Introduction

This is a sister project of libhinawa.

I design this library for userspace applications to transfer/receive isochronous packets on IEEE 1394 bus by any language binding of GObject Introspection. The applications is able to operate 1394 OHCI hardware for any isochronous context and isochronous resources. According to this design, this library is an application of Linux FireWire subsystem and GLib/GObject.

The latest release is 1.0.2

Example of Python 3 with PyGobject

See scripts under samples directory

Documentation

• https://alsa-project.github.io/gobject-introspection-docs/hinoko/

License

• GNU Lesser General Public License version 2.1 or later

Repository location

• Upstream is https://git.kernel.org/pub/scm/libs/ieee1394/libhinoko.git/.

• Mirror at https://github.com/takaswie/libhinoko for user support and continuous integration.

Dependencies

• Glib 2.44.0 or later
• GObject Introspection 1.32.1 or later
• Libhinawa 4.0 or later
• Linux kernel 3.4 or later

Requirements to build

• Meson 0.56.0 or later
• Ninja
• PyGObject (optional to run unit tests)
• gi-docgen 2023.1 or later (optional to generate API documentation)

How to build

$ meson setup (--prefix=directory-to-install) build
$ meson compile -C build
$ meson install -C build
($ meson test -C build)

When working with gobject-introspection, Hinoko-1.0.typelib should be installed in your system girepository so that libgirepository can find it. Of course, your system LD should find ELF shared object for libhinoko1. Before installing, it's good to check path of the above and configure --prefix meson option appropriately. The environment variables, GI_TYPELIB_PATH and LD_LIBRARY_PATH are available for ad-hoc settings of the above as well.

How to refer document

$ meson configure (--prefix=directory-to-install) -Ddoc=true build
$ meson compile -C build
$ meson install -C build

You can see documentation files under (directory-to-install)/share/doc/hinoko/.

Supplemental information for language bindings

• PyGObject is a dynamic loader in Python 3 language for libraries compatible with g-i.
• hinoko-rs includes crates to use these libraries.

How to make DEB package

• Please refer to https://salsa.debian.org/takaswie/libhinoko.

Meson subproject

This is a sample of wrap file to satisfy dependency on libhinoko by Meson subprojects.

$ cat subprojects/hinoko.wrap
[wrap-git]
directory = hinoko
url = https://git.kernel.org/pub/scm/libs/ieee1394/libhinoko.git
revision = v1.0.2
depth = 1

[provide]
dependency_names = hinoko

After installation of the wrap file, the dependency can be solved by hinoko name since it is common in both pkg-config and the wrap file. The implicit or explicit fallback to subproject is available.

$ cat meson.build
hinoko_dependency = dependency('hinoko',
  version: '>=1.0'
)

In the case of subproject, the wrap file for hinawa should be installed as well, since hinoko depends on it. For hinawa.wrap, please refer to README of [libhinawa](https://git.kernel.org/pub/scm/libs/ieee1394/libhinawa.git/).

About Hinoko

Hinoko is Japanese word which expresses quite a small piece of fire scattered from burning flame continuously. Hi (U+2F55 &#x2f55) and Ko (U+7C89 &#7c89) are connected by No (U+306E &#x306e) is case markers in Japanese particles. The former means fire. The latter means flour.

We can see Hinoko flying from burning fire consecutively, like a stream of isochronous packet in IEEE 1394 bus.

end