odhcp6c: add -K option to set packet kernel priority

[project/odhcp6c.git] / README

diff --git a/README b/README
index 9b56b200f1077ce8e01240fb2a0f430eaef2e9a6..e79fea106240e846abbadb24b91d1e3a8f085019 100644 (file)
--- a/README
+++ b/README
@@ -30,6 +30,7 @@ especially routers. It compiles to only about 35 KB (-Os -s).
        i) DS-Lite AFTR-Name Option
        j) Softwire address and port mapped clients (MAP, LW4over6)
        j) CER-ID (experimental)
        i) DS-Lite AFTR-Name Option
        j) Softwire address and port mapped clients (MAP, LW4over6)
        j) CER-ID (experimental)

+       k) Server unicast Option

 
 4. Support for requesting and parsing Router Advertisements
        a) parsing of prefixes, routes, MTU and RDNSS options
 
 4. Support for requesting and parsing Router Advertisements
        a) parsing of prefixes, routes, MTU and RDNSS options


@@ -38,7 +39,7 @@ especially routers. It compiles to only about 35 KB (-Os -s).
 ** Compiling **
 
 odhcp6c uses cmake:
 ** Compiling **
 
 odhcp6c uses cmake:

-* To prepare a Makefile use:  "cmake ." 
+* To prepare a Makefile use:  "cmake ."

 * To build / install use: "make" / "make install" afterwards.
 * To build DEB or RPM packages use: "make package" afterwards.
 
 * To build / install use: "make" / "make install" afterwards.
 * To build DEB or RPM packages use: "make package" afterwards.
 


@@ -77,6 +78,7 @@ Environment:
 * RA_ROUTES            A space-separated list of routes from the RA
                                Format: <address>/<length>,gateway,valid,metric
 * RA_DNS               A space-separated list of recursive DNS servers from the RA
 * RA_ROUTES            A space-separated list of routes from the RA
                                Format: <address>/<length>,gateway,valid,metric
 * RA_DNS               A space-separated list of recursive DNS servers from the RA

+* RA_DOMAINS           A space-separated list of DNS search domains from the RA

 * RA_HOPLIMIT  Highest hop-limit received in RAs
 * RA_MTU               MTU-value received in RA
 * RA_REACHABLE ND Reachability time
 * RA_HOPLIMIT  Highest hop-limit received in RAs
 * RA_MTU               MTU-value received in RA
 * RA_REACHABLE ND Reachability time