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@ -1,6 +1,7 @@
MIT License MIT License
Copyright (c) 2021 chiya.dev Copyright (c) 2023 squibid
Copyright (c) 2021-2023 chiya.dev
Permission is hereby granted, free of charge, to any person obtaining a copy Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal of this software and associated documentation files (the "Software"), to deal

154
README.md
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@ -1,27 +1,29 @@
# dep # dep
[![License](https://img.shields.io/github/license/chiyadev/dep)](LICENSE)
[![Maintainer](https://img.shields.io/badge/maintainer-luaneko-pink)][4]
[![Issues](https://img.shields.io/github/issues/chiyadev/dep.svg)][8]
[![Contributors](https://img.shields.io/github/contributors/chiyadev/dep.svg)][9]
> This readme is a work in progress. > This readme is a work in progress.
A versatile, declarative and correct [neovim][2] package manager in [Lua][3]. A versatile, declarative and correct [neovim][2] package manager in [Lua][3].
Originally written for personal use by [luaneko][4]. Originally written for personal use by [luaneko][4]. Adapted by [squibid][5] for
general use.
What does that mean? What does that mean?
1. `versatile` - packages can be declared in any Lua file in any order of your liking. 1. `versatile` - packages can be declared in any Lua file in any order of your
liking.
2. `declarative` - packages are declared using simple Lua tables. 2. `declarative` - packages are declared using simple Lua tables.
3. `correct` - packages are always loaded in a correct and consistent order. 3. `correct` - packages are always loaded in a correct and consistent order.
See also luaneko's [neovim-configs][10] for an example of how dep can be used in practice. In addition to the above dep has been built to be completely in control of you,
the user. With the help of lazy loading you can choose when your plugin loads
down to the finest detail (examples may be found below).
See also squibid's [neovim-configs][10] for an example of how dep can be used in
practice.
## Requirements ## Requirements
- [Neovim][2] 0.6+ - [Neovim][2] 0.8+
- [Git][5] - [Git][6] 2.13+
## Setup ## Setup
@ -29,11 +31,11 @@ See also luaneko's [neovim-configs][10] for an example of how dep can be used in
```lua ```lua
-- ~/.config/nvim/lua/bootstrap.lua: -- ~/.config/nvim/lua/bootstrap.lua:
-- automatically install `chiyadev/dep` on startup -- automatically install `squibid/dep` on startup
local path = vim.fn.stdpath("data") .. "/site/pack/deps/opt/dep" local path = vim.fn.stdpath("data") .. "/site/pack/deps/opt/dep"
if vim.fn.empty(vim.fn.glob(path)) > 0 then if vim.fn.empty(vim.fn.glob(path)) > 0 then
vim.fn.system({ "git", "clone", "--depth=1", "https://github.com/chiyadev/dep", path }) vim.fn.system({ "git", "clone", "--depth=1", "https://git.squi.bid/dep", path })
end end
vim.cmd("packadd dep") vim.cmd("packadd dep")
@ -54,9 +56,7 @@ require "dep" {
cleans removed packages and reloads packages as necessary. cleans removed packages and reloads packages as necessary.
- `:DepClean` - cleans removed packages. - `:DepClean` - cleans removed packages.
- `:DepReload` - reloads all packages. - `:DepReload` - reloads all packages.
- `:DepList` - prints the package list, performance metrics and dependency graphs.
- `:DepLog` - opens the log file. - `:DepLog` - opens the log file.
- `:DepConfig` - opens the file that called dep, for convenience.
## Package specification ## Package specification
@ -68,21 +68,25 @@ A package must be declared in the following format.
-- This is the only required field; all other fields are optional. -- This is the only required field; all other fields are optional.
"user/package", "user/package",
-- [function] Code to run after the package is loaded into neovim.
function()
require "package".setup(...)
end,
-- [function] Code to run before the package is loaded into neovim. -- [function] Code to run before the package is loaded into neovim.
setup = function() setup = function()
vim.g.package_config = ... vim.g.package_config = ...
end, end,
-- [function] Code to run after the package is loaded into neovim.
load = function()
require "package".setup(...)
end,
-- [function] Code to run after the package is installed or updated. -- [function] Code to run after the package is installed or updated.
config = function() config = function()
os.execute(...) os.execute(...)
end, end,
-- [function] Code used to determine when the package should be loaded.
lazy = function(load)
end,
-- [string] Overrides the short name of the package. -- [string] Overrides the short name of the package.
