aspike_perf

Driver to run Erlang Aerospike node client - Aerospike cluster performance and load tests

Build

$ make compile

Test

$ make eunit

Run

$ rebar3 shell
Erlang/OTP ...

Performance Test Setup

Diagram 1. Components aspike-perf relies on

===================================
test machine
-----------------------------------
aspike-perf
request/response round-trip time
is measured at this level
-----------------------------------
aspike-discover | aspike-node
-----------------------------------
aspike-protocol | shackle
-----------------------------------
Erlang runtime
===================================
                 |  ^
                 |  |
                 V  |
===================================
 network infrastructure
===================================
                 |  ^
                 |  |
                 V  |
===================================
Aerospike Nodes: Node1, ..., NodeN
-----------------------------------
Namespaces
===================================

Terminology

Profile

Profile is an erlang term that defines:

User's name and encrypted password location;
Cluster's seeds or nodes;
Connections to nodes pool options;
Nodes connections options;
Sockets options.

Operations

Operations are

put key-value(s);
get value(s) by key;
remove key.

Target

Target is an Aerospike Cluster node with a namespace, set and bins.

The purpose of target is to describe where the operations will be performed.

Target example:

1> rr("include/aspike_perf_task.hrl").
[aspike_perf_op,aspike_perf_step,aspike_perf_step_result,aspike_perf_target,aspike_perf_task]
2> #aspike_perf_target{} = Target = aspike_perf_task:mk_target(aspike_node_a1, "namespace-1", "set-1", ["bin1", "bin2", "bin3"]).

Task

Task is an entity to describe

How many operations should be performed;
How a key for each operation should be produced: in increasing manner or randomly;
How long should be time period between operations.

Task examples:

Create a task to:

generate 10,000 keys in increasing manner;
first key is 3;
perform operations with intervals between 100 millisecond and 700 milliseconf

3> #aspike_perf_task{} = Task1 = aspike_perf_task:mk_task(3, 10_000, 100, 700).

Create a task to:

generate 10,000 keys randomly;
the keys should be generated in interval from 1 to 5,000;
perform operations with intervals between 100 millisecond and 700 milliseconf

4> #aspike_perf_task{} = Task2 = aspike_perf_task:mk_task({1, 5_000}, 10_000, 100, 700).

Scenario

Scenario describes what tasks will be performed on what targets.

Performance Examples

Environments to run examples

Aerospike Cluster Standard/Enterprise/Cloud (https://aerospike.com/products/features-and-editions/);
Aerospike Cluster Community Edition (CE) (https://hub.docker.com/r/aerospike/aerospike-server);
Aerospike Server Emulator (EM) (https://github.com/vsavkov/aspike-server).

How to setup the environments, see section Environments Setup at the bottom.

Aerospike Cluster Community Edition (CE) Examples

NOTE: Before running the examples check that files examples/ce_aerospike.config and examples/ce_password.txt are present.

$ rebar3 shell
Erlang/OTP ...

Example 1. 1,000 `put` operations to `one` node over `one` connection

1> Ret_start = aspike_perf:start("examples/ce_aerospike.config", "1 node, pool size = 1").

The output to see

Effective config:
[<<"User: User-does-not-matter-for-CE, password is provided.">>,
 <<"Seed: not provided.">>,
 [<<"Nodes:">>,<<"Name: X0, Address: 127.0.0.1, Port: 3000">>],
 [<<"Reconnect: false, Reconnect time (min. max): (2000, 120000)">>,
  <<"Socket options: [{mode,binary},\n {packet,raw},\n {buffer,65535},\n {nodelay,true},\n {send_timeout,50},\n {send_timeout_close,true}]">>],
 <<"Backlog size: 1024, Max retries: 0, Pool size: 1, Pool strategy: random">>]
Effective config. End

followed by

Nodes availability:
[<<"aspike_X0_127_0_0_1_3000: 127.0.0.1:3000: Available">>]
Nodes availability. End

The output indicates that:

aspike_node started with Node Id = aspike_X0_127_0_0_1_3000;
connection was established to Aerospike Node running on 127.0.0.1:3000.

