Commit graph

213 commits

Author SHA1 Message Date
Thomas Cort
d091a404e8 Importing usr.bin/cut
Replaces commands/cut. No Minix-specific changes needed.

Change-Id: I4e8e203eb8aad18232364f05cbdc961a57afae51
2013-10-15 08:43:27 -04:00
Thomas Cort
982405fef1 Importing usr.bin/nohup
Replaces commands/nohup. No Minix-specific changes needed.

Change-Id: I2fb7c387833a8898cf30fc3ac25ea53ee1031bd1
2013-10-13 10:24:23 -04:00
Thomas Cort
d37082b292 Importing usr.bin/nice
Replaces commands/nice. No Minix-specific changes needed.

Change-Id: I3e089497dcd86893aa28e3a973496af5b1689f45
2013-10-12 07:01:11 -04:00
Thomas Cort
916b872033 Importing usr.bin/tee
Replaces commands/tee. No Minix-specific changes needed.

Change-Id: I31481facfa9cd44860bf2b59ec779605dd8d2f2d
2013-10-09 10:58:14 +02:00
Thomas Cort
79cc8b683f Importing usr.bin/rev
Change-Id: I73c661eb9d4cca5c17b969bb3831541c1f7f9319
2013-09-30 15:19:38 +02:00
Ben Gras
b6d951df17 arm_sdimage.sh: use native minix partition util
. make filesystems on primary partitions to make it
	  easier on the minix partition util
	. so sfdisk isn't required as an external tool
	. also make partition and hitherto x86-only utilities
	  arch-independent

Change-Id: Ib4e07e45d038d084dde1858917d3deb7f0616532
2013-09-27 14:13:43 +02:00
Lionel Sambuc
d5c6c6a51b Importing usr.bin/tr
Change-Id: I4563198f111f2ec3687f6a5084edd05f243c2263
2013-08-25 18:51:36 +02:00
Lionel Sambuc
00785f561f Importing usr.bin/xargs
Change-Id: I6a8ce6a8eee31942abb4db797672da7d00dfa43d
2013-08-25 18:51:36 +02:00
Lionel Sambuc
3dab66925c Importing usr.bin/unexpand
Change-Id: I2bab349ebccc28b14db446689171bce7dede8a9d
2013-08-25 18:51:36 +02:00
Lionel Sambuc
563dd2c8f4 Importing usr.bin/expand
Change-Id: I4089d86d4ae1dcade0c82ed30ecd5685802acfd3
2013-08-25 18:51:36 +02:00
Lionel Sambuc
0b8a9e801d Importing usr.bin/basename
Change-Id: I2c71c83bc6a420390c4aed015373f78ebf425903
2013-08-25 18:51:36 +02:00
Lionel Sambuc
211b53e442 Importing usr.bin/dirname
Change-Id: I83263576440c2040fb8ccd1e952abd53495fcb70
2013-08-25 18:51:35 +02:00
Lionel Sambuc
891fbc18d7 Importing usr.bin/wc
Change-Id: If174bd2bfc3ef38f21d45b5ba0567ac7d99dc608
2013-08-25 18:51:35 +02:00
Antoine Leca
14f89a8efe Remove unmaintained "ack" size nm mdb
Change-Id: Iba84fd51f16577e6123148d4505c7687ea1c071d
2013-08-06 10:14:09 +02:00
Thomas Cort
fdbede5dcf eepromread: simple program to view eeprom contents
This program uses the i2c /dev interface to read the
contents of EEPROMs and display it to the user in
HEX and ASCII. It also has a mode that can display
data in label:value pairs. That mode is used for
board detection in the rc script to start the right
i2c drivers for the board.

