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docs: restructure to allow a clean migration to new documentation util

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Signed-off-by: NotAShelf <raf@notashelf.dev>
Change-Id: I6a6a6964afba43bdda6a2cbf037404ca3fa4f8c9
This commit is contained in:
raf 2025-09-26 18:06:52 +03:00
commit b9dd1b816a
Signed by: NotAShelf
GPG key ID: 29D95B64378DB4BF
27 changed files with 760 additions and 898 deletions
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103
docs/manual.nix
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@ -1,32 +1,38 @@
{
inputs,
stdenvNoCC,
runCommandLocal,
# build inputs
path,
# nrd configuration
release,
stdenvNoCC,
runCommandNoCCLocal,
optionsJSON,
} @ args: let
manual-release = args.release or "unstable";
in
runCommandLocal "hjem-docs" {
nativeBuildInputs = [inputs.ndg.packages.${stdenvNoCC.system}.ndg];
runCommandNoCCLocal "nvf-docs-html" {
nativeBuildInputs = [
(inputs.ndg.packages.${stdenvNoCC.system}.ndg.overrideAttrs
{
# FIXME: the tests take too long to build
doCheck = false;
})
];
} ''
mkdir -p $out/share/doc
# Copy the markdown sources to be processed by ndg
# Copy the markdown sources to be processed by ndg. This is not
# strictly necessary, but allows us to modify the Markdown sources
# as we see fit.
cp -rvf ${./manual} ./manual
substituteInPlace ./manual/options.md \
--subst-var-by OPTIONS_JSON ./config-options.json
# Replace variables following the @VARIABLE@ style in the manual
# pages. This can be built into ndg at a later date.
substituteInPlace ./manual/index.md \
--subst-var-by NVF_VERSION ${manual-release}
substituteInPlace ./manual/hacking/additional-plugins.md \
--subst-var-by NVF_REPO "https://github.com/notashelf/nvf/blob/${manual-release}"
# Generate the final manual from a set of parameters. This uses
# feel-co/ndg to render the web manual.
ndg html \
--jobs $NIX_BUILD_CORES --title "NVF" \
--module-options ${optionsJSON}/share/doc/nixos/options.json \
@ -41,78 +47,3 @@ in
mkdir -p $out/nix-support/
echo "doc manual $dest index.html" >> $out/nix-support/hydra-build-products
''
/*
stdenvNoCC.mkDerivation {
name = "nvf-manual";
src = builtins.path {
name = "nvf-manual-${manual-release}";
path = lib.sourceFilesBySuffices ./manual [".md" ".md.in"];
};
strictDependencies = true;
nativeBuildInputs = [nixos-render-docs];
postPatch = ''
ln -s ${optionsJSON}/share/doc/nixos/options.json ./config-options.json
'';
buildPhase = ''
dest="$out/share/doc/nvf"
mkdir -p "$(dirname "$dest")"
mkdir -p $dest/{highlightjs,script}
# Copy highlight scripts to /highlights in document root.
cp -vt $dest/highlightjs \
${documentation-highlighter}/highlight.pack.js \
${documentation-highlighter}/LICENSE \
${documentation-highlighter}/mono-blue.css \
${documentation-highlighter}/loader.js
# Copy anchor scripts to the script directory in document root.
cp -vt "$dest"/script \
${./static/script}/anchor-min.js \
${./static/script}/anchor-use.js \
${./static/script}/search.js
# Move compiled stylesheet
cp -vt $dest \
${compileStylesheet}/style.css
# Move release notes
cp -vr ${./release-notes} release-notes
# Generate final manual from a set of parameters. Explanation of the CLI flags are
# as follows:
#
# 1. --manpage-urls will allow you to use manual pages as they are defined in
# the nixpkgs documentation.
# 2. --revision is the project revision as it is defined in 'release.json' in the
# repository root
# 3. --script will inject a given Javascript file into the resulting pages inside
# the <script> tag.
# 4. --toc-depth will determine the depth of the initial Table of Contents while
# --section-toc-depth will determine the depth of per-section Table of Contents
# sections.
nixos-render-docs manual html \
--manpage-urls ${path + "/doc/manpage-urls.json"} \
--revision ${lib.trivial.revisionWithDefault manual-release} \
--stylesheet style.css \
--script highlightjs/highlight.pack.js \
--script highlightjs/loader.js \
--script script/anchor-use.js \
--script script/anchor-min.js \
--script script/search.js \
--toc-depth 1 \
--section-toc-depth 1 \
manual.md \
"$dest/index.xhtml"
# Hydra support. Probably not necessary.
mkdir -p $out/nix-support/
echo "doc manual $dest index.html" >> $out/nix-support/hydra-build-products
'';
}
*/

3
docs/manual/configuring.md
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@ -1,6 +1,7 @@
# Configuring nvf {#ch-configuring}
[helpful tips section]: #ch-helpful-tips
[options reference]: /nvf/options.html
nvf allows for _very_ extensive configuration in Neovim through the Nix module
interface. The below chapters describe several of the options exposed in nvf for
@ -8,7 +9,7 @@ your convenience. You might also be interested in the [helpful tips section] for
more advanced or unusual configuration options supported by nvf.
Note that this section does not cover module _options_. For an overview of all
module options provided by nvf, please visit the [appendix](/nvf/options.html)
module options provided by nvf, please visit the [options reference]
```{=include=} chapters
configuring/custom-package.md

0
docs/manual/configuring/custom-package.md → docs/manual/configuring/custom-plugins/custom-package.md
View file

589
docs/manual/hacking.md
View file

@ -21,10 +21,587 @@ ideally also include relevant context in which an issue occurs or a feature
should be implemented. If you wish to make a contribution, but feel stuck -
please do not be afraid to submit a pull request, we will help you get it in.
```{=include=} sections
hacking/getting-started.md
hacking/guidelines.md
hacking/testing.md
hacking/keybinds.md
hacking/additional-plugins.md
## Getting Started {#sec-contrib-getting-started}
You, naturally, would like to start by forking the repository to get started. If
you are new to Git and GitHub, do have a look at GitHub's
[Fork a repo guide](https://help.github.com/articles/fork-a-repo/) for
instructions on how you can do this. Once you have a fork of **nvf**, you should
create a separate branch based on the most recent `main` branch. Give your
branch a reasonably descriptive name (e.g. `feature/debugger` or
`fix/pesky-bug`) and you are ready to work on your changes
Implement your changes and commit them to the newly created branch and when you
are happy with the result, and positive that it fulfills our
[Contributing Guidelines](#sec-guidelines), push the branch to GitHub and
[create a pull request](https://help.github.com/articles/creating-a-pull-request).
The default pull request template available on the **nvf** repository will guide
you through the rest of the process, and we'll gently nudge you in the correct
direction if there are any mistakes.
## Guidelines {#sec-guidelines}
If your contribution tightly follows the guidelines, then there is a good chance
it will be merged without too much trouble. Some of the guidelines will be
strictly enforced, others will remain as gentle nudges towards the correct
direction. As we have no automated system enforcing those guidelines, please try
to double check your changes before making your pull request in order to avoid
"faulty" code slipping by.
If you are uncertain how these rules affect the change you would like to make
then feel free to start a discussion in the
[discussions tab](https://github.com/NotAShelf/nvf/discussions) ideally (but not
necessarily) before you start developing.
