def _execute_test_jobs_on_cluster(cluster_config, log_file):
"""
Executes test jobs defined in cluster-check.sh on a given cluster.
Args:
cluster_config: named tuple of type ClusterConfig containing the configuration of the cluster.
log_file: file where to write logs.
"""
ssh_params = list(ssh_config_options)
if cluster_config.key_path:
ssh_params.extend(["-i", cluster_config.key_path])
prochelp.exec_command(
["scp"] + ssh_params + [
os.path.join(_dirname(), "cluster-check.sh"),
"%s@%s:." % (cluster_config.username, cluster_config.master_node),
],
stdout=log_file,
stderr=sub.STDOUT,
universal_newlines=True,
)
_exec_ssh_command(
command="/bin/bash --login cluster-check.sh submit %s" %
cluster_config.scheduler,
username=cluster_config.username,
host=cluster_config.master_node,
key_path=cluster_config.key_path,
stdout=log_file,
)
def _exec_ssh_command(command,
host,
username,
key_path,
stdout=sub.PIPE,
stderr=sub.STDOUT):
"""
Executes an ssh command on a remote host.
Args:
command: command to execute.
host: host where the command is executed.
username: username used to ssh into the host.
key_path: key used to ssh into the host.
stdout: stdout redirection. Defaults to sub.PIPE.
stderr: stderr redirection. Defaults to sub.STDOUT.
Returns:
the stdout for the executed command.
"""
ssh_params = list(ssh_config_options)
if key_path:
ssh_params.extend(["-i", key_path])
return prochelp.exec_command(
["ssh", "-n"] + ssh_params + ["%s@%s" % (username, host), command],
stdout=stdout,
stderr=stderr,
universal_newlines=True,
)
def _get_master_ip(cluster_config_file, cluster_name, log_file):
"""
Retrieves the ip of the master node for a given cluster.
Args:
cluster_config_file: file containing the config of the cluster.
cluster_name: name of the cluster.
log_file: file where to write logs.
Returns:
master_ip: the ip of the master node.
"""
master_ip = ""
# get the master ip, which means grepping through pcluster status output
dump = prochelp.exec_command(
["pcluster", "status", "--config", cluster_config_file, cluster_name],
stderr=sub.STDOUT,
universal_newlines=True,
)
dump_array = dump.splitlines()
for line in dump_array:
m = re.search("MasterPublicIP: (.+)$", line)
if m:
master_ip = m.group(1)
break
# Check master ip was correctly retrieved
if master_ip == "":
_double_writeln(
log_file,
"!! %s: Master IP not found. This usually occurs when cluster creation failed."
% cluster_name)
raise ReleaseCheckException("--> %s: Master IP not found!" %
cluster_name)
_double_writeln(log_file,
"--> %s Master IP: %s" % (cluster_name, master_ip))
return master_ip
"r").read().split("\n")
for index, line in enumerate(rfile):
m = re.search("efs_fs_id", line)
if m:
rfile[index] = "efs_fs_id = %s" % fsrelated["fsid"]
wfile = open("./config-%s-%s" % (region, distro), "w")
wfile.write("\n".join(rfile))
wfile.close()
print("Creating cluster...")
prochelp.exec_command(
[
"pcluster", "create",
"autoTest-%s" % testname, "--config",
"./config-%s-%s" % (region, distro)
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
_create_done = True
dump = prochelp.exec_command(
[
"pcluster", "status",
"autoTest-%s" % testname, "--config",
"./config-%s-%s" % (region, distro)
],
stderr=sub.STDOUT,
universal_newlines=True,
)
dump_array = dump.splitlines()
def run_test(distro, clustername, mastersubnet, region):
testname = ("%s-%s" % (distro, clustername)) + "".join(
random.choice(string.ascii_uppercase + string.digits)
for _ in range(8))
print(testname)
out_f = open("%s-out.txt" % testname, "w")
username = username_map[distro]
create_done = False
create_interrupted = False
volume_id = ""
az = _get_az(mastersubnet, region)
region = az[:-1]
try:
ec2 = boto3.client("ec2", region_name=region)
response_vol = ec2.create_volume(AvailabilityZone=az, Size=10)
volume_id = response_vol["VolumeId"]
print("Volume created: %s" % volume_id)
if volume_id == "":
_double_writeln(
out_f, "!! %s: Volume ID not found; exiting !!" % testname)
raise ReleaseCheckException("--> %s: Volume ID not found!" %
testname)
_double_writeln(out_f, "--> %s Volume ID: %s" % (testname, volume_id))
print("Preparing volume...")
while True:
response_vol = ec2.describe_volumes(VolumeIds=[volume_id])
vol_state = response_vol["Volumes"][0]["State"]
if vol_state == "available":
print("Volume is good to go!")
break
time.sleep(5)
response_snapshot = ec2.create_snapshot(VolumeId=volume_id)
snap_id = response_snapshot["SnapshotId"]
print("Snapshot created: %s" % snap_id)
if snap_id == "":
_double_writeln(
out_f, "!! %s: Snapshot ID not found; exiting !!" % testname)
raise ReleaseCheckException("--> %s: Snapshot ID not found!" %
testname)
_double_writeln(out_f, "--> %s Snapshot ID: %s" % (testname, snap_id))
print("Preparing snapshot...")
