Tools for testing the performance of messaging clients and servers.
$ quiver
---------------------- Sender ----------------------- --------------------- Receiver ---------------------- --------
Time [s] Count [m] Rate [m/s] CPU [%] RSS [M] Time [s] Count [m] Rate [m/s] CPU [%] RSS [M] Lat [ms]
----------------------------------------------------- ----------------------------------------------------- --------
2.2 2,495,486 1,246,497 82 11.4 2.1 2,367,633 1,183,225 89 10.2 0
4.2 4,870,652 1,186,990 77 12.2 4.1 4,751,211 1,191,193 88 10.7 0
6.2 7,244,794 1,186,478 77 12.2 6.1 7,123,233 1,185,418 89 10.7 0
8.2 9,621,240 1,187,629 77 12.2 8.1 9,498,473 1,187,026 88 10.7 0
10.2 11,757,474 1,067,583 70 0.0 10.1 11,756,478 1,128,438 84 0.0 0
CONFIGURATION
Sender ........................................ qpid-proton-c
Receiver ...................................... qpid-proton-c
URL ........................... amqp://localhost:56727/quiver
Output files ........................... /tmp/quiver-mv9r_g7t
Duration ................................................. 10 seconds
Body size ............................................... 100 bytes
Credit window ......................................... 1,000 messages
RESULTS
Count ............................................ 11,756,484 messages
Duration ................................................ 9.9 seconds
Sender rate ....................................... 1,188,705 messages/s
Receiver rate ..................................... 1,188,845 messages/s
End-to-end rate ................................... 1,188,724 messages/s
Latencies by percentile:
0% ........ 0 ms 90.00% ........ 1 ms
25% ........ 0 ms 99.00% ........ 1 ms
50% ........ 1 ms 99.90% ........ 1 ms
100% ........ 2 ms 99.99% ........ 1 ms
Quiver arrow implementations are native clients (and sometimes also servers) in various languages and APIs that either send or receive messages and write raw information about the transfers to standard output. They are deliberately simple.
The quiver-arrow command runs a single implementation in send or
receive mode and captures its output. It has options for defining the
execution parameters, selecting the implementation, and reporting
statistics.
The quiver command launches a pair of quiver-arrow instances, one
sender and one receiver, and produces a summary of the end-to-end
transmission of messages.
Some client quiver arrows can authenticate to their peer using username and password or a client certificate.
| Name | Ubuntu packages | Fedora packages |
|---|---|---|
| GCC C++ | build-essential | gcc-c++ |
| GNU Make | make | make |
| Java 11 JDK | openjdk-11-jdk | java-11-openjdk-devel |
| Maven | maven | maven |
| Node.js | nodejs | nodejs |
| NumPy | python-numpy, python3-numpy | python-numpy, python3-numpy |
| OpenSSL | openssl | openssl |
| Python 3 | python3 | python3 |
| Qpid Messaging C++ | libqpidmessaging-dev, libqpidtypes-dev, libqpidcommon-dev | qpid-cpp-client-devel |
| Qpid Proton C | libqpid-proton-proactor1-dev | qpid-proton-c-devel |
| Qpid Proton C++ | libqpid-proton-cpp12-dev | qpid-proton-cpp-devel |
| Qpid Proton Python | python3-qpid-proton | python3-qpid-proton |
| SASL | libsasl2-2 libsasl2-dev libsasl2-modules sasl2-bin | cyrus-sasl-devel cyrus-sasl-plain cyrus-sasl-md5 |
| Unzip | unzip | unzip |
| zstd | zstd | zstd |
$ sudo docker run -it ssorj/quiver
Quiver requires newer versions of the Qpid dependencies than Ubuntu provides by default. Use these commands to install them from an Ubuntu PPA.
$ sudo apt-get install software-properties-common
$ sudo add-apt-repository ppa:qpid/released
$ sudo apt-get update
$ sudo apt-get install build-essential make openjdk-11-jdk maven nodejs \
python python-numpy python3 python3-numpy \
libqpidmessaging-dev libqpidtypes-dev libqpidcommon-dev \
libqpid-proton-proactor1-dev libqpid-proton-cpp12-dev \
python-qpid python-qpid-messaging python3-qpid-proton \
openssl unzip zstd
After this you can install from source.
To use the JavaScript implementation, you also need to symlink
nodejs to node.
$ cd /usr/local/bin && sudo ln -s ../../bin/nodejs node
By default, installs from source go to /usr/local. Make sure
/usr/local/bin is in your path.
$ cd quiver/
$ make build
$ sudo make install
Use the PREFIX option to change the install location.
$ make build PREFIX=/usr
$ sudo make install
To setup paths in your development environment, source the devel.sh
script from the project directory.
$ cd quiver/
$ source devel.sh
devel.sh # Sets up your project environment for development
Makefile # Defines the build and test targets
bin/ # Command-line tools
impls/ # Arrow and server implementations
scripts/ # Scripts called by Makefile rules
java/ # Java library code
python/ # Python library code
build/ # The default build location
In the development environment, most things are accomplished by running make targets. These are the important ones:
$ make build # Builds the code
$ make install # Installs the code
$ make clean # Removes build/
$ make test # Runs the test suite
To alter the GCC library and header search paths, use the
LIBRARY_PATH, C_INCLUDE_PATH, andCPLUS_INCLUDE_PATH environment
variables.
