It was originally written by Sun as part of the STF (Solaris test framework).
They open sourced it in OpenSolaris, then HighCloud partially ported it to
FreeBSD, and Spectra Logic finished the port. We also added many testcases,
fixed many broken ones, and converted them all to the ATF framework. We've had
help along the way from avg, araujo, smh, and brd.
By default most of the tests are disabled. Set the disks Kyua variable to
enable them.
Submitted by: asomers, will, justing, ken, brd, avg, araujo, smh
Sponsored by: Spectra Logic Corp, HighCloud
If the underlying provider's physical path is null, then the gpart device's
physical path will be, too. Otherwise, it will append the partition name,
such as "/p1" or "/s1/a". This will make gpart work better with zfsd(8).
PR: 224965
MFC after: 3 weeks
Differential Revision: https://reviews.freebsd.org/D14010
If the underlying provider's physical path is null, then the geli device's
physical path will be, too. Otherwise, it will append "/eli". This will make
geli work better with zfsd(8).
PR: 224962
MFC after: 3 weeks
Differential Revision: https://reviews.freebsd.org/D13979
Don't declare some types that FreeBSD incorrectly declares.
Fix an incorrect call to open() (missing mode).
ANSIfy prototypes.
Enable SysV message queue, semaphore, and shared memory tests.
With exception of the workaround for union semun, these fixes have been
committed to NetBSD.
Reviewed by: asomers
Approved by: CheriBSD
Sponsored by: DARPA, AFRL
Differential Revision: https://reviews.freebsd.org/D13471
* Registers TRNG source for random(4)
* Finds available queues, LSBs; allocates static objects
* Allocates a shared MSI-X for all queues. The hardware does not have
separate interrupts per queue. Working interrupt mode driver.
* Computes SHA hashes, HMAC. Passes cryptotest.py, cryptocheck tests.
* Does AES-CBC, CTR mode, and XTS. cryptotest.py and cryptocheck pass.
* Support for "authenc" (AES + HMAC). (SHA1 seems to result in
"unaligned" cleartext inputs from cryptocheck -- which the engine
cannot handle. SHA2 seems to work fine.)
* GCM passes for block-multiple AAD, input lengths
Largely based on ccr(4), part of cxgbe(4).
Rough performance averages on AMD Ryzen 1950X (4kB buffer):
aesni: SHA1: ~8300 Mb/s SHA256: ~8000 Mb/s
ccp: ~630 Mb/s SHA256: ~660 Mb/s SHA512: ~700 Mb/s
cryptosoft: ~1800 Mb/s SHA256: ~1800 Mb/s SHA512: ~2700 Mb/s
As you can see, performance is poor in comparison to aesni(4) and even
cryptosoft (due to high setup cost). At a larger buffer size (128kB),
throughput is a little better (but still worse than aesni(4)):
aesni: SHA1:~10400 Mb/s SHA256: ~9950 Mb/s
ccp: ~2200 Mb/s SHA256: ~2600 Mb/s SHA512: ~3800 Mb/s
cryptosoft: ~1750 Mb/s SHA256: ~1800 Mb/s SHA512: ~2700 Mb/s
AES performance has a similar story:
aesni: 4kB: ~11250 Mb/s 128kB: ~11250 Mb/s
ccp: ~350 Mb/s 128kB: ~4600 Mb/s
cryptosoft: ~1750 Mb/s 128kB: ~1700 Mb/s
This driver is EXPERIMENTAL. You should verify cryptographic results on
typical and corner case inputs from your application against a known- good
implementation.
Sponsored by: Dell EMC Isilon
Differential Revision: https://reviews.freebsd.org/D12723
Scapy requires the Raw payload to be a string, which was not the case. This
caused the pft_ping.py script to fail, which in turn caused the test to fail.
Reduce the geli tests' runtime by about a third:
* In integrity_test:copy, use a file-backed md(4) device instead of a
malloc'd one. That way we can corrupt the underlying storage without
needing to detach and reattach the geli device.
