Scaling large lists report
This commit is contained in:
Olof hagsand
parent
14d319dd9b
commit
c3d9b392dd
12 changed files with 354 additions and 230 deletions
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@ -102,6 +102,7 @@
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### Minor changes
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* A scaling of [large lists](doc/scaling) report is added
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* A new "hello world" example is added
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* Optimized validation of large lists
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* New xmldb_get1() returning actual cache - not a copy. This has lead to some householding instead of just deleting the copy
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@ -8,6 +8,7 @@ support.
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* [Background](#background)
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* [Frequently asked questions (FAQ)](doc/FAQ.md)
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* [Hello world](example/hello/README.md)
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* [Changelog](CHANGELOG.md)
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* [Installation](#installation)
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* [Licenses](#licenses)
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@ -26,7 +27,7 @@ support.
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* [Runtime](#runtime)
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* [Clixon project page](http://www.clicon.org)
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* [Tests and CI](test/README.md)
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* [Scaling: large lists](doc/large-lists.md)
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* [Scaling: large lists](doc/scaling/large-lists.md)
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* [Containers](docker/README.md)
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* [Roadmap](doc/ROADMAP.md)
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* [Reference manual](#reference)
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@ -1,134 +0,0 @@
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# Large lists in Clixon
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* [Background](#background)
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* [Overview](#overview)
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* [Test descriptions]#test-descriptions)
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## Background
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Clixon is a configuration management tool. In this paper the case of
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a large number of "flat" list and leaf-list entries are investigated.
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There may be other scaling usecases, such as large configuratin
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"depth", large number of requesting clients, etc. However, these are
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not investigated here.
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## Overview
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The basic case is a large list, according to the following Yang specification:
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```
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list y {
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key "a";
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leaf a {
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type int32;
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}
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leaf b {
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type string;
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}
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}
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```
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where `a` is a unique key and `b` is a payload, useful in replace operations.
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There is also a leaf-list as follows:
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```
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leaf-list c {
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type string;
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}
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```
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XML lists with `N` elements are generated based on
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this configuration, eg for `N=10`:
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```
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<y><a>0</a><b>0</b></y>
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<y><a>1</a><b>1</b></y>
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<y><a>2</a><b>2</b></y>
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<y><a>3</a><b>3</b></y>
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<y><a>4</a><b>4</b></y>
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<y><a>5</a><b>5</b></y>
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<y><a>6</a><b>6</b></y>
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<y><a>7</a><b>7</b></y>
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<y><a>8</a><b>8</b></y>
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<y><a>9</a><b>9</b></y>
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```
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Requests are made using a random function, a request on the list above will on the form:
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```
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curl -G http://localhost/restconf/data/y=(rnd%$N)
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```
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## Test descriptions
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### Limitations
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Test were not made using CLI interaction.
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### Setup
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The setup consisted of the following components running on the same machine:
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* A clixon backend daemon
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* A clixon restconf daemon
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* An nginx daemon daemon
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* A netconf client program
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* curl client
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* A bash terminal and test script [plot_perf.sh](../test/plot_perf.sh)
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* Gnuplot for generating plots
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### Config file
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The following Clixon config file was used:
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```
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<clixon-config xmlns="http://clicon.org/config">
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<CLICON_CONFIGFILE>$cfg</CLICON_CONFIGFILE>
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<CLICON_YANG_DIR>$dir</CLICON_YANG_DIR>
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<CLICON_YANG_DIR>/usr/local/share/clixon</CLICON_YANG_DIR>
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<CLICON_YANG_MODULE_MAIN>scaling</CLICON_YANG_MODULE_MAIN>
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<CLICON_SOCK>/usr/local/var/example/example.sock</CLICON_SOCK>
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<CLICON_BACKEND_PIDFILE>/usr/local/var/example/example.pidfile</CLICON_BACKEND_PIDFILE>
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<CLICON_RESTCONF_PRETTY>false</CLICON_RESTCONF_PRETTY>
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<CLICON_XMLDB_DIR>$dir</CLICON_XMLDB_DIR>
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<CLICON_XMLDB_PRETTY>false</CLICON_XMLDB_PRETTY>
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</clixon-config>
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```
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where `$dir` and `$cfg`are local files. For more info see [plot_perf.sh].
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### Testcases
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All tests measure the "real" time of a command on a lightly loaded
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machine using the Linux command `time(1)`.
