Remove regress lseek tests, obsoleted by ATF

Many tests verify lseek through rumpkernels:
- tests/dev/cgd/t_cgd_3des
- tests/dev/cgd/t_cgd_aes
- tests/dev/cgd/t_cgd_blowfish
- tests/rump/rumpvfs/t_basic
- tests/rump/rumpvfs/t_etfs

There are traditional lseek(2) tests too:
- tests/kernel/kqueue/read/t_file
- tests/kernel/kqueue/read/t_file2
- tests/kernel/t_lockf
- tests/lib/libc/stdio/t_fflush
- tests/lib/libc/stdio/t_fopen
- tests/lib/libc/sys/t_msync
- etc

Remove tests for executable/non-executable stack.

These tests were not portable across compilers and recently NetBSD moved
to PaX MPROTECT.

Remove bpf regress tests, obsoleted by ATF net/bpf and rump

Remove regress sys/crypto tests, obsoleted by ATF ones

These algorithms are used in ATF tests/net/ipsec

Today it's better to use rumpkernel to verify this code instead of
reinventing testsuites linking with selected kernel private source files.

branches: 1.12.74;
Descend into net/.

Make this parallel-safe when MACHINE == MACHINE_ARCH

visit crypto if MKCRYPTO!=no

Add some pretty simple tests for various memory mapping facilities.
There's lots more work to do here, but this simple program found a
couple of problems which I've fixed recently.

Add fs.

Use SUBDIR+= and NOT SUBDIR= if you use several SUBDIR lines.

Cleanup the regress: _SUBDIRUSE after making "make regress" work, by
Charles Hannum.

Use proginstall:: to disable installing PROG.

RCS Id conventions

don't assume a machine-dependent dir

add 'kern'

Directory for sys tests

remove almost all the ability to build netbsd with an a.out target.
we're ELF now, and there are many missing checks against OBJECT_FMT.
if we ever consider switching, the we can figure out what new ones
we need but for now it's just clutter.

this doesn't remove any of the support for exec_aout or any actually
required-for-boot a.out support, only the ability to build a netbsd
release in a.out format. ie, most of this code has been dead for
over a decade.

i've tested builds on vax, amd64, i386, mac68k, macppc, sparc, atari,
amiga, shark, cats, dreamcast, landisk, mmeye and x68k. this covers
the 5 MACHINE_ARCH's affected, and all the other arch code touched.
it also includes some actual run-time testing of sparc, i386 and
shark, and i performed binary comparison upon amiga and x68k as well.


some minor details relevant:
- move shlib.[ch] from ld.aout_so into ldconfig proper, and cut them
down to only the parts ldconfig needs
- remove various unused source files
- switch amiga bootblocks to using elf2bb.h instead of aout2bb.h

Add a new regression test for ARM 6 and ARM7 machines to check if
unhandled instruction patterns in the early or late abort handler
terminate the program with a SEGV instead of the panic it used to
give.

Since this test is quite volatile if failing its not run automatically.

Include bsd.own.mk to get a default setting of OBJECT_FMT.

On ARM ELF systems, check that the kernel aligns the stack pointer to an
8-byte boundary (as mandated by ATPCS B-01) when delivering a signal.

On ARM ELF systems, check that the kernel aligns the stack pointer to an
8-byte boundary (as mandated by ATPCS B-01) when delivering a signal.

This doesn't panic any more, so run it automatically.

some makefile de-linting
- list NOxxx and LDSTATIC= assignments before everything else
(especially <bsd.own.mk>)
- ensure <bsd.own.mk> is included before NETBSDSRCDIR is used
- add missing RCSids

Add a new regression test for ARM 6 and ARM7 machines to check if
unhandled instruction patterns in the early or late abort handler
terminate the program with a SEGV instead of the panic it used to
give.

Since this test is quite volatile if failing its not run automatically.

Fix typo in output.

Include err.h to provide prototype for err().

Remove clause 3 and 4 from TNF licenses

branches: 1.7.18;
Remove leading __ from __(const|inline|signed|volatile) -- it is obsolete.

Multiline string literals are now allowed in ISO C.

Extend the test to also test data_abort_address() on arm26, which can panic on
certain pre-indexed data transfers.

Change the address used for abort fixup tests to be zero rather than
0xffffffff. This means that it won't generate a SIGBUS (address exception)
on arm26.

Catch SIGSEGV, so we can exit successfully if it arrives.

Small fix to assembly code to avoid "source register same as write-back base"
warning from GAS.

Add a new regression test for ARM 6 and ARM7 machines to check if
unhandled instruction patterns in the early or late abort handler
terminate the program with a SEGV instead of the panic it used to
give.

Since this test is quite volatile if failing its not run automatically.

some makefile de-linting
- list NOxxx and LDSTATIC= assignments before everything else
(especially <bsd.own.mk>)
- ensure <bsd.own.mk> is included before NETBSDSRCDIR is used
- add missing RCSids

MKfoo=no -> NOfoo

On ARM ELF systems, check that the kernel aligns the stack pointer to an
8-byte boundary (as mandated by ATPCS B-01) when delivering a signal.

