidfile_present(containers[-1])
# cidfile already exists (exited container)
# FIXME: this occasionally throws SIGPIPE, presumably because
# container isn't fully ready. This is a tough one to solve.
containers[0].stdin("exit\n")
containers[0].wait(10)
containers[0].close()
containers.append(self._init_container(subargs, cidfile, 'true',
lambda x: mustfail(x, 125)))
self._check_failure_cidfile_present(containers[-1])
# restart container with cidfile
mustpass(dockercmd.DockerCmd(self, 'start', [name]).execute())
is_alive = lambda: 'Up' in self._get_container_by_name(name).status
self.failif(utils.wait_for(is_alive, 10) is None, "Container %s "
"was not restarted in 10 seconds." % name)
self._check_cidfile(long_id, cidfile)
self.sub_stuff['dc'].kill_container_by_name(name)
self._check_cidfile(long_id, cidfile)
def run_once(self):
super(md5sum, self).run_once()
subargs = [
'%s:%s' % (self.sub_stuff['run_name'], self.config['in_tar_file']),
self.tmpdir
]
mustpass(DockerCmd(self, 'cp', subargs).execute())
def _init_container_attached(self, name):
if self.sub_stuff.get('run_options_csv'):
subargs = [
arg for arg in self.sub_stuff['run_options_csv'].split(',')
]
else:
subargs = []
subargs.append("--name %s" % name)
fin = DockerImage.full_name_from_defaults(self.config)
subargs.append(fin)
subargs.append("bash")
subargs.append("-c")
subargs.append(self.config['exec_cmd'])
container = DockerCmd(self, 'run', subargs)
self.sub_stuff['container_cmd'] = container
mustpass(container.execute())
if self.sub_stuff.get('attach_options_csv'):
subargs = [
arg for arg in self.sub_stuff['attach_options_csv'].split(',')
]
else:
subargs = []
subargs.append(name)
container = AsyncDockerCmd(self, 'attach', subargs)
self.sub_stuff['container_cmd'] = container # overwrites finished cmd
container.execute()
def _init_container_attached(self, name):
"""
Starts detached container and attaches it using docker attach
"""
if self.config.get("run_options_csv"):
subargs = [arg for arg in self.config["run_options_csv"].split(",")]
else:
subargs = []
if self.tty:
subargs.append("--tty=true")
else:
subargs.append("--tty=false")
subargs.append("--name %s" % name)
fin = DockerImage.full_name_from_defaults(self.config)
subargs.append(fin)
subargs.append("bash")
subargs.append("-c")
subargs.append(self.config["exec_cmd"])
container = DockerCmd(self, "run", subargs, verbose=False)
self.sub_stuff["container_cmd"] = container
mustpass(container.execute())
if self.config.get("attach_options_csv"):
subargs = [arg for arg in self.config["attach_options_csv"].split(",")]
else:
subargs = []
subargs.append(name)
container = AsyncDockerCmd(self, "attach", subargs, verbose=False)
self.sub_stuff["container_cmd"] = container # overwrites finished cmd
container.execute()
def run_once(self):
super(basic, self).run_once()
containers = []
cidfile = self._nonexisting_path(self.tmpdir, "cidfile-")
subargs = self.config.get('run_options_csv').split(',')
containers.append(self._init_container(subargs, cidfile, 'sh', None,
InteractiveAsyncDockerCmd))
name = self.sub_stuff['containers'][0]
self.failif(utils.wait_for(lambda: os.path.isfile(cidfile), 9) is None,
"cidfile didn't appear in 9s after container execution")
cont = self._get_container_by_name(name)
long_id = cont.long_id
self._check_cidfile(long_id, cidfile)
# cidfile already exists (running container)
containers.append(self._init_container(subargs, cidfile, 'true',
lambda x: mustfail(x, 125)))
self._check_failure_cidfile_present(containers[-1])
