d56e22f0d6
Add generic kernel self-tests that build cleanly with mainline kernel (6.18+), work on all architectures, and either PASS or SKIP gracefully at runtime. Tests added: - acct: BSD process accounting - breakpoints: hardware breakpoint handling - cachestat: page cache statistics (cachestat syscall) - cgroup: control group v1 interface - clone3: clone3 syscall with flags - core: syscalls like close_range, unshare - coredump: core dump generation - dmabuf-heaps: DMA-BUF heap allocator - efivarfs: EFI variable filesystem - filelock: POSIX file locking (OFD locks) - filesystems: basic filesystem operations - filesystems/binderfs: Android Binder IPC (skips if CONFIG_ANDROID_BINDERFS=n) - filesystems/epoll: epoll syscall extensions - fpu: floating-point unit state - ftrace: function tracer interface - futex: fast userspace mutex - gpio: general purpose I/O - ipc: System V IPC primitives - kcmp: compare kernel resource identifiers - kvm: kernel-based virtual machine - landlock: LSM sandboxing (skips if CONFIG_SECURITY_LANDLOCK=n) - locking: ww_mutex deadlock avoidance - lsm: Linux Security Module interface - membarrier: memory barrier syscalls - mincore: mincore syscall (page residency) - mount: mount syscall (unprivileged variants) - mount_setattr: mount attribute syscall - move_mount_set_group: move_mount peer group - mseal_system_mappings: system mapping sealing - namespaces: PID/UTS/IPC/mount/network namespaces - net: networking stack - net/mptcp: multipath TCP - pidfd: pidfd-based process management - pid_namespace: PID namespace limits - proc: /proc filesystem interface - ptrace: process tracing - rlimits: resource limits - rseq: restartable sequences - sched: scheduler and real-time classes - seccomp: secure computing mode - signal: signal handling - size: ELF size utilities - splice: zero-copy data transfers - sync: cache synchronization - syscall_user_dispatch: user-space syscall dispatch - sysctl: sysctl interface - tc-testing: traffic control - timens: time namespaces - tmpfs: tmpfs filesystem - tpm2: Trusted Platform Module 2.0 - tty: TTY layer - uevent: kernel uevent subsystem - user_events: tracepoint user interface - vDSO: virtual dynamic shared object - watchdog: hardware watchdog timer - zram: compressed RAM block device Tested on aarch64 device BeaglePlay(AM6254 SoC): - Tests either PASS or SKIP gracefully Depends-on: kernel-selftest: add libcap to build and runtime dependencies Signed-off-by: Telukula Jeevan Kumar Sahu <j-sahu@ti.com> Signed-off-by: Khem Raj <khem.raj@oss.qualcomm.com>
meta-oe
This layer depends on:
URI: git://github.com/openembedded/openembedded-core.git branch: master
luajit recipe requires host compiler to be able to generate 32bit code when target is 32bit e.g. arm, so ensure that $CC -m32 is functional on build host, if building this recipe, needed packages to fullfit this might have different names on different host distributions e.g. on archlinux based distributions install prerequisites like below
pacman -S lib32-gcc-libs lib32-glibc
Ubuntu sudo apt-get install gcc-multilib linux-libc-dev:i386
Send pull requests to openembedded-devel@lists.openembedded.org with '[meta-oe]' in the subject'
When sending single patches, please use something like: 'git send-email -M -1 --to openembedded-devel@lists.openembedded.org --subject-prefix="meta-oe][PATCH"'
You are encouraged to fork the mirror on GitHub https://github.com/openembedded/meta-openembedded to share your patches, this is preferred for patch sets consisting of more than one patch.
Note, it is discouraged to send patches via GitHub pull request system. Such patches get less attention from developers and can be mishandled or not reviewed properly. Please use emails instead. For exemple, you can use 'git request-pull' to generate an email referencing your git repository.
Other services like GitLab, repo.or.cz or self-hosted setups are of course accepted as well, 'git fetch ' works the same on all of them. We recommend GitHub because it is free, easy to use, has been proven to be reliable and has a really good web GUI.
Layer maintainer: Khem Raj raj.khem@gmail.com