while True:
response_snap = ec2.describe_snapshots(SnapshotIds=[snap_id])
snap_state = response_snap["Snapshots"][0]["State"]
if snap_state == "completed":
print("Snapshot is good to go!")
break
time.sleep(5)
rfile = open("./config-%s-%s" % (region, distro),
"r").read().split("\n")
for index, line in enumerate(rfile):
m = re.search("ebs_volume_id", line)
if m:
rfile[index] = "ebs_volume_id = %s" % volume_id
n = re.search("ebs_snapshot_id", line)
if n:
rfile[index] = "ebs_snapshot_id = %s" % snap_id
wfile = open("./config-%s-%s" % (region, distro), "w")
wfile.write("\n".join(rfile))
wfile.close()
print("Creating cluster...")
prochelp.exec_command(
[
"pcluster",
"create",
"autoTest-%s" % testname,
"--config",
"./config-%s-%s" % (region, distro),
"--cluster-template",
"%s" % clustername,
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
create_done = True
dump = prochelp.exec_command(
[
"pcluster", "status",
"autoTest-%s" % testname, "--config",
"./config-%s-%s" % (region, distro)
],
stderr=sub.STDOUT,
universal_newlines=True,
)
master_ip = ""
dump_array = dump.splitlines()
for line in dump_array:
m = re.search("MasterPublicIP: (.+)$", line)
if m:
master_ip = m.group(1)
break
if master_ip == "":
_double_writeln(
out_f, "!! %s: Master IP not found; exiting !!" % testname)
raise ReleaseCheckException("--> %s: Master IP not found!" %
testname)
_double_writeln(out_f, "--> %s Master IP: %s" % (testname, master_ip))
time.sleep(10)
# run test on the cluster...
ssh_params = ["-o", "StrictHostKeyChecking=no"]
ssh_params += ["-o", "BatchMode=yes"]
# ssh_params += ['-o', 'ConnectionAttempts=30']
ssh_params += ["-o", "ConnectTimeout=60"]
ssh_params += ["-o", "ServerAliveCountMax=5"]
ssh_params += ["-o", "ServerAliveInterval=30"]
print("Running tests...")
prochelp.exec_command(
["scp"] + ssh_params + [
os.path.join(_dirname(), "ebs-check.sh"),
"%s@%s:." % (username, master_ip)
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
time.sleep(5)
if clustername == "custom3Vol" or clustername == "custom5Vol":
prochelp.exec_command(
["ssh", "-n"] + ssh_params + [
"%s@%s" % (username, master_ip),
"/bin/bash --login ebs-check.sh %s %s %s %s" %
(testargs_map[clustername], region, volume_id, snap_id),
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
else:
prochelp.exec_command(
["ssh", "-n"] + ssh_params + [
"%s@%s" % (username, master_ip),
"/bin/bash --login ebs-check.sh %s %s" %
(testargs_map[clustername], region),
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
except prochelp.ProcessHelperError as exc:
if not create_done and isinstance(exc, prochelp.KilledProcessError):
create_interrupted = True
_double_writeln(
out_f,
"--> %s: Interrupting AWS ParallelCluster create!" % testname)
_double_writeln(out_f, "!! ABORTED: %s!!" % testname)
open("%s.aborted" % testname, "w").close()
raise exc
except Exception as exc:
if not create_done:
create_interrupted = True
_double_writeln(
out_f, "Unexpected exception %s: %s" % (str(type(exc)), str(exc)))
_double_writeln(out_f, "!! FAILURE: %s!!" % testname)
open("%s.failed" % testname, "w").close()
raise exc
finally:
print("Cleaning up!")
if create_interrupted or create_done:
# if the create process was interrupted it may take few seconds for the stack id to be actually registered
_max_del_iters = _del_iters = 10
else:
# No delete is necessary if cluster creation wasn't started (process_helper.AbortedProcessError)
_del_iters = 0
if _del_iters > 0:
_del_done = False
_double_writeln(
out_f, "--> %s: Deleting - max iterations: %s" %
(testname, _del_iters))
while not _del_done and _del_iters > 0:
try:
time.sleep(2)
# clean up the cluster
_del_output = sub.check_output(
[
"pcluster",
"delete",
"autoTest-%s" % testname,
"--config",
"./config-%s-%s" % (region, distro),
],
stderr=sub.STDOUT,
universal_newlines=True,
)
_del_done = "DELETE_IN_PROGRESS" in _del_output or "DELETE_COMPLETE" in _del_output
out_f.write(_del_output + "\n")
except sub.CalledProcessError as exc:
out_f.write(
"CalledProcessError exception launching 'pcluster delete': %s - Output:\n%s\n"
% (str(exc), exc.output))
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster delete' %s: %s\n"
% (str(type(exc)), str(exc)))
finally:
_double_writeln(
out_f,
"--> %s: Deleting - iteration: %s - successfully submitted: %s"
% (testname,
(_max_del_iters - _del_iters + 1), _del_done),
)
_del_iters -= 1
try:
prochelp.exec_command(
[
"pcluster", "status",
"autoTest-%s" % testname, "--config",
"./config-%s-%s" % (region, distro)
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
except (prochelp.ProcessHelperError, sub.CalledProcessError):
# Usually it terminates with exit status 1 since at the end of the delete operation
# the stack is not found.
pass
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster status' %s: %s\n"
% (str(type(exc)), str(exc)))
ec2.delete_snapshot(SnapshotId=snap_id)
ec2.delete_volume(VolumeId=volume_id)
out_f.close()
print("--> %s: Finished" % testname)
def run_test(distro, clustername, mastersubnet, region):
testname = ("%s-%s" % (distro, clustername)) + "".join(
random.choice(string.ascii_uppercase + string.digits)
for _ in range(8))
print(testname)
out_f = open("%s-out.txt" % testname, "w")
username = username_map[distro]
_create_done = False
_create_interrupted = False
_volume_id = ""
_az = _get_az(mastersubnet, region)
_region = _az[:-1]
try:
print("Creating cluster...")
