HG_REPOSITORIES/LPP/SciQLOP_Repos/SciQLop Files · core/include/Common/MetaTypes.h

Some refactoring on PB11 wrappers...

Some refactoring on PB11 wrappers Most sciqlop core wrappers are moved into a dedicated python module. We needs to get rid off sqpapp! All current sciqlop modules should either be stateless or act as real singletons they must not need any app to be used. This will ease testing, wrapping and usage. Signed-off-by: Alexis Jeandet <alexis.jeandet@member.fsf.org>

Alexandre Leroux - - Load All Authors

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             MetaTypes.h
        
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      #ifndef SCIQLOP_METATYPES_H

      #define SCIQLOP_METATYPES_H

      #include <QMetaType>

      /**

       * Struct used to create an instance that registers a type in Qt for signals / slots mechanism

       * @tparam T the type to register

       */

      template <typename T>

      struct MetaTypeRegistry {

          explicit MetaTypeRegistry() { qRegisterMetaType<T>(); }

      };

      /**

        * This macro can be used to :

        * - declare a type as a Qt meta type

        * - and register it (through a static instance) at the launch of SciQlop, so it can be passed in

       * Qt signals/slots

        *

        * It can be used both in .h or in .cpp files

        *

        * @param NAME name of the instance under which the type will be registered (in uppercase)

        * @param TYPE type to register

        *

        * Example:

        * ~~~cpp

        * // The following macro :

        * // - declares std::shared_ptr<Variable> as a Qt meta type

        * // - registers it through an instance named VAR_SHARED_PTR

        * SCIQLOP_REGISTER_META_TYPE(VAR_SHARED_PTR, std::shared_ptr<Variable>)

        *

        * // The following macro :

        * // - declares a raw pointer of Variable as a Qt meta type

        * // - registers it through an instance named VAR_RAW_PTR

        * SCIQLOP_REGISTER_META_TYPE(VAR_RAW_PTR, Variable*)

        * ~~~

        *

        */

      // clang-format off

      #define SCIQLOP_REGISTER_META_TYPE(NAME, TYPE)  \

      Q_DECLARE_METATYPE(TYPE)                        \

      const auto NAME = MetaTypeRegistry<TYPE>{};     \

      // clang-format on

      #endif // SCIQLOP_METATYPES_H

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				#ifndef SCIQLOP_METATYPES_H
				#define SCIQLOP_METATYPES_H

				#include <QMetaType>

				/**
				* Struct used to create an instance that registers a type in Qt for signals / slots mechanism
				* @tparam T the type to register
				*/
				template <typename T>
				struct MetaTypeRegistry {
				explicit MetaTypeRegistry() { qRegisterMetaType<T>(); }
				};

				/**
				* This macro can be used to :
				* - declare a type as a Qt meta type
				* - and register it (through a static instance) at the launch of SciQlop, so it can be passed in
				* Qt signals/slots
				*
				* It can be used both in .h or in .cpp files
				*
				* @param NAME name of the instance under which the type will be registered (in uppercase)
				* @param TYPE type to register
				*
				* Example:
				* ~~~cpp
				* // The following macro :
				* // - declares std::shared_ptr<Variable> as a Qt meta type
				* // - registers it through an instance named VAR_SHARED_PTR
				* SCIQLOP_REGISTER_META_TYPE(VAR_SHARED_PTR, std::shared_ptr<Variable>)
				*
				* // The following macro :
				* // - declares a raw pointer of Variable as a Qt meta type
				* // - registers it through an instance named VAR_RAW_PTR
				* SCIQLOP_REGISTER_META_TYPE(VAR_RAW_PTR, Variable*)
				* ~~~
				*
				*/
				// clang-format off
				#define SCIQLOP_REGISTER_META_TYPE(NAME, TYPE) \
				Q_DECLARE_METATYPE(TYPE) \
				const auto NAME = MetaTypeRegistry<TYPE>{}; \
				// clang-format on

				#endif // SCIQLOP_METATYPES_H