|
JH-Toolkit v1.4.1
An engineering-oriented C++20 toolkit with duck-typed concepts, static design, async coroutines, and semantic containers — header-only, RTTI-free, and concurrency-friendly.
|
Aggregated header for POD-related concepts under jh::concepts.
More...
#include "jh/pods/pod_like.h"#include "jh/pods/array.h"#include "jh/pods/bits.h"#include "jh/pods/bytes_view.h"#include "jh/pods/span.h"#include "jh/pods/stringify.h"Go to the source code of this file.
Namespaces | |
| namespace | jh::concepts |
| Behavioral concept namespace of the JH Toolkit. | |
Variables | |
| constexpr std::uint16_t | jh::concepts::max_pod_array_bytes |
| Maximum size of a POD array (16KB). This is a compile-time constant. | |
| constexpr std::uint16_t | jh::concepts::max_pod_bitflags_bytes |
| Maximum allowed size of a POD bitflags structure: 4KB (4096 bytes). | |
| template<typename C> | |
| constexpr jh::pod::pair< data_status, len_status > | jh::concepts::linear_status |
| Precomputed linear-container classification result. | |
Aggregated header for POD-related concepts under jh::concepts.
This header serves as the conceptual aggregation layer for all POD-system constraints and traits. It collects and re-exports concept definitions declared in jh/pods/ into the unified namespace jh::concepts.
#include <jh/conceptual/pod_concepts.h>Provides a lightweight conceptual interface for POD-related type traits without pulling in implementation details. The dependency direction remains one-way: jh/pods defines behavior, and jh/conceptual exposes corresponding concepts.
pod_like, cv_free_pod_like max_pod_array_bytes, max_pod_bitflags_bytes trivial_bytes, linear_container, linear_status streamable, streamable_pod The conceptual layer depends on jh/pods/ but not the reverse. This ensures jh/pod remains independently compilable while maintaining a clear semantic boundary between implementation and compile-time interfaces.