### Adding Documentation {#sec-guidelines-documentation}
[Nixpkgs Flavoured Markdown]: https://github.com/NixOS/nixpkgs/blob/master/doc/README.md#syntax
Almost all changes warrant updates to the documentation: at the very least, you
must update the changelog. Both the manual and module options use
[Nixpkgs Flavoured Markdown].
The HTML version of this manual containing both the module option descriptions
and the documentation of **nvf** (such as this page) can be generated and opened
by typing the following in a shell within a clone of the **nvf** Git repository:
```console
$ nix build .#docs-html
$ xdg-open $PWD/result/share/doc/nvf/index.html
```
### Formatting Code {#sec-guidelines-formatting}
Make sure your code is formatted as described in
[code-style section](#sec-guidelines-code-style). To maintain consistency
throughout the project you are encouraged to browse through existing code and
adopt its style also in new code.
### Formatting Commits {#sec-guidelines-commit-message-style}
Similar to [code style guidelines](#sec-guidelines-code-style) we encourage a
consistent commit message format as described in
[commit style guidelines](#sec-guidelines-commit-style).
### Commit Style {#sec-guidelines-commit-style}
The commits in your pull request should be reasonably self-contained. Which
means each and every commit in a pull request should make sense both on its own
and in general context. That is, a second commit should not resolve an issue
that is introduced in an earlier commit. In particular, you will be asked to
amend any commit that introduces syntax errors or similar problems even if they
are fixed in a later commit.
The commit messages should follow the
[seven rules](https://chris.beams.io/posts/git-commit/#seven-rule), except for
"Capitalize the subject line". We also ask you to include the affected code
component or module in the first line. A commit message ideally, but not
necessarily, follow the given template from home-manager's own documentation
```
{component}: {description}
{long description}
```
where `{component}` refers to the code component (or module) your change
affects, `{description}` is a very brief description of your change, and
`{long description}` is an optional clarifying description. As a rare exception,
if there is no clear component, or your change affects many components, then the
`{component}` part is optional. See
[example commit message](#sec-guidelines-ex-commit-message) for a commit message
that fulfills these requirements.
#### Example Commit {#sec-guidelines-ex-commit-message}
The commit
[69f8e47e9e74c8d3d060ca22e18246b7f7d988ef](https://github.com/nix-community/home-manager/commit/69f8e47e9e74c8d3d060ca22e18246b7f7d988ef)
in home-manager contains the following commit message.
```
starship: allow running in Emacs if vterm is used
The vterm buffer is backed by libvterm and can handle Starship prompts
without issues.
```
Similarly, if you are contributing to **nvf**, you would include the scope of
the commit followed by the description:
```
languages/ruby: init module
Adds a language module for Ruby, adds appropriate formatters and Treesitter grammars
```
Long description can be omitted if the change is too simple to warrant it. A
minor fix in spelling or a formatting change does not warrant long description,
however, a module addition or removal does as you would like to provide the
relevant context, i.e. the reasoning behind it, for your commit.
Finally, when adding a new module, say `modules/foo.nix`, we use the fixed
commit format `foo: add module`. You can, of course, still include a long
description if you wish.
In case of nested modules, i.e `modules/languages/java.nix` you are recommended
to contain the parent as well - for example `languages/java: some major change`.
### Code Style {#sec-guidelines-code-style}
#### Treewide {#sec-code-style-treewide}
Keep lines at a reasonable width, ideally 80 characters or less. This also
applies to string literals and module descriptions and documentation.
#### Nix {#sec-code-style-nix}
[alejandra]: https://github.com/kamadorueda/alejandra
**nvf** is formatted by the [alejandra] tool and the formatting is checked in
the pull request and push workflows. Run the `nix fmt` command inside the
project repository before submitting your pull request.
While Alejandra is mostly opinionated on how code looks after formatting,
certain changes are done at the user's discretion based on how the original code
was structured.
Please use one line code for attribute sets that contain only one subset. For
example:
```nix
# parent modules should always be unfolded
# which means module = { value = ... } instead of module.value = { ... }
module = {
value = mkEnableOption "some description" // { default = true; }; # merges can be done inline where possible
# same as parent modules, unfold submodules
subModule = {
# this is an option that contains more than one nested value
# Note: try to be careful about the ordering of `mkOption` arguments.
# General rule of thumb is to order from least to most likely to change.
# This is, for most cases, type < default < description.
# Example, if present, would be between default and description
someOtherValue = mkOption {
type = lib.types.bool;
default = true;
description = "Some other description";
};
};
}
```
If you move a line down after the merge operator, Alejandra will automatically
unfold the whole merged attrset for you, which we **do not** want.
```nix
module = {
key = mkEnableOption "some description" // {
default = true; # we want this to be inline
}; # ...
}
```
For lists, it is mostly up to your own discretion how you want to format them,
but please try to unfold lists if they contain multiple items and especially if
they are to include comments.
```nix
# this is ok
acceptableList = [
item1 # comment
item2
item3 # some other comment
item4
];
# this is not ok
listToBeAvoided = [item1 item2 /* comment */ item3 item4];
# this is ok
acceptableList = [item1 item2];
# this is also ok if the list is expected to contain more elements
acceptableList= [
item1
item2
# more items if needed...
];
```
## Testing Changes {#sec-testing-changes}
Once you have made your changes, you will need to test them thoroughly. If it is
a module, add your module option to `configuration.nix` (located in the root of
this project) inside `neovimConfiguration`. Enable it, and then run the maximal
configuration with `nix run .#maximal -Lv` to check for build errors. If neovim
opens in the current directory without any error messages (you can check the
output of `:messages` inside neovim to see if there are any errors), then your
changes are good to go. Open your pull request, and it will be reviewed as soon
as possible.
If it is not a new module, but a change to an existing one, then make sure the
module you have changed is enabled in the maximal configuration by editing
`configuration.nix`, and then run it with `nix run .#maximal -Lv`. Same
procedure as adding a new module will apply here.
## Keybinds {#sec-keybinds}
As of 0.4, there exists an API for writing your own keybinds and a couple of
useful utility functions are available in the
[extended standard library](https://github.com/NotAShelf/nvf/tree/main/lib). The
following section contains a general overview to how you may utilize said
functions.
## Custom Key Mappings Support for a Plugin {#sec-custom-key-mappings}
To set a mapping, you should define it in `vim.keymaps`.
An example, simple keybinding, can look like this:
```nix
{
vim.keymaps = [
{
key = "<leader>wq";
mode = ["n"];
action = ":wq<CR>";
silent = true;
desc = "Save file and quit";
}
];
}
```
There are many settings available in the options. Please refer to the
[documentation](https://notashelf.github.io/nvf/options.html#opt-vim.keymaps) to
see a list of them.
**nvf** provides a helper function, so that you don't have to write the mapping
attribute sets every time:
- `mkKeymap`, which mimics neovim's `vim.keymap.set` function
You can read the source code of some modules to see them in action, but the
usage should look something like this:
```nix
# plugindefinition.nix
{lib, ...}: let
inherit (lib.options) mkEnableOption;
inherit (lib.nvim.binds) mkMappingOption;
in {
options.vim.plugin = {
enable = mkEnableOption "Enable plugin";
# Mappings should always be inside an attrset called mappings
mappings = {
workspaceDiagnostics = mkMappingOption "Workspace diagnostics [trouble]" "<leader>lwd";
documentDiagnostics = mkMappingOption "Document diagnostics [trouble]" "<leader>ld";
lspReferences = mkMappingOption "LSP References [trouble]" "<leader>lr";
quickfix = mkMappingOption "QuickFix [trouble]" "<leader>xq";
locList = mkMappingOption "LOCList [trouble]" "<leader>xl";
symbols = mkMappingOption "Symbols [trouble]" "<leader>xs";
};
}
```
```nix
# config.nix
{
config,
lib,
options,
...