Next, extract list of nodes:

2> {ok, Nodes} = Ret_start.

Create a task

to run 1,000 operations,
with keys starting from 1 and incrementing,
without delays between operations.

3> T1_000 = aspike_perf_task:mk_task(1, 1_000, 0, 0).

Create a scenario

to target Nodes, namespace test, set set-test, bins bin1, bin2, bin3;
to perform put operations;
according to task T1_000.

4> Sc1 = aspike_perf_task:mk_scenario(Nodes, {"test", "set-test", ["bin1", "bin2", "bin3"]}, put, [T1_000]).

Run the scenario Sc1

5> aspike_perf:run_scenario(Sc1).

The output suppose to be:

1 processes are about to start.

1 processes to complete.

aspike_X0_127_0_0_1_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
 <<"Total duration: 1275 (ms) = 974 (ops) + 0 (sleeps)">>,
 <<"Performance: 1026 ops/sec, OK: 1026 ops/sec, Error: 0 ops/sec">>]

All processes completed.
1 processes, total time: 1 seconds.

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

1> Ret_start = aspike_perf:start("examples/ce_aerospike.config", "2 nodes, pool size = 3").
Nodes availability:
[<<"aspike_X0_127_0_0_1_3000: 127.0.0.1:3000: Available">>,
<<"aspike_X1_127_0_0_1_3000: 127.0.0.1:3000: Available">>]
Nodes availability. End
2> {ok, Nodes} = Ret_start.
3> T1_000 = aspike_perf_task:mk_task(1, 1_000, 0, 0).
4> T1_000_rand = aspike_perf_task:mk_task({200, 700}, 1_000, 0, 0).
5> Sc1 = aspike_perf_task:mk_scenario(Nodes, {"test", "set-test", ["bin1", "bin2", "bin3"]}, put, [T1_000, T1_000_rand]).
6> aspike_perf:run_scenario(Sc1).

The output suppose to be:

4 processes are about to start.

4 processes to complete.

aspike_X0_127_0_0_1_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
 <<"Total duration: 2326 (ms) = 2192 (ops) + 0 (sleeps)">>,
 <<"Performance: 456 ops/sec, OK: 456 ops/sec, Error: 0 ops/sec">>]

3 processes to complete.

aspike_X0_127_0_0_1_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
 <<"Total duration: 2330 (ms) = 2200 (ops) + 0 (sleeps)">>,
 <<"Performance: 454 ops/sec, OK: 454 ops/sec, Error: 0 ops/sec">>]

2 processes to complete.

aspike_X1_127_0_0_1_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
 <<"Total duration: 2328 (ms) = 2193 (ops) + 0 (sleeps)">>,
 <<"Performance: 456 ops/sec, OK: 456 ops/sec, Error: 0 ops/sec">>]

1 processes to complete.

aspike_X1_127_0_0_1_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
 <<"Total duration: 2334 (ms) = 2204 (ops) + 0 (sleeps)">>,
 <<"Performance: 454 ops/sec, OK: 454 ops/sec, Error: 0 ops/sec">>]

All processes completed.
4 processes, total time: 2 seconds.

Aerospike Server Emulator (EM) Examples

NOTE 1: Before running these examples follow the instructions in section Aerospike Server Emulator (EM) Setup at the bottom.

NOTE 2: Before running the examples check that files examples/em_aerospike.config and examples/em_password.txt are present.

$ rebar3 shell
Erlang/OTP ...

Example 1. 1,000 `put` operations to `one` node over `one` connection

1> Ret_start = aspike_perf:start("examples/em_aerospike.config", "1 node, pool size = 1").
Nodes availability:
[<<"aspike_X0_127_0_0_1_4041: 127.0.0.1:4041: Available">>]
Nodes availability. End
2> {ok, Nodes} = Ret_start.
3> T1_000 = aspike_perf_task:mk_task(1, 1_000, 0, 0).
4> Sc1 = aspike_perf_task:mk_scenario(Nodes, {"test", "set-test", ["bin1", "bin2", "bin3"]}, put, [T1_000]).
5> aspike_perf:run_scenario(Sc1).