# cidfile already exists (exited container)
# FIXME: this occasionally throws SIGPIPE, presumably because
# container isn't fully ready. This is a tough one to solve.
containers[0].stdin("exit\n")
containers[0].wait(10)
containers[0].close()
containers.append(self._init_container(subargs, cidfile, 'true',
lambda x: mustfail(x, 125)))
self._check_failure_cidfile_present(containers[-1])
# restart container with cidfile
mustpass(dockercmd.DockerCmd(self, 'start', [name]).execute())
is_alive = lambda: 'Up' in self._get_container_by_name(name).status
self.failif(utils.wait_for(is_alive, 10) is None, "Container %s "
"was not restarted in 10 seconds." % name)
self._check_cidfile(long_id, cidfile)
self.sub_stuff['dc'].kill_container_by_name(name)
self._check_cidfile(long_id, cidfile)
def _init_container_attached(self, name):
"""
Starts detached container and attaches it using docker attach
"""
if self.config.get('run_options_csv'):
subargs = [arg for arg in
self.config['run_options_csv'].split(',')]
else:
subargs = []
if self.tty:
subargs.append('--tty=true')
else:
subargs.append('--tty=false')
subargs.append("--name %s" % name)
fin = DockerImage.full_name_from_defaults(self.config)
subargs.append(fin)
subargs.append("bash")
subargs.append("-c")
subargs.append(self.config['exec_cmd'])
container = DockerCmd(self, 'run', subargs)
self.sub_stuff['container_cmd'] = container
mustpass(container.execute())
if self.config.get('attach_options_csv'):
subargs = [arg for arg in
self.config['attach_options_csv'].split(',')]
else:
subargs = []
subargs.append(name)
container = AsyncDockerCmd(self, 'attach', subargs)
self.sub_stuff['container_cmd'] = container # overwrites finished cmd
container.execute()
def _init_container_attached(self, name):
"""
Starts detached container and attaches it using docker attach
"""
if self.config.get('run_options_csv'):
subargs = [arg for arg in
self.config['run_options_csv'].split(',')]
else:
subargs = []
if self.tty:
subargs.append('--tty=true')
else:
subargs.append('--tty=false')
subargs.append("--name %s" % name)
fin = DockerImage.full_name_from_defaults(self.config)
subargs.append(fin)
subargs.append("bash")
subargs.append("-c")
subargs.append(self.config['exec_cmd'])
container = DockerCmd(self, 'run', subargs)
self.sub_stuff['container_cmd'] = container
mustpass(container.execute())
if self.config.get('attach_options_csv'):
subargs = [arg for arg in
self.config['attach_options_csv'].split(',')]
else:
subargs = []
subargs.append(name)
c_attach = AsyncDockerCmd(self, 'attach', subargs)
self.sub_stuff['container_cmd'] = c_attach # overwrites finished cmd
c_attach.execute()
def run_once(self):
super(iptable_base, self).run_once()
subargs = self.sub_stuff['subargs']
mustpass(DockerCmd(self, 'run -d', subargs, verbose=True).execute())
self.sub_stuff['rules_during'] = self.read_iptable_rules(None)
self.logdebug("Rules during:\n%s",
'\n'.join(self.sub_stuff['rules_during']))
def _init_container_attached(self, name):
if self.sub_stuff.get('run_options_csv'):
subargs = [arg for arg in
self.sub_stuff['run_options_csv'].split(',')]
else:
subargs = []
subargs.append("--name %s" % name)
fin = DockerImage.full_name_from_defaults(self.config)
subargs.append(fin)
subargs.append("bash")
subargs.append("-c")
subargs.append(self.config['exec_cmd'])
container = DockerCmd(self, 'run', subargs)
self.sub_stuff['container_cmd'] = container
mustpass(container.execute())
if self.sub_stuff.get('attach_options_csv'):
subargs = [arg for arg in
self.sub_stuff['attach_options_csv'].split(',')]
else:
subargs = []
subargs.append(name)
c_attach = AsyncDockerCmd(self, 'attach', subargs)
self.sub_stuff['container_cmd'] = c_attach # overwrites finished cmd
c_attach.execute()
def run_once(self):
super(every_last, self).run_once()
total = len(self.sub_stuff['lastfiles'])
self.sub_stuff['expected_total'] = total
self.failif(total < self.config['max_files'],
"Max files number expected : %d,"
"exceeds container total has : %d"
% (self.config['max_files'], total))
self.loginfo("Testing copy of %d files from container" % total)
self.sub_stuff['results'] = {} # cont_path -> cmdresult
nfdc = DockerCmd(self, 'cp')
nfdc.quiet = True
nfiles = 0
for index, srcfile in enumerate(self.sub_stuff['lastfiles']):
if index % 100 == 0:
self.loginfo("Copied %d of %d", nfiles, total)
cont_path = "%s:%s" % (self.sub_stuff['container_name'], srcfile)
host_path = self.tmpdir
host_fullpath = os.path.join(host_path, os.path.basename(srcfile))
nfdc.subargs = [cont_path, host_path]
mustpass(nfdc.execute())
self.failif(not os.path.isfile(host_fullpath),
"Not a file: '%s'" % host_fullpath)
nfiles += 1
self.sub_stuff['nfiles'] = nfiles
if nfiles >= self.config['max_files']:
self.loginfo("Configuration max %d, Copied %d of %d"
% (self.config['max_files'], nfiles, total))
break
def run_once(self):
super(cp_symlink, self).run_once()
self.sub_stuff['cname'] = DockerContainers(self).get_unique_name()