}: let
inherit (lib.modules) mkIf;
inherit (lib.nvim.binds) mkKeymap;
cfg = config.vim.plugin;
keys = cfg.mappings;
inherit (options.vim.lsp.trouble) mappings;
in {
config = mkIf cfg.enable {
vim.keymaps = [
(mkKeymap "n" keys.workspaceDiagnostics "<cmd>Trouble toggle diagnostics<CR>" {desc = mappings.workspaceDiagnostics.description;})
(mkKeymap "n" keys.documentDiagnostics "<cmd>Trouble toggle diagnostics filter.buf=0<CR>" {desc = mappings.documentDiagnostics.description;})
(mkKeymap "n" keys.lspReferences "<cmd>Trouble toggle lsp_references<CR>" {desc = mappings.lspReferences.description;})
(mkKeymap "n" keys.quickfix "<cmd>Trouble toggle quickfix<CR>" {desc = mappings.quickfix.description;})
(mkKeymap "n" keys.locList "<cmd>Trouble toggle loclist<CR>" {desc = mappings.locList.description;})
(mkKeymap "n" keys.symbols "<cmd>Trouble toggle symbols<CR>" {desc = mappings.symbols.description;})
];
};
}
```
> [!NOTE]
> If you have come across a plugin that has an API that doesn't seem to easily
> allow custom keybindings, don't be scared to implement a draft PR. We'll help
> you get it done.
## Adding Plugins {#sec-additional-plugins}
There are two methods for adding new Neovim plugins to **nvf**. npins is the
faster option that should be preferred if the plugin consists of pure Lua or
Vimscript code. In which case there is no building required, and we can easily
handle the copying of plugin files. Alternative method, which is required when
plugins try to build their own libraries (e.g., in Rust or C) that need to be
built with Nix to function correctly.
### With npins {#sec-npins-for-plugins}
npins is the standard method of adding new plugins to **nvf**. You simply need
the repository URL for the plugin, and can add it as a source to be built
automatically with one command. To add a new Neovim plugin, use `npins`. For
example:
```bash
nix-shell -p npins # or nix shell nixpkgs#npins if using flakes
```
Then run:
```bash
npins add --name <plugin name> github <owner> <repo> -b <branch>
```
::: {.note}
Be sure to replace any non-alphanumeric characters with `-` for `--name`. For
example
```bash
npins add --name lazydev-nvim github folke lazydev.nvim -b main
```
:::
Once the `npins` command is done, you can start referencing the plugin as a
**string**.
```nix
{
config.vim.startPlugins = ["lazydev-nvim"];
}
```
### Packaging Complex Plugins {#sec-pkgs-for-plugins}
[blink.cmp]: https://github.com/Saghen/blink.cmp
Some plugins require additional packages to be built and substituted to function
correctly. For example [blink.cmp] requires its own fuzzy matcher library, built
with Rust, to be installed or else defaults to a much slower Lua implementation.
In the Blink documentation, you are advised to build with `cargo` but that is
not ideal since we are leveraging the power of Nix. In this case the ideal
solution is to write a derivation for the plugin.
We use `buildRustPackage` to build the library from the repository root, and
copy everything in the `postInstall` phase.
```nix
postInstall = ''
cp -r {lua,plugin} "$out"
mkdir -p "$out/doc"
cp 'doc/'*'.txt' "$out/doc/"
mkdir -p "$out/target"
mv "$out/lib" "$out/target/release"
'';
```
In a similar fashion, you may utilize `stdenv.mkDerivation` and other Nixpkgs
builders to build your library from source, and copy the relevant files and Lua
plugin files in the `postInstall` phase. Do note, however, that you still need
to fetch the plugin sources somehow. npins is, once again, the recommended
option to fetch the plugin sources. Refer to the previous section on how to use
npins to add a new plugin.
Plugins built from source must go into the `flake/pkgs/by-name` overlay. It will
automatically create flake outputs for individual packages. Lastly, you must add
your package to the plugin builder (`pluginBuilders`) function manually in
`modules/wrapper/build/config.nix`. Once done, you may refer to your plugin as a
**string**.
```nix
{
config.vim.startPlugins = ["blink-cmp"];
}
```
### Modular setup options {#sec-modular-setup-options}
Most plugins is initialized with a call to `require('plugin').setup({...})`.
We use a special function that lets you easily add support for such setup
options in a modular way: `mkPluginSetupOption`.
Once you have added the source of the plugin as shown above, you can define the
setup options like this:
```nix
# in modules/.../your-plugin/your-plugin.nix
{lib, ...}:
let
inherit (lib.types) bool int;
inherit (lib.nvim.types) mkPluginSetupOption;
in {
options.vim.your-plugin = {
setupOpts = mkPluginSetupOption "plugin name" {
enable_feature_a = mkOption {
type = bool;
default = false;
# ...
};
number_option = mkOption {
type = int;
default = 3;
# ...
};
};
};
}
```
```nix
# in modules/.../your-plugin/config.nix
{lib, config, ...}:
let
cfg = config.vim.your-plugin;
in {
vim.luaConfigRC = lib.nvim.dag.entryAnywhere ''
require('plugin-name').setup(${lib.nvim.lua.toLuaObject cfg.setupOpts})
'';
}
```
This above config will result in this Lua script:
```lua
require('plugin-name').setup({
enable_feature_a = false,
number_option = 3,
})
```
Now users can set any of the pre-defined option field, and can also add their
own fields!
```nix
# in user's config
{
vim.your-plugin.setupOpts = {
enable_feature_a = true;
number_option = 4;
another_field = "hello";
size = { # nested fields work as well
top = 10;
};
};
}
```
### Details of toLuaObject {#sec-details-of-toluaobject}
As you've seen above, `toLuaObject` is used to convert our nix attrSet
`cfg.setupOpts`, into a lua table. Here are some rules of the conversion:
1. Nix `null` converts to lua `nil`
2. Number and strings convert to their lua counterparts
3. Nix attribute sets (`{}`) and lists (`[]`) convert into Lua dictionaries and
tables respectively. Here is an example of Nix -> Lua conversion.
- `{foo = "bar"}` -> `{["foo"] = "bar"}`
- `["foo" "bar"]` -> `{"foo", "bar"}`
4. You can write raw Lua code using `lib.generators.mkLuaInline`. This function
is part of nixpkgs, and is accessible without relying on **nvf**'s extended
library.
- `mkLuaInline "function add(a, b) return a + b end"` will yield the
following result:
```nix
{
_type = "lua-inline";
expr = "function add(a, b) return a + b end";
}
```
The above expression will be interpreted as a Lua expression in the final
config. Without the `mkLuaInline` function, you will only receive a string
literal. You can use it to feed plugin configuration tables Lua functions
that return specific values as expected by the plugins.
```nix
{
vim.your-plugin.setupOpts = {
on_init = lib.generators.mkLuaInline ''
function()
print('we can write lua!')
end
'';
};
}
```
### Lazy plugins {#sec-lazy-plugins}
If the plugin can be lazy-loaded, `vim.lazy.plugins` should be used to add it.
