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xo-reflect: cosmetic: code layout

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Roland Conybeare 2024-06-14 10:53:23 -04:00
commit 9d31c6ad87
1 changed files with 81 additions and 81 deletions
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124
include/xo/reflect/vector/VectorTdx.hpp
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@ -9,87 +9,87 @@
#include "xo/reflect/EstablishTypeDescr.hpp"
namespace xo {
namespace reflect {
/* Extra type-associated information for a vector/array.
*/
class VectorTdx : public TypeDescrExtra {
public:
/* named ctor idiom. create new instance for a vector type */
//static std::unique_ptr<VectorTdx> make();
namespace reflect {
/* Extra type-associated information for a vector/array.
*/
class VectorTdx : public TypeDescrExtra {
public:
/* named ctor idiom. create new instance for a vector type */
//static std::unique_ptr<VectorTdx> make();
// ----- Inherited from TypeDescrExtra -----
// ----- Inherited from TypeDescrExtra -----
virtual Metatype metatype() const override { return Metatype::mt_vector; }
virtual uint32_t n_child(void * object) const override = 0;
virtual TaggedPtr child_tp(uint32_t i, void * object) const override = 0;
/* (forbidden) */
virtual std::string const & struct_member_name(uint32_t i) const override;
}; /*VectorTdx*/
virtual Metatype metatype() const override { return Metatype::mt_vector; }
virtual uint32_t n_child(void * object) const override = 0;
virtual TaggedPtr child_tp(uint32_t i, void * object) const override = 0;
/* (forbidden) */
virtual std::string const & struct_member_name(uint32_t i) const override;
}; /*VectorTdx*/
// ----- StlVectorTdx -----
// ----- StlVectorTdx -----
/* require:
* - VectorT.size()
* - VectorT[int] :: lvalue
*/
template<typename VectorT>
class StlVectorTdx : public VectorTdx {
public:
using target_t = VectorT;
/* require:
* - VectorT.size()
* - VectorT[int] :: lvalue
*/
template<typename VectorT>
class StlVectorTdx : public VectorTdx {
public:
using target_t = VectorT;
static std::unique_ptr<StlVectorTdx> make() {
return std::unique_ptr<StlVectorTdx>(new StlVectorTdx());
} /*make*/
static std::unique_ptr<StlVectorTdx> make() {
return std::unique_ptr<StlVectorTdx>(new StlVectorTdx());
} /*make*/
virtual uint32_t n_child(void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
virtual uint32_t n_child(void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
return vec->size();
} /*n_child*/
return vec->size();
} /*n_child*/
virtual TaggedPtr child_tp(uint32_t i, void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
virtual TaggedPtr child_tp(uint32_t i, void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
return establish_most_derived_tp(&((*vec)[i]));
} /*child_tp*/
}; /*StlVectorTdx*/
return establish_most_derived_tp(&((*vec)[i]));
} /*child_tp*/
}; /*StlVectorTdx*/
// ----- std::array<Element, N> -----
// ----- std::array<Element, N> -----
/* coordinates with EstablishTdx<std::array<Element, N>>::make(),
* see [reflect/Reflect.hpp]
*/
/* coordinates with EstablishTdx<std::array<Element, N>>::make(),
* see [reflect/Reflect.hpp]
*/
template<typename Element, std::size_t N>
using StdArrayTdx = StlVectorTdx<std::array<Element, N>>;
template<typename Element, std::size_t N>
using StdArrayTdx = StlVectorTdx<std::array<Element, N>>;
// ----- std::vector<Element> -----
// ----- std::vector<Element> -----
/* coordinates with EstablishTdx<std::vector<Element>>::make()
* see [reflect/Reflect.hpp]
*/
template<typename Element>
class StdVectorTdx : public VectorTdx {
public:
using target_t = std::vector<Element>;
/* coordinates with EstablishTdx<std::vector<Element>>::make()
* see [reflect/Reflect.hpp]
*/
template<typename Element>
class StdVectorTdx : public VectorTdx {
public:
using target_t = std::vector<Element>;
static std::unique_ptr<StdVectorTdx> make() {
return std::unique_ptr<StdVectorTdx>(new StdVectorTdx());
} /*make*/
static std::unique_ptr<StdVectorTdx> make() {
return std::unique_ptr<StdVectorTdx>(new StdVectorTdx());
} /*make*/
virtual uint32_t n_child(void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
virtual uint32_t n_child(void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
return vec->size();
} /*n_child*/
return vec->size();
} /*n_child*/
virtual TaggedPtr child_tp(uint32_t i, void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
virtual TaggedPtr child_tp(uint32_t i, void * object) const override {
target_t * vec = reinterpret_cast<target_t *>(object);
return establish_most_derived_tp(&((*vec)[i]));
}
}; /*StdVectorTdx*/
} /*namespace reflect*/
return establish_most_derived_tp(&((*vec)[i]));
}
}; /*StdVectorTdx*/
} /*namespace reflect*/
} /*namespace xo*/