The test would sometimes fail because an alarm triggered before the
system call to be interrupted by the alarm could be started.
Change-Id: Ia507720a1f2d259afde1f97b7edd03f22cbd4810
Also fix two small IOCTL-related bugs:
- do not print an argument pointer for argument-less IOCTLs;
- print IOCTL contents with -V given once, just like structures.
Change-Id: Iec7373003d71937fd34ee4b9db6c6cec0c916411
Fix for problems reported by Alejandro Hernández:
. VM unmap: handle case where there is no nextvr
Fixes for problems found by running Melkor ELF fuzzing tool:
. VM: better handle case where region prealloc fails by
freeing memory that was allocated so far
. MFS fs_readwrite: EOF check should happen for read and
peek requests, not just read
This fixes#4.
Change-Id: I2adf4eebdfb4c48a297beff0478eed5c917a53a4
- Adding missing fields for PCI device lookup
- Adding the domain (for now set to zero) as part of the slot name
Change-Id: Iebaf3b21f6ab5024738cbc1dea66d5ad3ada175d
- Moved to KNF
- Whitespace cleanup
- Removed useless static functions prototypes
- Renamed some file private functions by prepending '__'
- Renamed some server-specific function by prepending '_'
- Fixed compilation warning for WARNS= 3
Change-Id: Ie44d35839177d5ee0630cdf576660c852452ab80
Read calls may be repeated by VFS if the user destination memory is
not mapped in. Devman currently assumes that all reads are
successful, and uses this to track whether EOF has been reached for
a particular event, discarding it as soon as this happens. Upon
repetition, this may result in lost events for devmand.
With this patch, devman discards events only once devmand reads the
EOF marker, which itself can never generate a user page fault. The
result is that read calls for data can be repeated safely, without
the risk of losing events in the process.
Change-Id: I9dfdf7f8c8992a20a10302d79c3506e61f8564b0
The NetBSD version is seriously broken--it is unable to match lines
against an empty pattern--and appears to be unmaintained.
The new version is the latest OpenBSD grep, with a number of MINIX-
specific changes marked as such, and an additional number of
(signed/unsigned, const) fixes to pass compilation.
Since this is not NetBSD code, move back the entire thing into
minix/usr.bin.
Change-Id: Icd40794a2d0cff9e7fb452db7d28c16dbd25e51d
The entire infrastructure relied on an ACK feature, and as such, it
has been broken for years now, with no easy way to repair it.
Change-Id: I783c2a21276967af115a642199f31fef0f14a572
- synchronize request type with ioctl by making it unsigned long;
- unbreak VFS requests, as they were being sent to PM;
- use proper ioctl direction flags (and new numbers) for requests;
- remove some needless header inclusions;
- svrctl is in libc, make its message name reflect this;
- keep backward compatibility: svrctl is part of the userland ABI.
Change-Id: I44902e8d0d11b8ebc1ef3bda94d2202481743c9b
- fix for "out of extents" panic;
- return ENOENT when a file name does not exist;
- inode count sanity check upon unmount.
Change-Id: Icb97dbaf7c8aec463438f06b341defca357094b2
iso9660fs has been cleaned up and debugged. It now supports:
* ISO 9660 Level 3,
* System Use Sharing Protocol (SUSP),
* Rock Ridge Interchange Protocol (RRIP).
The following Rock Ridge features are supported:
* POSIX file attributes (PX),
* POSIX device number (PN),
* Symbolic links (SL),
* Alternate file name (NM),
* Timestamps in 7-byte format (TF).
Change-Id: Ib227411bdda5bc10a957b27ad05fafdc95eca35f
- remove the buffer pool, inode bitmap, and inode hash table, and
simplify the code accordingly;
- use theoretically slightly more optimal buffer management;
- put the entire source in one file, instead of having many files
with one or two functions each;
- convert the code to KNF style.
Change-Id: Ib8f6f0bd99fbc6eb9098fba718e71b8e560783d9
In order to avoid creating libfsdriver exceptions, two changes to VFS
are necessary:
- the returned position field for reads/writes is no longer abused to
return the new pipe size; VFS is perfectly capable of updating the
size itself;
- during system startup, PFS is now sent a mount request, just like all
other file systems.
In proper "two steps forward, one step back" fashion, the latter point
has the consequence that PFS can no longer drop its privileges at
startup. This is probably best resolved with a more general solution
for all boot image system services. The upside is that PFS no longer
needs to be linked with libc.
Change-Id: I92e2410cdb0d93d0e6107bae10bc08efc2dbb8b3
UDS expects the device number of the actual socket, not the device on
which the socket happens to reside. The code worked only because PFS
returned the same value in the st_dev stat field, which it will have
to continue doing for a while now.
Change-Id: I426d38a86a96307ff6e6ed8099d37dae02d6bf2b
The new functionality aims to save each file system server from having
to implement its own block I/O routines just so that it can serve as a
root file system. The new source file (bio.c) lists the requirements
that file system servers have to fulfill in order to use the routines.
Change-Id: Ia0190fd5c30e8c2097ed8f4b0e3ccde1827e0b92
The file system may not be expecting these upcalls at arbitrary
moments, while they serve only as a performance optimization anyway.
Change-Id: I0748fd1f6c2645ddbb64466093ee36025aac45e0
