 |
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.
|
|
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.
|
Forward-aggregator header for jh::ipc.
More...
#include "jh/synchronous/ipc.h"Go to the source code of this file.
Namespaces | |
| namespace | jh::ipc |
Convenience alias for jh::sync::ipc. | |
Forward-aggregator header for jh::ipc.
This header provides a flattened entry point to the jh::sync::ipc module under the simplified namespace jh::ipc.
#include <jh/ipc>Internally, it includes the synchronous IPC implementation from jh/synchronous/ipc.h and re-exports it under jh::ipc.
jh::ipc as the user-facing namespace. jh::sync::ipc hierarchy. jh/synchronous/ipc.h. jh/sync, this header exposes symbols directly under jh::ipc without the jh::sync prefix. 
jh::ipc model is built on the idea that inter-process primitives should behave like ordinary language constructs: named at compile time, globally addressable, and free of runtime registries or supervising daemons By binding each object to a static identity and mapping directly to OS facilities, the system guarantees deterministic linkage, decentralized coordination, and zero-configuration synchronization across processes.
