Spelling fixes for share/
This commit is contained in:
Ulrich Spörlein
parent
487ac9ac21
commit
93b03d5dc7
@ -1404,7 +1404,7 @@ both definitions. As an userland programmer, the most portable way of
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dealing with it is to:
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(1) ensure ss_family and/or ss_len are available on the platform, by using
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GNU autoconf,
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(2) have -Dss_family=__ss_family to unify all occurences (including header
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(2) have -Dss_family=__ss_family to unify all occurrences (including header
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file) into __ss_family, or
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(3) never touch __ss_family. cast to sockaddr * and use sa_family like:
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struct sockaddr_storage ss;
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@ -1414,7 +1414,7 @@ dealing with it is to:
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Some of IPv6 transition technologies embed IPv4 address into IPv6 address.
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These specifications themselves are fine, however, there can be certain
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set of attacks enabled by these specifications. Recent speicifcation
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set of attacks enabled by these specifications. Recent specification
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documents covers up those issues, however, there are already-published RFCs
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that does not have protection against those (like using source address of
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::ffff:127.0.0.1 to bypass "reject packet from remote" filter).
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@ -1441,7 +1441,7 @@ compatible is very rare. You should take caution if you see those on the wire.
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If we see IPv6 packets with IPv4 mapped address (::ffff:0.0.0.0/96) in the
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header in dual-stack environment (not in SIIT environment), they indicate
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that someone is trying to inpersonate IPv4 peer. The packet should be dropped.
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that someone is trying to impersonate IPv4 peer. The packet should be dropped.
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IPv6 specifications do not talk very much about IPv6 unspecified address (::)
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in the IPv6 source address field. Clarification is in progress.
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@ -1456,10 +1456,10 @@ Here are couple of comments:
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- The following examples are seemingly illegal. It seems that there's general
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consensus among ipngwg for those. (1) Mobile IPv6 home address option,
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(2) offlink packets (so routers should not forward them).
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KAME implmements (2) already.
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KAME implements (2) already.
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KAME code is carefully written to avoid such incidents. More specifically,
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KAME kernel will reject packets with certain source/dstination address in IPv6
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KAME kernel will reject packets with certain source/destination address in IPv6
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base header, or IPv6 routing header. Also, KAME default configuration file
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is written carefully, to avoid those attacks.
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@ -1552,7 +1552,7 @@ KAME implementation treats them as follows:
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1.17 DNS resolver
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KAME ships with modified DNS resolver, in libinet6.a.
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libinet6.a has a comple of extensions against libc DNS resolver:
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libinet6.a has a couple of extensions against libc DNS resolver:
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- Can take "options insecure1" and "options insecure2" in /etc/resolv.conf,
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which toggles RES_INSECURE[12] option flag bit.
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- EDNS0 receive buffer size notification support. It can be enabled by
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@ -1870,7 +1870,7 @@ Tunnel mode works basically fine, but comes with the following restrictions:
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- Path MTU discovery does not work across IPv6 IPsec tunnel gateway due to
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insufficient code.
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AH specificaton does not talk much about "multiple AH on a packet" case.
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AH specification does not talk much about "multiple AH on a packet" case.
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We incrementally compute AH checksum, from inside to outside. Also, we
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treat inner AH to be immutable.
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For example, if we are to create the following packet:
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@ -1890,8 +1890,8 @@ to randomly pad packets shorter than N bytes, to random length smaller than
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or equal to N. Note that N does not include ESP authentication data length.
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Also note that the random padding is not included in TCP segment
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size computation. Negative value will turn off the functionality.
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Recommeded value for N is like 128, or 256. If you use a too big number
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as N, you may experience inefficiency due to fragmented packtes.
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Recommended value for N is like 128, or 256. If you use a too big number
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as N, you may experience inefficiency due to fragmented packets.
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4.4 IPComp handling
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@ -2097,7 +2097,7 @@ RFC2401 defines IPsec tunnel mode, within the context of IPsec. RFC2401
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defines tunnel mode packet encapsulation/decapsulation on its own, and
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does not refer other tunnelling specifications. Since RFC2401 advocates
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filter-based SPD database matches, it would be natural for us to implement
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IPsec IPsec tunnel mode as filters - not as pseudo interfaces.
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IPsec tunnel mode as filters - not as pseudo interfaces.
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There are some people who are trying to separate IPsec "tunnel mode" from
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the IPsec itself. They would like to implement IPsec transport mode only,
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@ -2110,7 +2110,7 @@ interpretation.
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The KAME stack implements can be configured in two ways. You may need
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to recompile your kernel to switch the behavior.
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- RFC2401 IPsec tunnel mode appraoch (4.8.1)
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- RFC2401 IPsec tunnel mode approach (4.8.1)
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- draft-touch-ipsec-vpn approach (4.8.2)
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Works in all kernel configuration, but racoon(8) may not interoperate.