# Run a container. It will wait for the presence of a signal file,
# then check for presence of the xfer file and compare its contents
# to the expected value. Different exit codes (tested in postprocess)
# mean different errors.
destdir = self.config['destdir']
command = ('\'ln -s /tmp /mylink; echo READY; while [ ! -f /stop ]; do sleep 0.2s; done; xfer_file=%s/%s; test -f $xfer_file || exit 4; actual=$(< $xfer_file); expect="%s"; test "$actual" = "$expect" && exit 0; echo $xfer_file: bad content "$actual" - expected "$expect";exit 5\'' % (destdir, self.sub_stuff['xfer_file'], self.sub_stuff['xfer_content']))
subargs = [ '--name=%s' % self.sub_stuff['cname'],
DockerImage.full_name_from_defaults(self.config),
'/bin/bash', '-c', command]
self.sub_stuff['dkrcmd'] = AsyncDockerCmd(self, 'run', subargs)
self.sub_stuff['dkrcmd'].execute()
self.sub_stuff['dkrcmd'].wait_for_ready()
# First: copy the desired destination file
cp_dest = self.config['cp_dest']
if '%' in cp_dest:
cp_dest = cp_dest % self.sub_stuff['xfer_file']
subargs = [ self.sub_stuff['xfer_file_local'],
"%s:%s" % (self.sub_stuff['cname'], cp_dest) ]
mustpass(DockerCmd(self, 'cp', subargs).execute())
# Second: create the signal file that tells the container to stop.
# We don't use the content file as signal, first, because we
# don't know if docker-cp is atomic, i.e. if we can have a race
# condition where the destfile exists but does not have content;
# and second, because there are situations in which docker-cp
# to / (root) works but /tmp or /mylink->/tmp does not.
subargs[1] = '%s:/stop' % self.sub_stuff['cname']
mustpass(DockerCmd(self, 'cp', subargs).execute())
def run_once(self):
super(every_last, self).run_once()
total = len(self.sub_stuff["lastfiles"])
self.sub_stuff["expected_total"] = total
self.failif(
total < self.config["max_files"],
"Max files number expected : %d," "exceeds container total has : %d" % (self.config["max_files"], total),
)
self.loginfo("Testing copy of %d files from container" % total)
self.sub_stuff["results"] = {} # cont_path -> cmdresult
nfdc = DockerCmd(self, "cp")
nfdc.quiet = True
nfiles = 0
for index, srcfile in enumerate(self.sub_stuff["lastfiles"]):
if index % 100 == 0:
self.loginfo("Copied %d of %d", nfiles, total)
cont_path = "%s:%s" % (self.sub_stuff["container_name"], srcfile)
host_path = self.tmpdir
host_fullpath = os.path.join(host_path, os.path.basename(srcfile))
nfdc.subargs = [cont_path, host_path]
mustpass(nfdc.execute())
self.failif(not os.path.isfile(host_fullpath), "Not a file: '%s'" % host_fullpath)
nfiles += 1
self.sub_stuff["nfiles"] = nfiles
if nfiles >= self.config["max_files"]:
self.loginfo("Configuration max %d, Copied %d of %d" % (self.config["max_files"], nfiles, total))
break
def run_once(self):
super(events, self).run_once()
dc = self.stuff['dc']
# Start listening
self.stuff['events_cmd'].execute()
# Do something to make new events
cmdresult = mustpass(self.stuff['nfdc'].execute())
cid = self.stuff['nfdc_cid'] = cmdresult.stdout.strip()
while True:
_json = dc.json_by_long_id(cid)
if len(_json) > 0 and _json[0]["State"]["Running"]:
self.loginfo("Waiting for test container to exit...")
time.sleep(3)
else:
break
if self.config['rm_after_run']:
self.loginfo("Removing test container...")
try:
dc.kill_container_by_long_id(cid)
except ValueError:
pass # container isn't running, this is fine.