prochelp.exec_command(
[
"pcluster",
"create",
"autoTest-%s" % testname,
"--config",
"./config-%s-%s" % (_region, distro),
"--cluster-template",
"%s" % clustername,
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
_create_done = True
dump = prochelp.exec_command(
[
"pcluster", "status",
"autoTest-%s" % testname, "--config",
"./config-%s-%s" % (_region, distro)
],
stderr=sub.STDOUT,
universal_newlines=True,
)
dump_array = dump.splitlines()
for line in dump_array:
m = re.search("MasterPublicIP: (.+)$", line)
if m:
master_ip = m.group(1)
break
if master_ip == "":
_double_writeln(
out_f, "!! %s: Master IP not found; exiting !!" % (testname))
raise ReleaseCheckException("--> %s: Master IP not found!" %
testname)
_double_writeln(out_f, "--> %s Master IP: %s" % (testname, master_ip))
time.sleep(10)
# run test on the cluster...
ssh_params = ["-o", "StrictHostKeyChecking=no"]
ssh_params += ["-o", "BatchMode=yes"]
# ssh_params += ['-o', 'ConnectionAttempts=30']
ssh_params += ["-o", "ConnectTimeout=60"]
ssh_params += ["-o", "ServerAliveCountMax=5"]
ssh_params += ["-o", "ServerAliveInterval=30"]
print("Running tests...")
prochelp.exec_command(
["scp"] + ssh_params + [
os.path.join(_dirname(), "raid-check.sh"),
"%s@%s:." % (username, master_ip)
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
time.sleep(5)
if clustername == "default":
prochelp.exec_command(
["ssh", "-n"] + ssh_params + [
"%s@%s" %
(username, master_ip), "/bin/bash --login raid-check.sh"
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
else:
prochelp.exec_command(
["ssh", "-n"] + ssh_params + [
"%s@%s" % (username, master_ip),
"/bin/bash --login raid-check.sh %s" % raid_path
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
print("Test passed...")
except prochelp.ProcessHelperError as exc:
if not _create_done and isinstance(exc, prochelp.KilledProcessError):
_create_interrupted = True
_double_writeln(
out_f,
"--> %s: Interrupting AWS ParallelCluster create!" % testname)
_double_writeln(out_f, "!! ABORTED: %s!!" % (testname))
open("%s.aborted" % testname, "w").close()
raise exc
except Exception as exc:
if not _create_done:
_create_interrupted = True
_double_writeln(
out_f, "Unexpected exception %s: %s" % (str(type(exc)), str(exc)))
_double_writeln(out_f, "!! FAILURE: %s!!" % (testname))
open("%s.failed" % testname, "w").close()
raise exc
finally:
print("Cleaning up!")
if _create_interrupted or _create_done:
# if the create process was interrupted it may take few seconds for the stack id to be actually registered
_max_del_iters = _del_iters = 10
else:
# No delete is necessary if cluster creation wasn't started (process_helper.AbortedProcessError)
_del_iters = 0
if _del_iters > 0:
_del_done = False
_double_writeln(
out_f, "--> %s: Deleting - max iterations: %s" %
(testname, _del_iters))
while not _del_done and _del_iters > 0:
try:
time.sleep(2)
# clean up the cluster
_del_output = sub.check_output(
[
"pcluster",
"delete",
"autoTest-%s" % testname,
"--config",
"./config-%s-%s" % (_region, distro),
],
stderr=sub.STDOUT,
universal_newlines=True,
)
_del_done = "DELETE_IN_PROGRESS" in _del_output or "DELETE_COMPLETE" in _del_output
out_f.write(_del_output + "\n")
except sub.CalledProcessError as exc:
out_f.write(
"CalledProcessError exception launching 'pcluster delete': %s - Output:\n%s\n"
% (str(exc), exc.output))
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster delete' %s: %s\n"
% (str(type(exc)), str(exc)))
finally:
_double_writeln(
out_f,
"--> %s: Deleting - iteration: %s - successfully submitted: %s"
% (testname,
(_max_del_iters - _del_iters + 1), _del_done),
)
_del_iters -= 1
try:
prochelp.exec_command(
[
"pcluster", "status",
"autoTest-%s" % testname, "--config",
"./config-%s-%s" % (region, distro)
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
except (prochelp.ProcessHelperError, sub.CalledProcessError):
# Usually terminates with exit status 1 since at the end of the delete operation the stack is not found
pass
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster status' %s: %s\n"
% (str(type(exc)), str(exc)))
out_f.close()
print("--> %s: Finished" % (testname))
def run_test(region, distro, scheduler, instance_type, key_name,
expected_asg_capacity, expected_compute_nodes, extra_args):
_create_interrupted = False
_create_done = False
testname = "%s-%s-%s-%s-%s" % (region, distro, scheduler,
instance_type.replace(".", ""), _timestamp)
test_filename = "%s-config.cfg" % testname
out_f = open("%s-out.txt" % testname, "w", 0)
