Add scenario MQ/threading

This commit is contained in:
Ilya Shakhat 2016-03-16 18:31:46 +03:00
parent 345a23a1f1
commit 95761686cd
8 changed files with 376 additions and 17 deletions

View File

@ -60,6 +60,8 @@ def aggregate(scenario, mongo_url, db_name, tag):
]
series_pipeline.extend(values_pipeline)
LOG.debug('Running series pipeline: %s', series_pipeline)
point = next(series_collection.aggregate(series_pipeline))
del point['_id'] # to avoid overwriting
rec.update(point)

View File

@ -37,10 +37,12 @@ def _pick_tasks(tasks, matrix):
def play_setup(runner, setup_playbook):
LOG.info('Running setup')
runner.run(setup_playbook)
def play_execution(runner, execution_playbook):
LOG.info('Running execution')
records = []
series = []

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@ -40,6 +40,10 @@ def generate_chart(chart_str, records_collection, doc_folder, tag):
fill = chart.get('fill') or False
axes = chart.get('axes') or dict(x='x', y='y')
LOG.debug('Title: %s', title)
pipeline.insert(0, {'$match': {'status': 'OK'}})
if tag:
pipeline.insert(0, {'$match': {'tag': tag}})
@ -62,7 +66,7 @@ def generate_chart(chart_str, records_collection, doc_folder, tag):
for k in y_keys:
lines[k].append((chart_rec['x'], chart_rec[k]))
table += (' *\n' +
'\n'.join(' - %d' % chart_rec[v]
'\n'.join(' - %.1f' % chart_rec[v]
for v in sorted(axes.keys())) +
'\n')
@ -72,6 +76,8 @@ def generate_chart(chart_str, records_collection, doc_folder, tag):
include_x_axis=True,
x_title=axes['x'])
LOG.debug('Lines: %s', lines)
for k in y_keys:
xy_chart.add(axes[k], lines[k])

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@ -10,6 +10,7 @@ SERVER_FILE_NAME = os.path.join(tempfile.gettempdir(), 'performa.oms.srv')
CLIENT_FILE_NAME = os.path.join(tempfile.gettempdir(), 'performa.oms.cln')
UNIQUE_NAME = 'performa_omsimulator'
DIR = '/tmp/performa/oslo.messaging/tools/'
PYTHON = '/tmp/performa/oslo.messaging/.venv/bin/python'
PATTERNS = [
r'(?P<msg_sent>\d+) messages were sent for (?P<duration>\d+) sec',
@ -49,7 +50,7 @@ def chdir(module):
def start_daemon(module, cmd):
cmd = ('daemon -n %(name)s -D %(dir)s -F %(pid)s -- %(cmd)s' %
cmd = ('daemon -n %(name)s -D %(dir)s -F %(pid)s -U -- %(cmd)s' %
dict(name=UNIQUE_NAME, dir=DIR, pid=SERVER_PID, cmd=cmd))
rc, stdout, stderr = module.run_command(cmd)
@ -102,16 +103,17 @@ def run(module):
server_tool = 'rpc-server'
client_tool = 'rpc-client'
params['python'] = PYTHON
params['server_tool'] = server_tool
params['client_tool'] = client_tool
params['server_file'] = SERVER_FILE_NAME
params['client_file'] = CLIENT_FILE_NAME
server = ('python simulator.py '
server = ('%(python)s simulator.py '
'--url %(url)s '
'--json %(server_file)s '
'%(server_tool)s ') % params
client = ('python simulator.py '
client = ('%(python)s simulator.py '
'--url=%(url)s '
'--json %(client_file)s '
'-l %(duration)s '
@ -139,14 +141,22 @@ def run(module):
server_data = read_file(SERVER_FILE_NAME)
client_summary = client_data['summary']['client']
client_summary['component'] = 'client'
record = dict(start=client_summary['start'],
end=client_summary['end'],
client=client_summary)
if 'round_trip' in client_data['summary']:
round_trip_summary = client_data['summary']['round_trip']
record['round_trip'] = round_trip_summary
server_summary = server_data['summary']
server_summary['component'] = 'server'
record['server'] = server_summary
series = transform_series(client_data['series'])
series.extend(transform_series(server_data['series']))
result = dict(records=[client_summary, server_summary], series=series)
result = dict(records=[record], series=series)
module.exit_json(**result)
except Exception as e:
msg = 'Failed to read omsimulator output: %s' % e