Lazy plugins are managed by `lz.n`.
```nix
# in modules/.../your-plugin/config.nix
{config, ...}: let
cfg = config.vim.your-plugin;
in {
vim.lazy.plugins.your-plugin = {
# Instead of vim.startPlugins, use this:
package = "your-plugin";
# ıf your plugin uses the `require('your-plugin').setup{...}` pattern
setupModule = "your-plugin";
inherit (cfg) setupOpts;
# Events that trigger this plugin to be loaded
event = ["DirChanged"];
cmd = ["YourPluginCommand"];
# Plugin Keymaps
keys = [
# We'll cover this in detail in the 'keybinds' section
{
key = "<leader>d";
mode = "n";
action = ":YourPluginCommand";
}
];
};
}
```
This results in the following lua code:
```lua
require('lz.n').load({
{
"name-of-your-plugin",
after = function()
require('your-plugin').setup({
--[[ your setupOpts ]]--
})
end,
event = {"DirChanged"},
cmd = {"YourPluginCommand"},
keys = {
{"<leader>d", ":YourPluginCommand", mode = {"n"}},
},
}
})
```
[`vim.lazy.plugins` spec]: https://notashelf.github.io/nvf/options.html#opt-vim.lazy.plugins
A full list of options can be found in the [`vim.lazy.plugins` spec] on the
rendered manual.

266
docs/manual/hacking/additional-plugins.md
View file

@ -1,266 +0,0 @@
# Adding Plugins {#sec-additional-plugins}
There are two methods for adding new Neovim plugins to **nvf**. npins is the
faster option that should be preferred if the plugin consists of pure Lua or
Vimscript code. In which case there is no building required, and we can easily
handle the copying of plugin files. Alternative method, which is required when
plugins try to build their own libraries (e.g., in Rust or C) that need to be
built with Nix to function correctly.
## With npins {#sec-npins-for-plugins}
npins is the standard method of adding new plugins to **nvf**. You simply need
the repository URL for the plugin, and can add it as a source to be built
automatically with one command. To add a new Neovim plugin, use `npins`. For
example:
```bash
nix-shell -p npins # or nix shell nixpkgs#npins if using flakes
```
Then run:
```bash
npins add --name <plugin name> github <owner> <repo> -b <branch>
```
::: {.note}
Be sure to replace any non-alphanumeric characters with `-` for `--name`. For
example
```bash
npins add --name lazydev-nvim github folke lazydev.nvim -b main
```
:::
Once the `npins` command is done, you can start referencing the plugin as a
**string**.
```nix
{
config.vim.startPlugins = ["lazydev-nvim"];
}
```
## Packaging Complex Plugins {#sec-pkgs-for-plugins}
[blink.cmp]: https://github.com/Saghen/blink.cmp
Some plugins require additional packages to be built and substituted to function
correctly. For example [blink.cmp] requires its own fuzzy matcher library, built
with Rust, to be installed or else defaults to a much slower Lua implementation.
In the Blink documentation, you are advised to build with `cargo` but that is
not ideal since we are leveraging the power of Nix. In this case the ideal
solution is to write a derivation for the plugin.
We use `buildRustPackage` to build the library from the repository root, and
copy everything in the `postInstall` phase.
```nix
postInstall = ''
cp -r {lua,plugin} "$out"
mkdir -p "$out/doc"
cp 'doc/'*'.txt' "$out/doc/"
mkdir -p "$out/target"
mv "$out/lib" "$out/target/release"
'';
```
In a similar fashion, you may utilize `stdenv.mkDerivation` and other Nixpkgs
builders to build your library from source, and copy the relevant files and Lua
plugin files in the `postInstall` phase. Do note, however, that you still need
to fetch the plugin sources somehow. npins is, once again, the recommended
option to fetch the plugin sources. Refer to the previous section on how to use
npins to add a new plugin.
Plugins built from source must go into the `flake/pkgs/by-name` overlay. It will
automatically create flake outputs for individual packages. Lastly, you must add
your package to the plugin builder (`pluginBuilders`) function manually in
`modules/wrapper/build/config.nix`. Once done, you may refer to your plugin as a
**string**.
```nix
{
config.vim.startPlugins = ["blink-cmp"];
}
```
## Modular setup options {#sec-modular-setup-options}
Most plugins is initialized with a call to `require('plugin').setup({...})`.
We use a special function that lets you easily add support for such setup
options in a modular way: `mkPluginSetupOption`.
Once you have added the source of the plugin as shown above, you can define the
setup options like this:
```nix
# in modules/.../your-plugin/your-plugin.nix
{lib, ...}:
let
inherit (lib.types) bool int;
inherit (lib.nvim.types) mkPluginSetupOption;
in {
options.vim.your-plugin = {
setupOpts = mkPluginSetupOption "plugin name" {
enable_feature_a = mkOption {
type = bool;
default = false;
# ...
};
number_option = mkOption {
type = int;
default = 3;
# ...
};
};
};
}
```
```nix
# in modules/.../your-plugin/config.nix
{lib, config, ...}:
let
cfg = config.vim.your-plugin;
in {
vim.luaConfigRC = lib.nvim.dag.entryAnywhere ''
require('plugin-name').setup(${lib.nvim.lua.toLuaObject cfg.setupOpts})
'';
}
```
This above config will result in this Lua script:
```lua
require('plugin-name').setup({
enable_feature_a = false,
number_option = 3,
})
```
Now users can set any of the pre-defined option field, and can also add their
own fields!
```nix
# in user's config
{
vim.your-plugin.setupOpts = {
enable_feature_a = true;
number_option = 4;
another_field = "hello";
size = { # nested fields work as well
top = 10;
};
};
}
```
## Details of toLuaObject {#sec-details-of-toluaobject}
As you've seen above, `toLuaObject` is used to convert our nix attrSet
`cfg.setupOpts`, into a lua table. Here are some rules of the conversion:
1. Nix `null` converts to lua `nil`
2. Number and strings convert to their lua counterparts
3. Nix attribute sets (`{}`) and lists (`[]`) convert into Lua dictionaries and
tables respectively. Here is an example of Nix -> Lua conversion.
- `{foo = "bar"}` -> `{["foo"] = "bar"}`
- `["foo" "bar"]` -> `{"foo", "bar"}`
4. You can write raw Lua code using `lib.generators.mkLuaInline`. This function
is part of nixpkgs, and is accessible without relying on **nvf**'s extended
library.
- `mkLuaInline "function add(a, b) return a + b end"` will yield the
following result:
```nix
{
_type = "lua-inline";
expr = "function add(a, b) return a + b end";
}
```
The above expression will be interpreted as a Lua expression in the final
config. Without the `mkLuaInline` function, you will only receive a string
literal. You can use it to feed plugin configuration tables Lua functions
that return specific values as expected by the plugins.
```nix
{
vim.your-plugin.setupOpts = {
on_init = lib.generators.mkLuaInline ''
function()
print('we can write lua!')
end
'';
};
}
```
## Lazy plugins {#sec-lazy-plugins}
If the plugin can be lazy-loaded, `vim.lazy.plugins` should be used to add it.
Lazy plugins are managed by `lz.n`.