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The following tests were made (for each architecture and protocol):
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* Write `N` entries in one single operation. (With an empty datastore)
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* Read `N` entries in one single operation. (With a datastore of `N` entries)
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* Commit `N` entries (With a candidate of `N` entries and empty running)
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* Read 1 entry (In a datastore of `N` entries)
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* Write/Replace 1 entry (In a datastore of `N` entries)
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* Delete 1 entry (In a datastore of `N` entries)
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### Protocols
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The tests are made using:
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* Netconf[RFC6241] and
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* Restconf[RFC8040].
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Notably, CLI tests are for future study.
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### Architectures
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The tests were made on the following hardware, all running Ubuntu Linux:
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* [i686] dual Intel Core Duo processor (IBM Thinkpad X60), 3GB memory
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* arm 32-bit (Raspberry PI 3)
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* x86 64-bit (Intel NUC)
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### Operating systems
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On i686:
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```
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Linux version 4.4.0-143-generic (buildd@lgw01-amd64-037) (gcc version 5.4.0 20160609 (Ubuntu 5.4.0-6ubuntu1~16.04.10) ) #169-Ubuntu SMP Thu Feb 7 07:56:51 UTC 2019
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```
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## Results
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## References
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[RFC6241](https://tools.ietf.org/html/rfc6241) "Network Configuration Protocol (NETCONF)"
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[RFC8040](https://tools.ietf.org/html/rfc8040) "RESTCONF Protocol"
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[i686](https://ark.intel.com/content/www/us/en/ark/products/27235/intel-core-duo-processor-t2400-2m-cache-1-83-ghz-667-mhz-fsb.html)
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[plot_perf.sh](../test/plot_perf.sh) Test script
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131
doc/scaling/large-lists.md
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doc/scaling/large-lists.md
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@ -0,0 +1,131 @@
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# Large lists in Clixon
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* [Background](#background)
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* [Overview](#overview)
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* [Test descriptions](#test-descriptions)
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* [Results](#results)
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* [References](#references)
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## Background
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CIixon can handle large configurations. Here, large number of elements
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in a "flat" list is presented. There are other scaling usecases,
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such as large configuratin "depth", large number of requesting
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clients, etc.
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## Overview
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The basic case is a large list, according to the following Yang specification:
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```
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container x {
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description "top-level container";
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list y {
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description "List with potential large number of elements";
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key "a";
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leaf a {
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description "key in list";
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type int32;
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}
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leaf b {
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description "payload data";
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type string;
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}
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}
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}
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```
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where `a` is a unique key and `b` is a payload, useful in replace operations.
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XML lists with `N` elements are generated based on
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this configuration, eg for `N=10`:
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```
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<y><a>0</a><b>0</b></y>
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<y><a>1</a><b>1</b></y>
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<y><a>2</a><b>2</b></y>
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<y><a>3</a><b>3</b></y>
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<y><a>4</a><b>4</b></y>
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<y><a>5</a><b>5</b></y>
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<y><a>6</a><b>6</b></y>
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<y><a>7</a><b>7</b></y>
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<y><a>8</a><b>8</b></y>
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<y><a>9</a><b>9</b></y>
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```
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Requests are either made over the _whole_ dataset, or for one specific element. The following example shows a Restconf GET operation of a single element:
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```
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curl -X GET http://localhost/restconf/data/scaling:x/y=3
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{"scaling:y": [{"a": 3,"b": "3"}]}
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```
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Operations of single elements (transactions) are made in a burst of
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random elements, typically 100.
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## Tests
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All details of the setup are in the [test script](../../test/plot_perf.sh).
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### Testcases
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All tests measure the "real" time of a command on a lightly loaded
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machine using the Linux command `time(1)`.
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The following tests were made (for each architecture and protocol):
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* Write `N` entries in one single operation. (With an empty datastore)
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* Read `N` entries in one single operation. (With a datastore of `N` entries)
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* Commit `N` entries (With a candidate of `N` entries and empty running)
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* Read 1 entry (In a datastore of `N` entries)
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* Write/Replace 1 entry (In a datastore of `N` entries)
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* Delete 1 entry (In a datastore of `N` entries)
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The tests are made using Netconf and Restconf, except commit which is made only for Netconf.
