On trackpads that had support for both, we were sending two button
events when the trackpad was pressed.
Tested by: Jakob Alvermark <jakob at alvermark.net>
MFC after: 1 week
They were added for compatibility with the sched provider in Solaris and
illumos, but our sched provider is already incompatible since it uses native
types, so there isn't much point in keeping them around.
Differential Revision: https://reviews.freebsd.org/D2167
Reviewed by: rpaulo
Add examples demonstrating how one can list available providers and the
DTrace probes provided by a provider.
Differential Revision: https://reviews.freebsd.org/D2166
Reviewed by: rpaulo
MFC after: 2 weeks
GEOM does not support scatter/gather lists in its I/Os. Such requests
are cut in pieces by physio(), that may be problematic, if those pieces
are not multiple of provider's sector size. If such case is detected,
move the data through temporary sequential buffer.
MFC after: 2 weeks
on the initial allocation, but seltdinit() assumes that td_sel is NULL
or a valid pointer. Note that thread_fini()/seltdfini() also relies
on this, but correctly resets td_sel to NULL.
Submitted by: luke.tw@gmail.com
PR: 199518
MFC after: 1 week
additional arguments - buffer and size of this buffer.
ipsec_address() is used to convert sockaddr structure to presentation
format. The IPv6 part of this function returns pointer to the on-stack
buffer and at the moment when it will be used by caller, it becames
invalid. IPv4 version uses 4 static buffers and returns pointer to
new buffer each time when it called. But anyway it is still possible
to get corrupted data when several threads will use this function.
ipsec_logsastr() is used to format string about SA entry. It also
uses static buffer and has the same problem with concurrent threads.
To fix these problems add the buffer pointer and size of this
buffer to arguments. Now each caller will pass buffer and its size
to these functions. Also convert all places where these functions
are used (except disabled code).
And now ipsec_address() uses inet_ntop() function from libkern.
PR: 185996
Differential Revision: https://reviews.freebsd.org/D2321
Reviewed by: gnn
Sponsored by: Yandex LLC
ipsec6_common_input_cb() uses partial copy of ip6_input() to parse
headers. But this isn't correct, when we use tunnel mode IPSec.
When we stripped outer IPv6 header from the decrypted packet, it
can become IPv4 packet and should be handled by ip_input. Also when
we use tunnel mode IPSec with IPv6 traffic, we should pass decrypted
packet with inner IPv6 header to ip6_input, it will correctly handle
it and also can decide to forward it.
The "skip" variable points to offset where payload starts. In tunnel
mode we reset it to zero after stripping the outer header. So, when
it is zero, we should requeue mbuf via netisr.
Differential Revision: https://reviews.freebsd.org/D2306
Reviewed by: adrian, gnn
Sponsored by: Yandex LLC
* in ipsec_encap() embed scope zone ids into link-local addresses
in the new IPv6 header, this helps ip6_output() disambiguate the
scope;
* teach key_ismyaddr6() use in6_localip(). in6_localip() is less
strict than key_sockaddrcmp(). It doesn't compare all fileds of
struct sockaddr_in6, but it is faster and it should be safe,
because all SA's data was checked for correctness. Also, since
IPv6 link-local addresses in the &V_in6_ifaddrhead are stored in
kernel-internal form, we need to embed scope zone id from SA into
the address before calling in6_localip.
* in ipsec_common_input() take scope zone id embedded in the address
and use it to initialize sin6_scope_id, then use this sockaddr
structure to lookup SA, because we keep addresses in the SADB without
embedded scope zone id.
Differential Revision: https://reviews.freebsd.org/D2304
Reviewed by: gnn
Sponsored by: Yandex LLC
The only thing is used from this code is ipip_output() function, that does
IPIP encapsulation. Other parts of XF_IP4 code were removed in r275133.
Also it isn't possible to configure the use of XF_IP4, nor from userland
via setkey(8), nor from the kernel.
Simplify the ipip_output() function and rename it to ipsec_encap().
* move IP_DF handling from ipsec4_process_packet() into ipsec_encap();
* since ipsec_encap() called from ipsec[64]_process_packet(), it
is safe to assume that mbuf is contiguous at least to IP header
for used IP version. Remove all unneeded m_pullup(), m_copydata
and related checks.