-- Defaults to a substring of the full name after '/'. -- Defaults to a substring of the full name after '/'.
as = "custom_package", as = "custom_package",
@ -91,19 +95,27 @@ A package must be declared in the following format.
-- Defaults to "https://github.com/{full_name}.git". -- Defaults to "https://github.com/{full_name}.git".
url = "https://git.chiya.dev/user/package.git", url = "https://git.chiya.dev/user/package.git",
-- [string] Overrides the source in which the package is gotten
-- from. This is not set by default.
path = "~/my-local-package/",
-- [string] Overrides the name of the branch to clone. -- [string] Overrides the name of the branch to clone.
-- Defaults to whatever the remote configured as their HEAD, which is usually "master". -- Defaults to whatever the remote configured as their HEAD, which is usually "master".
branch = "develop", branch = "develop",
-- [string] Overrides the commit ref to target
-- Defaults to the latest commit on the current branch
commit = "e76cb03",
-- [boolean] Prevents the package from being loaded. -- [boolean] Prevents the package from being loaded.
disable = true, disable = true,
-- [boolean] Prevents the package from being updated. -- [boolean] Prevents the package from being updated.
pin = true, pin = true,
-- [string|array] Specifies dependencies that must be loaded before the package. -- [string|array] Specifies requirements that must be loaded before the package.
-- If given a string, it is wrapped into an array. -- If given a string, it is wrapped into an array.
requires = {...}, reqs = {...},
-- [string|array] Specifies dependents that must be loaded after the package. -- [string|array] Specifies dependents that must be loaded after the package.
-- If given a string, it is wrapped into an array. -- If given a string, it is wrapped into an array.
@ -129,7 +141,7 @@ combined into one. This is useful when declaring dependencies, which is explored
require "dep" { require "dep" {
{ {
"user/package", "user/package",
requires = "user/dependency", reqs = "user/dependency",
disabled = true, disabled = true,
config = function() config = function()
print "my config hook" print "my config hook"
@ -150,7 +162,7 @@ require "dep" {
require "dep" { require "dep" {
{ {
"user/package", "user/package",
requires = { "user/dependency", "user/another_dependency" }, reqs = { "user/dependency", "user/another_dependency" },
deps = "user/dependent", deps = "user/dependent",
disabled = true, disabled = true,
config = function() config = function()
@ -171,10 +183,10 @@ they are combined into one just like normal package specifications.
require "dep" { require "dep" {
{ {
"user/package", "user/package",
requires = { reqs = {
{ {
"user/dependency1", "user/dependency1",
requires = "user/dependency2" reqs = "user/dependency2"
} }
} }
} }
@ -197,7 +209,7 @@ require "dep" {
require "dep" { require "dep" {
{ {
"user/dependency1", "user/dependency1",
requires = "user/dependency2", reqs = "user/dependency2",
deps = "user/package" deps = "user/package"
} }
} }
@ -206,11 +218,11 @@ require "dep" {
require "dep" { require "dep" {
{ {
"user/dependency1", "user/dependency1",
requires = "user/dependency2" reqs = "user/dependency2"
}, },
{ {
"user/package", "user/package",
requires = "user/dependency1" reqs = "user/dependency1"
} }
} }
@ -237,11 +249,11 @@ instead of hanging or crashing.
