| Age | Commit message (Collapse) | Author |
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* init/init.c (main): On execv failure, print which path failed.
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Previously, the exec server did not set the name of the servers
started before the proc server. Instead this was done by the startup
server, but this was merely a workaround, missing notably the startup
server itself.
* exec/exec.c (set_name): New function.
(do_exec): Move the code setting the name to a new function, and also
call it if the proc server is not started yet.
* startup/startup.c (run): Drop hack.
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* libdiskfs/io-reauthenticate.c (diskfs_S_io_reauthenticate): Release the node
lock while blocking on the auth server and client.
* libnetfs/io-reauthenticate.c (netfs_S_io_reauthenticate): Likewise.
* pfinet/io-ops.c (S_io_reauthenticate): Likewise.
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* utils/rpcscan.c: New file.
* utils/Makefile: Add `rpcscan'.
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* utils/rpctrace.c: Move all the code handling the message id files...
* utils/msgids.c: ... to a new file.
* utils/msgids.h: And add the relevand declarations.
* utils/Makefile (SRCS): Add the new file.
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As well as other potential mode changes which are indeed supposed to still
work as root.
* trans/fakeroot.c (netfs_attempt_chmod): Always set S_IRUSR and S_IWUSR in
real_mode, and set S_IXUSR also when this is a directory.
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* libps/fmt.c (_fmt_create): When nothing at all was recognized, break out
instead of looping.
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* libdiskfs/node-cache.c (diskfs_node_iterate): Do not print a message
on ENOMEM.
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* configure.ac: test whether AWK provides strtonum function.
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To prevent infinite recursion range checking was introduced
as an exit condition adding two extra comparisons on each
recursive call.
By fixing the range used by the recursive call over the lower
half of the array one can avoid penalizing successful lookups
while still preventing infinite recursion due to `first`
parameter being greater than `last` parameter.
* console-client/xkb/kstoucs.c (find_ucs): don't remove middle from the
lower range. Remove extra comparisons.
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* console-client/xkb/kstoucs.c (find_ucs): assert precondition.
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Previously, the `vmstat' utility would stop displaying the memory
object hit ratio after some time due to an integer overflow.
* utils/vmstat.c (get_memobj_hit_ratio): Fix integer overflow.
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* utils/Makefile: Link against `libshouldbeinlibc'.
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Previously, the binary search through the keysym map was incorrectly
implemented. This resulted in infinite loops (thanks to the compilers
tail call optimization) or crashes (if the stack space was exhausted).
* console-client/xkb/kstoucs.c (find_ucs): Fix binary search.
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* console-client/xkb/kstoucs.c (find_ucs): Previously, this function
was a nested function for no reason at all. Turn it into a normal
function.
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* console-client/timer.h (fetch_jiffies): Make function `static inline'.
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Huge thanks to Svante Signell for having tracked the bug.
* trans/fakeroot.c (netfs_attempt_chmod): Make the file_chmod call
additionally include the modes from nn->openmodes.
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* trans/fakeroot.c (check_openmodes): Make comment clearer about missing new
openmodes.
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Thanks Svante Signell for the investigation and proposed patch.
* trans/fakeroot.c (new_node): Assert that `openmodes' includes only
O_RDWR|O_EXEC
(check_openmodes): Likewise with `newmodes'.
(netfs_S_dir_lookup): Keep only O_RDWR|O_EXEC from `flags' when calling
new_node.
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* fatfs/dir.c (diskfs_dirrewrite_hard): Fix error handling.
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Previously, file permissions and ownership of the target directory
were ignored when renaming a directory:
% mkdir a b
% chmod 555 a
% mv b a
% ls a
b
* libdiskfs/dir-renamed.c (diskfs_rename_dir): Fix error handling.
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* trans/fakeroot.c (netfs_set_translator): New function.
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* fatfs/inode.c: Drop all cache-related code.
(diskfs_user_make_node): New function.
(diskfs_cached_lookup_in_dirbuf): Reimplement using the `lookup_context'.
(read_node): Rename to diskfs_user_read_node and adopt accordingly.
(diskfs_try_dropping_softrefs): Rename to `diskfs_user_try_dropping_softrefs'.