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### Architecture and OS
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The tests were made on the following hardware, all running Ubuntu Linux:
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* i686: dual Intel Core Duo processor (IBM Thinkpad X60)
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* arm: ARMv7 Processor rev 5 (v7l) (Raspberry PI 2 Model B)
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* x86-64: Intel Quad-core I5-8259U (Intel NUC Coffee Lake)
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i686: Ubuntu 16.04.6 LTS
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```
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Linux version 4.4.0-143-generic (buildd@lgw01-amd64-037) (gcc version 5.4.0 20160609 (Ubuntu 5.4.0-6ubuntu1~16.04.10) ) #169-Ubuntu SMP Thu Feb 7 07:56:51 UTC 2019
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```
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Arm : Raspbian GNU/Linux 9
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```
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Linux version 4.14.79-v7+ (dc4@dc4-XPS13-9333) (gcc version 4.9.3 (crosstool-NG crosstool-ng-1.22.0-88-g8460611)) #1159 SMP Sun Nov 4 17:50:20 GMT 2018
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```
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x86_64: Ubuntu 18.04.1 LTS
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```
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inux version 4.15.0-47-generic (buildd@lgw01-amd64-001) (gcc version 7.3.0 (Ubuntu 7.3.0-16ubuntu3)) #50-Ubuntu SMP Wed Mar 13 10:44:52 UTC 2019
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```
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## Results
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## Discussion
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## References
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[RFC6241](https://tools.ietf.org/html/rfc6241) "Network Configuration Protocol (NETCONF)"
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[RFC8040](https://tools.ietf.org/html/rfc8040) "RESTCONF Protocol"
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[i686](https://ark.intel.com/content/www/us/en/ark/products/27235/intel-core-duo-processor-t2400-2m-cache-1-83-ghz-667-mhz-fsb.html)
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[plot_perf.sh](../test/plot_perf.sh) Test script
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# Clixon examples
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Clixon have the following examples:
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* [Main example](main/README.md)
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* [Hello world](hello/README.md)
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* [Main example](main/README.md)
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#!/bin/bash
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# Transactions per second for large lists read/write plotter using gnuplot
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# What do I want to plot?
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# First: on i32, i64, arm32
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# PART 1: Basic load
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# 1. How long to write 100K entries?
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# - netconf / restconf
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# - list / leaf-list
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# 2. How long to read 100K entries?
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# - netconf/ restconf
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# - list / leaf-list
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# 3. How long to commit 100K entries? (netconf)
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# - list / leaf-list
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#
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# PART 2: Load 100K entries. Commit.
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# 4. How many read operations per second?
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# - netconf/ restconf
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# - list / leaf-list
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# 5. How many write operations per second?
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# - netconf / restconf
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# - list / leaf-list
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# 6. How may delete operations per second?
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# - netconf / restconf
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# - list / leaf-list
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# The script uses bash builtin "time" command which is somewhat difficult to