dcmd = DockerCmd(self, 'rm', ['--force', '--volumes', cid])
mustpass(dcmd.execute())
# No way to know how long async events take to pass through :S
self.loginfo("Sleeping %s seconds for events to catch up",
self.config['wait_stop'])
time.sleep(self.config['wait_stop'])
# Kill off docker events after 1 second
events_cmd = self.stuff['events_cmd']
self.stuff['events_cmdresult'] = events_cmd.wait(timeout=1)
def run_once(self):
super(iptable_base, self).run_once()
subargs = self.sub_stuff['subargs']
mustpass(DockerCmd(self, 'run -d', subargs, verbose=True).execute())
self.sub_stuff['rules_during'] = self.read_iptable_rules(None)
self.logdebug("Rules during:\n%s",
'\n'.join(self.sub_stuff['rules_during']))
def init_save_images(self):
# If images w/ same id as remote image already exist, save then remove
di = self.sub_stuff['img']
imgs = di.list_imgs_with_full_name(self.config["remote_image_fqin"])
if imgs:
long_id = imgs[0].long_id
existing_images = di.list_imgs_with_image_id(long_id)
self.sub_stuff['saved_images'] = os.path.join(self.tmpdir,
str(long_id))
subargs = ['--output', self.sub_stuff['saved_images']]
for img in existing_images:
self.loginfo("Going to save image %s" % img.full_name)
subargs.append(img.full_name)
self.loginfo("Saving images...")
mustpass(DockerCmd(self, 'save', subargs).execute())
self.loginfo("Removing images...")
subargs = ['--force']
subargs += [img.full_name for img in existing_images]
mustpass(DockerCmd(self, 'rmi', subargs, verbose=True).execute())
# Wait for images to actually go away
_fn = lambda: self.long_id_in_images(long_id)
gone = utils.wait_for(_fn, 60, step=1,
text="Waiting for image removal")
self.logdebug("Current images: %s", di.list_imgs())
if not gone:
raise DockerTestFail("Timeout waiting for removal of %s"
% long_id)
def initialize(self):
super(systemd, self).initialize()
unit_file_srcpath = '{}{}'.format(self.bindir, '/p4321.service')
shutil.copyfile(unit_file_srcpath, self.config['sysd_unitf_dest'])
dkrcmd = DockerCmd(self, 'build', ['--force-rm -t',
self.config['name'], self.bindir])
mustpass(dkrcmd.execute())
def init_save_images(self):
# If images w/ same id as remote image already exist, save then remove
di = self.sub_stuff['img']
imgs = di.list_imgs_with_full_name(self.config["remote_image_fqin"])
if imgs:
long_id = imgs[0].long_id
existing_images = di.list_imgs_with_image_id(long_id)
self.sub_stuff['saved_images'] = os.path.join(self.tmpdir,
str(long_id))
subargs = ['--output', self.sub_stuff['saved_images']]
for img in existing_images:
self.loginfo("Going to save image %s" % img.full_name)
subargs.append(img.full_name)
self.loginfo("Saving images...")
mustpass(DockerCmd(self, 'save', subargs).execute())
self.loginfo("Removing images...")
subargs = ['--force']
subargs += [img.full_name for img in existing_images]
mustpass(DockerCmd(self, 'rmi', subargs).execute())
# Wait for images to actually go away
_fn = lambda: self.long_id_in_images(long_id)
gone = utils.wait_for(_fn, 60, step=1,
text="Waiting for image removal")
self.logdebug("Current images: %s", di.list_imgs())
if not gone:
raise DockerTestFail("Timeout waiting for removal of %s"
% long_id)
def run_once(self):
super(events, self).run_once()
dc = self.stuff['dc']
# Start listening
self.stuff['events_cmd'].execute()
# Do something to make new events
cmdresult = mustpass(self.stuff['nfdc'].execute())
cid = self.stuff['nfdc_cid'] = cmdresult.stdout.strip()
while True:
_json = dc.json_by_long_id(cid)
if len(_json) > 0 and _json[0]["State"]["Running"]:
self.loginfo("Waiting for test container to exit...")
time.sleep(3)
else:
break
if self.config['rm_after_run']:
self.loginfo("Removing test container...")
try:
dc.kill_container_by_long_id(cid)
except ValueError:
pass # container isn't running, this is fine.