(diskfs_node_reload): Pass context to `diskfs_user_read_node'.
(diskfs_alloc_node): Pass `dir' via context to `diskfs_user_read_node'.
* fatfs/fatfs.h (struct disknode): Drop fields `hnext', `hprevp'.
(struct lookup_context): New definition.
(ifind): Drop declaration.
* fatfs/dir.c (diskfs_lookup_hard): Adjust accordingly.
* fatfs/main.c (fetch_root): Likewise.
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* isofs/inode.c: Drop all cache-related code.
(diskfs_user_make_node): New function.
(calculate_file_start): Check for `record' being null.
(cache_id): New function.
(read_node): Rename to diskfs_user_read_node and adopt accordingly.
(diskfs_try_dropping_softrefs): Rename to diskfs_user_try_dropping_softrefs.
* isofs/isofs.h (struct lookup_context): New definition.
(cache_id): New declaration.
* isofs/lookup.c (diskfs_lookup_hard): Adjust accordingly.
* isofs/main.c (fetch_root): Likewise.
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Previously, all users of libdiskfs implemented a node cache on their
own. Move the node cache from ext2fs into libdiskfs. We preserve the
previous API by marking all functions that we pull from ext2fs as
weak, so that users like tmpfs can still implement their own node
cache.
* ext2fs/dir.c (diskfs_lookup_hard): Adjust accordingly.
* ext2fs/ext2fs.c (main): Don't call `inode_init'.
* ext2fs/ext2fs.h (struct disknode): Drop `hnext', `hprevp'.
* ext2fs/inode.c: Move the node cache into diskfs.
(diskfs_user_make_node): New function.
(diskfs_try_dropping_softrefs): Rename to `diskfs_user_try_dropping_softrefs'.
(read_node): Rename to `diskfs_user_read_node'. Also move a chunk of
code dealing with generations from `diskfs_cached_lookup' here.
* libdiskfs/Makefile (OTHERSRCS): Add `node-cache.c'.
* libdiskfs/diskfs.h (struct node): Add `hnext', `hprevp'.
Amend existing comments, add forward declarations.
* libdiskfs/node-cache.c: New file.
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Use `diskfs_make_node_alloc' to allocate both the node and the
disknode in a continuous chunk of memory. This increases locality and
reduces the pressure on the memory allocator.
* ext2fs/inode.c: Use `diskfs_node_disknode' to access the disknode.
(diskfs_cached_lookup): Use `diskfs_make_node_alloc' to allocate the
node.
(diskfs_node_norefs): Only free `np'.
* ext2fs/dir.c: Use `diskfs_node_disknode' to access the disknode.
* ext2fs/ext2fs.h: Likewise.
* ext2fs/getblk.c: Likewise.
* ext2fs/ialloc.c: Likewise.
* ext2fs/pager.c: Likewise.
* ext2fs/truncate.c: Likewise.
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* libdiskfs/diskfs.h (diskfs_node_disknode, diskfs_disknode_node):
Declare functions as `extern inline' so that we can use them in other
functions declared as `extern inline'.
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* libdiskfs/node-make.c (init_node): Initialize flag `author_tracks_uid'.
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* libdiskfs/diskfs.h (struct node): Drop unused fields from struct
node.
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* libdiskfs/diskfs.h (struct node): Turn flags into a bit field.
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* libdiskfs/diskfs.h (struct node): Use refcounts_t for reference counting.
(diskfs_node_refcnt_lock): Remove.
(diskfs_node_norefs,diskfs_drop_node): Change comments accordingly.
* libdiskfs/init-init.c: Adjust accordingly.
* libdiskfs/node-drop.c: Likewise.
* libdiskfs/node-make.c: Likewise.
* libdiskfs/node-nput.c: Likewise.
* libdiskfs/node-nputl.c: Likewise.
* libdiskfs/node-nref.c: Likewise.
* libdiskfs/node-nrefl.c: Likewise.
* libdiskfs/node-nrele.c: Likewise.
* libdiskfs/node-nrelel.c: Likewise.
* ext2fs/inode.c: Likewise.
* fatfs/inode.c: Likewise.