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# understand. See: https://linux.die.net/man/1/bash # pipelines
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# You essentially have to do: { time stuff; } 2>&1
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# See: https://stackoverflow.com/questions/26784870/parsing-the-output-of-bashs-time-builtin
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# Performance of large lists. See large-lists.md
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# The parameters are shown below (under Default values)
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# Examples
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# 1. run all measurements up to 10000 entris collect all results in /tmp/plots
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# run=true plot=false to=10000 resdir=/tmp/plots ./plot_perf.sh
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# 2. Use existing data plot and show on X11
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# run=false plot=true resdir=/tmp/plots term=x11 ./plot_perf.sh
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# 3. Use existing data plot i686 and armv7l data as png
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# archs="i686 armv7l" run=false plot=true resdir=/tmp/plots term=png ./plot_perf.sh
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# Magic line must be first in script (see README.md)
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s="$_" ; . ./lib.sh || if [ "$s" = $0 ]; then exit 0; else return 0; fi
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# op from step to reqs
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to=1000
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step=100
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reqs=100
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arch=$(arch)
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# Default values
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: ${to:=5000} # Max N
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: ${step=1000} # Iterate in steps (also starting point)
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: ${reqs=100} # Number of requests in each burst
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: ${run:=true} # run tests (or skip them). If false just plot
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: ${term:=x11} # x11 interactive, alt: png
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: ${resdir=$dir} # Result dir (both data and gnuplot)
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: ${plot=false} # Result dir (both data and gnuplot)
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: ${archs=$arch} # Plotting can be made for many architectures (not run)
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# 0 prefix to protect against shell dynamic binding)
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to0=$to
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step0=$step
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reqs0=$reqs
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ext=$term # gnuplot output file extenstion
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# Global variables
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APPNAME=example
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@ -42,6 +37,13 @@ fyang=$dir/plot.yang
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fxml=$dir/data.xml
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fjson=$dir/data.json
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# Resultdir - if different from $dir that gets erased
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#resdir=$dir
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if [ ! -d $resdir ]; then
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mkdir $resdir
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fi
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# For memcheck
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# clixon_netconf="valgrind --leak-check=full --show-leak-kinds=all clixon_netconf"
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# clixon_netconf="valgrind --tool=callgrind clixon_netconf
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@ -53,18 +55,19 @@ module scaling{
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namespace "urn:example:clixon";
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prefix sc;
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container x {
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description "top-level container";
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list y {
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description "List with potential large number of elements";
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key "a";
