• A Simple Test Framework.
• STF is an automation test framework implemented with Python;
• STF can be installed via pip install command;

• Use directory/file to represent a test case/test steps, great benefit writing cases with script(shell, python, Expect);
• Generate Html report and JUnit xml report for test cases;
• Get case info from Testcase Management System(e.g. zephyr) and report the case status back to TMS;
• Reuse code by various modules rather than functions;
• Can wrap other automation frameworks (e.g. Ansible, Robot...) and user's own private automation framework, easily and intuitively;

STF test view usage:

stf test -c <your_case_dir>

STF test view provide 3 kinds of cases:

1. case directory with case step files;
2. case directory without case step files;
3. one single file as a test case;

A STF case must be independent, since other cases may be omitted after apply filter and will not run during test.

• In this situation, STF test case use 1-level directory to represent a test case, and use the files in this directory to represent the test steps;
• STF case directory name format : stf__<tag>__<caseid1~caseid2...>
• Case step file name format: s<id>__<module>[~<parameter>]__<tag>

• In this situation, STF test case use a directory to represent a test case, and you can put any files in this directory;
• STF case directory name format : stfs<id>__<module>__<tag>__<caseid1~caseid2...>

• In this situation, STF test case use a single file to represent a test case;
• STF case file name format : stfs<id>__<module>__<tag>__<caseid1~caseid2...>

• <id> is [1-99999], but the number itself has no special meaning;
• <module> is <script | vlab | playbook | robot | copy | env>;
• <tag> is characters you name this case to reflect its' content;
• <caseid1~caseid2...> is the zephyr JIRA ID;

With the ability above, stf can create OpenStack instances and run cases on them intuitively:

1. stfs1__vlab~ins1__create__tag1
2. stfs2__script~ins1__run__tag2
3. stfs3__vlab~ins1@d__delete__tag3

• is similar with CGI or fastCGI

stf can also help to inject gcov parameters:

stf gcov -b make all

#Now you can run your program which will generate gcda files