Include err.h and unistd.h to provide protos for err() and getpid().

Remove clause 3 and 4 from TNF licenses

branches: 1.2.32;
put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

On ARM ELF systems, check that the kernel aligns the stack pointer to an
8-byte boundary (as mandated by ATPCS B-01) when delivering a signal.

On ARM ELF systems, check that the kernel aligns the stack pointer to an
8-byte boundary (as mandated by ATPCS B-01) when delivering a signal.

We have USER_LDT tests in ATF, remove the ones from regress.

Remove the vm86 tests.

iopl.

test i386_get_ioperm/i386_set_ioperm.

branches: 1.5.22;
add vm86

Cleanup the regress: _SUBDIRUSE after making "make regress" work, by
Charles Hannum.

Use proginstall:: to disable installing PROG.

RCS Id conventions

Directory for sys/arch/i386 tests

RCS Id Police.

Use proginstall:: to disable installing PROG.

branches: 1.1.2;
test i386_get_ioperm/i386_set_ioperm.

branches: 1.2.2;
sprinkle sleep(1) to catch more bugs.

test i386_get_ioperm/i386_set_ioperm.

branches: 1.1.2;
test i386_iopl.

branches: 1.2.2;
sprinkle sleep(1) to catch more bugs.

test i386_iopl.

RCS Id Police.

branches: 1.1.1;
Initial revision

Replace manual realdepend dependency with DPSRCS.

branches: 1.14.42; 1.14.44; 1.14.48;
Adapt to changes in m68k/060sp/asm2gas script: pass SED=${TOOL_SED:Q}
instead of TOOL_SED=${TOOL_SED:Q} in the environment.

Use "${TOOL_SED}" instead of just "sed" in sys/arch/m68k/060sp/asm2gas.

Use ${HOST_SH} instead of `sh'.

If necessary, pull in <bsd.sys.mk> to get the definition of HOST_SH;
Makefiles that pull in one of (most of) <bsd.*.mk> will get this anyway.

sysctl has moved.

use NETBSDSRCDIR as appropriate

MKfoo=no -> NOfoo

revert the depend change... it was unneeded, and is even hurting in some
cases.

Make this depend again.

Move original Motorola files to the "dist" subdirectory, in response
to PR 9626 by Kris Shannon.

Make "make dependall" work.

convert from NOxxx= to MKxxx=no.
include <bsd.own.mk> if testing a MKxxx variable.

*** empty log message ***

use CPPFLAGS instead of CFLAGS

branches: 1.1.1;
Initial revision

Remove clause 3 and 4 from TNF licenses

branches: 1.4.18;
#include <stdlib.h> for exit(3) prototype

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

RCS Id Police.

branches: 1.1.1;
Initial revision

Local-ize local labels

Make it build on ELF toolchain.

branches: 1.1.1;
Initial revision

Some 68060 tests:
- 060sp is calling glue to Motorolas test code for the 68060SP. We dont call
the ftest #3, as it requires special kernel support not wanted normally.
- emuspeed is a partially table-driven instruction, thus easily extensible
benchmark. Tests are in for the emulated-on-68060 mul 32->64bit and
div 64->32bit.

some makefile de-linting
- list NOxxx and LDSTATIC= assignments before everything else
(especially <bsd.own.mk>)
- ensure <bsd.own.mk> is included before NETBSDSRCDIR is used
- add missing RCSids

MKfoo=no -> NOfoo

Make it build on ELF toolchain.

branches: 1.3.6;
convert from NOxxx= to MKxxx=no.
include <bsd.own.mk> if testing a MKxxx variable.

RCS Id Police.

branches: 1.1.1;
Initial revision

Some 68060 tests:
- 060sp is calling glue to Motorolas test code for the 68060SP. We dont call
the ftest #3, as it requires special kernel support not wanted normally.
- emuspeed is a partially table-driven instruction, thus easily extensible
benchmark. Tests are in for the emulated-on-68060 mul 32->64bit and
div 64->32bit.

branches: 1.1.2;
Make it build on ELF toolchain.

Make it build on ELF toolchain.

branches: 1.1.1;
Initial revision

WARNSfy

Remove clause 3 and 4 from TNF licenses

branches: 1.6.24;
de-__P, remove obsolete "register" declarations.

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

Better formatting.

Make the loop count self-clocking, to avoid very long delays on slow CPUs.

RCS Id Police.

branches: 1.1.1;
Initial revision

Was imported by accident.

branches: 1.1.1;
Initial revision

branches: 1.1.2;
Make it build on ELF toolchain.

Make it build on ELF toolchain.

branches: 1.1.1;
Initial revision

Remove clause 3 and 4 from TNF licenses

branches: 1.4.24;
de-__P, remove obsolete "register" declarations.

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

RCS Id Police.

branches: 1.1.1;
Initial revision

branches: 1.1.2;
Make it build on ELF toolchain.