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leaf a {
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type uint32;
|
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description "key in list";
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type int32;
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}
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leaf b {
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description "payload data";
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type string;
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}
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}
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leaf-list c {
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type string;
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}
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}
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}
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EOF
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@ -109,43 +112,44 @@ genfile(){
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# where proto is one of:
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# netconf, restconf
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# where op is one of:
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# writeall readall commitall read write
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# get put delete commit
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runnet(){
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op=$1
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n=$2 # Number of entries in DB
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nr=$2 # Number of entries in DB (keep diff from n due to shell dynamic binding)
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reqs=$3
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echo -n "$n " >> $dir/$op-netconf-$reqs
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file=$resdir/$op-netconf-$reqs-$arch
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echo -n "$nr " >> $file
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case $op in
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write)
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put)
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if [ $reqs = 0 ]; then # Write all in one go
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genfile $n netconf;
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{ time -p cat $fxml | $clixon_netconf -qf $cfg -y $fyang ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-netconf-$reqs
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genfile $nr netconf;
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{ time -p cat $fxml | $clixon_netconf -qf $cfg -y $fyang ; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
else # reqs != 0
|
||||
{ time -p for (( i=0; i<$reqs; i++ )); do
|
||||
rnd=$(( ( RANDOM % $n ) ));
|
||||
rnd=$(( ( RANDOM % $nr ) ));
|
||||
echo "<rpc><edit-config><target><candidate/></target><config><x xmlns=\"urn:example:clixon\"><y><a>$rnd</a><b>$rnd</b></y></x></config></edit-config></rpc>]]>]]>";
|
||||
done | $clixon_netconf -qf $cfg -y $fyang ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-netconf-$reqs
|
||||
done | $clixon_netconf -qf $cfg -y $fyang > /dev/null; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
fi
|
||||
;;
|
||||
read)
|
||||
get)
|
||||
if [ $reqs = 0 ]; then # Read all in one go
|
||||
{ time -p echo "<rpc><get-config><source><running/></source></get-config></rpc>]]>]]>" | $clixon_netconf -qf $cfg -y $fyang > /dev/null ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-netconf-$reqs
|
||||
{ time -p echo "<rpc><get-config><source><running/></source></get-config></rpc>]]>]]>" | $clixon_netconf -qf $cfg -y $fyang > /dev/null ; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
else # reqs != 0
|
||||
{ time -p for (( i=0; i<$reqs; i++ )); do
|
||||
rnd=$(( ( RANDOM % $nr ) ))
|
||||
echo "<rpc><edit-config><target><candidate/></target><config><x><y><a>$rnd</a><b>$rnd</b></y></x></config></edit-config></rpc>]]>]]>"
|
||||
done | $clixon_netconf -qf $cfg -y $fyang; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-netconf-$reqs
|
||||
echo "<rpc><edit-config><target><candidate/></target><config><x xmlns=\"urn:example:clixon\"><y><a>$rnd</a><b>$rnd</b></y></x></config></edit-config></rpc>]]>]]>"
|
||||
done | $clixon_netconf -qf $cfg -y $fyang > /dev/null; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
fi
|
||||
;;
|
||||
delete)
|
||||
{ time -p for (( i=0; i<$reqs; i++ )); do
|
||||
rnd=$(( ( RANDOM % $nr ) ))
|
||||
echo "<rpc><edit-config><target><candidate/></target><config><x><y><a>$rnd</a><b>$rnd</b></y></x></config></edit-config></rpc>]]>]]>"
|
||||
done | $clixon_netconf -qf $cfg -y $fyang; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-netconf-$reqs