dcmd = DockerCmd(self, 'rm', ['--force', '--volumes', cid])
mustpass(dcmd.execute())
# No way to know how long async events take to pass through :S
self.loginfo("Sleeping %s seconds for events to catch up",
self.config['wait_stop'])
time.sleep(self.config['wait_stop'])
# Kill off docker events after 1 second
events_cmd = self.stuff['events_cmd']
self.stuff['events_cmdresult'] = events_cmd.wait(timeout=1)
def initialize(self):
super(login_base, self).initialize()
# We need to create cert and htpasswd files for bind-mounting in
# the registry container; do so in a safe temporary workdir.
os.chdir(self.tmpdir)
# Creates domain.crt and domain.key files
self._create_certs()
# Credentials: fixed username with pseudorandom password
self._create_htpasswd()
self._preserve_docker_auth_file()
# Now run the registry itself, leave it running for the login test
c_name = DockerContainers(self).get_unique_name()
subargs = [
'-d', '-p', '{port}:{port}'.format(**self.sub_stuff), '--name',
c_name, '-v', '{}:/auth:Z'.format(self.tmpdir), '-e',
'REGISTRY_HTTP_TLS_CERTIFICATE=/auth/domain.crt', '-e',
'REGISTRY_HTTP_TLS_KEY=/auth/domain.key', '-e',
'REGISTRY_AUTH=htpasswd', '-e',
'REGISTRY_AUTH_HTPASSWD_REALM="Registry Realm"', '-e',
'REGISTRY_AUTH_HTPASSWD_PATH=/auth/htpasswd',
self.config['registry_fqin']
]
self.sub_stuff['my_containers'] = [c_name]
self.sub_stuff['my_images'] = []
mustpass(DockerCmd(self, 'run', subargs).execute())
self._wait_for_registry_ready()
def postprocess(self):
super(login_ok, self).postprocess()
cmdresult = self.sub_stuff['cmdresult']
OutputGood(cmdresult)
mustpass(cmdresult)
self.failif_not_in("Login Succeeded", cmdresult.stdout,
"stdout from docker login")
self._check_credentials()
def postprocess(self):
super(exec_base, self).postprocess() # Prints out basic info
os.write(self.sub_stuff['dkrcmd_stdin'], 'exit\t')
time.sleep(1)
mustpass(DockerCmd(self, 'kill',
[self.sub_stuff['run_name']]).execute())
# It may have been killed, but exec is what we care about
OutputNotBad(self.sub_stuff['dkrcmd'].cmdresult)
def postprocess(self):
dkrcmd_exec = self.sub_stuff['dkrcmd_exec']
mustpass(dkrcmd_exec.cmdresult)
OutputGood(dkrcmd_exec.cmdresult)
pids = dkrcmd_exec.stdout.strip().splitlines()
expected = self.config["pid_count"]
self.failif_ne(len(pids), expected, "Number of pids: %s" % pids)
super(exec_pid_count, self).postprocess()
def postprocess(self):
super(exec_base, self).postprocess() # Prints out basic info
os.write(self.sub_stuff['dkrcmd_stdin'], 'exit\t')
time.sleep(1)
mustpass(DockerCmd(self, 'kill',
[self.sub_stuff['run_name']]).execute())
# It may have been killed, but exec is what we care about
OutputNotBad(self.sub_stuff['dkrcmd'].cmdresult)
def postprocess(self):
dkrcmd_exec = self.sub_stuff['dkrcmd_exec']
mustpass(dkrcmd_exec.cmdresult)
OutputGood(dkrcmd_exec.cmdresult)
pids = dkrcmd_exec.stdout.strip().splitlines()
expected = self.config["pid_count"]
self.failif_ne(len(pids), expected, "Number of pids: %s" % pids)
super(exec_pid_count, self).postprocess()
def postprocess(self):
super(login_ok, self).postprocess()
cmdresult = self.sub_stuff['cmdresult']
OutputGood(cmdresult)
mustpass(cmdresult)
self.failif_not_in("Login Succeeded", cmdresult.stdout,
"stdout from docker login")
self._check_credentials()
def initialize(self):
super(double_tag, self).initialize()
# Tag it for the first time. This should pass...
self.sub_stuff['tmp_image_list'].add(self.sub_stuff["new_image_name"])
mustpass(DockerCmd(self, 'tag', self.complete_docker_command_line(),
verbose=True).execute())