require "dep" { require "dep" {
{ {
"user/package1", "user/package1",
requires = "user/package2" reqs = "user/package2"
}, },
{ {
"user/package2", "user/package2",
requires = "user/package1" reqs = "user/package1"
} }
} }
``` ```
@ -257,12 +269,12 @@ require "dep" {
{ {
"user/package1", "user/package1",
disabled = true, -- implied disabled = true, -- implied
requires = "user/dependency" reqs = "user/dependency"
}, },
{ {
"user/package2", "user/package2",
disabled = true, -- implied disabled = true, -- implied
requires = "user/dependency" reqs = "user/dependency"
} }
} }
``` ```
@ -273,31 +285,85 @@ If a dependency fails to load for some reason, all of its dependents are guarant
require "dep" { require "dep" {
{ {
"user/problematic", "user/problematic",
function() load = function()
error("bad hook") error("bad hook")
end end
}, },
{ {
"user/dependent", "user/dependent",
requires = "user/problematic", requires = "user/problematic",
function() load = function()
print "unreachable" print "unreachable"
end end
} }
} }
``` ```
## Lazy loading
Imagine you're using [telescope.nvim][7] and you need to pull it up with a keybind,
but you don't want to have it load before that moment. With lazy loading you may
choose to only load it when needed using the built in lazy utils which are made
available to you as soon as you start using the lazy option.
```lua
require "dep" {
{ "nvim-telescope/telescope.nvim",
lazy = function(load)
load:keymap("n", "<leader>f")
end,
load = function()
require("telescope").setup {}
vim.keymap.set("n", "<leader>f", require("telescope.builtin").find_files, {})
end
}
}
```
Say you wanted to use [gitsigns.nvim][9], but only wanted to load it when
in a git directory OR when you call the Gitsigns command. With the power of lazy
loading this can be accomplished by simply defining an auto command like so:
```lua
require "dep" {
{
"lewis6991/gitsigns.nvim",
lazy = function(load)
-- load gitsigns if we're in a git repository
load:auto({ "BufEnter", "BufNew" }, {
callback = function()
local paths = vim.fs.find({ ".git", }, { upward = true })
if #paths > 0 then
load:cleanup()
end
end
})
-- load gitsigns if the user trys to run the command
load:cmd("Gitsigns")
end,
load = function()
require("gitsigns").setup {}
end
}
}
```
If you're in the need of a deeper understanding of how the utils work go check
out `lua/lazy/utils.lua` for the source code.
## Separating code into modules ## Separating code into modules
Suppose you split your `init.lua` into two files `packages/search.lua` and Suppose you split your `init.lua` into two files `packages/search.lua` and
`packages/vcs.lua`, which declare the packages [telescope.nvim][6] and [vim-fugitive][7] respectively. `packages/vcs.lua`, which declare the packages [telescope.nvim][7] and [vim-fugitive][8] respectively.
```lua ```lua
-- ~/.config/nvim/lua/packages/search.lua: -- ~/.config/nvim/lua/packages/search.lua:
return { return {
{ {
"nvim-telescope/telescope.nvim", "nvim-telescope/telescope.nvim",
requires = "nvim-lua/plenary.nvim" reqs = "nvim-lua/plenary.nvim"
} }
} }
``` ```
@ -345,7 +411,7 @@ require("dep")(packages)
require "dep" { require "dep" {
{ {
"nvim-telescope/telescope.nvim", "nvim-telescope/telescope.nvim",
requires = "nvim-lua/plenary.nvim" reqs = "nvim-lua/plenary.nvim"
}, },
"tpope/vim-fugitive" "tpope/vim-fugitive"
} }
@ -362,7 +428,7 @@ return {
{ {
"user/package", "user/package",
disabled = true, -- implied by module disabled = true, -- implied by module
requires = { reqs = {
{ {
"user/dependency", "user/dependency",
-- disabled = true -- not implied -- disabled = true -- not implied
@ -411,9 +477,9 @@ dep is licensed under the [MIT License](LICENSE).