Make it build on ELF toolchain.

branches: 1.1.1;
Initial revision

some makefile de-linting
- list NOxxx and LDSTATIC= assignments before everything else
(especially <bsd.own.mk>)
- ensure <bsd.own.mk> is included before NETBSDSRCDIR is used
- add missing RCSids

MKfoo=no -> NOfoo

Add regression test for COMPAT_43 uipc syscalls. Do not run this by
default, special setup is needed (inetd echo service + kernel with COMPAT_43)

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

Add regression test for COMPAT_43 uipc syscalls. Do not run this by
default, special setup is needed (inetd echo service + kernel with COMPAT_43)

Remove regress getdents test, obsoleted by ATF tests

There are ATF tests using rumpkernel to verify getdents:
- tests/fs/hfs/t_pathconvert
- tests/fs/kernfs/t_basic
- tests/fs/vfs/t_union

branches: 1.8.36;
Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.7.14;
Convert the regress/sys/fs/tmpfs tests to the atf

This change converts all the existing regression tests in
regress/sys/fs/tmpfs to the new framework provided by atf. As a side
effect, this also moves all the tests programs in regress/sys/fs/tmpfs to
tests/fs/tmpfs.

branches: 1.6.8;
Add simple lseek() test on a standard file. Standard it runs on the
/var/log/messages file wich is most likely not interesting but the
regression test can work on every specified filingsystem by passing a file
on that filingsystem to it as argument.

It tests:
- initial position
- seeking absolute position
- seeking end
- seeking negative relative position

more can be added later.

Descend into posix_fadvise/

Initial addition of tmpfs, an efficient memory file-system. This project
was developed as part of Google's Summer of Code 2005 program. This
change adds the kernel code, the mount_tmpfs utility, a regression test
suite and does all other related changes to integrate these.

The file-system is still *experimental*. Therefore, it is disabled by
default in all kernels. However, as typically done, a commented-out
entry is added in them to ease its setup.

Note that I haven't commited the required mountd(8) changes to be able
to export tmpfs file-systems because NFS support is still very unstable
and because, before enabling it, I'd like to do some other changes.

OK'ed by my project mentor, William Studenmund (wrstuden@).

test getdents(2). currently fail on nfs.

Add a regression test for mkdir(2) and rmdir(2).

Makefile for filesystem regression tests subdir.

don't install regress test programs

fix a/an grammar in obvious cases

branches: 1.7.38;
eliminate use of bsd.sys.mk from Makefiles

branches: 1.6.48; 1.6.54;
Add missing NetBSD ID tags

Use ${HOST_SH} instead of `sh'.

If necessary, pull in <bsd.sys.mk> to get the definition of HOST_SH;
Makefiles that pull in one of (most of) <bsd.*.mk> will get this anyway.

Use a local disktab instead of requiring "floppy288" to be in
"/etc/disktab" as suggested by Simon Burge.

Add a note that the kernel needs FFS Endian Independent support to perform
this test.

Note that this is derived from PR 6706 submitted by Brian Grayson.

FFS regression tests: tests newfs, kernel, fsck_ffs and dump/restore.

Use a local disktab instead of requiring "floppy288" to be in
"/etc/disktab" as suggested by Simon Burge.

FFS regression tests: tests newfs, kernel, fsck_ffs and dump/restore.

Regression test to ensure that (1) newfs_lfs and fsck_lfs agree about
what makes up a good filesystem; and that (2) the kernel and fsck_lfs
also agree. This test, like the 9994 test and like the FFS endianness
test, is not included in the main "make regress".

Add regression tests section for LFS. First regression test is based on
IWAMOTO Toshihiro's test program submitted with PR #9994, modified to
perform the same operations on a control file, presumably held in a
known-working filesystem. Test and control files are compared with "diff"
after the run (assuming that the kernel does not panic, which is really
the main point of the test).

Not included in the parent Makefile's list, as it requires the existence of
an LFS of some size.

Remove clause 3 and 4 from TNF licenses

branches: 1.2.30;
Remove extraneous \n's in {err,warn}{,x}.

Add regression tests section for LFS. First regression test is based on
IWAMOTO Toshihiro's test program submitted with PR #9994, modified to
perform the same operations on a control file, presumably held in a
known-working filesystem. Test and control files are compared with "diff"
after the run (assuming that the kernel does not panic, which is really
the main point of the test).

Not included in the parent Makefile's list, as it requires the existence of
an LFS of some size.

some makefile de-linting
- list NOxxx and LDSTATIC= assignments before everything else
(especially <bsd.own.mk>)
- ensure <bsd.own.mk> is included before NETBSDSRCDIR is used
- add missing RCSids

Add regression tests section for LFS. First regression test is based on
IWAMOTO Toshihiro's test program submitted with PR #9994, modified to
perform the same operations on a control file, presumably held in a
known-working filesystem. Test and control files are compared with "diff"
after the run (assuming that the kernel does not panic, which is really
the main point of the test).

Not included in the parent Makefile's list, as it requires the existence of
an LFS of some size.

Move lfs_cleanerd from /usr/libexec to /libexec. This is to allow putting
the root file system on a LFS volume.

Addresses PR bin/30407. No objections in tech-userlevel@.

