Changes in version 2.3.0                        

  - bug fix: parsing the output of ILP solvers were incorrect,
    especially building the nodesAttributes. The bug resulted in
    inconsistencies between the reported nodes and interactions
  - bug fix: empty workdir and outputFolder resulted in unhandled
    errors. From now on, current working directory is used for temporary
    and result files if not specified otherwise in the options
  - bug fix: the function defaultCbcSolveCarnivalOptions() had a
    undefined variable.
  - bug fix: lpSolve has a non-negativity constraint which was ignored
    so far. Now this issue is handled. lpSolve can be used for small
    networks and in tests.
  - tests added: added many small-medium, general tests for lpSolve,
    CPLEX and CbC

                        Changes in version 2.2.0                        

  - Changed API: introduced separate functions for different flavours of
    CARNIVAL.
  - A more convenient way to work with CARNIVAL parameters. Parameters
    setup is possible through jsons and function calls.
  - Better file naming to prevent concurrent file writing when running
    several instances of CARNIVAL.
  - An easy way to add more solvers.
  - A possibility to tune CARNIVAL setups for cplex: manual addition of
    parameters is possible through jsons.
  - General improvements and refactoring of the code, removed multiple
    duplications.
  - Removed multiple experimental conditions in a matrix form (was not
    used).
  - Inputs are transformed to vectors (except prior knowledge network).
  - MetaInfo is saved: runId, parsed data (internal data
    representation), start time, CARNIVAL flavour.
  - Reading from preparsed data and/or lp file is possible.

                        Changes in version 1.0.0                        

  - Official release with Bioconductor 3.11

                       Changes in version 0.99.44                       

  - Deployment of GitHub page

                       Changes in version 0.99.0                        

  - Initial submission to Bioconductor