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mlpack uses semantic versioning for its versioning conventions
(http://semver.org).
Because of the complexity and huge API of mlpack, it is worth elaborating on
precisely when and how backwards compatibility will be broken. This will, of
course, happen, as mlpack developers settle on increasingly effective
abstractions for machine learning algorithms.
* The command-line programs, bindings, and top-level classes for each machine
learning algorithm, as well as the code in core/, are considered the "public
API". So, for instance, the mlpack_linear_regression program,
LinearRegression<>, and any bindings for LinearRegression<> are considered
the "public API"; additionally, core utilities like data::Load() and
data::Save() are considered "public".
* Support classes for machine learning algorithms are considered the "private
API". An example might be the mlpack::kmeans::MaxVarianceNewCluster class.
This is a support class for mlpack::kmeans::KMeans<> and generally isn't used
by end users.
Thus, with this relatively simple definition of "public API" and "private API",
we can provide a simple versioning scheme based completely on the semantic
versioning guidelines:
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Given a version number MAJOR.MINOR.PATCH, increment the:
MAJOR version when you make incompatible public API changes,
MINOR version when you add public API functionality in a backwards-compatible
manner or make incompatible private API changes, and
PATCH version when you make backwards-compatible bug fixes or documentation
updates.
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