# Test jobs should take at most 9 minutes to be executed.
# These guarantees that the jobs are executed in parallel.
max_jobs_exec_time = 9 * 60
try:
_double_writeln(out_f, "--> %s: Starting" % testname)
cluster_config = ClusterConfig(
config_file=test_filename,
stack_name="parallelcluster-" + testname,
region=region,
distro=distro,
instance_type=instance_type,
scheduler=scheduler,
username=username_map[distro],
key_path=extra_args["key_path"],
key_name=key_name,
master_node="",
scaledown_idletime=4,
)
_write_pcluster_config(cluster_config=cluster_config,
extra_args=extra_args)
_double_writeln(
out_f, "--> %s: Created pcluster config file %s" %
(testname, test_filename))
# build the cluster
_double_writeln(out_f, "--> %s: Creating the cluster" % testname)
prochelp.exec_command(
["pcluster", "create", "--config", test_filename, testname],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
_create_done = True
_double_writeln(out_f,
"--> %s: Cluster created successfully" % testname)
cluster_config = cluster_config._replace(
master_node=_get_master_ip(cluster_config_file=test_filename,
cluster_name=testname,
log_file=out_f))
_double_writeln(out_f,
"--> %s: Executing test jobs on cluster." % testname)
_execute_test_jobs_on_cluster(cluster_config=cluster_config,
log_file=out_f)
_double_writeln(out_f,
"--> %s: Test jobs successfully started" % testname)
_double_writeln(
out_f,
"--> %s: Monitoring asg capacity and compute nodes" % testname)
additional_watching_time = 5 * 60
asg_capacity_time_series, compute_nodes_time_series, timestamps = _watch_compute_nodes_allocation(
duration=max_jobs_exec_time +
cluster_config.scaledown_idletime * 60 + additional_watching_time,
frequency=20,
cluster_config=cluster_config,
)
_double_writeln(
out_f,
"--> %s: Monitoring completed: %s, %s, %s" % (
testname,
"asg_capacity_time_series [" +
" ".join(map(str, asg_capacity_time_series)) + "]",
"compute_nodes_time_series [" +
" ".join(map(str, compute_nodes_time_series)) + "]",
"timestamps [" + " ".join(map(str, timestamps)) + "]",
),
)
_double_writeln(
out_f,
"--> %s: Verifying test jobs completed successfully" % testname)
# jobs need to complete in 9 mins in order to verify parallelism
_assert_test_jobs_completed(cluster_config=cluster_config,
max_jobs_exec_time=max_jobs_exec_time,
log_file=out_f)
_double_writeln(out_f,
"--> %s: Test jobs completed successfully" % testname)
_double_writeln(
out_f,
"--> %s: Verifying auto-scaling worked correctly" % testname)
_assert_scaling_works(
asg_capacity_time_series=asg_capacity_time_series,
compute_nodes_time_series=compute_nodes_time_series,
expected_asg_capacity=expected_asg_capacity,
expected_compute_nodes=expected_compute_nodes,
)
_double_writeln(out_f,
"--> %s: Autoscaling worked as expected" % testname)
_double_writeln(out_f, "SUCCESS: %s!!" % testname)
open("%s.success" % testname, "w").close()
except prochelp.ProcessHelperError as exc:
if not _create_done and isinstance(exc, prochelp.KilledProcessError):
_create_interrupted = True
_double_writeln(out_f,
"--> %s: Interrupting pcluster create!" % testname)
_double_writeln(out_f, "!! ABORTED: %s!!" % (testname))
open("%s.aborted" % testname, "w").close()
raise exc
except AssertionError as err:
_double_writeln(
out_f,
"--> %s: Test assertion failed: %s" % (testname, err.message))
_double_writeln(out_f, "!! FAILURE: %s!!" % testname)
open("%s.failed" % testname, "w").close()
raise err
except Exception as exc:
if not _create_done:
_create_interrupted = True
_double_writeln(
out_f, "--> %s: Unexpected exception %s: %s" %
(testname, str(type(exc)), str(exc)))
_double_writeln(out_f, "!! FAILURE: %s!!" % testname)
open("%s.failed" % testname, "w").close()
raise exc
finally:
if _create_interrupted or _create_done:
# if the create process was interrupted it may take few seconds for the stack id to be actually registered
_max_del_iters = _del_iters = 10
else:
# No delete is necessary if cluster creation wasn't started (process_helper.AbortedProcessError)
_del_iters = 0
if _del_iters > 0:
_del_done = False
_double_writeln(
out_f, "--> %s: Deleting - max iterations: %s" %
(testname, _del_iters))
while not _del_done and _del_iters > 0:
try:
time.sleep(2)
# clean up the cluster
_del_output = sub.check_output(
[
"pcluster", "delete", "--config", test_filename,
"-nw", testname
],
stderr=sub.STDOUT,
universal_newlines=True,
)
_del_done = "DELETE_IN_PROGRESS" in _del_output or "DELETE_COMPLETE" in _del_output
out_f.write(_del_output + "\n")
except sub.CalledProcessError as exc:
out_f.write(
"CalledProcessError exception launching 'pcluster delete': %s - Output:\n%s\n"
% (str(exc), exc.output))
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster delete' %s: %s\n"
% (str(type(exc)), str(exc)))
finally:
_double_writeln(
out_f,
"--> %s: Deleting - iteration: %s - successfully submitted: %s"
% (testname,
(_max_del_iters - _del_iters + 1), _del_done),
)
_del_iters -= 1
try:
prochelp.exec_command(
[
"pcluster", "status", "--config", test_filename,
testname
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
except (prochelp.ProcessHelperError, sub.CalledProcessError):
