The TestRunner (Extracted from carlin).
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|doc||More ec2 instructions for faster dev cycle.|
|longevity||modified testrunner code to work with ns_server|
|mcsoda-setup.py||create a python egg for mcsoda|
|scripts.logging.conf||only use consolehandler while installing cb/mb|
farshid-2:testrunner farshid$ ./testrunner -h Usage: testrunner [options] Options: -h, --help show this help message and exit -q -p PARAMS, --params=PARAMS Optional key=value parameters, comma-separated -p k=v,k2=v2,... -n, --noop NO-OP - emit test names, but don't actually run them e.g -n true -l LOGLEVEL, --log-level=LOGLEVEL e.g -l info,warning,error TestCase/Runlist Options: -i INI, --ini=INI Path to .ini file containing server information,e.g -i tmp/local.ini -c RUNLIST, --config=RUNLIST Config file name (located in the conf subdirectory), e.g -c py-view.conf -t TESTCASE, --test=TESTCASE Test name (multiple -t options add more tests) e.g -t performance.perf.DiskDrainRate Requirements: Python >= 2.6 Paramiko (http://www.lag.net/paramiko/) pycrypto https://www.dlitz.net/software/pycrypto/ pycrypto is not supported on all windows platform, and unfortunately the authors of pycrypto thinks that gcc is the only compiler available for a unix platforms and adds gcc-specific compiler options. To build the modules with Sun Studio compilers you need to modify setup.py: 125c125 < self.__add_compiler_option("-std=c99") --- > self.__add_compiler_option("-xc99=all") 140,141c140 < self.__add_compiler_option("-O3") < self.__add_compiler_option("-fomit-frame-pointer") --- > self.__add_compiler_option("-xO3") while paramiko and pycrypto both support pypi package installation i still recommend downloading and installing these two modules manually. wget http://ftp.dlitz.net/pub/dlitz/crypto/pycrypto/pycrypto-2.3.tar.gz tar -xvf pycrypto-2.3.tar.gz cd pycrypto-2.3 python setup.py build python setup.py install cd .. wget http://www.lag.net/paramiko/download/paramiko-1.7.4.tar.gz tar -xvf paramiko-1.7.4.tar.gz cd paramiko-1.7.4 python setup.py build python setup.py install cd .. Resource File: Ini files represents the ns_server information which is accessible to the tests. [global] section defines the rest username,password that tests use to login to ns_server Example: [global] username:Administrator password:membase [membase] rest_username:Administrator rest_password:asdasd [servers] section lists port and ssh related information. ssh connection information is required for small subset of tests where test needs to perform installation,backup or restore. If ns_server instances are started using ns_server/cluster_run script then you only need to define ip and port for those nodes. Example: [servers] 1:10.1.6.104_1 2:10.1.6.104_2 3:10.1.6.104_3 4:10.1.6.104_4 [10.1.6.104_1] ip:10.1.6.104 port:9000 [10.1.6.104_2] ip:10.1.6.104 port:9001 [10.1.6.104_3] ip:10.1.6.104 port:9002 [10.1.6.104_4] ip:10.1.6.104 port:9003 Test Execution and Reporting: For every test run testrunner creates a temp folder and dumps the logs and xunit reports in the newly generated folder. for instance if you run ./testrunner -i resources/jenkins/single-node-centos-32.ini -t setgettests.MembaseBucket.value_100b you will see this summary after each test is ran. summary so far suite setgettests.MembaseBucket , pass 1 , fail 0 logs and results are available under tmp-12-11-47 ls tmp-12-11-47/ report-12-11-47.xml-setgettests.MembaseBucket.xml value_100b.log Development: When using git on Linux/OSX systems, you might run into issues where git incorrectly believes Windows-related files have been modified. In reality, git is merely mis-treating CRLF line endings. Try the following... cd testrunner git config core.autocrlf false Running End to End Tests Before Submitting a Patch to Gerrit: Testrunner project has different test suites which can be run priori to submitting the code to gerrit. There are test suites that can be run against a single node which validates basic database operations such as persistence and bucket management. There are also key-value clustering related test cases which can be run against Membase/Couchbase 1.8 multiple nodes. Recently we have also been adding more tests which validates basic view functionalities on a cluster and on a single. 1- "make e2e-kv-single-node" This make target will start ns_server using "cluster_run -n1" and run all the test cases listed in conf/py-all-dev.conf The test runtime can vary between 15-30 minutes depending on your machine. Testrunner prints out a human readable pass/fail of the tests . Please refer to the "rerunning test" section for more information of how to re-run one single test against cluster_run 2- "make test-views": This make target will start four ns_server(s) using "cluster_run -n4" and runs all the test cases listed in conf/py-view.conf, The test runtime can vary between 30-45 minutes. py-view.conf contains basic test cases which validates clustering operations such as rebalancing.Each test is also parametrized so you can easily modify this run list and change the number of docs or the load_duration. For instance "test_get_view_during_x_min_load_y_working_set,num-docs=10000,load-time=1,run-view-time=1" test will create a view , inserts 1000 documents, mutate those documents for 1 minute and run view queries in parallel to the load for 1 min. You can easily change the parameters there to insert 1M items and keep the load running for 10 mins for example