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@ -2226,7 +2226,7 @@ ALTQ occupies single character device number. For FreeBSD, it is officially
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allocated. For OpenBSD and NetBSD, we use the number which is not
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currently allocated (will eventually get an official number).
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The character device is enabled for i386 architecture only. To enable and
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compile ALTQ-ready kernel for other archititectures, take the following steps:
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compile ALTQ-ready kernel for other architectures, take the following steps:
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- assume that your architecture is FOOBAA.
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- modify sys/arch/FOOBAA/FOOBAA/conf.c (or somewhere that defines cdevsw),
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to include a line for ALTQ. look at sys/arch/i386/i386/conf.c for
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@ -2243,7 +2243,7 @@ compile ALTQ-ready kernel for other archititectures, take the following steps:
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6.1 KAME node as correspondent node
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Default installation recognizes home address option (in destination
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options header). No sub-options are supported. interaction with
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options header). No sub-options are supported. Interaction with
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IPsec, and/or 2292bis API, needs further study.
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6.2 KAME node as home agent/mobile node
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@ -2262,7 +2262,7 @@ are other implementations available:
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The KAME developers basically do not make a bother about coding
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style. However, there is still some agreement on the style, in order
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to make the distributed develoment smooth.
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to make the distributed development smooth.
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- follow *BSD KNF where possible. note: there are multiple KNF standards.
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- the tab character should be 8 columns wide (tabstops are at 8, 16, 24, ...
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@ -2291,13 +2291,13 @@ to make the distributed develoment smooth.
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where "(dollar)" is the dollar character ($), and around "$" are tabs.
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(this is for C. For other language, you should use its own comment
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line.)
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Once commited to the CVS repository, this line will contain its
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Once committed to the CVS repository, this line will contain its
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version number (see, for example, at the top of this file). This
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would make it easy to report a bug.
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- when creating a new file with the WIDE copyright, tap "make copyright.c" at
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the top-level, and use copyright.c as a template. KAME RCS tag will be
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included automatically.
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- when editting a third-party package, keep its own coding style as
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- when editing a third-party package, keep its own coding style as
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much as possible, even if the style does not follow the items above.
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- it is recommended to always wrap an expression containing
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bitwise operators by parentheses, especially when the expression is
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@ -2384,7 +2384,7 @@ is free of IPR infringement, you MUST check it if you are to integrate
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KAME into your product (or whatever):
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READ CAREFULLY: Several countries have legal enforcement for
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export/import/use of cryptographic software. Check it before playing
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with the kit. We do not intend to be your legalease clearing house
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with the kit. We do not intend to be your legalese clearing house
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(NO WARRANTY). If you intend to include KAME stack into your product,
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you'll need to check if the licenses on each file fit your situations,
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and/or possible intellectual property right issues.
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@ -4409,11 +4409,11 @@ yterm10|yterm 1.0 UCB ascii.kbd:\
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:ku=^K:kd=^J:kl=^H:kr=^L:kh=^^:ma=^Hh\012j^Kk^Ll^^H:\
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:k0=\E0:k1=\E1:k2=\E2:k3=\E3:k4=\E4:k5=\E5:k6=\E6:k7=\E7:k8=\E8:k9=\E9:\
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:vs=^O\E[7i\E[m\E[?7h\E[?3g\r\EHY0 \EH \EH \EH \EH \EH \EH \EH \EH \EH\r:
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# YTERM varient version 1.1. (gts 9-13-84) Version 1.1 has :xn:.
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# YTERM variant version 1.1. (gts 9-13-84) Version 1.1 has :xn:.
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yterm11|yterm 1.1 UCB ascii.kbd:\
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:xn:is=^O\E[7i\E[m\E[?7h\E[?3g\r\EHY1 for \EHYTERM 1.\EH1 with A\EHSCII.KBD\EH 9-13-84\EH \EH \EH \EH \EH\n:\
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:tc=yterm10:
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# YTERM 1.0 varient no autowrap or tabs
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# YTERM 1.0 variant no autowrap or tabs
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# X does not remember autowrap or tabs when T is deleted and restarted.
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yterm10nat|yterm 1.0 UCB ascii.kbd no autowrap or tabs:\
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:am@:pt@:vs=^O\E[7i\E[m\E[?7l\E[?3g\rY2\r:\
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@ -4475,7 +4475,7 @@ h19k|h19kermit|heathkit emulation provided by Kermit (no auto margin):\
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:am@:ta@:pt@:xt:da:db:tc=h19-u:
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# Amiga termcap by Kent Polk, kent@swrinde.nde.swri.edu (30 May 90)
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# Added a few more entries, converted caret-type control sequence (^x) entries
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# to '\0xx' entries since a couple of people mentioned loosing '^x' sequences.
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# to '\0xx' entries since a couple of people mentioned losing '^x' sequences.
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#
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# :as, :ae Support for alternate character sets.
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# :ve=\E[\040p:vi=\E[\060\040p cursor visible/invisible.
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