Change-Id: I0bf5b13ffab5a89533c762d6881a145cf7f14914
2013-07-15 17:03:18 -04:00
Thomas Cort
1d842c6a57 Importing libexec/fingerd 2013-06-02 08:14:05 -04:00
Thomas Cort
406cdd95a6 Importing usr.bin/finger 2013-06-02 09:52:40 +02:00
Thomas Cort
8357e3a442 Importing usr.sbin/rdate
Import the NetBSD rdate command and remove the Minix rdate command.
The default behaviour for both is the same. The NetBSD version adds
options to just display the time, adjust the time using adjtime(),
and set the time without printing the time.

Porting Notes:
 - Compiles cleanly out of the box without any warnings
 - Path changes from /usr/bin/rdate to /usr/sbin/rdate
 - checked pkgsrc for any usages of rdate (none found)
 - checked src for any usages of rdate (none found)

Testing:
 - all command line options work (tested with time.nist.gov server)
 - Native and cross build OK

Change-Id: I613449763891a896527f337999c006a970c3924c
2013-04-08 08:37:04 +02:00
Thomas Cort
04203a83a6 Importing usr.bin/ftp 2013-04-05 19:02:06 +00:00
Thomas Cort
ab046ee6ea Importing usr.bin/head 2013-03-23 14:37:39 +01:00
David Höppner
4de64f892a Importing NetBSD banner 2013-03-22 10:15:11 +01:00
Thomas Cort
a99e83a2dc Importing usr.bin/cal 2013-03-18 11:27:44 +01:00
Thomas Cort
85468eb5c8 Importing usr.bin/yes
Change-Id: Ia76d7ce9c6b2bf7523d2ecbc6470e3e1e7ab5ee5
2013-03-18 11:27:25 +01:00
Thomas Cort
b6d4a4c155 Importing usr.bin/who 2013-03-18 11:23:59 +01:00
Thomas Veerman
ba49a155b5 fb: introduce framebuffer support to Minix
This patch introduces a framebuffer to Minix. It's written for the ARM
port of Minix, but has an architectural split that separates the
hardware dependent part from the non-hardware dependent part. Futhermore,
this driver was developed using a screen that has a native resolution of
1024x600 pixels and having lack of support for obtaining EDID from the
screen. Consequently, it uses a hardcoded resolution of 1024x600.

The driver uses an interface based on the Linux ioctl API, but supports
only a very limited subset.
2013-02-21 10:29:08 +00:00
Ben Gras
d6be9725c9 pkgin_all: script to auto-install all packages
Change-Id: I858c6d2b1c117c1fb5f702ab9c4921e86fb0cec5
2013-02-14 22:58:29 +00:00
Lionel Sambuc
5f59a986e2 Upgrading sync
Change-Id: Ied34ebd1d2dc963f5a2af8fc3bbf8e6c94df61cf
2013-02-02 01:20:09 +01:00
Lionel Sambuc
b7ef8cfb52 Upgrading ls
Change-Id: Ie0bacf04e727fac5c6df7b2bcf5039e9ce800616
2013-02-02 01:20:09 +01:00
Lionel Sambuc
7104bb23a9 Upgrading kill
Change-Id: I9ad71f08998ac17651d243afecbcc362e0f91b56
2013-02-01 11:41:48 +01:00
Lionel Sambuc
06f3970b9e Upgrading pwd
Change-Id: I3bab8335ac58f2d0af20c5cee4b772b1175c2ede
2013-02-01 11:41:48 +01:00
Lionel Sambuc
2c96f0541b Upgrading printf
Change-Id: I78dbbf0d14e4d61f5dfbec53d3938453b3e03ee6
2013-02-01 11:41:47 +01:00
Antoine Leca
1999c518b6 import tput from NetBSD
Posix tool to allow direct use of the terminfo database.
The clear script is adjusted accordingly.
The (MINIX-specific) clr equivalent is now gone.
2013-01-25 20:09:20 +01:00
Lionel Sambuc
3e1db26a5a Termcap update, replacing elvis by nvi.
Removing elvis, importing nvi, ctags, updating libedit.