# Usually it terminates with exit status 1 since at the end of the delete operation the stack is not found.
pass
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster status' %s: %s\n"
% (str(type(exc)), str(exc)))
_double_writeln(out_f, "--> %s: Finished" % testname)
out_f.close()
def run_test(region, distro, scheduler, instance_type, key_name, extra_args):
scaledown_idletime = 2
testname = "%s-%s-%s-%s-%s" % (region, distro, scheduler,
instance_type.replace(".", ""), _timestamp)
test_filename = "%s-config.cfg" % testname
key_path = extra_args["key_path"]
custom_cookbook = extra_args["custom_cookbook_url"]
custom_node = extra_args["custom_node_url"]
custom_template = extra_args["custom_template_url"]
print("--> %s: Starting" % (testname))
file = open(test_filename, "w")
file.write("[aws]\n")
file.write("aws_region_name = %s\n" % region)
file.write("[cluster default]\n")
file.write("vpc_settings = public\n")
file.write("key_name = %s\n" % key_name)
file.write("base_os = %s\n" % distro)
file.write("master_instance_type = %s\n" % instance_type)
file.write("compute_instance_type = %s\n" % instance_type)
file.write("initial_queue_size = 1\n")
file.write("maintain_initial_size = false\n")
file.write("scheduler = %s\n" % (scheduler))
file.write("scaling_settings = custom\n")
if custom_template:
file.write("template_url = %s\n" % custom_template)
if custom_cookbook:
file.write("custom_chef_cookbook = %s\n" % custom_cookbook)
if custom_node:
file.write(
'extra_json = { "cluster" : { "custom_node_package" : "%s" } }\n' %
custom_node)
file.write("[vpc public]\n")
file.write("master_subnet_id = %s\n" % (setup[region]["subnet"]))
file.write("vpc_id = %s\n" % (setup[region]["vpc"]))
file.write("[global]\n")
file.write("cluster_template = default\n")
file.write("[scaling custom]\n")
file.write("scaledown_idletime = %s\n" % scaledown_idletime)
file.close()
out_f = open("%s-out.txt" % testname, "w", 0)
master_ip = ""
username = username_map[distro]
_create_interrupted = False
_create_done = False
try:
# build the cluster
prochelp.exec_command(
["pcluster", "create", "--config", test_filename, testname],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
_create_done = True
# get the master ip, which means grepping through pcluster status gorp
dump = prochelp.exec_command(
["pcluster", "status", "--config", test_filename, testname],
stderr=sub.STDOUT,
universal_newlines=True)
dump_array = dump.splitlines()
for line in dump_array:
m = re.search("MasterPublicIP: (.+)$", line)
if m:
master_ip = m.group(1)
break
if master_ip == "":
_double_writeln(
out_f, "!! %s: Master IP not found; exiting !!" % (testname))
raise ReleaseCheckException("--> %s: Master IP not found!" %
testname)
_double_writeln(out_f, "--> %s Master IP: %s" % (testname, master_ip))
