Releases prior to https://github.com/ga4gh/vrs-python/releases/tag/2.2.0 (ded576f) are being deprecated.
This will be accomplished using PyPi's 'yank' function. The packages will not be removed, and pip and uv will still be able to install them, so projects with a version pinned >=2.0.0,<2.2.0 will not break, but the installer will log a WARN message about them being deprecated. This will also happen if such a version is required as a transitive dependency. Any new installs which do not pin a version <2.2.0 will automatically receive a version >=2.2.0.
Version 2.2.0 code is backwards compatible from a code interface standpoint, so users do not need to modify their application code to incorporate the new version.
The backwards-inconsistent changes to output data are:
- Some Allele objects which previously would have come out with a
.state being a LiteralSequenceExpression will now come out with a .state being a ReferenceLengthExpression.
- VCFs annotated with reference alleles included in the VRS annotations will need to re-annotate their VCFs if any variants in them (ref or alt) are reference-derived and fall under the ReferenceLengthExpression logic explained in the normalization specification. Ref alleles are always reference-derived, so if the annotation was not run with
--skip-ref, those annotations will come out differently in vrs-python versions >=2.2.0. After upgrading to >=2.2.0, the VCF Annotator will include new INFO fields which contain the values necessary for re-constructing the ReferenceLengthExpression object.
Versions which will be yanked on PyPi:
- 2.0.0
- 2.0.1
- 2.1.0
- 2.1.1
- 2.1.2
- 2.1.3
- 2.1.4
Releases prior to https://github.com/ga4gh/vrs-python/releases/tag/2.2.0 (ded576f) are being deprecated.
This will be accomplished using PyPi's 'yank' function. The packages will not be removed, and
pipanduvwill still be able to install them, so projects with a version pinned>=2.0.0,<2.2.0will not break, but the installer will log a WARN message about them being deprecated. This will also happen if such a version is required as a transitive dependency. Any new installs which do not pin a version<2.2.0will automatically receive a version>=2.2.0.Version 2.2.0 code is backwards compatible from a code interface standpoint, so users do not need to modify their application code to incorporate the new version.
The backwards-inconsistent changes to output data are:
.statebeing aLiteralSequenceExpressionwill now come out with a.statebeing aReferenceLengthExpression.--skip-ref, those annotations will come out differently invrs-pythonversions>=2.2.0. After upgrading to>=2.2.0, the VCF Annotator will include new INFO fields which contain the values necessary for re-constructing the ReferenceLengthExpression object.Versions which will be yanked on PyPi: