parsing of escaped text has changed internally, but apart from Token
field contents that we only inspect in tests the change is *mostly*
invisible to us. some bits of documentation now parse differently and
need to be adjusted, but those were slightly questionable to begin with.
- Move contents of README.md from
nixos/modules/installer/tools/manpages/ to
nixos/doc/manual/contributing-to-this-manual.chapter.md.
- Don't mention DocBook as its obsolete and too specific.
- Rename derivation attribute name of configuration.nix(5) manual page,
both on the `contributing-to-this-manual.chapter.md`, and in other
places.
Since each such `nixos-*` tool has it's own derivation, exposed in pkgs,
There is no point in separating the manuals from the packages. If
someone wishes to have the tools without the manuals, they can use
meta.outputsToInstall to disable the installation of the manpages of
these packages. This Fixes#244450.
`children` only has to be not-None, not also not-[]. empty table cells
would can produce an empty inline token and cause these checks to fail,
even though the token actually is totally valid.
showed up in
https://github.com/NixOS/nixpkgs/pull/246956#discussion_r1283146120.
also updates nixdoc to 2.3.0. the nixdoc update is not a separate commit
because that would leave the manual build broken for one commit,
potentially breaking bisects and rebases.
this is only used in the stdenv chapter, but footnotes could be useful
in other places as well. since markdown-it has a plugin to parse
footnote syntax we may as well just support them even if they're rare.
examples and figures behave identically regarding numbering and titling,
they just don't share a common number space. make the numbering/titling
function generic over block types now so figures can just use it.
currently only supported for html. docbook could also support images,
but it's on the way out for manual generation anyway so we won't add
image support there. options docs can't use images because they also
target manpages, which leaves no viable users.
the nixpkgs manual uses section tocs for eg the nixpkgs library function
reference. we will only not emit tocs for subsections at this point, but
maybe we should consider doing so in the future.
docbook always emits intra-file links if only a single file is emitted.
it doesn't seem to do this for intra-file links when multiple files are
emitted, so we don't do that yet either.
This automated de-linting has applied a few different refactors:
- Remove unused imports and variables
- Change f-strings with no variables to regular strings
- Remove trailing semicolon
docbook is now gone and we can flip the defaults. we won't keep the
command line args around (unlike the make-options-docs argument) because
nixos-render-docs should not be considered an exposed API.
the nixos manual contains enough examples to support them as a proper
toc entity with specialized rendering, and if in the future the nixpkgs
wants to use nixos-render-docs we will definitely have to support them.
this also allows us to restore some examples that were lost in previous
translation steps because there were too few to add renderer support
back then.
this converter is currently supposed to be able to reproduce the
docbook-generated html DOMs exactly, though not necessarily the
html *files*. it mirrors many docbook behaviours that seem rather odd,
such as top-level sections in chapters using the same heading depth as
understood by html as their parent chapters do. over time we can
hopefully remove all special casing needed to reproduce docbook
rendering, but for now at least it doesn't hurt *too* much.
this will be necessary for html since there we have to do chunking into
multiple files ourselves. writing one file from the caller of the
converter and all others from within the converter is unnecessarily
spread out, and returning a dict of file names and their contents is not
quite as meaningful for docbook (which has only one file to begin with).
it's not hooked up to anything yet, but that will come soon. there's a
bit of docbook compat here that must be interoperable with the actual
docbook exporter, but luckily it's not all that much.
the basic html renderer. it doesn't have all the docbook compatibility
codes embedded into it, but there is a good amount. this renderer is
unaware of manual structure and does not traverse structural include
tokens (if it finds any it'll just fail), that task falls to derived
classes. once we have more uses for structural includes than just the
manual we may revisit this decision.
the docbook toolchain uses docbook-xsl to generate its TOC, our html
renderer will have to do this on its own. this generator uses a very
straight-forward algorithm of only inspecting headings, but anything
else could be inspected as well. (examples come to mind, but those do
not have titles and would thus make for bad toc entries)
we also use path information (that will be taken from include block args
in the html renderer) to produce navigation information. the algorithm
we use mirrors what docbook does, linking to the next/previous files in
depth-first toc order.
toc entries are linked to the tokens they refer to for easy use later.
while docbook relies on external chunk-toc info to do chunking of the
rendered manual we have nothing of the sort for html. there it seems
easiest to add annotations to blocks to create new chunks. such
annotations could be extended to docbook to create the chunk-toc instead
of passing it in externally, but with docbook on the way out that seems
like a waste of effort.
text content in the toplevel file of a book will not render properly.
the first proper element will be a preface, part, or chapter anyway, and
those require includes to produce.
parts do not currently allow headings in the part file itself, but
that's mainly a renderer limitation. we can add support for headings in
part intros when we need them
in all other cases includes must be followed by either another include,
a heading, or end of file. text content could not be properly linked to
from a TOC without a preceding heading.