# run test on the cluster...
ssh_params = ["-o", "StrictHostKeyChecking=no"]
ssh_params += ["-o", "BatchMode=yes"]
# ssh_params += ['-o', 'ConnectionAttempts=30']
ssh_params += ["-o", "ConnectTimeout=60"]
ssh_params += ["-o", "ServerAliveCountMax=5"]
ssh_params += ["-o", "ServerAliveInterval=30"]
if key_path:
ssh_params.extend(["-i", key_path])
prochelp.exec_command(
["scp"] + ssh_params + [
os.path.join(_dirname(), "cluster-check.sh"),
"%s@%s:." % (username, master_ip)
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
prochelp.exec_command(
["ssh", "-n"] + ssh_params + [
"%s@%s" % (username, master_ip),
"/bin/bash --login cluster-check.sh submit %s" % scheduler
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
# Sleep for scaledown_idletime to give time for the instances to scale down
time.sleep(60 * scaledown_idletime)
check_asg_capacity("parallelcluster-" + testname, region, out_f)
prochelp.exec_command(
["ssh", "-n"] + ssh_params + [
"%s@%s" % (username, master_ip),
"/bin/bash --login cluster-check.sh scaledown_check %s" %
scheduler
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
_double_writeln(out_f, "SUCCESS: %s!!" % testname)
open("%s.success" % testname, "w").close()
except prochelp.ProcessHelperError as exc:
if not _create_done and isinstance(exc, prochelp.KilledProcessError):
_create_interrupted = True
_double_writeln(out_f,
"--> %s: Interrupting pcluster create!" % testname)
_double_writeln(out_f, "!! ABORTED: %s!!" % (testname))
open("%s.aborted" % testname, "w").close()
raise exc
except Exception as exc:
if not _create_done:
_create_interrupted = True
_double_writeln(
out_f, "Unexpected exception %s: %s" % (str(type(exc)), str(exc)))
_double_writeln(out_f, "!! FAILURE: %s!!" % (testname))
open("%s.failed" % testname, "w").close()
raise exc
finally:
if _create_interrupted or _create_done:
# if the create process was interrupted it may take few seconds for the stack id to be actually registered
_max_del_iters = _del_iters = 10
else:
# No delete is necessary if cluster creation wasn't started (process_helper.AbortedProcessError)
_del_iters = 0
if _del_iters > 0:
_del_done = False
_double_writeln(
out_f, "--> %s: Deleting - max iterations: %s" %
(testname, _del_iters))
while not _del_done and _del_iters > 0:
try:
time.sleep(2)
# clean up the cluster
_del_output = sub.check_output(
[
"pcluster", "delete", "--config", test_filename,
"-nw", testname
],
stderr=sub.STDOUT,
universal_newlines=True,
)
_del_done = "DELETE_IN_PROGRESS" in _del_output or "DELETE_COMPLETE" in _del_output
out_f.write(_del_output + "\n")
except sub.CalledProcessError as exc:
out_f.write(
"CalledProcessError exception launching 'pcluster delete': %s - Output:\n%s\n"
% (str(exc), exc.output))
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster delete' %s: %s\n"
% (str(type(exc)), str(exc)))
finally:
_double_writeln(
out_f,
"--> %s: Deleting - iteration: %s - successfully submitted: %s"
% (testname,
(_max_del_iters - _del_iters + 1), _del_done),
)
_del_iters -= 1
try:
prochelp.exec_command(
[
"pcluster", "status", "--config", test_filename,
testname
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True,
)
except (prochelp.ProcessHelperError, sub.CalledProcessError):
# Usually it terminates with exit status 1 since at the end of the delete operation the stack is not found.
pass
except Exception as exc:
out_f.write(
"Unexpected exception launching 'pcluster status' %s: %s\n"
% (str(type(exc)), str(exc)))
out_f.close()
print("--> %s: Finished" % (testname))
def run_test(region, distro, scheduler, instance_type, key_name, extra_args):
testname = '%s-%s-%s-%s-%s' % (region, distro, scheduler,
instance_type.replace('.', ''), _timestamp)
test_filename = "%s-config.cfg" % testname
key_path = extra_args['key_path']
custom_cookbook = extra_args['custom_cookbook_url']
custom_node = extra_args['custom_node_url']
custom_template = extra_args['custom_template_url']
print("--> %s: Starting" % (testname))
file = open(test_filename, "w")
file.write("[aws]\n")
file.write("aws_region_name = %s\n" % region)
file.write("[cluster default]\n")
file.write("vpc_settings = public\n")
file.write("key_name = %s\n" % key_name)
file.write("base_os = %s\n" % distro)
file.write("master_instance_type = %s\n" % instance_type)
file.write("compute_instance_type = %s\n" % instance_type)
file.write("initial_queue_size = 1\n")
file.write("maintain_initial_size = true\n")
file.write("scheduler = %s\n" % (scheduler))
file.write("scaling_settings = custom\n")
if custom_template:
file.write("template_url = %s\n" % custom_template)
if custom_cookbook:
file.write("custom_chef_cookbook = %s\n" % custom_cookbook)
if custom_node:
file.write(
'extra_json = { "cfncluster" : { "custom_node_package" : "%s" } }\n'
% custom_node)
file.write("[vpc public]\n")
file.write("master_subnet_id = %s\n" % (setup[region]['subnet']))
file.write("vpc_id = %s\n" % (setup[region]['vpc']))
file.write("[global]\n")
file.write("cluster_template = default\n")
file.write("[scaling custom]\n")
file.write("scaling_adjustment = 1\n")
file.write("scaling_period = 30\n")
file.write("scaling_evaluation_periods = 1\n")
file.write("scaling_cooldown = 300\n")
file.close()
out_f = open('%s-out.txt' % testname, 'w', 0)
master_ip = ''
username = username_map[distro]
_create_interrupted = False
_create_done = False
try:
# build the cluster
prochelp.exec_command(
['cfncluster', 'create', '--config', test_filename, testname],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True)
_create_done = True
# get the master ip, which means grepping through cfncluster status gorp
dump = prochelp.exec_command(
['cfncluster', 'status', '--config', test_filename, testname],
stderr=sub.STDOUT,
universal_newlines=True)
dump_array = dump.splitlines()
for line in dump_array:
m = re.search('MasterPublicIP: (.+)$', line)
if m:
master_ip = m.group(1)
break
if master_ip == '':
_double_writeln(
out_f, '!! %s: Master IP not found; exiting !!' % (testname))
raise ReleaseCheckException('--> %s: Master IP not found!' %
testname)
_double_writeln(out_f, "--> %s Master IP: %s" % (testname, master_ip))