* isofs/inode.c: Likewise.
* tmpfs/node.c: Likewise.
* doc/hurd.texi: Likewise.
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Previously, tmpfs used diskfs_node_refcnt_lock to serialize access to
the all_nodes and some other related global state related to memory
consumption.
Use a separate lock to protect all_nodes, and atomic operations to
access the state related to memory consumption. Adjust the reference
counting accordingly. Every node in the all_nodes carries a light
reference. When we are asked to give up that light reference, we
reacquire our lock momentarily to check whether someone else
reacquired a reference through the all_nodes.
* tmpfs/tmpfs.h (num_files, tmpfs_space_used): Use atomic operations
for these variables.
(adjust_used): Use atomic operations.
(get_used): New convenience function to atomically retrieve
tmpfs_space_used.
* tmpfs/node.c (all_nodes_lock): New lock.
(diskfs_alloc_node): Use a separate lock to protect all_nodes.
Adjust the reference counting accordingly.
(diskfs_free_node): Likewise.
(diskfs_cached_lookup):Likewise.
(diskfs_node_iterate): Likewise.
(diskfs_node_norefs): Do not remove the node from all_nodes. This
actually looks like a mistake, I do not know why they did that here as
well as in diskfs_free_node.
(diskfs_try_dropping_softrefs): Check whether someone reacquired a
reference, and if so hold on to our light reference.
(diskfs_grow): Use atomic operations.
* tmpfs/tmpfs.c (diskfs_set_statfs): Likewise.
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Previously, isofs used diskfs_node_refcnt_lock to serialize access to
the node_cache.
Use a separate lock to protect node_cache. Adjust the reference
counting accordingly. Every node in the node_cache carries a light
reference. When we are asked to give up that light reference, we
reacquire our lock momentarily to check whether someone else
reacquired a reference through the node_cache.
* isofs/inode.c (nodecache_lock): New lock.
(inode_cache_find): Use a separate lock to protect node_cache.
Adjust the reference counting accordingly.
(diskfs_cached_lookup): Likewise.
(load_inode): Likewise.
(cache_inode): Update comment accordingly.
(diskfs_node_iterate): Likewise.
(diskfs_node_norefs): Move the code removing the node from node_cache...
(diskfs_try_dropping_softrefs): ... here, where we check whether
someone reacquired a reference, and if so hold on to our light
reference.
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Previously, fatfs used diskfs_node_refcnt_lock to serialize access to
the nodehash.
Use a separate lock to protect nodehash. Adjust the reference
counting accordingly. Every node in the nodehash carries a light
reference. When we are asked to give up that light reference, we
reacquire our lock momentarily to check whether someone else
reacquired a reference through the nodehash.
* fatfs/inode.c (nodecache_lock): New lock.
(diskfs_cached_lookup): Use a separate lock to protect nodehash.
Adjust the reference counting accordingly.
(ifind): Likewise.
(diskfs_node_iterate): Likewise.
(diskfs_node_norefs): Move the code removing the node from nodehash...
(diskfs_try_dropping_softrefs): ... here, where we check whether
someone reacquired a reference, and if so hold on to our light
reference.
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Previously, ext2fs used diskfs_node_refcnt_lock to serialize access to
the nodehash.
Use a separate lock to protect nodehash. Adjust the reference
counting accordingly. Every node in the nodehash carries a light
reference. When we are asked to give up that light reference, we
reacquire our lock momentarily to check whether someone else
reacquired a reference through the nodehash.
* ext2fs/inode.c (nodecache_lock): New lock.
(diskfs_cached_lookup): Use a separate lock to protect nodehash.
Adjust the reference counting accordingly.
(ifind): Likewise.
(diskfs_node_iterate): Likewise.
(diskfs_node_norefs): Move the code removing the node from nodehash...
(diskfs_try_dropping_softrefs): ... here, where we check whether
someone reacquired a reference, and if so hold on to our light
reference.
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* configure.ac (AC_INIT): Set version to 0.6.
* NEWS: Finalize for 0.6.
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* NEWS: Mention that the init server has been split into the startup
server and the init server.
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* procfs/main.c (netfs_runtime_argp): Actually use the runtime option
parser.