```nix
# in modules/.../your-plugin/config.nix
{config, ...}: let
cfg = config.vim.your-plugin;
in {
vim.lazy.plugins.your-plugin = {
# Instead of vim.startPlugins, use this:
package = "your-plugin";
# ıf your plugin uses the `require('your-plugin').setup{...}` pattern
setupModule = "your-plugin";
inherit (cfg) setupOpts;
# Events that trigger this plugin to be loaded
event = ["DirChanged"];
cmd = ["YourPluginCommand"];
# Plugin Keymaps
keys = [
# We'll cover this in detail in the 'keybinds' section
{
key = "<leader>d";
mode = "n";
action = ":YourPluginCommand";
}
];
};
}
```
This results in the following lua code:
```lua
require('lz.n').load({
{
"name-of-your-plugin",
after = function()
require('your-plugin').setup({
--[[ your setupOpts ]]--
})
end,
event = {"DirChanged"},
cmd = {"YourPluginCommand"},
keys = {
{"<leader>d", ":YourPluginCommand", mode = {"n"}},
},
}
})
```
[`vim.lazy.plugins` spec]: https://notashelf.github.io/nvf/options.html#opt-vim.lazy.plugins
A full list of options can be found in the [`vim.lazy.plugins` spec] on the
rendered manual.

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# Getting Started {#sec-contrib-getting-started}
You, naturally, would like to start by forking the repository to get started. If
you are new to Git and GitHub, do have a look at GitHub's
[Fork a repo guide](https://help.github.com/articles/fork-a-repo/) for
instructions on how you can do this. Once you have a fork of **nvf**, you should
create a separate branch based on the most recent `main` branch. Give your
branch a reasonably descriptive name (e.g. `feature/debugger` or
`fix/pesky-bug`) and you are ready to work on your changes
Implement your changes and commit them to the newly created branch and when you
are happy with the result, and positive that it fulfills our
[Contributing Guidelines](#sec-guidelines), push the branch to GitHub and
[create a pull request](https://help.github.com/articles/creating-a-pull-request).
The default pull request template available on the **nvf** repository will guide
you through the rest of the process, and we'll gently nudge you in the correct
direction if there are any mistakes.

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# Guidelines {#sec-guidelines}
If your contribution tightly follows the guidelines, then there is a good chance
it will be merged without too much trouble. Some of the guidelines will be
strictly enforced, others will remain as gentle nudges towards the correct
direction. As we have no automated system enforcing those guidelines, please try
to double check your changes before making your pull request in order to avoid
"faulty" code slipping by.
If you are uncertain how these rules affect the change you would like to make
then feel free to start a discussion in the
[discussions tab](https://github.com/NotAShelf/nvf/discussions) ideally (but not
necessarily) before you start developing.
## Adding Documentation {#sec-guidelines-documentation}
[Nixpkgs Flavoured Markdown]: https://github.com/NixOS/nixpkgs/blob/master/doc/README.md#syntax
Almost all changes warrant updates to the documentation: at the very least, you
must update the changelog. Both the manual and module options use
[Nixpkgs Flavoured Markdown].
The HTML version of this manual containing both the module option descriptions
and the documentation of **nvf** (such as this page) can be generated and opened
by typing the following in a shell within a clone of the **nvf** Git repository:
```console
$ nix build .#docs-html
$ xdg-open $PWD/result/share/doc/nvf/index.html
```
## Formatting Code {#sec-guidelines-formatting}
Make sure your code is formatted as described in
[code-style section](#sec-guidelines-code-style). To maintain consistency
throughout the project you are encouraged to browse through existing code and
adopt its style also in new code.
## Formatting Commits {#sec-guidelines-commit-message-style}
Similar to [code style guidelines](#sec-guidelines-code-style) we encourage a
consistent commit message format as described in
[commit style guidelines](#sec-guidelines-commit-style).
## Commit Style {#sec-guidelines-commit-style}
The commits in your pull request should be reasonably self-contained. Which
means each and every commit in a pull request should make sense both on its own
and in general context. That is, a second commit should not resolve an issue
that is introduced in an earlier commit. In particular, you will be asked to
amend any commit that introduces syntax errors or similar problems even if they
are fixed in a later commit.
The commit messages should follow the
[seven rules](https://chris.beams.io/posts/git-commit/#seven-rule), except for
"Capitalize the subject line". We also ask you to include the affected code
component or module in the first line. A commit message ideally, but not
necessarily, follow the given template from home-manager's own documentation
```
{component}: {description}
{long description}
```
where `{component}` refers to the code component (or module) your change
affects, `{description}` is a very brief description of your change, and
`{long description}` is an optional clarifying description. As a rare exception,
if there is no clear component, or your change affects many components, then the
`{component}` part is optional. See
[example commit message](#sec-guidelines-ex-commit-message) for a commit message
that fulfills these requirements.
## Example Commit {#sec-guidelines-ex-commit-message}
The commit
[69f8e47e9e74c8d3d060ca22e18246b7f7d988ef](https://github.com/nix-community/home-manager/commit/69f8e47e9e74c8d3d060ca22e18246b7f7d988ef)
in home-manager contains the following commit message.
```
starship: allow running in Emacs if vterm is used
The vterm buffer is backed by libvterm and can handle Starship prompts
without issues.
```
Similarly, if you are contributing to **nvf**, you would include the scope of
the commit followed by the description:
```
languages/ruby: init module
Adds a language module for Ruby, adds appropriate formatters and Treesitter grammars
```
Long description can be omitted if the change is too simple to warrant it. A
minor fix in spelling or a formatting change does not warrant long description,
however, a module addition or removal does as you would like to provide the
relevant context, i.e. the reasoning behind it, for your commit.
Finally, when adding a new module, say `modules/foo.nix`, we use the fixed
commit format `foo: add module`. You can, of course, still include a long
description if you wish.
In case of nested modules, i.e `modules/languages/java.nix` you are recommended
to contain the parent as well - for example `languages/java: some major change`.
## Code Style {#sec-guidelines-code-style}
### Treewide {#sec-code-style-treewide}
Keep lines at a reasonable width, ideally 80 characters or less. This also
applies to string literals and module descriptions and documentation.
### Nix {#sec-code-style-nix}
[alejandra]: https://github.com/kamadorueda/alejandra
**nvf** is formatted by the [alejandra] tool and the formatting is checked in
the pull request and push workflows. Run the `nix fmt` command inside the
project repository before submitting your pull request.
While Alejandra is mostly opinionated on how code looks after formatting,
certain changes are done at the user's discretion based on how the original code
was structured.
Please use one line code for attribute sets that contain only one subset. For
example:
```nix
# parent modules should always be unfolded
# which means module = { value = ... } instead of module.value = { ... }
module = {
value = mkEnableOption "some description" // { default = true; }; # merges can be done inline where possible
# same as parent modules, unfold submodules
subModule = {
# this is an option that contains more than one nested value
# Note: try to be careful about the ordering of `mkOption` arguments.
# General rule of thumb is to order from least to most likely to change.
# This is, for most cases, type < default < description.
# Example, if present, would be between default and description
someOtherValue = mkOption {
type = lib.types.bool;
default = true;
description = "Some other description";
};
};
}
```
If you move a line down after the merge operator, Alejandra will automatically
unfold the whole merged attrset for you, which we **do not** want.
```nix
module = {
key = mkEnableOption "some description" // {
default = true; # we want this to be inline
}; # ...
}
```
For lists, it is mostly up to your own discretion how you want to format them,
but please try to unfold lists if they contain multiple items and especially if
they are to include comments.