The output suppose to be:

1 processes are about to start.

1 processes to complete.

aspike_X0_127_0_0_1_4041: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 108 (ms) = 99 (ops) + 0 (sleeps)">>,
<<"Performance: 10090 ops/sec, OK: 10090 ops/sec, Error: 0 ops/sec">>]

All processes completed.
1 processes, total time: 0 seconds.

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

1> Ret_start = aspike_perf:start("examples/em_aerospike.config", "2 nodes, pool size = 3").
Nodes availability:
[<<"aspike_X0_127_0_0_1_4041: 127.0.0.1:4041: Available">>,
<<"aspike_X1_127_0_0_1_4041: 127.0.0.1:4041: Available">>]
Nodes availability. End
2> {ok, Nodes} = Ret_start.
3> T1_000 = aspike_perf_task:mk_task(1, 1_000, 0, 0).
4> T1_000_rand = aspike_perf_task:mk_task({200, 700}, 1_000, 0, 0).
5> Sc1 = aspike_perf_task:mk_scenario(Nodes, {"test", "set-test", ["bin1", "bin2", "bin3"]}, put, [T1_000, T1_000_rand]).
6> aspike_perf:run_scenario(Sc1).

The output suppose to be:

4 processes are about to start.

4 processes to complete.

aspike_X0_127_0_0_1_4041: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 272 (ms) = 165 (ops) + 0 (sleeps)">>,
<<"Performance: 6035 ops/sec, OK: 6035 ops/sec, Error: 0 ops/sec">>]

3 processes to complete.

aspike_X0_127_0_0_1_4041: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 273 (ms) = 166 (ops) + 0 (sleeps)">>,
<<"Performance: 5989 ops/sec, OK: 5989 ops/sec, Error: 0 ops/sec">>]

2 processes to complete.

aspike_X1_127_0_0_1_4041: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 273 (ms) = 167 (ops) + 0 (sleeps)">>,
<<"Performance: 5980 ops/sec, OK: 5980 ops/sec, Error: 0 ops/sec">>]

1 processes to complete.

aspike_X1_127_0_0_1_4041: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 274 (ms) = 166 (ops) + 0 (sleeps)">>,
<<"Performance: 6004 ops/sec, OK: 6004 ops/sec, Error: 0 ops/sec">>]

All processes completed.
4 processes, total time: 0 seconds.

Aerospike Cluster Examples

Pre-requisites

User and password;
Cluster Seed (or any cluster node) IP address and port;
Open file examples/cluster_aerospike.config and edit ALL fields where phrase your-cluster- appears;
Namespace in the cluster available for tests. In the following examples we will assume that namespace is test.

$ rebar3 shell Erlang/OTP ...

1> Encrypted_password = aspike_blowfish:crypt("your-password").

NOTE: The operation above could take 2-5 seconds.

2> ok = file:write_file("examples/cluster_password.txt", Encrypted_password).
3> Encrypted_password = aspike_perf_utils:password("examples/cluster_password.txt").

Example 1. 1,000 `put` operations to `one` node over `one` connection

1> Ret_start = aspike_perf:start("examples/em_aerospike.config", "1 node, pool size = 1").

Because field seeds was entered in the config, the discovery process was performed and produced available nodes.

(Note: Node's names and IP address will be specific to your cluster)

Nodes availability:
[<<"aspike_X5_192_168_0_1_3000: 192.168.0.1:3000: Available">>,
<<"aspike_X9_192_168_0_2_3000: 192.168.0.2:3000: Available">>,
<<"aspike_X7_192_168_0_3_3000: 192.168.0.3:3000: Available">>,
<<"aspike_X3_192_168_0_4_3000: 192.168.0.4:3000: Available">>,
<<"aspike_X8_192_168_0_5_3000: 192.168.0.5:3000: Available">>,
<<"aspike_X6_192_168_0_6_3000: 192.168.0.6:3000: Available">>,
<<"aspike_X0_192_168_0_7_3000: 192.168.0.7:3000: Available">>,
<<"aspike_X2_192_168_0_8_3000: 192.168.0.8:3000: Available">>,
<<"aspike_X4_192_168_0_9_3000: 192.168.0.9:3000: Available">>,
<<"aspike_X1_192_168_0_10_3000: 192.168.0.10:3000: Available">>]
Nodes availability. End

