| commit | e78634b9c2b23d6bcbaf76b779a593df32816c84 | [log] [tgz] |
|---|---|---|
| author | Amithash Prasad <amithash@meta.com> | Fri Sep 26 14:10:13 2025 -0700 |
| committer | Andrew Jeffery <andrew@codeconstruct.com.au> | Tue Sep 30 01:22:10 2025 +0000 |
| tree | 0c941bc5fffec4bba344542c8d3a2d2d31a828de | |
| parent | 00d12f83821533d3fcc364a30f5a7391ba62d12e [diff] |
Add environ as a link seam for platform APIs Allow precise redirection of platform-related APIs (such as those provided by libc) for the purpose of unit tests. Change-Id: I615b25805fc7a24eb5d67e87237bf35c8e262b93 Signed-off-by: Amithash Prasad <amithash@meta.com> Signed-off-by: Andrew Jeffery <andrew@codeconstruct.com.au>
This is a library which deals with the encoding and decoding of PLDM messages. It should be possible to use this library by projects other than OpenBMC, and hence certain constraints apply to it:
Source files are named according to the PLDM Type, for eg base.[h/c], fru.[h/c], etc.
Given a PLDM command "foo", the library will provide the following API: For the Requester function:
encode_foo_req() - encode a foo request decode_foo_resp() - decode a response to foo
For the Responder function:
decode_foo_req() - decode a foo request encode_foo_resp() - encode a response to foo
The library also provides API to pack and unpack PLDM headers.
libpldm is configured and built using meson. Python's pip or pipx can be used to install a recent version on your machine:
pipx install meson
Once meson is installed:
meson setup build && meson compile -C build
meson test -C build
libpldmComponents of the library ABI[^1] (loosely, functions) are separated into three categories:
[^1]: "library API + compiler ABI = library ABI"
Applications depending on libpldm should aim to only use functions from the stable category. However, this may not always be possible. What to do when required functions fall into the deprecated or testing categories is discussed in CONTRIBUTING.
libpldm is maintained with the expectation that users move between successive releases when upgrading. This constraint allows the library to reintroduce types and functions of the same name in subsequent releases in the knowledge that there are no remaining users of previous definitions. While strategies are employed to avoid breaking existing APIs unnecessarily, the library is still to reach maturity, and we must allow for improvements to be made in the design.