```nix
# this is ok
acceptableList = [
item1 # comment
item2
item3 # some other comment
item4
];
# this is not ok
listToBeAvoided = [item1 item2 /* comment */ item3 item4];
# this is ok
acceptableList = [item1 item2];
# this is also ok if the list is expected to contain more elements
acceptableList= [
item1
item2
# more items if needed...
];
```

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# Keybinds {#sec-keybinds}
As of 0.4, there exists an API for writing your own keybinds and a couple of
useful utility functions are available in the
[extended standard library](https://github.com/NotAShelf/nvf/tree/main/lib). The
following section contains a general overview to how you may utilize said
functions.
## Custom Key Mappings Support for a Plugin {#sec-custom-key-mappings}
To set a mapping, you should define it in `vim.keymaps`.
An example, simple keybinding, can look like this:
```nix
{
vim.keymaps = [
{
key = "<leader>wq";
mode = ["n"];
action = ":wq<CR>";
silent = true;
desc = "Save file and quit";
}
];
}
```
There are many settings available in the options. Please refer to the
[documentation](https://notashelf.github.io/nvf/options.html#opt-vim.keymaps) to
see a list of them.
**nvf** provides a helper function, so that you don't have to write the mapping
attribute sets every time:
- `mkKeymap`, which mimics neovim's `vim.keymap.set` function
You can read the source code of some modules to see them in action, but the
usage should look something like this:
```nix
# plugindefinition.nix
{lib, ...}: let
inherit (lib.options) mkEnableOption;
inherit (lib.nvim.binds) mkMappingOption;
in {
options.vim.plugin = {
enable = mkEnableOption "Enable plugin";
# Mappings should always be inside an attrset called mappings
mappings = {
workspaceDiagnostics = mkMappingOption "Workspace diagnostics [trouble]" "<leader>lwd";
documentDiagnostics = mkMappingOption "Document diagnostics [trouble]" "<leader>ld";
lspReferences = mkMappingOption "LSP References [trouble]" "<leader>lr";
quickfix = mkMappingOption "QuickFix [trouble]" "<leader>xq";
locList = mkMappingOption "LOCList [trouble]" "<leader>xl";
symbols = mkMappingOption "Symbols [trouble]" "<leader>xs";
};
}
```
```nix
# config.nix
{
config,
lib,
options,
...
}: let
inherit (lib.modules) mkIf;
inherit (lib.nvim.binds) mkKeymap;
cfg = config.vim.plugin;
keys = cfg.mappings;
inherit (options.vim.lsp.trouble) mappings;
in {
config = mkIf cfg.enable {
vim.keymaps = [
(mkKeymap "n" keys.workspaceDiagnostics "<cmd>Trouble toggle diagnostics<CR>" {desc = mappings.workspaceDiagnostics.description;})
(mkKeymap "n" keys.documentDiagnostics "<cmd>Trouble toggle diagnostics filter.buf=0<CR>" {desc = mappings.documentDiagnostics.description;})
(mkKeymap "n" keys.lspReferences "<cmd>Trouble toggle lsp_references<CR>" {desc = mappings.lspReferences.description;})
(mkKeymap "n" keys.quickfix "<cmd>Trouble toggle quickfix<CR>" {desc = mappings.quickfix.description;})
(mkKeymap "n" keys.locList "<cmd>Trouble toggle loclist<CR>" {desc = mappings.locList.description;})
(mkKeymap "n" keys.symbols "<cmd>Trouble toggle symbols<CR>" {desc = mappings.symbols.description;})
];
};
}
```
::: {.note}
If you have come across a plugin that has an API that doesn't seem to easily
allow custom keybindings, don't be scared to implement a draft PR. We'll help
you get it done.
:::

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# Testing Changes {#sec-testing-changes}
Once you have made your changes, you will need to test them thoroughly. If it is
a module, add your module option to `configuration.nix` (located in the root of
this project) inside `neovimConfiguration`. Enable it, and then run the maximal
configuration with `nix run .#maximal -Lv` to check for build errors. If neovim
opens in the current directory without any error messages (you can check the
output of `:messages` inside neovim to see if there are any errors), then your
changes are good to go. Open your pull request, and it will be reviewed as soon
as possible.
If it is not a new module, but a change to an existing one, then make sure the
module you have changed is enabled in the maximal configuration by editing
`configuration.nix`, and then run it with `nix run .#maximal -Lv`. Same
procedure as adding a new module will apply here.

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# nvf manual {#nvf-manual}
# Introduction {#nvf-manual}
## Version @NVF_VERSION@
Version @NVF_VERSION@
```{=include=} preface
preface.md
try-it-out.md
## Preface {#ch-preface}
### What is nvf {#sec-what-is-it}
**nvf** is a highly modular, configurable, extensible and easy to use Neovim
configuration framework built and designed to be used with Nix. Boasting
flexibility, robustness and ease of use, this projecct allows you to configure a
fully featured Neovim instance with a few lines of Nix with lots of options for
advanced users as well.
## Try it out {#ch-try-it-out}
Thanks to the portability of Nix, you can try out nvf without actually
installing it to your machine. Below are the commands you may run to try out
different configurations provided by this flake. As of v0.5, two specialized
configurations are provided:
- **Nix** (`packages.nix`) - Nix language server + simple utility plugins
- **Maximal** (`packages.maximal`) - Variable language servers + utility and
decorative plugins
You may try out any of the provided configurations using the `nix run` command
on a system where Nix is installed.
```sh
$ cachix use nvf # Optional: it'll save you CPU resources and time
$ nix run github:notashelf/nvf#nix # Will run the default minimal configuration
```
```{=include=} parts
installation.md
configuring.md
tips.md
Do keep in mind that this is **susceptible to garbage collection** meaning that
the built outputs will be removed from your Nix store once you garbage collect.
## Using Prebuilt Configs {#sec-using-prebuilt-configs}
```bash
$ nix run github:notashelf/nvf#nix
$ nix run github:notashelf/nvf#maximal
```
```{=include=} chapters
hacking.md
### Available Configurations {#sec-available-configs}
> [!NOTE]
> The below configurations are provided for demonstration purposes, and are
> **not** designed to be installed as is. You may refer to the installation
> steps below and the helpful tips section for details on creating your own
> configurations.
#### Nix {#sec-configs-nix}
`Nix` configuration by default provides LSP/diagnostic support for Nix alongside
a set of visual and functional plugins. By running `nix run .#`, which is the
default package, you will build Neovim with this config.
```bash
$ nix run github:notashelf/nvf#nix test.nix
# => This will open a file called `test.nix` with Nix LSP and syntax highlighting
```
```{=include=} appendix html:into-file=//quirks.html
quirks.md
This command will start Neovim with some opinionated plugin configurations, and
is designed specifically for Nix. the `nix` configuration lets you see how a
fully configured Neovim setup _might_ look like without downloading too many
packages or shell utilities.
#### Maximal {#sec-configs-maximal}
`Maximal` is the ultimate configuration that will enable support for more
commonly used language as well as additional complementary plugins. Keep in
mind, however, that this will pull a lot of dependencies.
```bash
$ nix run github:notashelf/nvf#maximal -- test.nix
# => This will open a file called `test.nix` with a variety of plugins available
```
```{=include=} appendix html:into-file=//options.html
options.md
```
It uses the same configuration template with the [Nix](#sec-configs-nix)
configuration, but supports many more languages, and enables more utility,
companion or fun plugins.