* In integrity_test:{copy, hmac, data} and onetime_test:{onetime,
onetime_a}, move reads of /dev/random out of the loop.
MFC after: 2 weeks
The trick is not to destroy an md(4) device during a test. That can create
a "double-free" situation, because we also destroy md devices during test
cleanup.
MFC after: 2 weeks
I'm leaving readonly_test and nokey_test alone for now. In a future commit
they should be broken up into several smaller test cases and distributed
between multiple files.
Reviewed by: ngie
MFC after: 2 weeks
Differential Revision: https://reviews.freebsd.org/D13717
The resize test used bsdlabel(8), which is not available on all
architectures. Change it to use gpart(8) instead, which should be available
everywhere.
PR: 221763
Reported by: andrew
MFC after: 2 weeks
This change mostly reverts r293436, which introduced the bug due to a belief
that geli(8) would allocate md(4) devices by itself. However, that belief is
incorrect. Instead of using linear probing to find available md(4) numbers,
it's best to use the existing attach_md function.
Reviewed by: ngie
MFC after: 2 weeks
Sponsored by: Spectra Logic Corp
Differential Revision: https://reviews.freebsd.org/D13666
Some of the ptrace tests need to wait for a child process to become a
zombie before preceding. The parent process polls the child process
via the kern.proc.pid sysctl to wait for it to become a zombie.
Previously the code polled until the sysctl failed with ESRCH. Now it
will poll until either the sysctl fails with ESRCH (for compatiblity
with older kernels) or returns a kinfo_proc structure with the ki_stat
field set to SZOMB.
Reported by: Jenkins
Tested by: markj
Discussed with: mjg
MFC after: 1 week
We can't kldunload in the test head as Kyua interprets any output from
them. This would lead to syntax errors and skipping the entire file.
Move the kld commands into the test case bodies.
Pointed out by: asomers@
Some IPSec in tunnel mode allowing to test multiple IPSec
configurations. These tests are reusing the jail/vnet scripts from pf
tests for generating complex network.
Submitted by: olivier@
Differential Revision: https://reviews.freebsd.org/D13017
Previously, symlinks in FreeBSD were artificially limited to PATH_MAX-2.
Add a short test case to verify the change.
Submitted by: Gaurav Gangalwar <ggangalwar AT isilon.com>
Reviewed by: kib
Sponsored by: Dell EMC Isilon
Differential Revision: https://reviews.freebsd.org/D12589
tests/sys/aio/aio_kqueue_test.c
Instead of using a hard-coded queue depth, use
vfs.aio.max_aio_queue_per_proc
tests/sys/aio/lio_kqueue_test.c
The old, small limit on lio_listio's operation count was lifted by
change 324941. Raise the operation count as high as possible without
exceeding the process's operation limit.
MFC after: 3 weeks
Sponsored by: Spectra Logic Corp
When multiple threads wish to report a tracing event to a debugger,
both threads call ptracestop() and one thread will win the race to be
the reporting thread (p->p_xthread). The debugger uses PT_LWPINFO
with the process ID to determine which thread / LWP is reporting an
event and the details of that event. This event is cleared as a side
effect of the subsequent ptrace event that resumed the process
(PT_CONTINUE, PT_STEP, etc.). However, ptrace() was clearing the
event identified by the LWP ID passed to the resume request even if
that wasn't the 'p_xthread'. This could result in clearing an event
that had not yet been observed by the debugger and leaving the
existing event for 'p_thread' pending so that it was reported a second
time.
Specifically, if the debugger stopped due to a software breakpoint in
one thread, but then switched to another thread that was used to
resume (e.g. if the user switched to a different thread and issued a
step), the resume request (PT_STEP) cleared a pending event (if any)
for the thread being stepped. However, the process immediately
stopped and the first thread reported it's breakpoint event a second
time. The debugger decremented the PC for "both" breakpoint events
which resulted in the PC now pointing into the middle of an
instruction (on x86) and a SIGILL fault when the process was resumed a
second time.
