* Regression test for issue 1713
* Stricter date parsing.
* Fix test failure caused by stdout mismatch.
(cherry picked from commit ab58026cff0e5edebc026261e9dc4b7db05b802d)
* fix: use vector::at() rather than operator[] (#1735)
* Regression test for https://github.com/Exiv2/exiv2/issues/1706
* Use vector::at() rather than operator[].
* Print to stderr when exception is caught and EXIV2_DEBUG_MESSAGES is enabled.
* Check that it prints "Bad value" for the date.
(cherry picked from commit f4d3adbf91e6dc4e34aee5bac7b7fd9e127a5c00)
# Conflicts:
# src/value.cpp
* fix merge conflicts from mergify backport
Co-authored-by: Kevin Backhouse <kevinbackhouse@github.com>
Co-authored-by: Christoph Hasse <hassec@users.noreply.github.com>
* add lens ID for Olympus M.Zuiko Digital ED 12-45mm F4.0 Pro #1723
* add test for #1723 checking the Olympus M.Zuiko Digital ED 12-45mm F4.0 Pro recognized correctly
* correct identification for Tamron SP 24-70mm G2 A032 with LensType 0E (14)
Existing entry with LensType 4E is kept as it's needed as well
Added testcase for LensType 0E for Tamron_SP_24-70mm_F2.8_Di_VC_USD_G2
If multiple choices are possible they are now all reported. This
behaviour is now the same as it is in exiftool.
All lenses are tested in the new test_canon_lenses.py test
Fixes some small inconsistencies, so that all lenses use the same format,
that is also shared with other lens databases such as lensfun:
* Always prefix aperture with f/
* Never add .0 to aperture
* Always add mm to focal length
* Always use | A for Sigma Art lenses
There is no need to handle tests on Windows and Unix differently here.
Always using a shell allows for more flexibility when writing tests.
(rebased by hassec)
Generates a test case for every known lens from canonCsLensType, that first
sets the corresponding lens metadata and then verifies that exiv2 maps it
to the expected lens description. Only metadata fields that are relevant
for lens identification are modified.
