By "flatten" I mean that component libraries aren't referenced by
genex anymore; instead, their include directories and libraries
are copied out of their interfaces and into the interface of
the metalib.
This prepares for exporting our targets, by making sure that the
component libraries don't have to be installed for CMake to be
able to export metalibs.
This works by adding extra index urls. Optimized wheels have local
version tags that should take precedence over non-optimized wheels. If
no optimized wheel if found for a platform, a warning is issued and a
non-optimized wheel is used instead.
- Support encoding and decoding four-byte UTF-8 sequences
- E_unicode supports surrogate pairs, renamed to E_utf16be for clarity
- char32_t should be used for storing a Unicode code point
The no-arguments get_text() and set_text() will now return Unicode strings in Python 3, but passing in an encoding will make them return/take bytes objects.
In Python 2, they all take regular strings, but Unicode is also accepted by the no-argument get_text() and set_text().
In the future we probably want to remove most of this interface for Python users, to whom all this is unnecessary since it duplicates functionality already in the standard library.
- T_off now actually properly disables vertex colours
- T_vertex is now the default, to preserve the previous behaviour
- ShaderGenerator behavior is now the same as in the FFP
- tests are updated to verify new behavior
- tests now properly use vertex colours, previously they accidentally only used flat colors
- With color-scale-via-lighting off and no color scale, color is no longer munged
- p3d_Color in GLSL shaders is now properly set to white instead of black with T_off mode
- In DX9 shaders will now sample white color for absent or disabled vertex color
Fixes#401
Also see #371
This allows building against the Python libraries even when the
Python interpreter/executable is missing. The correct extensions
for the binary modules will be guessed, the tests will fail,
and the bytecode for any pure-Python modules will not be
precompiled.
This also allows us to generate a suitable __init__.py for fixing
up PATH and/or __path__ on platforms that need it to properly
import Python extension modules.
This also involves the creation a new include: Python.cmake
This file will contain utility functions for building Python
modules and installing Python packages.
