David E. O'Brien 81e561cdf2 Bump net.inet.tcp.sendspace to 32k and net.inet.tcp.recvspace to 65k. ...

This should help us in nieve benchmark "tests".

It seems a wide number of people think 32k buffers would not cause major
issues, and is in fact in use by many other OS's at this time.  The
receive buffers can be bumped higher as buffers are hardly used and several
research papers indicate that receive buffers rarely use much space at all.

Submitted by:			Leo Bicknell <bicknell@ufp.org>
				<20010713101107.B9559@ussenterprise.ufp.org>
Agreed to in principle by:	dillon (at the 32k level)

2001-07-13 18:38:04 +00:00

..

libalias

…

accf_data.c

…

accf_http.c

…

icmp6.h

…

icmp_var.h

…

if_atm.c

…

if_atm.h

…

if_ether.c

…

if_ether.h

…

if_fddi.h

…

igmp_var.h

…

igmp.c

…

igmp.h

…

in_cksum.c

…

in_gif.c

…

in_gif.h

…

in_hostcache.c

…

in_hostcache.h

…

in_pcb.c

…

in_pcb.h

…

in_proto.c

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in_rmx.c

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in_systm.h

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in_var.h

…

in.c

…

in.h

…

ip6.h

…

ip_divert.c

…

ip_dummynet.c

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ip_dummynet.h

…

ip_ecn.c

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ip_ecn.h

…

ip_encap.c

…

ip_encap.h

…

ip_flow.c

…

ip_flow.h

…

ip_fw.c

…

ip_fw.h

…

ip_icmp.c

…

ip_icmp.h

…

ip_id.c

…

ip_input.c

…

ip_mroute.c

…

ip_mroute.h

…

ip_output.c

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ip_var.h

…

ip.h

…

ipprotosw.h

…

raw_ip.c

…

tcp_debug.c

…

tcp_debug.h

…

tcp_fsm.h

…

tcp_input.c

…

tcp_output.c

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tcp_reass.c

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tcp_seq.h

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tcp_subr.c

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tcp_timer.c

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tcp_timer.h

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tcp_timewait.c

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tcp_usrreq.c

Bump net.inet.tcp.sendspace to 32k and net.inet.tcp.recvspace to 65k.

2001-07-13 18:38:04 +00:00

tcp_var.h

…

tcp.h

…

tcpip.h

…

udp_usrreq.c

…

udp_var.h

…

udp.h

…