|
||||
echo "<rpc><edit-config><target><candidate/></target><config><x xmlns=\"urn:example:clixon\"><y><a>$rnd</a><b>$rnd</b></y></x></config></edit-config></rpc>]]>]]>"
|
||||
done | $clixon_netconf -qf $cfg -y $fyang; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
;;
|
||||
commit)
|
||||
{ time -p echo "<rpc><commit/></rpc>]]>]]>" | $clixon_netconf -qf $cfg -y $fyang > /dev/null ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-netconf-$reqs
|
||||
{ time -p echo "<rpc><commit/></rpc>]]>]]>" | $clixon_netconf -qf $cfg -y $fyang > /dev/null ; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
;;
|
||||
*)
|
||||
err "Operation not supported" "$op"
|
||||
|
|
@ -159,43 +163,43 @@ done | $clixon_netconf -qf $cfg -y $fyang; } 2>&1 | awk '/real/ {print $2}' >> $
|
|||
# where proto is one of:
|
||||
# netconf, restconf
|
||||
# where op is one of:
|
||||
# writeall readall commitall read write
|
||||
# get put delete
|
||||
runrest(){
|
||||
op=$1
|
||||
n=$2 # Number of entries in DB
|
||||
nr=$2 # Number of entries in DB
|
||||
reqs=$3
|
||||
|
||||
echo -n "$n " >> $dir/$op-restconf-$reqs
|
||||
file=$resdir/$op-restconf-$reqs-$arch
|
||||
echo -n "$nr " >> $file
|
||||
case $op in
|
||||
write)
|
||||
put)
|
||||
if [ $reqs = 0 ]; then # Write all in one go
|
||||
genfile $n restconf
|
||||
genfile $nr restconf
|
||||
# restconf @- means from stdin
|
||||
{ time -p curl -sS -X PUT -d @$fjson http://localhost/restconf/data/scaling:x ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-restconf-$reqs
|
||||
{ time -p curl -sS -X PUT -d @$fjson http://localhost/restconf/data/scaling:x ; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
else # Small requests
|
||||
{ time -p for (( i=0; i<$reqs; i++ )); do
|
||||
rnd=$(( ( RANDOM % $n ) ));
|
||||
rnd=$(( ( RANDOM % $nr ) ));
|
||||
curl -sS -X PUT http://localhost/restconf/data/scaling:x/y=$rnd -d "{\"scaling:y\":{\"a\":$rnd,\"b\":\"$rnd\"}}"
|
||||
done ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-restconf-$reqs
|
||||
done ; } 2>&1 | awk '/real/ {print $2}' | tr , .>> $file
|
||||
#
|
||||
fi
|
||||
;;
|
||||
read)
|
||||
get)
|
||||
if [ $reqs = 0 ]; then # Read all in one go
|
||||
{ time -p curl -sS -X GET http://localhost/restconf/data/scaling:x > /dev/null; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-restconf-$reqs
|
||||
{ time -p curl -sS -X GET http://localhost/restconf/data/scaling:x > /dev/null; } 2>&1 | awk '/real/ {print $2}' | tr , . >> $file
|
||||
else # Small requests
|
||||
{ time -p for (( i=0; i<$reqs; i++ )); do
|
||||
rnd=$(( ( RANDOM % $n ) ));
|
||||
rnd=$(( ( RANDOM % $nr ) ));
|
||||
curl -sS -X GET http://localhost/restconf/data/scaling:x/y=$rnd
|
||||
done ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-restconf-$reqs
|
||||
done ; } 2>&1 | awk '/real/ {print $2}' | tr , .>> $file
|
||||
fi
|
||||
;;
|
||||
delete)
|
||||
{ time -p for (( i=0; i<$reqs; i++ )); do
|
||||
rnd=$(( ( RANDOM % $n ) ));
|
||||
rnd=$(( ( RANDOM % $nr ) ));
|
||||
curl -sS -X GET http://localhost/restconf/data/scaling:x/y=$rnd
|
||||
done ; } 2>&1 | awk '/real/ {print $2}' >> $dir/$op-restconf-$reqs
|
||||
|
||||
done ; } 2>&1 | awk '/real/ {print $2}' | tr , .>> $file
|
||||
;;
|
||||
*)
|
||||
err "Operation not supported" "$op"
|
||||
|
|
@ -246,8 +250,8 @@ plot(){
|
|||
fi
|
||||
|
||||
# reset file
|
||||
new "Create file $dir/$op-$proto-$reqs"
|
||||
echo "" > $dir/$op-$proto-$reqs
|
||||
new "Create file $resdir/$op-$proto-$reqs-$arch"
|
||||
echo -n "" > $resdir/$op-$proto-$reqs-$arch
|
||||
for (( n=$from; n<=$to; n=$n+$step )); do
|
||||
reset
|
||||
if [ $can = n ]; then
|
||||
|
|
@ -256,7 +260,7 @@ plot(){
|
|||
commit
|
||||
fi
|
||||
fi
|
||||
new "$op-$proto-$reqs $n"
|
||||
new "$op-$proto-$reqs-$arch $n"
|
||||
if [ $proto = netconf ]; then
|
||||
runnet $op $n $reqs
|
||||
else
|
||||
|
|
@ -266,6 +270,7 @@ plot(){
|
|||
echo # newline
|
||||
}
|
||||
|
||||
if $run; then
|
||||
new "test params: -f $cfg -y $fyang"
|
||||
if [ $BE -ne 0 ]; then
|
||||
new "kill old backend"
|
||||
|
|
@ -286,26 +291,35 @@ start_restconf -f $cfg -y $fyang
|
|||
new "waiting"
|
||||
sleep $RCWAIT
|
||||
|
||||
|
||||
to=$to0
|
||||
step=$step0
|
||||
reqs=$reqs0
|
||||
|
||||
# Put all tests
|
||||
for proto in netconf restconf; do
|
||||
new "$proto write all entries to candidate (restconf:running)"
|
||||
plot write $proto $step $step $to 0 0 0 # all candidate 0 running 0
|
||||
new "$proto put all entries to candidate (restconf:running)"
|
||||
plot put $proto $step $step $to 0 0 0 # all candidate 0 running 0
|
||||
done
|
||||
|
||||
# Get all tests
|
||||
for proto in netconf restconf; do
|
||||
new "$proto read all entries from running"
|
||||
plot read netconf $step $step $to 0 n n # start w full datastore
|
||||
new "$proto get all entries from running"
|
||||
plot get $proto $step $step $to 0 n n # start w full datastore
