This definition was used only for deny-answer-aliases statement
description, and moreover the term did not match grammar listed in
doc/misc/options.
I've replaced it with textual expansion of "list of `domain_name`s"
which is used more often.
Name remoteserver_list was not referenced anywhere but the grammar uses
name remote-servers. Rename and add a reference to primaries for more
information.
Manual edit required to restore the first occurence of "definition"
inside .. glossary directive.
Generated using:
N=acl_name; sed -i -e "s/\`\`$N\`\`/:term:\`$N\`/g" $ARMFILES
N=address_match_list; sed -i -e "s/\`\`$N\`\`/:term:\`$N\`/g" $ARMFILES
I dunno why it was a separate entity in the grammar glossary. It is not
referenced anywhere else except for the the dialup statement, and the
statement describes all its possible values verbosely.
It turns out that many manual edits were required:
- Heading underlines were too short because :any:`` is longer than ````
- Some statement names clashed with manually defined _link_anchors
(notify, trust-anchors etc.)
- Zone types are defined like "type primary" in the internal grammar and
that caused mayhem in the replacement script as it took "type" and
individual types ("primary", "secondary") as separate statements.
For that reason :any:`primary` had to be manually replaced with
:any:`primary <type primary>` where appropriate.
- Sometimes option name is also the same as a value name (e.g. "notify")
and then it did not make sense to do the replacement.
The underline is not shortened on purpose, see subsequent commits.
Generated by:
sed -i -e 's/ Statement Definition and Usage$/ Block Definition and Usage/g' doc/arm/reference.rst
Long live new terminology.
The underline is now shortened on purpose, see subsequent commits.
Generated by:
sed -i -e 's/ Statement Grammar$/ Block Grammar/g' doc/arm/reference.rst
Without this change tables generated by .. namedconf:statementlist::
contained raw text and displayed rst syntax to users.
The raw docutil node returned by rst parser can contain unresolved
references (pending_xref nodes). We just store those nodes and let
Sphinx to resolve them later on.
Beware: This would not work if we injected nodes in later stages of
processing. All unresolved references must be in place before
'doctree-resolved' event is emitted (i.e. before resolve_references() is
called inside Sphinx).
This change allows us to generate "unresolved" references and let Sphinx
deal with dereferencing them in later stages. It is not useful by itself
but it serves as preparation for the next commit.
Formerly resolve_xref() in Sphinx extension called get_objects() from
Sphinx API which subsequently iterated the whole list of objects,
causing single iteration per single reference, which is essentially.
O(n^2). Avoid using get_objects() and access internal dictionary
directly intead.
The docs build time was still dominated by other factors but speedup is
about 10 % on my machine.
This is super confusing because statement "keys" exists in context
controls and server blocks where it refers to symmetric TSIG key, and it
_also_ exists in dnssec-policy block where it specifies public-private
key pair parameters.
In an (unsuccessful) attempt to disambiguate these two I added bunch of
hyperlinks and a warning.
It turns out the tree of dictionaries is not the best structure to
represent our grammar, unfortunatelly. The problem is that "zone" has
several context-dependent variants which change meaning of "zone" based
on inner field "type".
Redesigning the whole structure does not seem to be worth, so I settled
on this terrible hack.
A new flag
.. namedconf:statement::
:suppress_grammar:
suppresses pretty-printing grammar.
It is useful mostly for zones because each zone has it's own grammar, so
printing all of them at once usually does not make sense.
The "glue-cache" option was marked as deprecated by commit
5ae33351f2 (first released in BIND 9.17.6,
back in October 2020), so now obsolete that option, removing all code
and documentation related to it.
Note: this causes the glue cache feature to be permanently enabled, not
disabled.