Include testing of the roll-forward agent, when recreating the filesystem
partial-segment by partial-segment. Each checkpoint should pass fsck_lfs -n
without errors; the results of fsck_lfs -p on non-checkpoints should also
pass fsck_lfs -n without errors.

Change LFCNWRAP{STOP,GO} to make them more suitable for snapshotting; in
particular, the caller can now choose whether to wait for the condition
to be met, and if the caller of LFCNWRAPSTOP dies or otherwise closes
the descriptor, the filesystem is started again. Updated the ckckp
regression test to use the new semantics.

dump_lfs(8) now uses the fcntls to implement LFS-style snapshotting through
the -X flag, addressing PR#33457 albeit not using fss(4). Fixed a couple
other problems with dump_lfs that manifested themselves during testing.

Allow the user to specify a file size in the ckckp regression test, including
the value zero (filling the filesystem with directories and empty file
inodes).

Be a little more careful about what we copy into the working file when;
this takes care of another class of false positives. Add copyright
assignments.

Regression test improvements:

Move the stop for LFCNWRAPSTOP to the point at which writing at segment 0
is really about to commence, since this is what the test expects (and
incidentally what a snapshotting utility wants as well).

More correctly reconstruct the on-disk state at every checkpoint, rather
than relying on the entire state at the point of wrapping to be accurate
(that is only true the first time we wrap). Add a "make abort" target to
make rerunning the test more convenient when it has failed and we're done
analyzing the failure.

Introduce two fcntl calls that freeze the filesystem right at the point
where segment 0 is being considered for writing. This allows for automated
checkpoint vailidity scanning, and could be used (in conjunction with the
existing LFCNREWIND) for e.g. snapshot dumps as well.

Include a regression test that does such scanning.

When writing the Ifile, loop through the dirty block list three times to
make sure that the checkpoint is always consistent (the first and second
times the Ifile blocks can cross a segment boundary; not so the third time
unless the segments are very small). Discovered by using the aforementioned
regression test.

Convert TNF licenses to new 2 clause variant

branches: 1.4.18;
Include testing of the roll-forward agent, when recreating the filesystem
partial-segment by partial-segment. Each checkpoint should pass fsck_lfs -n
without errors; the results of fsck_lfs -p on non-checkpoints should also
pass fsck_lfs -n without errors.

Be a little more careful about what we copy into the working file when;
this takes care of another class of false positives. Add copyright
assignments.

Regression test improvements:

Move the stop for LFCNWRAPSTOP to the point at which writing at segment 0
is really about to commence, since this is what the test expects (and
incidentally what a snapshotting utility wants as well).

More correctly reconstruct the on-disk state at every checkpoint, rather
than relying on the entire state at the point of wrapping to be accurate
(that is only true the first time we wrap). Add a "make abort" target to
make rerunning the test more convenient when it has failed and we're done
analyzing the failure.

Introduce two fcntl calls that freeze the filesystem right at the point
where segment 0 is being considered for writing. This allows for automated
checkpoint vailidity scanning, and could be used (in conjunction with the
existing LFCNREWIND) for e.g. snapshot dumps as well.

Include a regression test that does such scanning.

When writing the Ifile, loop through the dirty block list three times to
make sure that the checkpoint is always consistent (the first and second
times the Ifile blocks can cross a segment boundary; not so the third time
unless the segments are very small). Discovered by using the aforementioned
regression test.

Remove clause 3 and 4 from TNF licenses

branches: 1.5.18;
Include testing of the roll-forward agent, when recreating the filesystem
partial-segment by partial-segment. Each checkpoint should pass fsck_lfs -n
without errors; the results of fsck_lfs -p on non-checkpoints should also
pass fsck_lfs -n without errors.

Change LFCNWRAP{STOP,GO} to make them more suitable for snapshotting; in
particular, the caller can now choose whether to wait for the condition
to be met, and if the caller of LFCNWRAPSTOP dies or otherwise closes
the descriptor, the filesystem is started again. Updated the ckckp
regression test to use the new semantics.

dump_lfs(8) now uses the fcntls to implement LFS-style snapshotting through
the -X flag, addressing PR#33457 albeit not using fss(4). Fixed a couple
other problems with dump_lfs that manifested themselves during testing.

Be a little more careful about what we copy into the working file when;
this takes care of another class of false positives. Add copyright
assignments.

Regression test improvements:

Move the stop for LFCNWRAPSTOP to the point at which writing at segment 0
is really about to commence, since this is what the test expects (and
incidentally what a snapshotting utility wants as well).

More correctly reconstruct the on-disk state at every checkpoint, rather
than relying on the entire state at the point of wrapping to be accurate
(that is only true the first time we wrap). Add a "make abort" target to
make rerunning the test more convenient when it has failed and we're done
analyzing the failure.

Introduce two fcntl calls that freeze the filesystem right at the point
where segment 0 is being considered for writing. This allows for automated
checkpoint vailidity scanning, and could be used (in conjunction with the
existing LFCNREWIND) for e.g. snapshot dumps as well.

Include a regression test that does such scanning.