# run test on the cluster...
ssh_params = ['-o', 'StrictHostKeyChecking=no']
ssh_params += ['-o', 'BatchMode=yes']
# ssh_params += ['-o', 'ConnectionAttempts=30']
ssh_params += ['-o', 'ConnectTimeout=60']
ssh_params += ['-o', 'ServerAliveCountMax=5']
ssh_params += ['-o', 'ServerAliveInterval=30']
if key_path:
ssh_params.extend(['-i', key_path])
prochelp.exec_command(['scp'] + ssh_params + [
os.path.join(_dirname(), 'cluster-check.sh'),
'%s@%s:.' % (username, master_ip)
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True)
prochelp.exec_command(['ssh', '-n'] + ssh_params + [
'%s@%s' % (username, master_ip),
'/bin/bash --login cluster-check.sh %s' % scheduler
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True)
_double_writeln(out_f, 'SUCCESS: %s!!' % (testname))
open('%s.success' % testname, 'w').close()
except prochelp.ProcessHelperError as exc:
if not _create_done and isinstance(exc, prochelp.KilledProcessError):
_create_interrupted = True
_double_writeln(
out_f, "--> %s: Interrupting cfncluster create!" % testname)
_double_writeln(out_f, '!! ABORTED: %s!!' % (testname))
open('%s.aborted' % testname, 'w').close()
raise exc
except Exception as exc:
if not _create_done:
_create_interrupted = True
_double_writeln(
out_f, "Unexpected exception %s: %s" % (str(type(exc)), str(exc)))
_double_writeln(out_f, "!! FAILURE: %s!!" % (testname))
open('%s.failed' % testname, 'w').close()
raise exc
finally:
if _create_interrupted or _create_done:
# if the create process was interrupted it may take few seconds for the stack id to be actually registered
_max_del_iters = _del_iters = 10
else:
# No delete is necessary if cluster creation wasn't started (process_helper.AbortedProcessError)
_del_iters = 0
if _del_iters > 0:
_del_done = False
_double_writeln(
out_f, "--> %s: Deleting - max iterations: %s" %
(testname, _del_iters))
while not _del_done and _del_iters > 0:
try:
time.sleep(2)
# clean up the cluster
_del_output = sub.check_output([
'cfncluster', 'delete', '--config', test_filename,
'-nw', testname
],
stderr=sub.STDOUT,
universal_newlines=True)
_del_done = "DELETE_IN_PROGRESS" in _del_output or "DELETE_COMPLETE" in _del_output
out_f.write(_del_output + '\n')
except sub.CalledProcessError as exc:
out_f.write(
"CalledProcessError exception launching 'cfncluster delete': %s - Output:\n%s\n"
% (str(exc), exc.output))
except Exception as exc:
out_f.write(
"Unexpected exception launching 'cfncluster delete' %s: %s\n"
% (str(type(exc)), str(exc)))
finally:
_double_writeln(
out_f,
"--> %s: Deleting - iteration: %s - successfully submitted: %s"
% (testname,
(_max_del_iters - _del_iters + 1), _del_done))
_del_iters -= 1
try:
prochelp.exec_command([
'cfncluster', 'status', '--config', test_filename, testname
],
stdout=out_f,
stderr=sub.STDOUT,
universal_newlines=True)
except (prochelp.ProcessHelperError, sub.CalledProcessError):
# Usually it terminates with exit status 1 since at the end of the delete operation the stack is not found.
pass
except Exception as exc:
out_f.write(
"Unexpected exception launching 'cfncluster status' %s: %s\n"
% (str(type(exc)), str(exc)))
out_f.close()
print("--> %s: Finished" % (testname))
def run_test(distro, clustername, mastersubnet, region):
testname=("%s-%s" % (distro, clustername)) + ''.join(random.choice(string.ascii_uppercase + string.digits) for _ in range(8))
print(testname)
out_f = open('%s-out.txt' % testname, 'w')
username = username_map[distro]
_create_done = False
_create_interrupted = False
_volume_id = ''
_az = _get_az(mastersubnet, region)
_region = _az[:-1]
try:
ec2 = boto3.client('ec2', region_name=region)
response_vol = ec2.create_volume(AvailabilityZone=_az, Size=10)
_volume_id = response_vol['VolumeId']
print ("Volume created: %s" % _volume_id)
if _volume_id == '':
_double_writeln(out_f, '!! %s: Volume ID not found; exiting !!' % (testname))
raise ReleaseCheckException('--> %s: Volume ID not found!' % testname)
_double_writeln(out_f, "--> %s Volume ID: %s" % (testname, _volume_id))
time.sleep(10)
response_snapshot = ec2.create_snapshot(VolumeId=_volume_id)
_snap_id = response_snapshot['SnapshotId']
print ("Snapshot created: %s" % _snap_id)
if _volume_id == '':
_double_writeln(out_f, '!! %s: Snapshot ID not found; exiting !!' % (testname))
raise ReleaseCheckException('--> %s: Snapshot ID not found!' % testname)
_double_writeln(out_f, "--> %s Snapshot ID: %s" % (testname, _snap_id))
rfile = open("./config-%s" % distro, "r").read().split('\n')
for index, line in enumerate(rfile):
m = re.search('ebs_volume_id', line)
if m:
rfile[index] = 'ebs_volume_id = %s' % _volume_id
n = re.search('ebs_snapshot_id', line)
if n:
rfile[index] = 'ebs_snapshot_id = %s' % _snap_id
wfile = open("./config-%s" % distro, "w")
wfile.write('\n'.join(rfile))
wfile.close()
print("Creating cluster...")