# ...but the actual (second) tag incantation in run_once() should fail.
self.expect_pass(False)
def initialize(self):
super(diff_base, self).initialize()
dc = DockerContainers(self)
name = self.sub_stuff['name'] = dc.get_unique_name()
fin = DockerImage.full_name_from_defaults(self.config)
subargs = ['--name=%s' % (name), fin]
subargs = subargs + self.config['command'].split(',')
nfdc = DockerCmd(self, 'run', subargs)
mustpass(nfdc.execute())
def postprocess(self):
super(push_ok, self).postprocess()
cmdresult = self.sub_stuff['pushresult']
OutputGood(cmdresult)
mustpass(cmdresult)
self.failif_not_in(": Pushed", cmdresult.stdout,
"stdout from docker push")
self.failif_not_in("tag_ok: digest:", cmdresult.stdout,
"stdout from docker push")
def run_once(self):
super(simple, self).run_once()
dd_cmd = self.config["dd_cmd"]
for size in (int(size) for size in self.config["dd_sizes"].split()):
self.loginfo("Testing %d megabytes", size)
segment = "1M"
self.sub_stuff["sizes"].append(size)
dkrcmd = self._init_container([], dd_cmd % (segment, size))
mustpass(dkrcmd.execute())
def initialize(self):
super(double_tag, self).initialize()
# Tag it for the first time
self.sub_stuff['tmp_image_list'].add(self.sub_stuff["new_image_name"])
mustpass(
DockerCmd(self,
'tag',
self.complete_docker_command_line(),
verbose=False).execute())
def run_once(self):
super(simple, self).run_once()
dd_cmd = self.config['dd_cmd']
for size in (int(size) for size in self.config['dd_sizes'].split()):
self.loginfo("Testing %d megabytes", size)
segment = "1M"
self.sub_stuff['sizes'].append(size)
dkrcmd = self._init_container([], dd_cmd % (segment, size))
mustpass(dkrcmd.execute())
def run_once(self):
super(simple, self).run_once()
# build arg list and execute command
subargs = ["%s:%s" % (self.sub_stuff["container_name"], self.sub_stuff["cpfile"])]
subargs.append(self.tmpdir)
nfdc = DockerCmd(self, "cp", subargs, timeout=self.config["docker_timeout"])
mustpass(nfdc.execute())
copied_path = "%s/%s" % (self.tmpdir, self.sub_stuff["cpfile"].split("/")[-1])
self.sub_stuff["copied_path"] = copied_path
def initialize(self):
super(diff_base, self).initialize()
dc = DockerContainers(self)
name = self.sub_stuff['name'] = dc.get_unique_name()
fin = DockerImage.full_name_from_defaults(self.config)
subargs = ['--name=%s' % (name), fin]
subargs = subargs + self.config['command'].split(',')
nfdc = DockerCmd(self, 'run', subargs)
mustpass(nfdc.execute())
def postprocess(self):
super(push_ok, self).postprocess()
cmdresult = self.sub_stuff['pushresult']
OutputGood(cmdresult)
mustpass(cmdresult)
self.failif_not_in(": Pushed", cmdresult.stdout,
"stdout from docker push")
self.failif_not_in("tag_ok: digest:", cmdresult.stdout,
"stdout from docker push")
def postprocess(self):
super(sigproxy_base, self).postprocess()
self._check_results()
# stop the container
container_name = self.sub_stuff['container_name']
mustpass(DockerCmd(self, "kill", [container_name]).execute())
container = self.sub_stuff['container_cmd']
if not utils.wait_for(lambda: container.done, 5, step=0.1):
raise DockerTestFail("Unable to kill container after test...")
def postprocess(self):
super(sigproxy_base, self).postprocess()
self._check_results()
# stop the container
container_name = self.sub_stuff['container_name']
mustpass(DockerCmd(self, "kill", [container_name]).execute())
container = self.sub_stuff['container_cmd']
if not utils.wait_for(lambda: container.done, 5, step=0.1):
raise DockerTestFail("Unable to kill container after test...")