When writing the Ifile, loop through the dirty block list three times to
make sure that the checkpoint is always consistent (the first and second
times the Ifile blocks can cross a segment boundary; not so the third time
unless the segments are very small). Discovered by using the aforementioned
regression test.

Remove clause 3 and 4 from TNF licenses

branches: 1.6.18;
Include testing of the roll-forward agent, when recreating the filesystem
partial-segment by partial-segment. Each checkpoint should pass fsck_lfs -n
without errors; the results of fsck_lfs -p on non-checkpoints should also
pass fsck_lfs -n without errors.

Tabify.

Allow the user to specify a file size in the ckckp regression test, including
the value zero (filling the filesystem with directories and empty file
inodes).

Remember to empty the filesystem between iterations, otherwise all
iterations after the first are no-ops.

Be a little more careful about what we copy into the working file when;
this takes care of another class of false positives. Add copyright
assignments.

Introduce two fcntl calls that freeze the filesystem right at the point
where segment 0 is being considered for writing. This allows for automated
checkpoint vailidity scanning, and could be used (in conjunction with the
existing LFCNREWIND) for e.g. snapshot dumps as well.

Include a regression test that does such scanning.

When writing the Ifile, loop through the dirty block list three times to
make sure that the checkpoint is always consistent (the first and second
times the Ifile blocks can cross a segment boundary; not so the third time
unless the segments are very small). Discovered by using the aforementioned
regression test.

Change LFCNWRAP{STOP,GO} to make them more suitable for snapshotting; in
particular, the caller can now choose whether to wait for the condition
to be met, and if the caller of LFCNWRAPSTOP dies or otherwise closes
the descriptor, the filesystem is started again. Updated the ckckp
regression test to use the new semantics.

dump_lfs(8) now uses the fcntls to implement LFS-style snapshotting through
the -X flag, addressing PR#33457 albeit not using fss(4). Fixed a couple
other problems with dump_lfs that manifested themselves during testing.

Regression test improvements:

Move the stop for LFCNWRAPSTOP to the point at which writing at segment 0
is really about to commence, since this is what the test expects (and
incidentally what a snapshotting utility wants as well).

More correctly reconstruct the on-disk state at every checkpoint, rather
than relying on the entire state at the point of wrapping to be accurate
(that is only true the first time we wrap). Add a "make abort" target to
make rerunning the test more convenient when it has failed and we're done
analyzing the failure.

Include testing of the roll-forward agent, when recreating the filesystem
partial-segment by partial-segment. Each checkpoint should pass fsck_lfs -n
without errors; the results of fsck_lfs -p on non-checkpoints should also
pass fsck_lfs -n without errors.

Allow the user to specify a file size in the ckckp regression test, including
the value zero (filling the filesystem with directories and empty file
inodes).

Regression test improvements:

Move the stop for LFCNWRAPSTOP to the point at which writing at segment 0
is really about to commence, since this is what the test expects (and
incidentally what a snapshotting utility wants as well).

More correctly reconstruct the on-disk state at every checkpoint, rather
than relying on the entire state at the point of wrapping to be accurate
(that is only true the first time we wrap). Add a "make abort" target to
make rerunning the test more convenient when it has failed and we're done
analyzing the failure.

Introduce two fcntl calls that freeze the filesystem right at the point
where segment 0 is being considered for writing. This allows for automated
checkpoint vailidity scanning, and could be used (in conjunction with the
existing LFCNREWIND) for e.g. snapshot dumps as well.

Include a regression test that does such scanning.

When writing the Ifile, loop through the dirty block list three times to
make sure that the checkpoint is always consistent (the first and second
times the Ifile blocks can cross a segment boundary; not so the third time
unless the segments are very small). Discovered by using the aforementioned
regression test.

Various minor LFS improvements:

* Extend the lfs library from fsck_lfs(8) so that it can be used with a
not-yet-existent LFS. Make newfs_lfs(8) use this library, so it can
create LFSs whose Ifile is larger than one segment.
* Make newfs_lfs(8) use strsuftoi64() for its arguments, a la newfs(8).
* Make fsck_lfs(8) respect the "file system is clean" flag.
* Don't let fsck_lfs(8) think it has dirty blocks when invoked with the
-n flag.

branches: 1.3.4;
Break out fsck function; add rename hard link test; change small files
test to provoke the cleaner into running as well.

Make the test a little less demanding (write 800k files instead of 1600k).

Regression test to ensure that (1) newfs_lfs and fsck_lfs agree about
what makes up a good filesystem; and that (2) the kernel and fsck_lfs
also agree. This test, like the 9994 test and like the FFS endianness
test, is not included in the main "make regress".

Regression test to ensure that (1) newfs_lfs and fsck_lfs agree about
what makes up a good filesystem; and that (2) the kernel and fsck_lfs
also agree. This test, like the 9994 test and like the FFS endianness
test, is not included in the main "make regress".