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@ -0,0 +1,211 @@
Oslo.messaging simulator report
-------------------------------
This report shows how many concurrent threads can handle a single
oslo.messaging process.
Test Case 1: RPC CALL Throughput Test
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
**Message processing**
Messages are collected at 3 points: ``sent`` - messages sent by the client,
``received`` - messages received by the server, ``round-trip`` - replies
received by the client. Also the number of lost messages is calculated.
{{'''
title: RPC CALL Message count
axes:
x: threads
y: sent, msg
y2: received, msg
y3: round-trip, msg
y4: lost, msg
chart: line
pipeline:
- { $match: { task: omsimulator, mode: call }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
sent: { $avg: "$client.count" },
received: { $avg: "$server.count" },
round_trip: { $avg: "$round_trip.count" },
lost: { $avg: { $subtract: ["$client.count", "$round_trip.count"] }}
}}
- { $project: { x: "$_id.threads",
y: "$sent",
y2: "$received",
y3: "$round_trip",
y4: "$lost"
}}
- { $sort: { x: 1 }}
''' | chart
}}
**Message throughput, latency and RabbitMQ CPU utilization depending on thread count**
The chart shows the throughput, latency and CPU utilization by RabbitMQ server
depending on number of concurrent threads.
{{'''
title: RPC CALL throughput, latency and RabbitMQ CPU utilization depending on thread count
axes:
x: threads
y: sent, msg/sec
y2: received, msg/sec
y3: round-trip, msg/sec
y4: latency, ms
y5: RabbitMQ CPU consumption, %
chart: line
pipeline:
- { $match: { task: omsimulator, mode: call }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
msg_sent_per_sec: { $avg: { $divide: ["$client.count", "$client.duration"] }},
msg_received_per_sec: { $avg: { $divide: ["$server.count", "$server.duration"] }},
msg_round_trip_per_sec: { $avg: { $divide: ["$round_trip.count", "$round_trip.duration"] }},
latency: { $avg: "$round_trip.latency" },
rabbit_total: { $avg: "$rabbit_total" }
}}
- { $project: { x: "$_id.threads",
y: "$msg_sent_per_sec",
y2: "$msg_received_per_sec",
y3: "$msg_round_trip_per_sec",
y4: { $multiply: [ "$latency", 1000 ] },
y5: { $multiply: [ "$rabbit_total", 100 ] }
}}
- { $sort: { x: 1 }}
''' | chart
}}
Test Case 2: RPC CAST Throughput Test
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
**Message processing**
Messages are collected at 2 points: ``sent`` - messages sent by the client
and ``received`` - messages received by the server. Also the number of lost
messages is calculated.
{{'''
title: RPC CAST Message count
axes:
x: threads
y: sent, msg
y2: received, msg
y3: lost, msg
chart: line
pipeline:
- { $match: { task: omsimulator, mode: cast }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
sent: { $avg: "$client.count" },
received: { $avg: "$server.count" },
lost: { $avg: { $subtract: ["$client.count", "$server.count"] }}
}}
- { $project: { x: "$_id.threads",
y: "$sent",
y2: "$received",
y3: "$lost"
}}
- { $sort: { x: 1 }}
''' | chart
}}
**Message throughput, latency and RabbitMQ CPU utilization depending on thread count**
The chart shows the throughput, latency and CPU utilization by RabbitMQ server
depending on number of concurrent threads.
{{'''
title: RPC CAST throughput, latency and RabbitMQ CPU utilization depending on thread count
axes:
x: threads
y: sent, msg/sec
y2: received, msg/sec
y3: latency, ms
y4: RabbitMQ CPU consumption, %
chart: line
pipeline:
- { $match: { task: omsimulator, mode: cast }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
msg_sent_per_sec: { $avg: { $divide: ["$client.count", "$client.duration"] }},
msg_received_per_sec: { $avg: { $divide: ["$server.count", "$server.duration"] }},
latency: { $avg: "$server.latency" },
rabbit_total: { $avg: "$rabbit_total" }
}}
- { $project: { x: "$_id.threads",
y: "$msg_sent_per_sec",
y2: "$msg_received_per_sec",
y3: { $multiply: [ "$latency", 1000 ] },
y4: { $multiply: [ "$rabbit_total", 100 ] }
}}
- { $sort: { x: 1 }}
''' | chart
}}
Test Case 3: Notification Throughput Test
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
**Message processing**
Messages are collected at 2 points: ``sent`` - messages sent by the client
and ``received`` - messages received by the server. Also the number of lost
messages is calculated.
{{'''
title: NOTIFY Message count
axes:
x: threads
y: sent, msg
y2: received, msg
l3: lost, msg
chart: line
pipeline:
- { $match: { task: omsimulator, mode: notify }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
sent: { $avg: "$client.count" },
received: { $avg: "$server.count" },
lost: { $avg: { $subtract: ["$client.count", "$server.count"] }}
}}
- { $project: { x: "$_id.threads",
y: "$sent",
y2: "$received",
y3: "$lost"
}}
- { $sort: { x: 1 }}
''' | chart
}}
**Message throughput, latency and RabbitMQ CPU utilization depending on thread count**
The chart shows the throughput, latency and CPU utilization by RabbitMQ server
depending on number of concurrent threads.
{{'''
title: NOTIFY throughput, latency and RabbitMQ CPU utilization depending on thread count
axes:
x: threads
y: sent, msg/sec
y2: received, msg/sec
y3: latency, ms
y4: RabbitMQ CPU consumption, %
chart: line
pipeline:
- { $match: { task: omsimulator, mode: notify }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
msg_sent_per_sec: { $avg: { $divide: ["$client.count", "$client.duration"] }},
msg_received_per_sec: { $avg: { $divide: ["$server.count", "$server.duration"] }},
latency: { $avg: "$server.latency" },
rabbit_total: { $avg: "$rabbit_total" }
}}
- { $project: { x: "$_id.threads",
y: "$msg_sent_per_sec",
y2: "$msg_received_per_sec",
y3: { $multiply: [ "$latency", 1000 ] },
y4: { $multiply: [ "$rabbit_total", 100 ] }
}}
- { $sort: { x: 1 }}
''' | chart
}}

