Added optional constructor methods for C++ Eolian wrappers.
Changed the interface of wrappers' main constructors.
If there are optional constructor methods they should be passed as variadic
template argument at the end of the constructor.
To support variadic template arguments, the optional "parent" parameter is
now the first parameter and there is another constructor without the
"parent" parameter.
Checking for @optinal and @nullable attributes instead of @nonull.
Now @nonull is the default, and eina::optional is only used when @optional
or @nullable attribute is specified.
The names of constructor methods no longer have the class name prefixed.
Added unit tests for checking the binding of optional constructors.
Added new .eo file to be used in the test.
Changed the generated documentation of constructors.
Changed the efl::eo::inherit accordingly, to address these new features.
Now the constructor methods should be explicit called in the
efl::eo::inherit constructor, which will receive them via variadic
template arguments.
Added another constructor to efl::eo::inherit for passing the parent
object.
Updated some tests and examples to follow the new interface.
Removed some code that is no longer necessary.
Also, fix Eolian C++ support for constructing properties. fix
assertion when parsing constructing properties.
Now if a property is a constructing property eolian_cxx will generate a
constructor method that have the property name (without the "_set" suffix).
Using eina::string_view in eolian generated interfaces (instead of
std::string) to allow lightweight passing of both C strings and C++
std::string.
Also, No longer using eina::optional in generated headers for types
that already implements the concept of null state (like Eo wrappers
and eina_accessor).
Also fix allocating callback objects require by class methods
(i.e. static) in static vectors so the memory will be freed when the
programs exit.
Added a new test case for testing callbacks on class methods.
Moved method definitions and supplementary code from generated C++
wrappers to auxiliary header file (.eo.impl.hh) generated together
with the main ".eo.hh" file. Updated Makefiles to list such files in
the compilation and cleanup processes. Updated .gitignore to include
these new generated files.
Made general adjustments on the documentation of generated C++ wrappers
Added "PREDEFINED" preprocessor macro definition in the Doxyfile.in in
order to make some adjustments for better documentation in the C++
generated headers. Excluding generation of documentation for classes
in the "eo_cxx" namespace (the namespace for "abstract" eolian C++
wrappers). Now generating the documentation for the events too.
Hiding some auxiliary code from being documented. Some aesthetic
adjustments for generated white space. Generate documentation for the
main constructor of C++ wrappers and added auxiliary grammars to list
parameters names.
Solved diamond inheritance problem by completely removing inheritance in
the abstract class.
All ancestors are inherited directly in the concrete class.
The algorithm that list the ancestors also avoid repetition.
Now concrete classes define methods too. This helps referring the correct
method directly by the object type (when there are methods with the same
name).
Moved the declaration and definition of constructor methods to the concrete
class, since they should not be used in derived classes.
Updated example that call "color_set".
With this model, if two ancestor classes have a method with the same name,
to call one of them from a derived class you must write the scoped name of
the member function in the wrapper.
In this case, either Evas.Object and Evas.SmartObject have a property
named "color".
Added "from_global" option to the full_name grammar too.
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.
No longer reverting to the native type when the parameter has "@out"
direction.
Added "is_out" member variable to eolian_type class.
With that, generators can keep track of the direction of the parameters.
Also added helper functions "type_is_out" and "type_is_complex".
Created "to_native" functions in eo_cxx_interop.hh to convert binding types
from C++ arguments to the actual C function arguments.
Added static assertions in these functions to enforce compatibility
between the binding and the native type (Required by @out parameters).
Reworked the overload of the "to_c" function for eo::base derivated
objects. Now there is a overload that rely in the compatibility
between the native type and the wrapper, enabling a wrapper to be used as
an output parameter.
Added callbacks to the event EO_EV_DEL for deleting heap-allocated
function objects. This will enforce that the allocated memory,
necessary for maintaining these callable objects alive, is freed at
least when the underlaying Eo object is destroyed.
Functions and constructor methods are now able to have multiple
callback types.
Removed some unused generators, since they become inconsistent now that
functions are required to handle multiple callback types.
Allocating callback objects in the constructor methods instead of
delaying it until the final constructor is called.
Created some generators to avoid code repetition.
Now the generator parameters_forward_to_c replicate the behavior of the
generator parameters_list. The generator parameters_list was, then,
removed since it have a less intuitive name.
Added a TODO comment regarding the behaviour of simple not translating
callbacks that are not followed by a user data pointer.
The generator parameter_type was moved from "parameters_generator.hh" to
"type_generator.hh" for more consistency and convenience.
Vitor Sousa
Savio Sena
Felipe Magno de Almeida
Savio Sena