Various minor LFS improvements:

* Extend the lfs library from fsck_lfs(8) so that it can be used with a
not-yet-existent LFS. Make newfs_lfs(8) use this library, so it can
create LFSs whose Ifile is larger than one segment.
* Make newfs_lfs(8) use strsuftoi64() for its arguments, a la newfs(8).
* Make fsck_lfs(8) respect the "file system is clean" flag.
* Don't let fsck_lfs(8) think it has dirty blocks when invoked with the
-n flag.

branches: 1.1.4;
Break out fsck function; add rename hard link test; change small files
test to provoke the cleaner into running as well.

Various minor LFS improvements:

* Extend the lfs library from fsck_lfs(8) so that it can be used with a
not-yet-existent LFS. Make newfs_lfs(8) use this library, so it can
create LFSs whose Ifile is larger than one segment.
* Make newfs_lfs(8) use strsuftoi64() for its arguments, a la newfs(8).
* Make fsck_lfs(8) respect the "file system is clean" flag.
* Don't let fsck_lfs(8) think it has dirty blocks when invoked with the
-n flag.

branches: 1.1.4;
Break out fsck function; add rename hard link test; change small files
test to provoke the cleaner into running as well.

The sleeping test has been converted to ATF

sigtramp has been incorporated into ATF test lib/libc/sys/t_sigaction

The lockf/lockf2 tests are now converted to ATF

The SysV IPC tests have been converted to atf

branches: 1.30.6; 1.30.12;
Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.29.10;
test lockf deadlock detection.

A test for the lwpctl preemption counter.

branches: 1.27.8; 1.27.14;
add time regression test directory

Add regressing test for timeout and sleep releated functions.
currently implemented tests:
- check agreement of sleep time with real time (from system)
to be within 30ms
- check for EINTR return code on processing SIGALRM signals
- check for valid residual time if available from the interface
Tested interfaces:
- nanotime(2)
- select(2)
- poll(2)
- sleep(3)

Upgraded IPFilter to 4.1.3

a test for kern_sa.c rev.1.52.

branches: 1.23.2;
Sync with official IPFilter

Add a regression test to check that forced unmounts work correctly.
Bug described in PR kern/5683

Add a ucontext test from Nathan's testsuite.

add test program for 3way select/poll collision on descriptor, problem
described in kern/17517

descend to kqueue too, now

add kqueue subdir, commented out for now

Everyone now has CPU locks, so test them.

Descend into ras.

include <bsd.own.mk> to get MACHINE_CPU and fix conditional

A simple regression test for cpu locks.

Added ipf regression tests

add simple regression test for the recently fixed writev(2) bug

add regression test for the recently found&fixed NEW_PIPE problem

Lockf regression test.

Add the SVID IPC tests.

Add test code for synchronizing caches for signal trampoline code

add "extent"

getcwd regression test.

add unfdpass

Cleanup the regress: _SUBDIRUSE after making "make regress" work, by
Charles Hannum.

Use proginstall:: to disable installing PROG.

RCS Id conventions

add some regression tests for execve()

RCS Id Police.

Use proginstall:: to disable installing PROG.

A kernel module to test multithreaded performance of the kernel allocators.

PR/50941: David Binderman: fix printf format

A kernel module to test multithreaded performance of the kernel allocators.

A dumb test that calling close() on a pipe/socket fd dislodges another
thread in the same process waiting for I/O on the fd.

A dumb test that calling close() on a pipe/socket fd dislodges another
thread in the same process waiting for I/O on the fd.

Maybe I'm just slow, but having diffs in the wrong direction confuses me...

some makefile de-linting
- list NOxxx and LDSTATIC= assignments before everything else
(especially <bsd.own.mk>)
- ensure <bsd.own.mk> is included before NETBSDSRCDIR is used
- add missing RCSids

MKfoo=no -> NOfoo

Simplify a bunch of explicit ${.OBJDIR} references to make these more like
the rest of the tree.

remove duplicate target empty.

branches: 1.13.6;
Specify libgcc_spec after lib_spec when DESTDIR is defined to keep
consistency with the case DESTDIR is not define. This is part of PR#8369.

branches: 1.12.2;
Let builder define DESTDIR in mk.conf or

Copy test scripts to objdir and make them executable, to be sure
they are. We don't chmod +x them in-place because the src directory
tree might be read-only.
Fixes PR 6554, but differently.

convert from NOxxx= to MKxxx=no.
include <bsd.own.mk> if testing a MKxxx variable.

Fix type for LIBCRTEND and order other startup routines to come before
the main test.

This should be noninvasive, and allows my builds to finally work on alpha
(DESTDIR being set case...).

Make this cross-compile right.

note that only static compilation makes sense here

Use proginstall:: to disable installing PROG.

RCS Id conventions

remove extra tab

Patch from Giles Lean to make compilation flags more consistent.

add some regression tests for execve()

netbsd.org->NetBSD.org

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

sweep of my licenses (userland files w/o only my copyright) for
consistency. (no functional changes)

fix up NetBSD RCS Ids to match the standard, and the leading comment as
to match as well. No functional changes.

The expected output strings are C locale error strings.
We unsetenv("LANG") so that this test works even when LANG was set.

