Testing utilities built on top of [ConfTools][conftools], [CompMake][compmake] and [QuickApp][quickapp].
This is the usage for packages that register objects using [ConfTools][conftools].
Call the function comptests_for_all to create a decorator:
# get the library (ObjSpec)
library_robots = get_conftools_robots()
# Create a test decorator
for_all_robots = comptests_for_all(library_robots)
# Use the decorator to specify tests. Test functions
# must take two arguments: id object and object itself
@for_all_robots
def check_robot_type(id_robot, robot):
assert isinstance(robot, RobotInterface)
You can also register tests for pairs:
library_nuisances = get_conftools_nuisances()
for_all_robot_nuisance_pairs = comptests_for_all_pairs(library_robots, library_nuisances)
@for_all_robot_nuisance_pairs
def check_nuisances_obs(id_robot, robot, id_nuisance, nuisance):
check_conversions(robot.get_spec().get_observations(), nuisance)
Use the command line:
comptests <module>
This looks for the get_comptests() function in <module>:
def get_comptests():
get_comptests():
# get testing configuration directory
from pkg_resources import resource_filename
dirname = resource_filename("boot_agents", "configs")
# load unittests
from . import unittests
from comptests import get_comptests_app
# Get the Quickapp for the boot_config
app = get_comptests_app(get_boot_config())
return [app]
It's very usuful to use the coverage tool together with comptests.
Install the coverage tool:
pip install coverage
If coverage is installed then comptests automatically computes
the coverage information for nosetests execution.
To do the coverage information for the comptests, run like this:
coverage run =comptests -c "make recurse=1" <package>
Note that you cannot use parallel testing (using parmake) otherwise
coverage gets confused.
This displays the results:
coverage report -m
Then create the HTML report:
coverage html -d outdir