$ export LIBRARY_PATH=$HOME/.local/lib64
$ export C_INCLUDE_PATH=$HOME/.local/include
$ export CPLUS_INCLUDE_PATH=$HOME/.local/include
$ make clean build
Set LD_LIBRARY_PATH or update ld.so.conf to match your
LIBRARY_PATH before running the resulting executables.
$ export LD_LIBRARY_PATH=$HOME/.local/lib64
Source scripts/home-local-libs-env.sh or
scripts/usr-local-libs-env.sh in your shell to set these variables
for libraries under $HOME/.local or /usr/local respectively.
This command starts a sender-receiver pair. Each sender or receiver
is an invocation of the quiver-arrow command.
usage: quiver [-h] [--output DIR] [--impl IMPL] [--sender IMPL]
[--receiver IMPL] [-d DURATION] [-c COUNT] [--rate COUNT]
[--body-size COUNT] [--credit COUNT] [--transaction-size COUNT]
[--durable] [--set-message-id] [--timeout DURATION] [--quiet]
[--verbose] [--init-only] [--version] [--cert FILE] [--key FILE]
[URL]
Start a sender-receiver pair for a particular messaging address.
'quiver' is one of the Quiver tools for testing the performance of
message servers and APIs.
positional arguments:
URL The location of a message source or target (if not
set, quiver runs in peer-to-peer mode)
options:
-h, --help show this help message and exit
--output DIR Save output files to DIR
--impl IMPL Use IMPL to send and receive (default qpid-proton-c)
--sender IMPL Use IMPL to send (default qpid-proton-c)
--receiver IMPL Use IMPL to receive (default qpid-proton-c)
-d DURATION, --duration DURATION
Stop after DURATION (default 30s)
-c COUNT, --count COUNT
Send or receive COUNT messages (default 0, no limit)
--rate COUNT Target a rate of COUNT messages per second (default 0,
disabled)
--body-size COUNT Send message bodies containing COUNT bytes (default
100)
--credit COUNT Sustain credit for COUNT incoming messages (default
1000)
--transaction-size COUNT
Transfer batches of COUNT messages inside transactions
(default 0, disabled)
--durable Require persistent store-and-forward transfers
--set-message-id Send each message with a message ID and read it on
receive
--timeout DURATION Fail after DURATION without transfers (default 10s)
--quiet Print nothing to the console
--verbose Print details to the console
--init-only Initialize and exit
--version Print the version and exit
--cert FILE The client TLS certificate file
--key FILE The client TLS private key file
URLs:
[SCHEME:][//SERVER/]ADDRESS The default server is 'localhost'
queue0
//localhost/queue0
amqp://example.net:10000/jobs
amqps://10.0.0.10/jobs/alpha
amqps://username:[email protected]/jobs/alpha
count format: duration format:
1 (no unit) 1 1 (no unit) 1 second
1k 1,000 1s 1 second
1m 1,000,000 1m 1 minute
1h 1 hour
arrow implementations:
activemq-artemis-jms Client mode only; requires Artemis server
qpid-jms (jms) Client mode only
qpid-proton-c (c) The default implementation
qpid-proton-cpp (cpp)
qpid-proton-python (python, py)
qpid-protonj2 (java) Client mode only
qpid-proton-dotnet (.NET) Client mode only
rhea (javascript, js)
vertx-proton (java) Client mode only
example peer-to-peer usage:
$ quiver # Run the test using the default C arrow
example client-server usage:
$ qdrouterd & # Start a server listening on localhost
$ quiver q0 # Run the test
This command sends or receives AMQP messages as fast as it can. Each invocation creates a single connection. It terminates when the requested duration is exceeded or the target number of messages are all sent or received.
usage: quiver-arrow [-h] [--output DIR] [--impl IMPL] [--summary] [--info]
[--id ID] [--server] [--passive] [--prelude PRELUDE]
[-d DURATION] [-c COUNT] [--rate COUNT]
[--body-size COUNT] [--credit COUNT]
[--transaction-size COUNT] [--durable] [--set-message-id]
[--timeout DURATION] [--quiet] [--verbose] [--init-only]
[--version] [--cert FILE] [--key FILE]
OPERATION URL
This command starts a server implementation and configures it to serve the given address.
usage: quiver-server [-h] [--impl IMPL] [--info] [--ready-file FILE]
[--prelude PRELUDE] [--user USER] [--password SECRET]
[--cert FILE] [--key FILE] [--trust-store FILE] [--quiet]
[--verbose] [--init-only] [--version]
URL
Make sure you configure ActiveMQ to allow anonymous connections.
$ <instance-dir>/bin/activemq start
$ quiver q0
$ <instance-dir>/bin/artemis run &
$ <instance-dir>/bin/artemis queue create --name q0 --address q0 \
--anycast --no-durable --auto-create-address --preserve-on-no-consumers
$ quiver q0
$ qdrouterd &
$ quiver q0
$ quiver
$ quiver --sender qpid-jms
$ quiver --sender rhea --receiver qpid-proton-python
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