RCS Id conventions

Fix spelling error in Copyright notice

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

Catch up with MAXINTERP changing.

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

netbsd.org->NetBSD.org

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

include cleanup in regress.

sweep of my licenses (userland files w/o only my copyright) for
consistency. (no functional changes)

fix up NetBSD RCS Ids to match the standard, and the leading comment as
to match as well. No functional changes.

RCS Id conventions

Fix spelling error in Copyright notice

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

add some regression tests for execve()

provide the out of address space test in a gcc-4.5 friendly way.

apply some -Wno-error and/or -fno-strict-aliasing.


all of this should be looked at closer, but some of them are not
very trivial.

Make regress target depend on the test program so as to ensure it gets
compiled.

some makefile de-linting
- list NOxxx and LDSTATIC= assignments before everything else
(especially <bsd.own.mk>)
- ensure <bsd.own.mk> is included before NETBSDSRCDIR is used
- add missing RCSids

MKfoo=no -> NOfoo

fail more gracefully if not root

getcwd regression test.

provide the out of address space test in a gcc-4.5 friendly way.

Remove clause 3 and 4 from TNF licenses

branches: 1.8.24;
de-__P, remove obsolete "register" declarations.

sweep of errx/warnx, remove unnecessary trailing \n

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

Add permission checking (execute-only innermost directory)

Compensate for fix to PR7761; kernel now clips overly large length

branches: 1.3.2;
move __getcwd prototypes to libc-private header file.

XXX duplicate the prototype in getcwd regression test (which needs to
call the syscall directly for reasonably complete testing).

fail more gracefully if not root

getcwd regression test.

Remove clause 3 and 4 from TNF licenses

branches: 1.3.24;
de-__P, remove obsolete "register" declarations.

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

getcwd regression test.

Move UCB-licensed code from 4-clause to 3-clause licence.

Patches provided by Joel Baker in PR 22307, verified by myself.

put TNF 4-clause license.
authors - if you are okay with more relaxed license terms, or the regression
test code was derived from others, pls change them.

getcwd regression test.

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.20.4;
Use ${TOOL_AWK}, no ${AWK}.

fix a merge error that led to the expected file not being built for i19

Pullup IPFilter 4.1.29 from the vendor branch to HEAD.
See src/dist/ipf/HISTORY for a list of bug fixes since 4.1.23 (although
a few are already in NetBSD)

branches: 1.17.10; 1.17.12;
Upgraded IPFilter to v4.1.23

Better dependency handling for the ip2 test.

Better handling of ip2 test.

Activate ni23

Disable test ni23 - the expected output contains the hash bucket number,
which, at least, is endian dependend.

Update IPFilter to version 4.1.19

branches: 1.11.4;
Upgraded IPFilter to 4.1.13

Upgraded IPFilter to 4.1.8

branches: 1.9.2;
Upgraded IPFilter to 4.1.6

Upgraded IPFilter to 4.1.5

Upgraded IPFilter to 4.1.3

branches: 1.6.2;
use ${HOST_SH} instead of /bin/sh

in "make clean", remove the "results" directory

Resync with official IPF

Upgraded IPFilter to 3.4.29

branches: 1.2.2;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.2.34;
Upgraded IPFilter to 4.1.3

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.5.6;
Pullup IPFilter 4.1.29 from the vendor branch to HEAD.
See src/dist/ipf/HISTORY for a list of bug fixes since 4.1.23 (although
a few are already in NetBSD)

branches: 1.4.18; 1.4.20;
Upgraded IPFilter to 4.1.13

Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.3.34;
Upgraded IPFilter to 4.1.3

branches: 1.2.2; 1.2.4;
Fix test invokation

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.3.34;
Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.3.34;
Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.2.34;
Upgraded IPFilter to 4.1.3

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.4.28;
Upgraded IPFilter to 4.1.13

Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.3.34;
Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.3.34;
Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.3.34;
Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.5.20;
Update IPFilter to version 4.1.19

branches: 1.4.4;
Upgraded IPFilter to 4.1.13

Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.4.6;
Pullup IPFilter 4.1.29 from the vendor branch to HEAD.
See src/dist/ipf/HISTORY for a list of bug fixes since 4.1.23 (although
a few are already in NetBSD)

branches: 1.3.24; 1.3.26;
Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.2.34;
Upgraded IPFilter to 4.1.3

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.4.20;
Update IPFilter to version 4.1.19

branches: 1.3.4;
Upgraded IPFilter to 4.1.13

Upgraded IPFilter to 4.1.3

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Pullup IPFilter 4.1.29 from the vendor branch to HEAD.
See src/dist/ipf/HISTORY for a list of bug fixes since 4.1.23 (although
a few are already in NetBSD)