```{=include=} appendix html:into-file=//release-notes.html
release-notes/release-notes.md
> [!WARNING]
> Running the maximal config will download _a lot_ of packages as it is
> downloading language servers, formatters, and more. If CPU time and bandwidth
> are concerns, please use the default package instead.
## Installing nvf {#ch-installation}
[module installation section]: #ch-module-installation
There are multiple ways of installing nvf on your system. You may either choose
the standalone installation method, which does not depend on a module system and
may be done on any system that has the Nix package manager or the appropriate
modules for NixOS and home-manager as described in the
[module installation section].
```{=include=}
installation/custom-configuration.md
installation/modules.md
```

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# Installing nvf {#ch-installation}
[module installation section]: #ch-module-installation
There are multiple ways of installing nvf on your system. You may either choose
the standalone installation method, which does not depend on a module system and
may be done on any system that has the Nix package manager or the appropriate
modules for NixOS and home-manager as described in the
[module installation section].
```{=include=} chapters
installation/custom-configuration.md
installation/modules.md
```

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# nvf Configuration Options {#ch-options}
Below are the module options provided by nvf, in no particular order. Most
options will include useful comments, warnings or setup tips on how a module
option is meant to be used as well as examples in complex cases.
An offline version of this page is bundled with nvf as a part of the manpages
which you can access with `man 5 nvf`. Please let us know if you believe any of
the options below are missing useful examples.
<!--
In the manual, individual options may be referenced in Hyperlinks as follows:
[](#opt-vim.*) If changing the prefix here, do keep in mind the #opt- suffix will have
to be changed everywhere.
-->
```{=include=} options
id-prefix: opt-
list-id: nvf-options
source: @OPTIONS_JSON@
```

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# Preface {#ch-preface}
## What is nvf {#sec-what-is-it}
nvf is a highly modular, configurable, extensible and easy to use Neovim
configuration in Nix. Designed for flexibility and ease of use, nvf allows you
to easily configure your fully featured Neovim instance with a few lines of Nix.
## Bugs & Suggestions {#sec-bugs-suggestions}
[issue tracker]: https://github.com/notashelf/nvf/issues
[discussions tab]: https://github.com/notashelf/nvf/discussions
[pull requests tab]: https://github.com/notashelf/nvf/pulls
If you notice any issues with nvf, or this documentation, then please consider
reporting them over at the [issue tracker]. Issues tab, in addition to the
[discussions tab] is a good place as any to request new features.
You may also consider submitting bugfixes, feature additions and upstreamed
changes that you think are critical over at the [pull requests tab].

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@ -5,9 +5,41 @@ be it a result of generating Lua from Nix, or the state of packaging. This page,
in turn, will list any known modules or plugins that are known to misbehave, and
possible workarounds that you may apply.
<!-- If adding a new known quirk, please create a new page in quirks/ and include
the name of the file here.-->
## NodeJS {#ch-quirks-nodejs}
```{=include=} chapters
quirks/nodejs.md
```
### eslint-plugin-prettier {#sec-eslint-plugin-prettier}
When working with NodeJS, everything works as expected, but some projects have
settings that can fool nvf.
If [this plugin](https://github.com/prettier/eslint-plugin-prettier) or similar
is included, you might get a situation where your eslint configuration diagnoses
your formatting according to its own config (usually `.eslintrc.js`).
The issue there is your formatting is made via prettierd.
This results in auto-formatting relying on your prettier config, while your
eslint config diagnoses formatting
[which it's not supposed to](https://prettier.io/docs/en/comparison.html))
In the end, you get discrepancies between what your editor does and what it
wants.
Solutions are:
1. Don't add a formatting config to eslint, and separate prettier and eslint.
2. PR this repo to add an ESLint formatter and configure nvf to use it.
## Bugs & Suggestions {#ch-bugs-suggestions}
[issue tracker]: https://github.com/notashelf/nvf/issues
[discussions tab]: https://github.com/notashelf/nvf/discussions
[pull requests tab]: https://github.com/notashelf/nvf/pulls
Some quirks are not exactly quirks, but bugs in the module systeme. If you
notice any issues with nvf, or this documentation, then please consider
reporting them over at the [issue tracker]. Issues tab, in addition to the
[discussions tab] is a good place as any to request new features.
You may also consider submitting bugfixes, feature additions and upstreamed
changes that you think are critical over at the [pull requests tab].

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# NodeJS {#ch-quirks-nodejs}
## eslint-plugin-prettier {#sec-eslint-plugin-prettier}
When working with NodeJS, everything works as expected, but some projects have
settings that can fool nvf.
If [this plugin](https://github.com/prettier/eslint-plugin-prettier) or similar
is included, you might get a situation where your eslint configuration diagnoses
your formatting according to its own config (usually `.eslintrc.js`).
The issue there is your formatting is made via prettierd.
This results in auto-formatting relying on your prettier config, while your
eslint config diagnoses formatting
[which it's not supposed to](https://prettier.io/docs/en/comparison.html))
In the end, you get discrepancies between what your editor does and what it
wants.
Solutions are:
1. Don't add a formatting config to eslint, and separate prettier and eslint.
2. PR this repo to add an ESLint formatter and configure nvf to use it.

15
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@ -0,0 +1,15 @@
# Release Notes {#ch-release-notes}
This section lists the release notes for tagged version of **nvf** and the
current main current main branch
```{=include=} chapters
release-notes/rl-0.1.md
release-notes/rl-0.2.md
release-notes/rl-0.3.md
release-notes/rl-0.4.md
release-notes/rl-0.5.md
release-notes/rl-0.6.md
release-notes/rl-0.7.md
release-notes/rl-0.8.md
```

4
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View file

@ -1,4 +1,4 @@
# Release 0.1 {#sec-release-0.1}
# Release 0.1 {#sec-release-0-1}
This is the current master branch and information here is not final. These are
changes from the v0.1 tag.
@ -7,7 +7,7 @@ Special thanks to [home-manager](https://github.com/nix-community/home-manager/)
for this release. Docs/manual generation, the new module evaluation system, and
DAG implementation are from them.
## Changelog {#sec-release-0.1-changelog}
## Changelog {#sec-release-0-1-changelog}
[jordanisaacs](https://github.com/jordanisaacs):

20
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@ -1,8 +1,8 @@
# Release 0.2 {#sec-release-0.2}
# Release 0.2 {#sec-release-0-2}
Release notes for release 0.2
## Changelog {#sec-release-0.2-changelog}
## Changelog {#sec-release-0-2-changelog}
[notashelf](https://github.com/notashelf):
@ -10,55 +10,39 @@ Release notes for release 0.2
default, while `minimap.vim` is available with its code-minimap dependency.
- A complementary plugin, `obsidian.nvim` and the Neovim alternative for Emacs'
orgmode with `orgmode.nvim` have been added. Both will be disabled by default.
- Smooth scrolling for ANY movement command is now available with
`cinnamon.nvim`
- You will now notice a dashboard on startup. This is provided by the
`alpha.nvim` plugin. You can use any of the three available dashboard plugins,
or disable them entirely.
- There is now a scrollbar on active buffers, which can highlight errors by
hooking to your LSPs. This is on by default, but can be toggled off under
`vim.visuals` if seen necessary.
- Discord Rich Presence has been added through `presence.nvim` for those who
want to flex that they are using the _superior_ text editor.