def postprocess(self):
super(run_attach_stdout, self).postprocess()
attach_cmdresult = self.sub_stuff['attachcmd'].cmdresult
OutputGood(attach_cmdresult)
mustpass(attach_cmdresult)
secret_sauce = self.config['secret_sauce']
secret_present = attach_cmdresult.stdout.find(secret_sauce) != -1
self.failif(not secret_present,
"Test data not found from attach command output: %s"
% attach_cmdresult)
def postprocess(self):
super(load, self).postprocess()
OutputGood(self.stuff['dkrcmd'].cmdresult)
mustpass(self.stuff['dkrcmd'])
img_id = self._test_id
img_name = self.config['test_fqin']
di = self.stuff['di']
self.failif(img_id not in di.list_imgs_ids(),
"Failed to remove test image with id %s" % img_id)
self.failif(img_name not in di.list_imgs_full_name(),
"Failed to remove test image with name %s" % img_name)
def create_simple_container(subtest):
fin = DockerImage.full_name_from_defaults(subtest.config)
name = utils.generate_random_string(12)
subargs = ["--name=%s" % (name), fin, "/bin/bash", "-c", "'/bin/true'"]
nfdc = DockerCmd(subtest, 'run', subargs)
mustpass(nfdc.execute())
if not subtest.sub_stuff or not subtest.sub_stuff['containers']:
subtest.sub_stuff['containers'] = [name]
else:
subtest.sub_stuff['containers'] += [name]
return name
def run_once(self):
super(memory_base, self).run_once()
memory_containers = self.sub_stuff['memory_containers']
for subargs in self.sub_stuff['subargs']:
dkrcmd = DockerCmd(self, 'run -d -i', subargs)
dkrcmd.execute()
if self.config['expect_success'] == 'PASS':
mustpass(dkrcmd)
else:
mustfail(dkrcmd, 125)
memory_containers.append(dkrcmd)
def postprocess(self):
super(simple, self).postprocess()
name = self.sub_stuff['container_name']
logs = AsyncDockerCmd(self, "logs", ['-f', name])
logs.execute()
utils.wait_for(lambda: logs.stdout.count("\n") == 2, 5, step=0.1)
out = logs.stdout
self.failif(out.count("\n") != 2, "The container was executed twice, "
"there should be 2 lines with start dates, but is "
"%s.\nContainer output:\n%s" % (out.count("\n"), out))
mustpass(DockerCmd(self, "kill", [name]).execute())
def create_simple_container(subtest):
fin = DockerImage.full_name_from_defaults(subtest.config)
name = utils.generate_random_string(12)
subargs = ["--name=%s" % (name), fin, "/bin/bash", "-c", "'/bin/true'"]
nfdc = DockerCmd(subtest, "run", subargs)
mustpass(nfdc.execute())
if not subtest.sub_stuff or not subtest.sub_stuff["containers"]:
subtest.sub_stuff["containers"] = [name]
else:
subtest.sub_stuff["containers"] += [name]
return name
def postprocess(self):
super(run_attach_stdout, self).postprocess()
attach_cmdresult = self.sub_stuff['attachcmd'].cmdresult
OutputGood(attach_cmdresult)
mustpass(attach_cmdresult)
secret_sauce = self.config['secret_sauce']
secret_present = attach_cmdresult.stdout.find(secret_sauce) != -1
self.failif(
not secret_present,
"Test data not found from attach command output: %s" %
attach_cmdresult)
def postprocess(self):
super(load, self).postprocess()
OutputGood(self.stuff['dkrcmd'].cmdresult)
mustpass(self.stuff['dkrcmd'])
img_id = self._test_id
img_name = self.config['test_fqin']
di = self.stuff['di']
self.failif(img_id not in di.list_imgs_ids(),
"Failed to remove test image with id %s" % img_id)
self.failif(img_name not in di.list_imgs_full_name(),
"Failed to remove test image with name %s" % img_name)
def run_once(self):
super(memory_base, self).run_once()
memory_containers = self.sub_stuff['memory_containers']
for subargs in self.sub_stuff['subargs']:
dkrcmd = DockerCmd(self, 'run -d -i', subargs)
dkrcmd.execute()
if self.config['expect_success'] == 'PASS':
mustpass(dkrcmd)
else:
mustfail(dkrcmd, 125)
memory_containers.append(dkrcmd)
def postprocess(self):
super(simple, self).postprocess()
name = self.sub_stuff['container_name']
def started_twice():
result = mustpass(DockerCmd(self, "logs", [name]).execute())
return result.stdout.count("STARTED") == 2
ok = utils.wait_for(started_twice, 10, step=0.5)
self.failif(not ok, "Timed out waiting for second STARTED message.\n")
mustpass(DockerCmd(self, "kill", [name]).execute())
def run_once(self):
super(simple, self).run_once()
# build arg list and execute command
subargs = ["%s:%s" % (self.sub_stuff['container_name'],
self.sub_stuff['cpfile'])]
subargs.append(self.tmpdir)
nfdc = DockerCmd(self, "cp", subargs,
timeout=self.config['docker_timeout'])
mustpass(nfdc.execute())
copied_path = "%s/%s" % (self.tmpdir,
self.sub_stuff['cpfile'].split('/')[-1])
self.sub_stuff['copied_path'] = copied_path
def initialize(self):
super(double_tag, self).initialize()