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@ -0,0 +1,92 @@
title: OMSimulator
description:
This scenario uses oslo.messaging simulator tool to execute MQ test plan.
parameters:
tester_hosts: List of hosts were omsimulator will be executed
rabbit_hosts: List of hosts were RabbitMQ runs
rabbit_url: RabbitMQ address
setup:
-
hosts: {{ tester_hosts }}
tasks:
- apt: name=git
become: yes
- apt: name=daemon
become: yes
- name: installing omsimulator
git: repo=git://git.openstack.org/openstack/oslo.messaging
dest=/tmp/performa/oslo.messaging
- apt: name=python-dev
become: yes
- apt: name=python-pip
become: yes
- pip: name=virtualenv
become: yes
- pip: requirements=/tmp/performa/oslo.messaging/requirements.txt virtualenv=/tmp/performa/oslo.messaging/.venv
- pip: name=eventlet virtualenv=/tmp/performa/oslo.messaging/.venv
- command: /tmp/performa/oslo.messaging/.venv/bin/python setup.py install
args:
chdir: /tmp/performa/oslo.messaging
-
hosts: {{ rabbit_hosts }}
tasks:
- apt: name=atop
become: yes
- apt: name=daemon
become: yes
execution:
-
hosts: {{ rabbit_hosts }}
tasks:
- atop: command=start
-
hosts: {{ tester_hosts }}
matrix:
threads: [ 1, 2, 5, 10, 20, 50, 100 ]
tasks:
- omsimulator:
mode: call
duration: 100
url: {{ rabbit_url }}
-
hosts: {{ tester_hosts }}
matrix:
threads: [ 1, 2, 5, 10, 20, 50, 100 ]
tasks:
- omsimulator:
mode: cast
duration: 100
url: {{ rabbit_url }}
-
hosts: {{ tester_hosts }}
matrix:
threads: [ 1, 2, 5, 10, 20, 50, 100 ]
tasks:
- omsimulator:
mode: notify
duration: 100
url: {{ rabbit_url }}
-
hosts: {{ rabbit_hosts }}
tasks:
- atop:
command: stop
labels: [ PRC ]
aggregation:
-
update:
query:
{ task: omsimulator }
values:
pipeline:
- { $match: { task: atop, status: OK, label: PRC, name: { $regex: beam.* } }}
- { $group: { _id: null, rabbit_sys: { $avg: "$sys" }, rabbit_user: { $avg: "$user" }, rabbit_total: { $avg: { $add: [ "$sys", "$user" ] }} }}
report:
template: omsimulator-threading.rst