prochelp.exec_command(['pcluster', 'create', 'autoTest-%s' % testname,'--config','./config-%s' % distro,'--cluster-template', '%s' % clustername],
stdout=out_f, stderr=sub.STDOUT, universal_newlines=True)
_create_done = True
dump = prochelp.exec_command(['pcluster', 'status', 'autoTest-%s' % testname, '--config','./config-%s' % distro],
stderr=sub.STDOUT, universal_newlines=True)
dump_array = dump.splitlines()
for line in dump_array:
m = re.search('MasterPublicIP: (.+)$', line)
if m:
master_ip = m.group(1)
break
if master_ip == '':
_double_writeln(out_f, '!! %s: Master IP not found; exiting !!' % (testname))
raise ReleaseCheckException('--> %s: Master IP not found!' % testname)
_double_writeln(out_f, "--> %s Master IP: %s" % (testname, master_ip))
time.sleep(10)
# run test on the cluster...
ssh_params = ['-o', 'StrictHostKeyChecking=no']
ssh_params += ['-o', 'BatchMode=yes']
# ssh_params += ['-o', 'ConnectionAttempts=30']
ssh_params += ['-o', 'ConnectTimeout=60']
ssh_params += ['-o', 'ServerAliveCountMax=5']
ssh_params += ['-o', 'ServerAliveInterval=30']
print("Running tests...")
prochelp.exec_command(
['scp'] + ssh_params + [os.path.join(_dirname(), 'ebs-check.sh'),
'%s@%s:.' % (username, master_ip)],
stdout=out_f, stderr=sub.STDOUT, universal_newlines=True)
time.sleep(5)
if clustername == 'custom3Vol' or clustername == 'custom5Vol':
prochelp.exec_command(['ssh', '-n'] + ssh_params + ['%s@%s' % (username, master_ip),
'/bin/bash --login ebs-check.sh %s %s %s %s'
% (testargs_map[clustername], _region, _volume_id, _snap_id)],
stdout=out_f, stderr=sub.STDOUT, universal_newlines=True)
else:
prochelp.exec_command(['ssh', '-n'] + ssh_params + ['%s@%s' % (username, master_ip),
'/bin/bash --login ebs-check.sh %s %s' % (testargs_map[clustername], _region)],
stdout=out_f, stderr=sub.STDOUT, universal_newlines=True)
except prochelp.ProcessHelperError as exc:
if not _create_done and isinstance(exc, prochelp.KilledProcessError):
_create_interrupted = True
_double_writeln(out_f, "--> %s: Interrupting AWS ParallelCluster create!" % testname)
_double_writeln(out_f, '!! ABORTED: %s!!' % (testname))
open('%s.aborted' % testname, 'w').close()
raise exc
except Exception as exc:
if not _create_done:
_create_interrupted = True
_double_writeln(out_f, "Unexpected exception %s: %s" % (str(type(exc)), str(exc)))
_double_writeln(out_f, "!! FAILURE: %s!!" % (testname))
open('%s.failed' % testname, 'w').close()
raise exc
finally:
print("Cleaning up!")
if _create_interrupted or _create_done:
# if the create process was interrupted it may take few seconds for the stack id to be actually registered
_max_del_iters = _del_iters = 10
else:
# No delete is necessary if cluster creation wasn't started (process_helper.AbortedProcessError)
_del_iters = 0
if _del_iters > 0:
_del_done = False
_double_writeln(out_f, "--> %s: Deleting - max iterations: %s" % (testname, _del_iters))
while not _del_done and _del_iters > 0:
try:
time.sleep(2)
# clean up the cluster
_del_output = sub.check_output(['pcluster', 'delete', 'autoTest-%s' % testname, '--config','./config-%s' % distro],
stderr=sub.STDOUT, universal_newlines=True)
_del_done = "DELETE_IN_PROGRESS" in _del_output or "DELETE_COMPLETE" in _del_output
out_f.write(_del_output + '\n')
except sub.CalledProcessError as exc:
out_f.write("CalledProcessError exception launching 'pcluster delete': %s - Output:\n%s\n" % (
str(exc), exc.output))
except Exception as exc:
out_f.write("Unexpected exception launching 'pcluster delete' %s: %s\n" % (str(type(exc)), str(exc)))
finally:
_double_writeln(out_f, "--> %s: Deleting - iteration: %s - successfully submitted: %s" % (
testname, (_max_del_iters - _del_iters + 1), _del_done))
_del_iters -= 1
try:
prochelp.exec_command(['pcluster', 'status', 'autoTest-%s' % testname, '--config','./config-%s' % distro], stdout=out_f,
stderr=sub.STDOUT, universal_newlines=True)
except (prochelp.ProcessHelperError, sub.CalledProcessError):
# Usually it terminates with exit status 1 since at the end of the delete operation the stack is not found.
pass
except Exception as exc:
out_f.write("Unexpected exception launching 'pcluster status' %s: %s\n" % (str(type(exc)), str(exc)))
ec2.delete_snapshot(SnapshotId=_snap_id)
ec2.delete_volume(VolumeId=_volume_id)
out_f.close()
print("--> %s: Finished" % (testname))