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* NEWS: Mention protected payloads.
* libports/Makefile (SRCS): Add `port-deref-deferred.c'.
* libports/create-internal.c (_ports_create_port_internal): Set the
protected payload to the objects address.
* libports/import-port.c (ports_import_port): Likewise.
* libports/reallocate-from-external.c (ports_reallocate_from_external):
Likewise.
* libports/reallocate-port.c (ports_reallocate_port): Likewise.
* libports/transfer-right.c (ports_transfer_right): Likewise.
* libports/manage-multithread.c (ports_manage_port_operations_multithread):
Use the protected payload for the object lookup if provided. Add
thread pool management calls.
* libports/manage-one-thread.c (ports_manage_port_operations_one_thread):
Likewise.
* libports/destroy-right.c (ports_destroy_right): Defer the
dereferencing of outstanding send rights to avoid a port_info
use-after-free.
* libports/port-deref-deferred.c: New file.
* libports/port-deref-deferred.h: Likewise.
* libports/ports.h (struct port_bucket): New field `threadpool'.
(ports_lookup_payload): Check `port_right'.
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* procfs/main.c (argp_parser): Fix argument parsing.
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* libports/interrupt-operation.c (ports_S_interrupt_operation): Update
`cancel_threshold' using atomic operations.
* libports/manage-multithread.c (internal_demuxer): Avoid taking the lock.
* libports/ports.h (struct port_info): Mention that one needs atomic
operations to access `cancel_threshold'.
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* TODO (libpager): Drop item trying to prevent thread storms. We
dealt with that in a much nicer way. Nowadays we use a fixed number
of threads in libpager.
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* startup/startup.c (launch_core_servers): Add more error handling.
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Since "default" is not provided any more by xkb
* console-client/xkb/xkb-data/keymap/hurd: Replace "default"
xkb_compatibility by
"basic+mousekeys+accessx(basic)+misc+iso9995+level5+caps(caps_lock)" for all
keymaps.
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2007-10-14 Christian Dietrich <stettberger@dokucode.de>
* options.c (options): Marked -a, -g -m, -p, -A, -G
OPTION_ARG_OPTIONAL.
(parse_interface_copy_device): New function.
(parse_opt): When selecting another interface with -i
set the options from e.g. a prior fsysopts call as default
values. For -a, -g, -p, -g, -A, -G set the optional
argument as value. When there is no argument, delete the
value (e.g. unset default gateway). Delete delete default gateways
only if the set gateway is on an interface modified in this call.
Add always an route for dhcp packages on all devices. By doing
this we can send dhcp renew packages.
(trivfs_append_args): Add --gateway only once.
2007-10-14 Marco Gerards <metgerards@student.han.nl>
* options.c (parse_opt): Add the route for `0.0.0.0' so broadcasting
works.
* linux-src/net/ipv4/devinet.c (inet_insert_ifa) [_HURD_]: Don't
fail when the address is `0.0.0.0'.
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* pfinet/options.c (options): Remove 's' case.
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* utils/rpctrace.c (new_receiver_info): Fix handling of old
notification port.
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This fixes a deallocation of an invalid port notably seen on system
shutdown.
* console/display.c (free_modreqs): Handle errors of
`mach_port_request_notification' and check whether the old
notification port was valid.
(do_mach_notify_msg_accepted): Likewise.
(display_notice_filechange): Likewise.
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Previously, the proc server did not call `startup_essential_task'
until it got the message port of the startup server using
`proc_setmsgport'.
Now that we have `/servers/startup', we can do this in main, before we
start our message service loop.
A complication arises because the traditional startup server is
single-threaded. Handle this by tweaking startup not to bind itself
to `/servers/startup' before it is ready.
* proc/main.c (main): Try to lookup `/servers/startup' and send the
message here, or...
* proc/msg.c (S_proc_setmsgport): ... fall back to the old way here.
* proc/proc.h (startup_fallback): New variable.
* startup/startup.c (main): Move code installing ourself on `/servers/startup'
(install_as_translator): ... here.
(launch_core_servers): And use it here, just before we reply to `/hurd/auth'.
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