|
||||
done
|
||||
|
||||
# Netconf commit all
|
||||
new "Netconf commit all entries from candidate to running"
|
||||
plot commit netconf $step $step $to 0 n 0 # candidate full running empty
|
||||
|
||||
reqs=100
|
||||
# Transactions get/put/delete
|
||||
reqs=$reqs0
|
||||
for proto in netconf restconf; do
|
||||
new "$proto read $reqs from full database"
|
||||
plot read $proto $step $step $to $reqs n n
|
||||
new "$proto get $reqs from full database"
|
||||
plot get $proto $step $step $to $reqs n n
|
||||
|
||||
new "$proto Write $reqs to full database(replace / alter values)"
|
||||
plot write $proto $step $step $to $reqs n n
|
||||
new "$proto put $reqs to full database(replace / alter values)"
|
||||
plot put $proto $step $step $to $reqs n n
|
||||
|
||||
new "$proto delete $reqs from full database(replace / alter values)"
|
||||
plot delete $proto $step $step $to $reqs n n
|
||||
|
|
@ -324,15 +338,127 @@ if [ $BE -ne 0 ]; then
|
|||
# kill backend
|
||||
stop_backend -f $cfg
|
||||
fi
|
||||
fi # if run
|
||||
|
||||
if $plot; then
|
||||
|
||||
# 1. Get config
|
||||
gplot=""
|
||||
for a in $archs; do
|
||||
gplot="$gplot \"$resdir/get-restconf-0-$a\" title \"rc-$a\", \"$resdir/get-netconf-0-$a\" title \"nc-$a\","
|
||||
done
|
||||
|
||||
arch=$(arch)
|
||||
gnuplot -persist <<EOF
|
||||
set title "Clixon transactions per second r/w large lists" font ",14" textcolor rgbcolor "royalblue"
|
||||
set xlabel "entries"
|
||||
set ylabel "transactions per second"
|
||||
set terminal x11 enhanced title "Clixon transactions " persist raise
|
||||
plot "$dir/readlist" with linespoints title "read list", "$dir/writelist" with linespoints title "write list", "$dir/writeleaflist" with linespoints title "write leaf-list" , "$dir/restreadlist" with linespoints title "rest get list"
|
||||
set title "Clixon get config"
|
||||
set style data linespoint
|
||||
set xlabel "Entries"
|
||||
set ylabel "Time[s]"
|
||||
set grid
|
||||
set terminal $term
|
||||
set yrange [*:*]
|
||||
set output "$resdir/clixon-get-0.$term"
|
||||
plot $gplot
|
||||
EOF
|
||||
|
||||
|
||||
# 2. Put config
|
||||
|
||||
gplot=""
|
||||
for a in $archs; do
|
||||
gplot="$gplot \"$resdir/put-restconf-0-$a\" title \"rc-$a\", \"$resdir/put-netconf-0-$a\" title \"nc-$a\","
|
||||
done
|
||||
|
||||
gnuplot -persist <<EOF
|
||||
set title "Clixon put config"
|
||||
set style data linespoint
|
||||
set xlabel "Entries"
|
||||
set ylabel "Time[s]"
|
||||
set grid
|
||||
set terminal $term
|
||||
set yrange [*:*]
|
||||
set output "$resdir/clixon-put-0.$term"
|
||||
plot $gplot
|
||||
EOF
|
||||
|
||||
# 3. Commit config
|
||||
|
||||
gplot=""
|
||||
for a in $archs; do
|
||||
gplot="$gplot \"$resdir/commit-netconf-0-$a\" title \"nc-$a\","
|
||||
done
|
||||
|
||||
gnuplot -persist <<EOF
|
||||
set title "Clixon commit config"
|
||||
set style data linespoint
|
||||
set xlabel "Entries"
|
||||
set ylabel "Time[s]"
|
||||
set grid
|
||||
set terminal $term
|
||||
set yrange [*:*]
|
||||
set output "$resdir/clixon-commit-0.$term"
|
||||
plot $gplot
|
||||
EOF
|
||||
|
||||
# 4. Get single entry
|
||||
|
||||
gplot=""
|
||||
for a in $archs; do
|
||||
gplot="$gplot \"$resdir/get-restconf-100-$a\" using 1:(\$2/$reqs0) title \"rc-$a\", \"$resdir/get-netconf-100-$a\" using 1:(\$2/$reqs0) title \"nc-$a\","
|
||||
done
|
||||
|
||||
gnuplot -persist <<EOF
|
||||
set title "Clixon get single entry"
|
||||
set style data linespoint
|
||||
set xlabel "Entries"
|
||||
set ylabel "Time[s]"
|
||||
set grid
|
||||
set terminal $term
|
||||
set yrange [*:*]
|
||||
set output "$resdir/clixon-get-100.$term"
|
||||
plot $gplot
|
||||
EOF
|
||||
|
||||
# 5. Put single entry
|
||||
|
||||
gplot=""
|
||||
for a in $archs; do
|
||||
gplot="$gplot \"$resdir/put-restconf-100-$a\" using 1:(\$2/$reqs0) title \"rc-$a\", \"$resdir/put-netconf-100-$a\" using 1:(\$2/$reqs0) title \"nc-$a\","
|
||||
done
|
||||
|
||||
gnuplot -persist <<EOF
|
||||
set title "Clixon put single entry"
|
||||
set style data linespoint
|
||||
set xlabel "Entries"
|
||||
set ylabel "Time[s]"
|
||||
set grid
|
||||
set terminal $term
|
||||
set yrange [*:*]
|
||||
set output "$resdir/clixon-put-100.$term"
|
||||
plot $gplot
|
||||
EOF
|
||||
|
||||
# 6. Delete single entry
|
||||
|
||||
gplot=""
|
||||
for a in $archs; do
|
||||
gplot="$gplot \"$resdir/delete-restconf-100-$a\" using 1:(\$2/$reqs0) title \"rc-$a\", \"$resdir/delete-netconf-100-$a\" using 1:(\$2/$reqs0) title \"nc-$a\","
|
||||
|
||||
done
|
||||
|
||||
|
||||
gnuplot -persist <<EOF
|
||||
set title "Clixon delete single entry"
|
||||
set style data linespoint
|
||||
set xlabel "Entries"
|
||||
set ylabel "Time[s]"
|
||||
set grid
|
||||
set terminal $term
|
||||
set yrange [*:*]
|
||||
set output "$resdir/clixon-delete-100.$term"
|
||||
plot $gplot
|
||||
EOF
|
||||
|
||||
fi # if plot
|
||||
|
||||
#rm -rf $dir
|
||||
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue