This broke following my eo_constructor() changes. This is weird though
as:
1. Eina doesn't depend on Eo.
2. It was casting the constructor for some reasons.
Anyhow, fixed now.
Using a new architecture in the generated files that simplify multiple
inheritance and allows the use of interface types as parameters.
No longer using a hand-crafted C++ header for eo_base.eo.
This file was added to the generation process.
Updated all files that are dependent in the hand-crafted eo_base
C++ header.
Now there is a class that contains the essentials functions of the former
eo::base wrapper and that is used to create (through inheritance) the
"concrete" classes for all Eo generated wrappers.
No longer binding any function or property that are protected, private or
legacy for now.
eolian_type_instance is now a struct with general information for the
whole type.
Added the new header file namespace_generator.hh to hold namespace
generation grammars.
Separated declaration and definition of Eo wrappers methods.
Referring for most objects by its full name (starting at the global
namespace ::) in the generated files.
Created additional helper grammars to avoid code replication.
Removed a TODO comment referring to a doubt about inheritance of
constructor methods.
Added a TODO comment regarding memory allocation for callbacks in static
member functions.
Summary:
This patch allows us to construct efl::eina:: types from
their respective C types.
Reviewers: cedric, felipealmeida, q66
Reviewed By: q66
CC: smohanty, woohyun, raster, cedric
Differential Revision: https://phab.enlightenment.org/D1068
Summary:
Fixed the rbegin/rend functions returning switched reverse iterators.
Added code to some unit tests for comparing elements in reverse order, in interest of
checking the correctness of the rbegin/rend functions.
Reviewers: felipealmeida, cedric, woohyun, smohanty, raster
Reviewed By: felipealmeida
CC: savio, cedric
Differential Revision: https://phab.enlightenment.org/D901
Summary:
Added efl::eina::malloc_clone_allocator to be used with ptr_* data
structures for wrapping structures allocated by EFL in C.
This allows for example:
void foo(Eina_List* l)
{
efl::eina::ptr_list<int, efl::eina::malloc_clone_allocator> list(l);
}
If the standard efl::eina::heap_no_clone_allocator is used, the
deallocation code uses C++ delete operator, which causes undefined
behavior because the allocation was originally done with malloc.
Reviewers: cedric
CC: savio, cedric
Differential Revision: https://phab.enlightenment.org/D614
Summary:
Added inarray, inlist, ptr_array and ptr_list's range types named: range_inarray, range_inlist, range_ptr_array and range_ptr_list.
Each has two "flavours": mutable and not mutable. The const versions are parameterized by a const parameter. For example: range_ptr_list<int const> and the mutable doesn't have the const, so: range_ptr_list<int>.
The difference between the two is that the const versions can't modify the elements from the sequence, while the mutable allows so. Also, the const receives a Eina_Array const* while the mutable must have a Eina_Array*.
Reviewers: cedric
CC: savio, cedric
Differential Revision: https://phab.enlightenment.org/D613
The goal of this library is to make the life of C++ developers easier
when having to manipulate Eina datatype by providing a layer to abstract
those data type in C++. Check examples for now. Documentation will come
soon, but we are pushing that rather sooner to get feedback on those bindings.
As you will notice, this library is just composed of headers. There is no .so
and we do think it is better this way. Reducing ABI and API stability issue for
applications developers who are the primary target of this binding.
Also please note that you will need to have C++11 to use this binding.
Signed-off-by: Cedric Bail <cedric.bail@free.fr>
Felipe Magno de Almeida
Tom Hacohen
Vitor Sousa
Vincent Torri
Savio Sena
Savio Sena
Vitor Sousa