2> {ok, Nodes} = Ret_start.
3> T1_000 = aspike_perf_task:mk_task(1, 1_000, 0, 0).
4> Sc1 = aspike_perf_task:mk_scenario(Nodes, {"test", "set-test", ["bin1", "bin2", "bin3"]}, put, [T1_000]).
5> aspike_perf:run_scenario(Sc1).

The output suppose to be:

10 processes are about to start.

10 processes to complete.

aspike_X0_192_168_0_7_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 994 (ms) = 945 (ops) + 0 (sleeps)">>,
<<"Performance: 1058 ops/sec, OK: 1058 ops/sec, Error: 0 ops/sec">>]

9 processes to complete.

aspike_X7_192_168_0_3_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 1002 (ms) = 953 (ops) + 0 (sleeps)">>,
<<"Performance: 1048 ops/sec, OK: 1048 ops/sec, Error: 0 ops/sec">>]

...

2 processes to complete.

aspike_X6_192_168_0_6_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 1074 (ms) = 1026 (ops) + 0 (sleeps)">>,
<<"Performance: 974 ops/sec, OK: 974 ops/sec, Error: 0 ops/sec">>]

1 processes to complete.

aspike_X3_192_168_0_4_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 1089 (ms) = 1040 (ops) + 0 (sleeps)">>,
<<"Performance: 961 ops/sec, OK: 961 ops/sec, Error: 0 ops/sec">>]

All processes completed.
10 processes, total time: 1 seconds.

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

1> Ret_start = aspike_perf:start("examples/cluster_aerospike.config", "2 nodes, pool size = 3").

Because field seeds was entered in the config, the discovery process was performed and produced available nodes.

(Note: Node's names and IP address will be specific to your cluster)

Nodes availability:
[<<"aspike_X5_192_168_0_1_3000: 192.168.0.1:3000: Available">>,
<<"aspike_X9_192_168_0_2_3000: 192.168.0.2:3000: Available">>,
<<"aspike_X7_192_168_0_3_3000: 192.168.0.3:3000: Available">>,
<<"aspike_X3_192_168_0_4_3000: 192.168.0.4:3000: Available">>,
<<"aspike_X8_192_168_0_5_3000: 192.168.0.5:3000: Available">>,
<<"aspike_X6_192_168_0_6_3000: 192.168.0.6:3000: Available">>,
<<"aspike_X0_192_168_0_7_3000: 192.168.0.7:3000: Available">>,
<<"aspike_X2_192_168_0_8_3000: 192.168.0.8:3000: Available">>,
<<"aspike_X4_192_168_0_9_3000: 192.168.0.9:3000: Available">>,
<<"aspike_X1_192_168_0_10_3000: 192.168.0.10:3000: Available">>]
Nodes availability. End

2> {ok, Nodes} = Ret_start.
3> T1_000 = aspike_perf_task:mk_task(1, 1_000, 0, 0).
4> T1_000_rand = aspike_perf_task:mk_task({200, 700}, 1_000, 0, 0).
5> Sc1 = aspike_perf_task:mk_scenario(Nodes, {"test", "set-test", ["bin1", "bin2", "bin3"]}, put, [T1_000, T1_000_rand]).
6> aspike_perf:run_scenario(Sc1).

The output suppose to be:

20 processes are about to start.

20 processes to complete.

aspike_X2_192_168_0_8_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
 <<"Total duration: 1321 (ms) = 1273 (ops) + 0 (sleeps)">>,
 <<"Performance: 785 ops/sec, OK: 785 ops/sec, Error: 0 ops/sec">>]

19 processes to complete.

aspike_X5_192_168_0_1_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
 <<"Total duration: 1325 (ms) = 1277 (ops) + 0 (sleeps)">>,
 <<"Performance: 783 ops/sec, OK: 783 ops/sec, Error: 0 ops/sec">>]

18 processes to complete.