Change-Id: I881eb04d2dc64cf112facd992de1114e1a59107f
2013-01-24 07:44:38 +01:00
Lionel Sambuc
8e5df35e84 Importing NetBSD tsort
Change-Id: I110de8037b9253f4fe53cbe13dc8fc281aeea2ec
2012-12-07 13:58:07 +01:00
Lionel Sambuc
6e0ed9c90c Replacing join with NetBSD join
Change-Id: I1257736f755eab0ce39124f0d78bfa48426ba820
2012-12-07 13:58:07 +01:00
Lionel Sambuc
0fbbaa43e9 Upgrading sort, which is needed by lorder
Change-Id: I64ac0509f4360c947a677600db77e7612a7cbebd
2012-12-07 13:58:07 +01:00
Thomas Veerman
c248e23d93 Remove obsolete sum 2012-11-26 15:20:18 +00:00
Ben Gras
cf6fa5ad92 mkfs, mkproto: minor improvements
. mkfs: -x feature for extra space
	. rename manpage to mkfs.mfs.1 to follow the binary
	. move mkproto so it can become part of the tools easily
2012-11-07 23:15:52 +01:00
Ben Gras
62aac7f191 retire nonsymbolic rootdev, dev2name 2012-11-06 12:22:12 +01:00
Lionel Sambuc
0ab81d2491 Upgrading bsdtar
* Removing commands/tar
 * Updated external/bsd/libarchive
 * Adding external/bsd/libarchive/bin/tar compiled bsdtar instead
   of just tar
 * (tar is taken care of through the pax utility)

Change-Id: Ie773b4502fbf4e3880f28f01bb528b063a60c668
2012-10-24 13:42:44 +02:00
Lionel Sambuc
85fee539f4 Upgrading pax.
This also means importing librmt.

Change-Id: Ie5b314aeaad28dca46acb64f20f2d70746ea52d0
2012-10-24 13:42:44 +02:00
Ben Gras
a8ef09103d mtree mknod
Change-Id: I887437c7b84839fc644da4c55bd59b6a414408ef
2012-10-24 13:42:44 +02:00
Lionel Sambuc
280d8c668e Importing cksum (needed by NetBSD build system)
Change-Id: I47308635f6307066643f83f07b6751b1f2a05eb4
2012-10-23 12:02:51 +02:00
David van Moolenbroek
de58c13271 Retire checkhier(8) 2012-10-17 23:00:59 +02:00
David van Moolenbroek
638cb5b3c2 Retire badblocks(8) and readall(1) 2012-10-17 23:00:44 +02:00
Erik van der Kouwe
ad898517ac sprofdiff for comparing sprofile results
This patch adds the sprofdiff tool, which compares two sets of profiling
output files. It sorts processes and symbols by difference in average
number of samples, placing those that took more time on the left first
and those that took more time on the right last. If multiple runs are
combined, a standard deviation is computed and this is used to compute
the significance level, which gives an indication of which differences
are likely to be due to chance.

This tool is run not on the raw profiling files, but on the output of
sprofalyze -d (a new option). Though having to use two tools and an
intermediate file seems a bit awkward, the advantage is that the
original source tree is not needed to resolve the symbols. For
comparisons, this is very useful. Also, the intermediate file is in a
text format that can easily be processed by scripts, which may be useful
for other purposes as well.
2012-08-11 22:09:42 +00:00
Erik van der Kouwe
fc42f78836 Re-write sprofalyze in C for better performance, more options and to fix problems with the gap the kernel now has 2012-08-07 13:09:02 +00:00
Ben Gras
50e2064049 No more intel/minix segments.
This commit removes all traces of Minix segments (the text/data/stack
memory map abstraction in the kernel) and significance of Intel segments
(hardware segments like CS, DS that add offsets to all addressing before
page table translation). This ultimately simplifies the memory layout
and addressing and makes the same layout possible on non-Intel
architectures.

