Replace global compile options and definitions with interface targets.
Remove globing for headers.
Set project version based on GIL version.
Remove GIL_BUILD_TESTS option as redundant - there is no point in
using CMake for development of header-only library if no tests
are to be built.
Add missing typename in mpl::if_ condition result.
Restore BOOST_CXX14_CONSTEXPR in boost::algorithm::clamp function
- apparently, GCC 5.5.0 does not compile it with C++11 constexpr.
Still not adding subchroma_image.cpp to toolbox test target
input sources due to run-time failure.
Depends on #176
Rename `Scaling_Factors` to lower-case, as well as its template parameters.
Move `scaling_factors` to namespace `detail` and before it is use.
Fix access to `scaling_factors` members in derived classes.
Add missing `typename`.
Remove superfluous thus incorrect `typename`.
Remove `subchroma_image_view` implicit friends with self
- Fixes template parameter aliasing for Locator and Factors.
Subset of fixes from pending PR #164
Replace `typedef` with using declaration.
Replace complex return type declared for functions with trailing return type and `auto`.
Format complex metaprogramming constructs in clear and readable way.
Remove superfluous `public` access specifier from `struct` inheritance.
Rename ambiguous type aliases.
Make template parameters
- upper-case (if initials e.g. `CS`)
- camel-case if multi-word (e.g. `ColorSpace`).
Copy boost::algorithm::clamp to where it was solely used in Toolbox.
Remove typename where not needed thus not allowed:
- fixes error: expected nested-name-specifier
- GCC and clang issue diagnostics; latest MSVC does not, seems not even
parsing templates until they are used.
The free variants of operator/ and operator* now yield new
type of point<T> with T promoted to type common for both operands.
Add missing member operator*=, for symmetry.
Add template function iround(point<T>) as no-op sink for point
specialisations for T of integer types.
Add explicit casts of arithmetic intermediate results to avoid
compilation warnings.
Replace redundant point<T> construction in return statement with uniform
initialization.
Add static_assert validating range of axis_value integer template parameter.
Update test/point/point.cpp with basic checks of all point<T> members.
Fixes#153
Currently, we are experiencing UBSan builds failures due to issues in
Boost.Function version attached to Boost super-project.
Build UBSan with b2 visibility=global instead of default hidden.
Detailed discussions at:
- https://github.com/boostorg/function/pull/29
- https://lists.boost.org/boost-gil/2018/10/0100.php
Note, we are switching temporarily and we should switch back to
testing against Boost super-project master branch
- a stable Boost version closest to the next release state.
Add point2<T> alias template for backward compatibility with Boost <=1.68.
Replace multiple point_t aliases of point<ptrdiff_t> with single defined
in point.hpp. The point_t is common used to represent dimensions.
Replace many uses of point<ptrdiff_t> with point_t.
Apply reformatting around point2 changes to respect the line length limit.
Follows up discussion in #154
The point belongs to core basic concepts in GIL, not an optional
utility. The tutorial starts with description of point.
Such core concepts are defined in dedicated headers which is quite
a useful convention that also makes the code structure clearer.
Remove from trivial point2 class superfluous empty destructor,
copy constructor, assignment operator.
Clean up point.hpp formatting (eg. respect line length limit).
Co-authored-by: Nikita Kniazev @Kojoley
For each header, a translation unit is generated along with
corresponding compile target.
Currently, only boost/gil/*.hpp and boost/gil/io/* headres are included.
On CI services, compile self_contained_headers targets only if
TEST_HEADERS environment variable is set. This is to avoid build
timeouts due to CI services limits.
When running b2 locally, the tests are compiled by default.