[2]: https://neovim.io/ [2]: https://neovim.io/
[3]: https://www.lua.org/ [3]: https://www.lua.org/
[4]: https://github.com/luaneko [4]: https://github.com/luaneko
[5]: https://git-scm.com/ [5]: https://squi.bid
[6]: https://github.com/nvim-telescope/telescope.nvim [6]: https://git-scm.com/
[7]: https://github.com/tpope/vim-fugitive [7]: https://github.com/nvim-telescope/telescope.nvim
[8]: https://GitHub.com/chiyadev/dep/issues [8]: https://github.com/tpope/vim-fugitive
[9]: https://github.com/chiyadev/dep/graphs/contributors [9]: https://github.com/lewis6991/gitsigns.nvim
[10]: https://github.com/luaneko/neovim-config [10]: https://git.squi.bid/nvim

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lua/dep/fs.lua Normal file
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@ -0,0 +1,22 @@
local h = require('dep.helpers')
local logger = require('dep.log')
local fs = {}
function fs:sync(package, cb)
if not package.exists then
fs:link(package, cb)
end
end
function fs:link(package, cb)
h.uv.fs_symlink(package.path, package.dir, nil, function(err, _)
if err then
logger:log("error", "failed to symlink %s; reason: %s", package.id, err)
else
cb(err)
end
end)
end
return fs

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lua/dep/git.lua Normal file
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@ -0,0 +1,166 @@
-- TODO: clean this up, it's a mess
-- the nesting of all the proc calls is really annoying, and I need to find a
-- cleaner way to do it
local logger = require('dep.log')
local proc = require('dep.proc')
local git = {}
--- install or update a given package
---@param package package package to update/install
---@param cb function callback
function git.sync(package, cb)
local function sync()
-- update or install
if package.exists then
git.update(package, cb)
else
git.install(package, cb)
end
end
-- handle arbitrary branches here
if package.branch then
proc.git_resolve_branch(package.url, package.branch, function(err, message)
if not err then
package.branch = message
sync()
end
end)
else
sync()
end
end
--- configure a package
---@param package table package spec
local function configurepkg(package)
package:runhooks("on_config")
logger:log("config", "package: %s configured", package.id)
package.configured = true
end
--- install a given package
---@param package package package to install
---@param cb function callback
function git.install(package, cb)
if not package.enabled then
cb()
return
end
proc.git_clone(package.dir, package.url, package.branch, function(err, message)
if err then
logger:log("error", "failed to install %s; reason: %s",
package.id, message)
else
if package.commit then
proc.git_checkout(package.dir, package.branch, package.commit, function(err, message)
if err then
logger:log("error", "failed to checkout %s; reason: %s", package.id, message)
else
package.exists = true
package:unconfiguretree()
logger:log("install", "installed %s", package.id)
configurepkg(package)
end
end)
else
package.exists = true
package:unconfiguretree()
logger:log("install", "installed %s", package.id)
configurepkg(package)
end
end
cb(err)
end)
end
--- update a package
---@param package package package to update
---@param cb function callback
function git.update(package, cb)
if not package.enabled then
cb()
return
end
local function log_err(err)
logger:log("error", "failed to update %s; reason: %s", package.id, err)
end
if package.pin then
cb()
return
end
local function logerr(err)
logger:log("error", "failed to update %s; reason: %s", package.id, err)
end
proc.git_rev_parse(package.dir, "HEAD", function(err, before)
if err then
logerr(before)
cb(err)
else
if package.commit then
proc.git_checkout(package.dir, package.branch, package.commit, function(err, message)
if err then
log_err(message)
cb(err)
else
proc.git_rev_parse(package.dir, package.commit, function(err, after)
if err then
log_err(after)
cb(err)
elseif before == after then
logger:log("skip", "skipped %s", package.id)
cb(err)
else
package:unconfiguretree()
logger:log("update", "updated %s; %s -> %s", package.id, before, after)
configurepkg(package)
end
end)
end
end)
else
proc.git_fetch(package.dir, "origin", package.branch or "HEAD", function(err, message)
if err then
log_err(message)
cb(err)
else
proc.git_rev_parse(package.dir, "FETCH_HEAD^{commit}", function(err, after)
if err then
log_err(after)
cb(err)
elseif before == after then
logger:log("skip", "skipped %s", package.id)
cb(err)
else
proc.git_reset(package.dir, after, function(err, message)
if err then
log_err(message)
else
package:unconfiguretree()
logger:log("update", "updated %s; %s -> %s", package.id, before, after)
configurepkg(package)
end
cb(err)
end)
end
end)
end
end)
end
end
end)
end
return git

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lua/dep/helpers.lua Normal file
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@ -0,0 +1,4 @@
return {
-- vim.loop was depricated in nvim 0.10
uv = vim.uv or vim.loop
}

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@ -1,23 +1,30 @@
-- local h = require('dep.helpers')
-- Copyright (c) 2022 chiya.dev
--
-- Use of this source code is governed by the MIT License
-- which can be found in the LICENSE file and at:
--
-- https://chiya.dev/licenses/mit.txt
--
local vim, setmetatable, pcall, debug, string, os, assert = vim, setmetatable, pcall, debug, string, os, assert
local logger = {}
logger.stage_colors = {
skip = "Comment",
clean = "Boolean",
install = "MoreMsg",
update = "WarningMsg",
delete = "Directory",
error = "ErrorMsg",
}
--- create the default logging path
---@return string path to the logfile
local function default_log_path() local function default_log_path()
-- ensure cache directory exists (#5) -- create cache directory and chmod it if it doesn't already exist
local path = vim.fn.stdpath("cache") local path = vim.fn.stdpath("cache")
if not vim.loop.fs_stat(path) then if not h.uv.fs_stat(path) then
vim.loop.fs_mkdir(path, 0x1ff) -- 0777 h.uv.fs_mkdir(path, 0x1ff) -- 0777
end end
return path .. "/dep.log" return vim.fs.normalize(path).."/dep.log"
end end
--- attempt to format a string
---@vararg string formating args
local function try_format(...) local function try_format(...)