There are only two types of addresses in the world now: virtual
and physical; even the kernel and processes have the same virtual
address space. Kernel and user processes can be distinguished at a
glance as processes won't use 0xF0000000 and above.

No static pre-allocated memory sizes exist any more.

Changes to booting:
        . The pre_init.c leaves the kernel and modules exactly as
          they were left by the bootloader in physical memory
        . The kernel starts running using physical addressing,
          loaded at a fixed location given in its linker script by the
          bootloader.  All code and data in this phase are linked to
          this fixed low location.
        . It makes a bootstrap pagetable to map itself to a
          fixed high location (also in linker script) and jumps to
          the high address. All code and data then use this high addressing.
        . All code/data symbols linked at the low addresses is prefixed by
          an objcopy step with __k_unpaged_*, so that that code cannot
          reference highly-linked symbols (which aren't valid yet) or vice
          versa (symbols that aren't valid any more).
        . The two addressing modes are separated in the linker script by
          collecting the unpaged_*.o objects and linking them with low
          addresses, and linking the rest high. Some objects are linked
          twice, once low and once high.
        . The bootstrap phase passes a lot of information (e.g. free memory
          list, physical location of the modules, etc.) using the kinfo
          struct.
        . After this bootstrap the low-linked part is freed.
        . The kernel maps in VM into the bootstrap page table so that VM can
          begin executing. Its first job is to make page tables for all other
          boot processes. So VM runs before RS, and RS gets a fully dynamic,
          VM-managed address space. VM gets its privilege info from RS as usual
          but that happens after RS starts running.
        . Both the kernel loading VM and VM organizing boot processes happen
	  using the libexec logic. This removes the last reason for VM to
	  still know much about exec() and vm/exec.c is gone.

Further Implementation:
        . All segments are based at 0 and have a 4 GB limit.
        . The kernel is mapped in at the top of the virtual address
          space so as not to constrain the user processes.
        . Processes do not use segments from the LDT at all; there are
          no segments in the LDT any more, so no LLDT is needed.
        . The Minix segments T/D/S are gone and so none of the
          user-space or in-kernel copy functions use them. The copy
          functions use a process endpoint of NONE to realize it's
          a physical address, virtual otherwise.
        . The umap call only makes sense to translate a virtual address
          to a physical address now.
        . Segments-related calls like newmap and alloc_segments are gone.
        . All segments-related translation in VM is gone (vir2map etc).
        . Initialization in VM is simpler as no moving around is necessary.
        . VM and all other boot processes can be linked wherever they wish
          and will be mapped in at the right location by the kernel and VM
          respectively.

Other changes:
        . The multiboot code is less special: it does not use mb_print
          for its diagnostics any more but uses printf() as normal, saving
          the output into the diagnostics buffer, only printing to the
          screen using the direct print functions if a panic() occurs.
        . The multiboot code uses the flexible 'free memory map list'
          style to receive the list of free memory if available.
        . The kernel determines the memory layout of the processes to
          a degree: it tells VM where the kernel starts and ends and
          where the kernel wants the top of the process to be. VM then
          uses this entire range, i.e. the stack is right at the top,
          and mmap()ped bits of memory are placed below that downwards,
          and the break grows upwards.

Other Consequences:
        . Every process gets its own page table as address spaces
          can't be separated any more by segments.
        . As all segments are 0-based, there is no distinction between
          virtual and linear addresses, nor between userspace and
          kernel addresses.
        . Less work is done when context switching, leading to a net
          performance increase. (8% faster on my machine for 'make servers'.)
	. The layout and configuration of the GDT makes sysenter and syscall
	  possible.
2012-07-15 22:30:15 +02:00
Thomas Veerman
bb226763a0 Make mkfs.mfs cross compilable 2012-06-18 10:54:54 +00:00
Thomas Veerman
2ed11343a6 Remove duplicate sed 2012-06-18 10:54:51 +00:00