...

3 processes to complete.

aspike_X3_192_168_0_4_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 1433 (ms) = 1386 (ops) + 0 (sleeps)">>,
<<"Performance: 721 ops/sec, OK: 721 ops/sec, Error: 0 ops/sec">>]

2 processes to complete.

aspike_X0_192_168_0_7_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 1443 (ms) = 1395 (ops) + 0 (sleeps)">>,
<<"Performance: 717 ops/sec, OK: 717 ops/sec, Error: 0 ops/sec">>]

1 processes to complete.

aspike_X0_192_168_0_7_3000: put
[<<"Operations: 1000 = 1000 (Ok) + 0 / 0 (errors/kinds)">>,
<<"Total duration: 1455 (ms) = 1407 (ops) + 0 (sleeps)">>,
<<"Performance: 710 ops/sec, OK: 710 ops/sec, Error: 0 ops/sec">>]

All processes completed.
20 processes, total time: 1 seconds.

Environments Setup

Aerospike Cluster Community Edition (CE) Setup

Follow the instructions on https://hub.docker.com/r/aerospike/aerospike-server

Aerospike Server Emulator (EM) Setup

Clone https://github.com/vsavkov/aspike-server;
From terminal, in aspike-server directory, run

iex -S mix
[info] Accepting connections on port 4040
[info] Accepting connections on port 4041

Aerospike Server Emulator accepts its own text protocol on port 4040.

Aerospike Server Emulator accepts Aerospike binary protocol on port 4041.

Create namespace test for the examples

From another terminal run telnet or nc (aka netcat)

nc -vv 127.0.0.1 4040

To create namespace test, type in

CREATE test

To check that namespace test exists, type in

NAMESPACES

[test]
OK
indicates that `namespace` `test` exists.

Name		Name	Last commit message	Last commit date
Latest commit History 3 Commits
examples		examples
include		include
src		src
test		test
.gitignore		.gitignore
LICENSE.md		LICENSE.md
Makefile		Makefile
README.md		README.md
rebar.config		rebar.config
rebar.lock		rebar.lock

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aspike_perf

Build

Test

Run

Performance Test Setup

Diagram 1. Components aspike-perf relies on

Terminology

Profile

Operations

Target

Task

Scenario

Performance Examples

Environments to run examples

Aerospike Cluster Community Edition (CE) Examples

Example 1. 1,000 `put` operations to `one` node over `one` connection

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

Aerospike Server Emulator (EM) Examples

Example 1. 1,000 `put` operations to `one` node over `one` connection

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

Aerospike Cluster Examples

Pre-requisites

Example 1. 1,000 `put` operations to `one` node over `one` connection

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

Environments Setup

Aerospike Cluster Community Edition (CE) Setup

Aerospike Server Emulator (EM) Setup

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aspike_perf

Build

Test

Run

Performance Test Setup

Diagram 1. Components aspike-perf relies on

Terminology

Profile

Operations

Target

Task

Scenario

Performance Examples

Environments to run examples

Aerospike Cluster Community Edition (CE) Examples

Example 1. 1,000 put operations to one node over one connection

Example 2. 1,000 put operations to two nodes over three connections to each node

Aerospike Server Emulator (EM) Examples

Example 1. 1,000 put operations to one node over one connection

Example 2. 1,000 put operations to two nodes over three connections to each node

Aerospike Cluster Examples

Pre-requisites

Example 1. 1,000 put operations to one node over one connection

Example 2. 1,000 put operations to two nodes over three connections to each node

Environments Setup

Aerospike Cluster Community Edition (CE) Setup

Aerospike Server Emulator (EM) Setup

About

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Example 1. 1,000 `put` operations to `one` node over `one` connection

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

Example 1. 1,000 `put` operations to `one` node over `one` connection

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

Example 1. 1,000 `put` operations to `one` node over `one` connection

Example 2. 1,000 `put` operations to `two` nodes over `three` connections to each node

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