* use V_ip_defttl and V_ip6_defhlim for outer headers;
* use V_ip4_ipsec_ecn and V_ip6_ipsec_ecn for outer headers;
* move all diagnostic messages to the ipsec_encap() callers;
* simplify handling of ipsec_encap() results: if it returns non zero
value, print diagnostic message and free mbuf.
* some style(9) fixes.
Differential Revision: https://reviews.freebsd.org/D2303
Reviewed by: glebius
Sponsored by: Yandex LLC
sysctl_debug_hashstat_nchash() and sysctl_debug_hashstat_rawnchash().
These changes are in preparation for allowing changes in the size
of the vnode hash tables driven by increases and decreases in the
maximum number of vnodes in the system.
Reviewed by: kib@
Phabric: D2265
This avoids the need to build a target-specific crunchide for cross-
uilds.
Differential Revision: https://reviews.freebsd.org/D2314
Sponsored by: The FreeBSD Foundation
Each TX queue can hold one packet (yes, if_emac can send only two(!)
packets at a time).
Even with this change the very limited FIFO buffer (3 KiB for TX and 13 KiB
for RX) fill up too quick to sustain higher throughput.
For the TCP case it turns out that TX isn't the limiting factor, but the RX
side is (the FIFO fill up and starts to discard packets, so the sender has
to slow down).
The htree directory index is a highly desirable feature for research
purposes and was meant to improve performance in our ext2/3 driver.
Unfortunately our implementation has two problems:
- It never really delivered any performance improvement.
- It appears to corrupt the filesystem in undetermined circumstances.
Strictly speaking dir_index is not required for read/write support in
ext2/3 and our limited ext4 support still works fine without it.
Regain stability in the ext2 driver by removing it. We may need it back
(fixed) if we want to support encrypted ext4 support but thanks to the
wonders of version control we can always revert this change and bring it
back.
PR: 191895
PR: 198731
PR: 199309
MFC after: 5 days
stopped using kgzip in the release process. We no longer need to build
kgzip as a cross tool, and tests for RELEASEDIR are obsolete, so
remove both.
Differential Revision: https://reviews.freebsd.org/D2313
Do not strip the ethernet CRC until we read all data from FIFO, otherwise
the CRC bytes would be left in FIFO causing the failure of next packet
(wrong packet header).
When this error happens the receiver has to be disabled and the RX FIFO
flushed, discarding valid packets.
With this fix if_emac behaves a lot better.
to the Intel SDM vectors 16 through 255 are allowed to be delivered via the
local APIC.
Reported by: Leon Dang (ldang@nahannisys.com)
MFC after: 2 weeks
arm64 relies on an external binutils port or package right now, because
the in-tree linker from binutils 2.17.50 does not support arm64. Add
arm64 to universe if the linker is available. If not output a message
that arm64 is skipped.
buildworld and buildkernel use the external binutils automatically, so
it's sufficient to run 'pkg install aarch64-binutils' to build
FreeBSD/arm64.
Differential Revision: https://reviews.freebsd.org/D2302
Reviewed by: andrew, imp
Sponsored by: The FreeBSD Foundation
can perform better when using a 128K read/write data size.
This patch changes NFS_MAXDATA from 64K to 128K so that
clients can use 128K for NFS mounts to allow this.
The patch also renames NFS_MAXDATA to NFS_SRVMAXIO so
that it is clear that it applies to the NFS server side
only. It also avoids a name conflict with the NFS_MAXDATA
defined in rpcsvc/nfs_prot.h, that is used for userland RPC.
Tested by: mav
Reviewed by: mav
MFC after: 2 weeks
$M should be the kernel machine src directory, ${MACHINE}. In most cases
${MACHINE} and ${MACHINE_CPUARCH} are the same, but this is not true for
pc98 and arm64.
It appears we previously set M=${MACHINE_CPUARCH} as a workaround to
accommodate pc98, where MACHINE_CPUARCH is pc98 but it uses
sys/i386/i386/genassym.c.
arm64 relies on this being set correctly, so update $M and add explicit
workarounds for pc98.
Differential Revision: https://reviews.freebsd.org/D2307
Reviewed by: andrew, imp
Sponsored by: The FreeBSD Foundation
