feat: smart: add reboot service #9654
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后面可以注意到一点，
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好啊，后续推进文档中心完善可以再多来 review 一下设计。 |
This change introduces the `lwp_pid_for_each` function, which provides a convenient and thread-safe method for iterating over PIDs with a user- defined callback. This addition is necessary to support cases where operations must be performed on each PID in the balanced tree, enhancing flexibility and modularity for PID management. Changes: - Added `lwp_pid_for_each` function in `lwp_pid.c` to allow iteration over PIDs using a callback function and optional data parameter. - Defined a new internal `pid_foreach_param` structure to encapsulate the callback and data for the iteration. - Added `_before_cb` helper function for executing the callback on each PID node during AVL traversal. - Ensured thread safety by acquiring and releasing the PID lock around the AVL traversal within `lwp_pid_for_each`. - Updated `lwp_pid.h` with the `lwp_pid_for_each` function prototype and included `rtthread.h` for necessary types. Signed-off-by: Shell <[email protected]>
This change introduces the `lwp_signal_kill_all` function, which allows a signal to be sent to all processes in the system. The function iterates over all PIDs and sends the specified signal to each process, except those that are protected from signals. This enhancement provides a convenient way to broadcast signals across all processes in the system. Changes: - Added `lwp_signal_kill_all` function in `lwp_signal.c` to broadcast a signal to all processes by iterating over all PIDs using the existing `lwp_pid_for_each` function. - Introduced a new `kill_all_param` structure to encapsulate the signal information needed for killing processes. - Added internal `_kill_each` helper function for sending the signal to each PID. - Updated `lwp_signal.h` with the new function prototype for `lwp_signal_kill_all`. - Modified `sys_kill` in `lwp_syscall.c` to call `lwp_signal_kill_all` when a process is not specified. Signed-off-by: Shell <[email protected]>
This change introduces the `lwp_runtime.c` component, which provides the necessary runtime environment for the init process, including boot scripts, shutdown, and poweroff functionalities. The initialization logic has been moved from `lwp.c` to this new file, enhancing modularity and flexibility in handling LWP runtime tasks. Changes: - Moved the `lwp_startup` function from `lwp.c` to `lwp_runtime.c` to handle system initialization and runtime environment setup. - Added `lwp_teardown` placeholder for system shutdown and cleanup tasks in the future (though not yet implemented). - Introduced the `LWP_USING_RUNTIME` configuration option in `Kconfig` to conditionally enable the runtime environment. - Updated the `SConscript` to conditionally include `lwp_runtime.c` based on the `LWP_USING_RUNTIME` configuration. - Removed the old `lwp_startup` code from `lwp.c`, simplifying the file. Signed-off-by: Shell <[email protected]>
The patch introduces support for system reboot functionality and process teardown, allowing for a clean shutdown and unmounting of the root filesystem. This is necessary for ensuring a proper system shutdown process, especially when dealing with resource cleanup and ensuring that all processes have exited before system shutdown. Changes: - Added `lwp_teardown()` function to handle process cleanup and system teardown. - Introduced `lwp_pid_wait_for_empty()` to wait for process ID table emptiness before proceeding with shutdown. - Updated `dfs_mnt_unref()` to trigger callbacks when unmounting a filesystem. - Added new reboot types (`RB_AUTOBOOT`, `RB_POWER_OFF`) and implemented their corresponding actions, including cleanup of processes and unmounting root filesystem. - Extended `sys_reboot()` to handle reboot and power off types with appropriate callbacks for process and filesystem teardown. - Introduced callback mechanism for root filesystem unmount notifications. Signed-off-by: Shell <[email protected]>
This patch introduces a remount feature for the DFS, allowing for the modification of mount parameters without unmounting the filesystem, the remount functionality helps modify certain mount flags (like `MS_RDONLY`) without requiring an unmount, providing more control over mounted filesystems in the system. The updates is essential for user space init proc to cleanup the runtime resource, ensuring clean handling of cached data and enhancing system robustness during power down processing. Changes: - Defined new constants for remount flags in `dfs_fs.h`. - Added the `dfs_remount()` function in `dfs_fs.c` to handle remount operations. - Introduced a check for unsupported flags and handle error conditions such as invalid paths or non-directory targets. - Updated the `dfs_mnt` structure in `dfs_mnt.h` to include a read-only flag (`MNT_RDONLY`). - The `dfs_remount()` function allows changing the read-only status of a mounted filesystem. - Added `MNT_LAZY_UMNT` and `MNT_RDONLY` flags to `dfs_mnt` structure. - Introduced `dfs_mnt_setflags` function for dynamic flag management. - Updated `dfs_remount` to utilize `dfs_mnt_setflags` for flag setting. - Enhanced unmount operations with `dfs_mnt_umount_iter` and lazy unmounting. - Added `dfs_pcache_clean` to handle cache cleanup for read-only mounts. - Improved error reporting in `dfs_umount` for better user feedback. - Refactored `sys_mount` to streamline parameter handling and support remounts. - Introduced `_cp_from_usr_string` helper for user-space string operations. - Updated internal APIs to ensure consistency in reference count management. Signed-off-by: Shell <[email protected]>
According to the POSIX.1, we should give a EBUSY on umount(2) of busy filesystem. Signed-off-by: Shell <[email protected]>
To improve the readability of the menuconfig. Signed-off-by: Shell <[email protected]>
polarvid
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rebase 解决冲突修改。 |
BernardXiong
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Dec 10, 2024
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拉取/合并请求描述：(PR description)
[
为什么提交这份PR (why to submit this PR)
Provide software reboot service.
There are several annoying problems with doing the hardware reboot on the current DFS safely:
So, the current solution focuses on the RDONLY mounting which cleans up the dirty page, keeps the devices away from writing during hardware resetting.
你的解决方案是什么 (what is your solution)
remount(2)anddfs_umount()请提供验证的bsp和config (provide the config and bsp)
QEMU virt aarch64:
RK35 series:
]
当前拉取/合并请求的状态 Intent for your PR
必须选择一项 Choose one (Mandatory):
代码质量 Code Quality：
我在这个拉取/合并请求中已经考虑了 As part of this pull request, I've considered the following:
#if 0代码，不包含已经被注释了的代码 All redundant code is removed and cleaned up