Changes in version 2.0.15                        

  - Fix signed integer overflow: loop indices in llikXxxInternal() Rcpp
    functions changed from int to R_xlen_t; previously vectors longer
    than ~500 million elements (>4 GB) could cause undefined behavior
    due to int overflow when assigned from x.size().
  - Fix undefined behavior from unchecked double-to-int casts for
    discrete distribution count arguments (x, size) exceeding INT_MAX
    (2147483647); the five affected C-API functions (rxLlikPois,
    rxLlikBinom, rxLlikGeom, rxLlikNbinom, rxLlikNbinomMu) now return NA
    instead of invoking undefined behavior for out-of-range inputs.
  - Fix type correctness for loop indices in Stan autodiff functor
    operator() methods across all 15 distributions: changed from int to
    Eigen::Index to match the return type of Eigen::VectorXd::size().
  - Add comprehensive derivative validation tests using central finite
    differences for all 14 differentiable distributions.
  - Add integer overflow bounds-checking tests for all 5 discrete
    distributions, calling the *Internal() C++ functions directly to
    bypass R-level input validation.
  - Add a skip()-guarded large-vector test that documents the R_xlen_t
    fix and can be run manually on systems with >4 GB free RAM.

                 Changes in version 2.0.14 (2026-02-24)                 

  - Make all distribution calculations thread safe

                 Changes in version 2.0.13 (2024-12-15)                 

  - Update compile flags in anticipation of BH 1.87.0 (#10)

                 Changes in version 2.0.12 (2024-11-21)                 

  - Update compile flags for alpine linux (#7)

                 Changes in version 2.0.11 (2023-03-17)                 

  - Update compile flags based on CRAN C++17 requirement (Issue #5)

                 Changes in version 2.0.10 (2023-03-16)                 

  - Update compile flags based on StanHeaders change.

                 Changes in version 2.0.9 (2022-09-29)                  

  - Initial release, exports log-likelihood functions from 'stan' and
    their derivatives to R and C. This allows linkage in 'rxode2' to
    allow generalized log-likelihood in 'nlmixr2'.
  - This is a data like package and is likely not to change very much
    over time.
  - Added a NEWS.md file to track changes to the package.