Update index.html

1 files changed, 3 insertions, 5 deletions

diff --git a/index.html b/index.html
index c65a17a..3bf000a 100644
--- a/index.html
+++ b/index.html
@@ -70,7 +70,7 @@
                         </p>
 
                         <p>
-                                This document was revised on 14-Mar-13, and applies to version <tt>3.6.0</tt>.
+                                This document was revised on 05-Apr-13, and applies to version <tt>3.6.1</tt>.
                         </p>
                 </font>
         </center>
@@ -1308,10 +1308,8 @@ events to a common Linda, but... :).</font>
                         Lua 5.2 introduced a hash randomizer seed which causes table iteration to yield a different key order on different VMs even when the tables are populated the exact same way.
                         When Lua is built with compatibility options (such as LUA_COMPAT_ALL), this causes several base libraries to register functions under multiple names.
                         This, with the randomizer, can cause the first encountered name of a function to be different on different VMs, which breaks function transfer.
-                        <b>This means that Lua 5.2 must be built WITHOUT compatibility options to be able to use Lanes.</b>
-                        Even under Lua 5.1, this may cause trouble (even if this would be much less frequent).
-                        Unfortunately, we get bitten by <tt>string.gfind</tt>/<tt>string.gmatch</tt> when Lua 5.1 is built with <tt>LUA_COMPAT_GFIND</tt> (which is the case of LuaBinaries),
-                        so for the time being, Lanes fails only for Lua 5.2 as the randomizer is the real show breaker here.
+                        Even under Lua 5.1, this may cause trouble if some module registers a function under several keys.
+                        To circumvent this, Lanes has to select one name among all candidates, and the rule for this is to keep the 'smaller' one: first in bytes, then in lexical order.
                 </li>
         </ul>
         Another more immediate reason of failed transfer is when the destination state doesn't know about the C function that has to be transferred. This occurs if a function is transferred in a lane before it had a chance to scan the module.