Changed
- added multiple subsample_table support
Fixed
- issues with config file determination
Fixed
- issues with auto path expansion in objects of
Config
class on Windows
- issues with path absoluteness determination on Windows
This version introduced backwards-incompatible changes.
Added
- auto path expansion in
Config
class
- attribute duplication functionality
- config importing functionality
- attribute removal functionality
- possibility to define multi-attribute rules in attribute implication
Changed
-
project configuration file to follow PEP2.0.0 specification. Browse the specification for changes related to config format
Changed
- downgrade exception from error to warining when missing envieonment variable is found
Fixed
- issues related to subsample table functionality; #33
Changed
-
checkSection
method can be used with a mixture of section names and indices.
- improved interaction between pepr and BiocProject
Changed
- keys in the config file:
sample_annotation
to sample_table
, sample_subannotation
to subsample_table
. Backwards compatibility is preserved.
Added
- add
activateSubproject
method
- add
fetchSamples
function
- add
checkSection
method on Config
object
Changed
- if the
subproject
argument of the Project()
function is not present in the config, the original project is returned
- paths in the
bioconductor
section of the config are made absolute and environment variables are read
- no sample annotation is allowed if any subprojects are defined in the config
- fixed the problem with paths expansions in sample subannotations case
Changed
- change the
Project
object construction, the subproject can be activated at construction time
- change
implied/derived_columns
to implied/derived_attributes
. Backwards compatible
- change
constants
to constantAttributes
. Backwards compatible
- fix
expandPath()
function, add error when environment variable not found
Added
- add
derived_columns
functionality
- add
implied_columns
functionality
- add
subannotation
functionality
Added
- first release, includes basic PEP reading functions