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Import IPFilter 4.1.33

4.1.33 - Release 16 August 2009

2837931 wrong mode selected in ipf program for hash-entries
2826168 load_http can make ippool core dump
2825150 IPL_LOGMAX used to index some arrays
2825084 ipv6 fragments should not be allowed past 64k
2824713 ipfstat top output alternates between entries and nothing
2824712 ipfstat top output is shows negative ttl
2820965 a single bad ipv6 extension header should not impact others
2818197 ignored fragment bits defined as being reserved
2817667 IPv6 fragment header verification needs attention
2817098 fr_getrulen() finds the wrong rule
2817096 fr_rulen is unused
2741019 Lingering states (Established/Listen - 5/0) in state table
2702887 use of PBR/fastroute causes panic with ipv6
2671913 regression test in7 fails to execute
2598625 parsing empty config file results in an error
2698656 test parsing empty config files
2597956 not all pointers in a clone are reset
2543934 nat_t gets assigned ifp too early
2535795 No need to always bump fr_ref
2535778 Bad IPv6 packets droped by default
2031730 4.1.31 Nat drops fragmented packets after the first
2214661 ipf does not handle IPv6 fragments
2473273 NAT removed before RST/ICMP sent
2216500 fin_state serves no purpose
2424604 adding random MD5 data causes panic
2304435 Ineffecient lock usage in logging
2216491 fin_nat serves little purpose
2055619 duplicating a free-d packet will fail
2042949 Excessive locking when creating nat_t
2035610 nat_update does not need to get locks
2214658 ipf mostly ignores locking in NetBSD
1979427 Memory leak in user utilities - token never freed (rel br)
* SunOS4 does not have a curproc, but it does have u.
* The fix for 2020447 generated random port numbers but not within the
range specified in the map rule. Add in a regression test to verify
that the "random" part works.
2020447 NAT can undo name server random port selection
1988795 NetBSD does not build with kernel malloc stats
1988782 fr_movequeue can take a short cut
1988669 first nat creation failure prevents further success
1988668 hostmap searching does not work properly
* on some 64bit architectures (such as alpha), the addrfamily_t is packed
differently, throwing off the calculations for adf_len
* one too many READ_ENTERs in ip_sync code.
* clean up fr_fastroute a little by removing some #ifdefs and pushing the
code around a bit to use the same variables (NetBSD)
* more recent NetBSDs use VOP related macros differently

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.5.6;
Pullup IPFilter 4.1.29 from the vendor branch to HEAD.
See src/dist/ipf/HISTORY for a list of bug fixes since 4.1.23 (although
a few are already in NetBSD)

branches: 1.4.18; 1.4.20;
Upgraded IPFilter to 4.1.13

Upgraded IPFilter to 4.1.3

branches: 1.2.4;
Added ipf regression tests

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Import IPFilter 4.1.33

4.1.33 - Release 16 August 2009

2837931 wrong mode selected in ipf program for hash-entries
2826168 load_http can make ippool core dump
2825150 IPL_LOGMAX used to index some arrays
2825084 ipv6 fragments should not be allowed past 64k
2824713 ipfstat top output alternates between entries and nothing
2824712 ipfstat top output is shows negative ttl
2820965 a single bad ipv6 extension header should not impact others
2818197 ignored fragment bits defined as being reserved
2817667 IPv6 fragment header verification needs attention
2817098 fr_getrulen() finds the wrong rule
2817096 fr_rulen is unused
2741019 Lingering states (Established/Listen - 5/0) in state table
2702887 use of PBR/fastroute causes panic with ipv6
2671913 regression test in7 fails to execute
2598625 parsing empty config file results in an error
2698656 test parsing empty config files
2597956 not all pointers in a clone are reset
2543934 nat_t gets assigned ifp too early
2535795 No need to always bump fr_ref
2535778 Bad IPv6 packets droped by default
2031730 4.1.31 Nat drops fragmented packets after the first
2214661 ipf does not handle IPv6 fragments
2473273 NAT removed before RST/ICMP sent
2216500 fin_state serves no purpose
2424604 adding random MD5 data causes panic
2304435 Ineffecient lock usage in logging
2216491 fin_nat serves little purpose
2055619 duplicating a free-d packet will fail
2042949 Excessive locking when creating nat_t
2035610 nat_update does not need to get locks
2214658 ipf mostly ignores locking in NetBSD
1979427 Memory leak in user utilities - token never freed (rel br)
* SunOS4 does not have a curproc, but it does have u.
* The fix for 2020447 generated random port numbers but not within the
range specified in the map rule. Add in a regression test to verify
that the "random" part works.
2020447 NAT can undo name server random port selection
1988795 NetBSD does not build with kernel malloc stats
1988782 fr_movequeue can take a short cut
1988669 first nat creation failure prevents further success
1988668 hostmap searching does not work properly
* on some 64bit architectures (such as alpha), the addrfamily_t is packed
differently, throwing off the calculations for adf_len
* one too many READ_ENTERs in ip_sync code.
* clean up fr_fastroute a little by removing some #ifdefs and pushing the
code around a bit to use the same variables (NetBSD)
* more recent NetBSDs use VOP related macros differently

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Remove the kernel and ipf tests that have been converted to atf and now
live in the tests subtree.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.

branches: 1.1.1;
Initial revision

Back out the recent import of IPFilter 5.1.1 for the upcoming branch,
which will now have IPFilter 4.1.34. IPFilter 5.1.1 will be restored
post-branch.

ok: core, releng.