and sometimes a STIX property name. It didn't work (caused
crashes under some circumstances). Now, attributes whose names
conflict with Mapping methods will have the Mapping
interpretation. Same-named STIX object properties will not be
accessible as attributes.
- add more detailed output via the logging module
- don't fail hard if an object sent to the semantically_equivalent() method
- remove specific exception related to Semantic Equivalence and tests
cleaned" property, but actually, the cleaning algorithm works on
a dict copy, so aborting cleaning partway through doesn't
actually affect the object in that way. It would actually cause
the extensions property to be completely uncleaned, rather than
partially cleaned.
autogenerated docstrings: v20/v21 is automatically referenced as
appropriate, based on stix2.DEFAULT_VERSION. To avoid
duplication, I also moved _STIX_VID from test_workbench.py to
workbench.py; the former now imports it from the latter.
that turns them on. These have the potential to affect subsequent
tests. The side effects include automatically setting
property values, and automatically appending additional values
to list-valued properties.
it doesn't make sense to have a test per STIX version. The
workbench only uses the latest supported STIX version. In
order to make this work, the test suite was modified to
dynamically compute some settings like where to get demo data,
based on the value of stix2.DEFAULT_VERSION.
Switched stix2.DEFAULT_VERSION back to "2.0", since I figure it
should be sync'd up with the 'from .vxx import *' import
statement from the top level package.
additionally required:
- Removing the v21 workbench test suite and reinstating the v20
test suite
- Fixing up a few v20 unit tests to work with the workbench
monkeypatching.
- I didn't revert the analogous changes I'd previously made to
the v21 unit tests, because I think they make sense even when
the workbench monkeypatching isn't happening.
- Removed all plain python base classes (e.g. ValueError, TypeError)
- Renamed InvalidPropertyConfigurationError -> PropertyPresenceError,
since incorrect values could be considered a property config error, and
I really just wanted this class to apply to presence (co-)constraint
violations.
- Added ObjectConfigurationError as a superclass of InvalidValueError,
PropertyPresenceError, and any other exception that could be raised
during _STIXBase object init, which is when the spec compliance
checks happen. This class is intended to represent general spec
violations.
- Did some class reordering in exceptions.py, so all the
ObjectConfigurationError subclasses were together.
Changed how property "cleaning" errors were handled:
- Previous docs said they should all be ValueErrors, but that would require
extra exception check-and-replace complexity in the property
implementations, so that requirement is removed. Doc is changed to just
say that cleaning problems should cause exceptions to be raised.
_STIXBase._check_property() now handles most exception types, not just
ValueError.
- Decided to try chaining the original clean error to the InvalidValueError,
in case the extra diagnostics would be helpful in the future. This is
done via 'six' adapter function and only works on python3.
- A small amount of testing was removed, since it was looking at custom
exception properties which became unavailable once the exception was
replaced with InvalidValueError.
Did another pass through unit tests to fix breakage caused by the changed
exception class hierarchy.
Removed unnecessary observable extension handling code from
parse_observable(), since it was all duplicated in ExtensionsProperty.
The redundant code in parse_observable() had different exception behavior
than ExtensionsProperty, which makes the API inconsistent and unit tests
more complicated. (Problems in ExtensionsProperty get replaced with
InvalidValueError, but extensions problems handled directly in
parse_observable() don't get the same replacement, and so the exception
type is different.)
Redid the workbench monkeypatching. The old way was impossible to make
work, and had caused ugly ripple effect hackage in other parts of the
codebase. Now, it replaces the global object maps with factory functions
which behave the same way when called, as real classes. Had to fix up a
few unit tests to get them all passing with this monkeypatching in place.
Also remove all the xfail markings in the workbench test suite, since all
tests now pass.
Since workbench monkeypatching isn't currently affecting any unit tests,
tox.ini was simplified to remove the special-casing for running the
workbench tests.
Removed the v20 workbench test suite, since the workbench currently only
works with the latest stix object version.
Chris Lenk