# Tag it for the first time. This should pass...
self.sub_stuff['tmp_image_list'].add(self.sub_stuff["new_image_name"])
mustpass(DockerCmd(self, 'tag',
self.complete_docker_command_line()).execute())
# On docker 1.10, the second tag should pass. On < 1.10, fail.
try:
DockerVersion().require_server("1.10")
self.expect_pass(True)
except xceptions.DockerTestNAError:
self.expect_pass(False)
def postprocess(self):
super(create_base, self).postprocess() # Prints out basic info
# Fail test if bad command or other stdout/stderr problems detected
dkrcmd = self.sub_stuff['dkrcmd']
OutputGood(dkrcmd.cmdresult)
expected = 0 # always
self.failif(dkrcmd.exit_status != expected,
"Exit status non-zero command %s" % dkrcmd.cmdresult)
# cid must be printed on stdout, always
cid = self.get_cid()
# non-forced removal must succeed, rely on rm test to verify.
mustpass(DockerCmd(self, 'rm', [cid]).execute())
def postprocess(self):
super(create_base, self).postprocess() # Prints out basic info
# Fail test if bad command or other stdout/stderr problems detected
dkrcmd = self.sub_stuff['dkrcmd']
OutputGood(dkrcmd.cmdresult)
expected = self.config['exit_status']
self.failif_ne(dkrcmd.exit_status, expected,
"Exit status non-zero command %s"
% dkrcmd.cmdresult)
# cid must be printed on stdout, always
cid = self.get_cid()
# non-forced removal must succeed, rely on rm test to verify.
mustpass(DockerCmd(self, 'rm', [cid]).execute())
def run_once(self):
super(simple, self).run_once()
dd_cmd = self.config['dd_cmd']
for size in (int(size) for size in self.config['dd_sizes'].split()):
if size >= 1000:
segment = '1G'
size = size / 1000
self.sub_stuff['sizes'].append(size * 1000)
else:
segment = "1M"
self.sub_stuff['sizes'].append(size)
dkrcmd = self._init_container([], dd_cmd % (segment, size))
mustpass(dkrcmd.execute())
def run_once(self):
super(simple, self).run_once()
dd_cmd = self.config['dd_cmd']
for size in (int(size) for size in self.config['dd_sizes'].split()):
if size >= 1000:
segment = '1G'
size = size / 1000
self.sub_stuff['sizes'].append(size * 1000)
else:
segment = "1M"
self.sub_stuff['sizes'].append(size)
dkrcmd = self._init_container([], dd_cmd % (segment, size))
mustpass(dkrcmd.execute())
def initialize(self):
super(double_tag, self).initialize()
# Tag it for the first time. This should pass...
self.sub_stuff['tmp_image_list'].add(self.sub_stuff["new_image_name"])
mustpass(
DockerCmd(self, 'tag',
self.complete_docker_command_line()).execute())
# On docker 1.10, the second tag should pass. On < 1.10, fail.
try:
DockerVersion().require_server("1.10")
self.expect_pass(True)
except xceptions.DockerTestNAError:
self.expect_pass(False)
def _init_container(self, prefix, fin, subargs, cmd):
"""
Prepares dkrcmd and stores the name in self.sub_stuff['containers']
:return: name
"""
if fin is None:
fin = DockerImage.full_name_from_defaults(self.config)
name = self.sub_stuff['dc'].get_unique_name(prefix)
subargs.append("--name %s" % name)
self.sub_stuff['containers'].append(name)
subargs.append(fin)
subargs.append(cmd)
mustpass(DockerCmd(self, 'run', subargs).execute())
return name
def prep_image(self, base_image):
""" Tag the dockertest image to this test name """
mustpass(DockerCmd(self, "pull", [base_image]).execute())
subargs = [base_image, self.sub_stuff["image"]]
tag_results = DockerCmd(self, "tag", subargs).execute()
if tag_results.exit_status:
raise xceptions.DockerTestNAError("Problems during "
"initialization of"
" test: %s", tag_results)
img = self.get_images_by_name(self.sub_stuff["image"])
self.failif(not img, "Image %s was not created."
% self.sub_stuff["image"])
self.sub_stuff['image_list'] = img