To fix, always clear the pending event for 'p_xthread' when resuming a
process. ptrace() still honors the requested LWP ID when enabling
single-stepping (PT_STEP) or setting a different PC (PT_CONTINUE).
Reported by: GDB testsuite (gdb.threads/continue-pending-status.exp)
Reviewed by: kib
MFC after: 1 week
Differential Revision: https://reviews.freebsd.org/D12794
Test fragmentation handling (i.e. scrub fragment reassemble) code for
IPv6.
Two simple tests: Ping a host (jail) and test forwarding of fragmented
packets.
When cleaning up we must destroy the jails before we destroy the interfaces.
Otherwise we might try to destroy interfaces that belong to a jail, which won't
work and fail to completely clean up.
Pass/block packets in the forwarding path with pf.
Introduce the pft_set_rules() helper function, because we need to
remember to flush states between individual tests. If not we can get
packets passing despite rules blocking them because they match states
created in a previous test.
Extend pft_ping.py to be able to send IPv6 echo requests.
^/head@r323923 changed when MODIFIED is printed at exit. It's better to follow the
documented way of determining whether or not a filesystem is clean per fsck_ffs, i.e.,
ensure that the exit code is either 0 or 7.
The pass/fail determination is brittle prior to this commit, and ^/head@r323923 made
the issue apparent -- thus this needs to be fixed independent of ^/head@r323923.
PR: 222780
MFC after: 1 week
MFC with: r323923
Reported by: Jenkins
If VIMAGE is present we can start jails with their own pf instance. This
makes it fairly easy to run tests.
For example, this basic test verifies that drop/pass and icmp
classification works. It's a basic sanity test for pf, and hopefully an
example on how to write more pf tests.
The tests are skipped if VIMAGE is not enabled.
This work is inspired by the GSoC work of Panagiotes Mousikides.
Differential Revision: https://reviews.freebsd.org/D12580
Some x86 class CPUs have accelerated intrinsics for SHA1 and SHA256.
Provide this functionality on CPUs that support it.
This implements CRYPTO_SHA1, CRYPTO_SHA1_HMAC, and CRYPTO_SHA2_256_HMAC.
Correctness: The cryptotest.py suite in tests/sys/opencrypto has been
enhanced to verify SHA1 and SHA256 HMAC using standard NIST test vectors.
The test passes on this driver. Additionally, jhb's cryptocheck tool has
been used to compare various random inputs against OpenSSL. This test also
passes.
Rough performance averages on AMD Ryzen 1950X (4kB buffer):
aesni: SHA1: ~8300 Mb/s SHA256: ~8000 Mb/s
cryptosoft: ~1800 Mb/s SHA256: ~1800 Mb/s
So ~4.4-4.6x speedup depending on algorithm choice. This is consistent with
the results the Linux folks saw for 4kB buffers.
The driver borrows SHA update code from sys/crypto sha1 and sha256. The
intrinsic step function comes from Intel under a 3-clause BSDL.[0] The
intel_sha_extensions_sha<foo>_intrinsic.c files were renamed and lightly
modified (added const, resolved a warning or two; included the sha_sse
header to declare the functions).
[0]: https://software.intel.com/en-us/articles/intel-sha-extensions-implementations
Reviewed by: jhb
Sponsored by: Dell EMC Isilon
Differential Revision: https://reviews.freebsd.org/D12452
When crypto_newsession() is given a request for an unsupported capability,
raise a more specific error than EINVAL.
This allows cryptotest.py to skip some HMAC tests that a driver does not
support.
Reviewed by: jhb, rlibby
Sponsored by: Dell EMC Isilon
Differential Revision: https://reviews.freebsd.org/D12451
- Import print_function from __future__ and use print(..) instead of `print ..`.
- Use repr instead of backticks when the object needs to be dumped, unless
print(..) can do it lazily. Use str instead of backticks as appropriate
for simplification reasons.
This doesn't fully convert these modules over py3k. It just gets over some of
the trivial compatibility hurdles.
