Revert parts of 1.51 and add a missing \& after "i.e." that is not the

end of a sentence.  Ruslan notes that:

* The part about hexadecimal representation was intentional -- node ID
  is parsed as the ng_parse_hint32_type, and is represented
  (input/output) as a hexadecimal number

* "This value" was more correct, as the alternative name is
  "[<value>]:" where <value> is hexadecimal value of the node ID.

* "ID based name" (which is "[<hexid>]:") was correct, and what's now is
  incorrect -- node ID (number) cannot be equivalent to a name.
This commit is contained in:
keramida 2006-03-06 17:37:42 +00:00
parent 4da3fa06be
commit b4c5beef93

View File

@ -110,9 +110,10 @@ characters (including the terminating
.Dv NUL
character).
.Pp
Each node instance has a unique 32-bit
.Em ID number .
This number may be used to refer to a node when there is no
Each node instance has a unique
.Em ID number
which is expressed as a 32-bit hexadecimal value.
This value may be used to refer to a node when there is no
.Tn ASCII
name assigned to it.
.Ss Hooks
@ -207,7 +208,7 @@ message should be sent.
Otherwise, the recipient node's global
.Tn ASCII
name
(or equivalent node ID) is used as the destination address
(or equivalent ID-based name) is used as the destination address
for the message (absolute addressing).
The two types of
.Tn ASCII
@ -219,7 +220,7 @@ Only the
addressing modes are available to control programs outside the kernel;
use of direct pointers is limited to kernel modules.
.Pp
Messages often represent commands which are followed by a reply message
Messages often represent commands that are followed by a reply message
in the reverse direction.
To facilitate this, the recipient of a
control message is supplied with a
@ -228,7 +229,7 @@ that is suitable for addressing a reply.
.Pp
Each control message contains a 32-bit value, called a
.Dq typecookie ,
indicating the type of the message, i.e. how to interpret it.
indicating the type of the message, i.e.\& how to interpret it.
Typically each type defines a unique typecookie for the messages
that it understands.
However, a node may choose to recognize and