- An icon picker is now available with telescope integration. You can use
`:IconPickerInsert` or `:IconPickerYank` to add icons to your code.
- A general-purpose cheatsheet has been added through `cheatsheet.nvim`. Forget
no longer!
- `ccc.nvim` has been added to the default plugins to allow picking colors with
ease.
- Most UI components of Neovim have been replaced through the help of
`noice.nvim`. There are also notifications and custom UI elements available
for Neovim messages and prompts.
- A (floating by default) terminal has been added through `toggleterm.nvim`.
- Harness the power of ethical (`tabnine.nvim`) and not-so-ethical
(`copilot.lua`) AI by those new assistant plugins. Both are off by default,
TabNine needs to be wrapped before it's working.
- Experimental mouse gestures have been added through `gesture.nvim`. See plugin
page and the relevant module for more details on how to use.
- Re-open last visited buffers via `nvim-session-manager`. Disabled by default
as deleting buffers seems to be problematic at the moment.
- Most of NvimTree's configuration options have been changed with some options
being toggled to off by default.
- Lualine had its configuration simplified and style toned down. Less color,
more info.
- Modules where multiple plugin configurations were in the same directory have
been simplified. Each plugin inside a single module gets its directory to be
imported.
- Separate config options with the same parent attribute have been merged into
one for simplicity.

4
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@ -1,4 +1,4 @@
# Release 0.3 {#sec-release-0.3}
# Release 0.3 {#sec-release-0-3}
Release 0.3 had to come out before I wanted it to due to Neovim 0.9 dropping
into nixpkgs-unstable. The Treesitter changes have prompted a Treesitter rework,
@ -7,7 +7,7 @@ those are downstreamed from the original repository. The feature requests that
was originally planned for 0.3 have been moved to 0.4, which should come out
soon.
## Changelog {#sec-release-0.3-changelog}
## Changelog {#sec-release-0-3-changelog}
- We have transitioned to flake-parts, from flake-utils to extend the
flexibility of this flake. This means the flake structure is different than

4
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View file

@ -1,4 +1,4 @@
# Release 0.4 {#sec-release-0.4}
# Release 0.4 {#sec-release-0-4}
Following the release of v0.3, I have decided to release v0.4 with a massive new
change: customizable keybinds. As of the 0.4 release, keybinds will no longer be
@ -12,7 +12,7 @@ as `lazygit` integration and the new experimental Lua loader of Neovim 0.9
thanks to our awesome contributors who made this update possible during my
absence.
## Changelog {#sec-release-0.4-changelog}
## Changelog {#sec-release-0-4-changelog}
[n3oney](https://github.com/n3oney):

6
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@ -1,8 +1,6 @@
# Release 0.5 {#sec-release-0.5}
# Release 0.5 {#sec-release-0-5}
Release notes for release 0.5
## Changelog {#sec-release-0.5-changelog}
## Changelog {#sec-release-0-5-changelog}
[vagahbond](https://github.com/vagahbond):

4
docs/release-notes/rl-0.6.md → docs/manual/release-notes/rl-0.6.md
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@ -1,6 +1,6 @@
# Release 0.6 {#sec-release-0.6}
# Release 0.6 {#sec-release-0-6}
Release notes for release 0.6
Release notes for release 0-6
## Breaking Changes and Migration Guide {#sec-breaking-changes-and-migration-guide}

2
docs/release-notes/rl-0.7.md → docs/manual/release-notes/rl-0.7.md
View file

@ -1,4 +1,4 @@
# Release 0.7 {#sec-release-0.7}
# Release 0.7 {#sec-release-0-7}
Release notes for release 0.7

5
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@ -1,4 +1,4 @@
# Release 0.8 {#sec-release-0.8}
# Release 0.8 {#sec-release-0-8}
## Breaking changes
@ -28,6 +28,8 @@
align with the "hunks" themed mapping and avoid conflict with the new [neogit]
group.
## Changelog {#sec-release-0-8-changelog}
[NotAShelf](https://github.com/notashelf):
[typst-preview.nvim]: https://github.com/chomosuke/typst-preview.nvim
@ -38,7 +40,6 @@
[colorful-menu.nvim]: https://github.com/xzbdmw/colorful-menu.nvim
[oil.nvim]: https://github.com/stevearc/oil.nvim
[hunk.nvim]: https://github.com/julienvincent/hunk.nvim
[undotree]: https://github.com/mbbill/undotree
- Add [typst-preview.nvim] under
`languages.typst.extensions.typst-preview-nvim`.

2
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@ -6,7 +6,7 @@ documentation, configuring **nvf** with pure Lua and using custom plugin sources
in **nvf** in this section. For general configuration tips, please see previous
chapters.
```{=include=} chapters
```{=include=}
tips/debugging-nvf.md
tips/offline-docs.md
tips/pure-lua-config.md

72
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@ -1,72 +0,0 @@
# Try it out {#ch-try-it-out}
Thanks to the portability of Nix, you can try out nvf without actually
installing it to your machine. Below are the commands you may run to try out
different configurations provided by this flake. As of v0.5, two specialized
configurations are provided:
- **Nix** (`packages.nix`) - Nix language server + simple utility plugins
- **Maximal** (`packages.maximal`) - Variable language servers + utility and
decorative plugins
You may try out any of the provided configurations using the `nix run` command
on a system where Nix is installed.
```sh
$ cachix use nvf # Optional: it'll save you CPU resources and time
$ nix run github:notashelf/nvf#nix # Will run the default minimal configuration
```
Do keep in mind that this is **susceptible to garbage collection** meaning that
the built outputs will be removed from your Nix store once you garbage collect.
## Using Prebuilt Configs {#sec-using-prebuilt-configs}
```bash
$ nix run github:notashelf/nvf#nix
$ nix run github:notashelf/nvf#maximal
```
### Available Configurations {#sec-available-configs}
::: {.info}
The below configurations are provided for demonstration purposes, and are
**not** designed to be installed as is. You may
#### Nix {#sec-configs-nix}
`Nix` configuration by default provides LSP/diagnostic support for Nix alongside
a set of visual and functional plugins. By running `nix run .#`, which is the
default package, you will build Neovim with this config.
```bash
$ nix run github:notashelf/nvf#nix test.nix
```
This command will start Neovim with some opinionated plugin configurations, and
is designed specifically for Nix. the `nix` configuration lets you see how a
fully configured Neovim setup _might_ look like without downloading too many
packages or shell utilities.
#### Maximal {#sec-configs-maximal}
`Maximal` is the ultimate configuration that will enable support for more
commonly used language as well as additional complementary plugins. Keep in
mind, however, that this will pull a lot of dependencies.
```bash
$ nix run github:notashelf/nvf#maximal -- test.nix
```
It uses the same configuration template with the [Nix](#sec-configs-nix)
configuration, but supports many more languages, and enables more utility,
companion or fun plugins.
::: {.warning}
Running the maximal config will download _a lot_ of packages as it is
downloading language servers, formatters, and more. If CPU time and bandwidth
are concerns, please use the default package instead.
:::

14
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@ -1,14 +0,0 @@
# Release Notes {#ch-release-notes}
This section lists the release notes for tagged version of **nvf** and the
current main current main branch
```{=include=} chapters
rl-0.1.md
rl-0.2.md
rl-0.3.md
rl-0.4.md
rl-0.5.md
rl-0.6.md
rl-0.7.md
```