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@ -7,20 +7,52 @@ This is the report of execution test plan
Results
^^^^^^^
Messages per second depending on threads count:
**Message processing**
The chart and table show the number of messages processed by a single process
depending on number of eventlet threads inside of it. Messages are collected
at 3 points: ``sent`` - messages sent by the client, ``received`` - messages
received by the server, ``round-trip`` - replies received by the client.
{{'''
title: Messages per second
title: Throughput
axes:
x: threads
y: messages per sec
y2: latency
y: sent, msg
y2: received, msg
y3: round-trip, msg
chart: line
pipeline:
- { $match: { task: omsimulator, status: OK }}
- { $match: { task: omsimulator, component: client }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
sent: { $avg: "$client.count" },
received: { $avg: "$server.count" },
round_trip: { $avg: "$round_trip.count" }
}}
- { $project: { x: "$_id.threads",
y: "$sent",
y2: "$received",
y3: "$round_trip"
}}
- { $sort: { x: 1 }}
''' | chart
}}
**Message throughput, latency depending on thread count**
{{'''
title: Throughput, latency depending on thread count
axes:
x: threads
y: throughput, msg/sec
y2: latency, ms
chart: line
pipeline:
- { $match: { task: omsimulator, component: client }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
msg_sent_per_sec: { $avg: { $divide: ["$count", "$duration"] }},
latency: { $avg: "$latency" }
latency: { $avg: "$latency" },
}}
- { $project: { x: "$_id.threads",
y: "$msg_sent_per_sec",
@ -40,7 +72,7 @@ Messages per second and rabbit CPU consumption depending on threads count:
y2: rabbit CPU consumption, %
chart: line
pipeline:
- { $match: { task: omsimulator, status: OK }}
- { $match: { task: omsimulator }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
msg_sent_per_sec: { $avg: { $divide: ["$count", "$duration"] }},
rabbit_total: { $avg: "$rabbit_total" }
@ -61,7 +93,7 @@ Messages per second and rabbit CPU consumption depending on threads count:
y: latency
chart: line
pipeline:
- { $match: { task: omsimulator, status: OK }}
- { $match: { task: omsimulator }}
- { $group: { _id: { threads: { $multiply: [ "$threads", "$host_count" ] } },
msg_sent_per_sec: { $avg: { $divide: ["$count", "$duration"] }},
latency: { $avg: "$latency" }

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@ -15,6 +15,9 @@ setup:
# - name: installing omsimulator
# git: repo=git://git.openstack.org/openstack/oslo.messaging
# dest=/tmp/performa/oslo.messaging
# - name: installing omsimulator
# git: repo=git://git.openstack.org/openstack/oslo.messaging
# dest=/tmp/performa/oslo.messaging
# - command: git fetch https://review.openstack.org/openstack/oslo.messaging refs/changes/91/291191/2
# args:
# chdir: /tmp/performa/oslo.messaging
@ -43,12 +46,13 @@ execution:
-
hosts: {{ target }}
matrix:
host_count: [ 1, 2 ]
host_count: [ 1 ]
threads: [ 1, 10, 100 ]
tasks:
- omsimulator:
mode: call
duration: 10
threads: 1
threads: 10
url: {{ rabbit_url }}
-
hosts: {{ target }}