local ok, s = pcall(string.format, ...) local ok, s = pcall(string.format, ...)
if ok then if ok then
@ -25,85 +32,69 @@ local function try_format(...)
end end
end end
--- Writes logs to a file and prints pretty status messages. --- setup all logging stuff
local Logger = setmetatable({ ---@param path string|nil optional alternative path for the log file
__metatable = "Logger", ---@return table
__index = { function logger:setup(path)
--- Prints a message associated with a stage. logger.path = path or default_log_path()
log = function(self, stage, message, ...) local pipe
-- calling function
local source = debug.getinfo(2, "Sl").short_src
-- format or stringify message logger.handle = assert(h.uv.fs_open(logger.path, "w", 0x1a4)) -- 0644
pipe = h.uv.new_pipe()
pipe:open(logger.handle)
return pipe
end
--- log a message
---@param level string error level
---@param message any string message to send
---@vararg any options to go into the message
function logger:log(level, message, ...)
-- make sure the message string is actually a string, and formatted
-- appropriately
if type(message) == "string" then if type(message) == "string" then
message = try_format(message, ...) or message message = try_format(message, ...) or message
else else
message = vim.inspect(message) message = vim.inspect(message)
end end
-- print and write must be done on the main event loop -- get debug info about the current function
local source = debug.getinfo(2, "Sl")
-- schedule a log message to be sent to vim, and the log file
vim.schedule(function() vim.schedule(function()
if not self.silent then if not logger.silent then
if stage == "error" then if level == "error" then
vim.api.nvim_err_writeln(string.format("[dep] %s", message)) vim.api.nvim_echo({ { string.format("[dep] %s", message) } }, true, { err = true })
elseif self.stage_colors[stage] then elseif logger.stage_colors[level] then
vim.api.nvim_echo({ vim.api.nvim_echo({
{ "[dep]", "Identifier" }, { "[dep]", "Identifier" },
{ " " }, { " " },
{ message, self.stage_colors[stage] }, { message, logger.stage_colors[level] },
}, true, {}) }, true, {})
end end
end end
if self.pipe then -- write to the pipe if it's open
self.pipe:write(string.format("[%s] %s: %s\n", os.date(), source, message)) if logger.pipe then
logger.pipe:write(string.format("[%s] %s:%s: %s\n", os.date("%T"), source.short_src:gsub('.*%/', ''), source.currentline, message))
end end
end) end)
end,
--- Closes the log file handle.
close = function(self)
if self.pipe then
self.pipe:close()
self.pipe = nil
end end
if self.handle then --- cleanup all logging stuff
vim.loop.fs_close(self.handle) ---@param pipe table? pipe
self.handle = nil ---@param handle table? handle
function logger:cleanup(pipe, handle)
if pipe then
pipe:close()
pipe = nil
end
if handle then
h.uv.fs_close(logger.handle)
handle = nil
end
end end
end,
},
}, {
--- Constructs a new `Logger`.
__call = function(mt, path)
path = path or default_log_path()
-- clear and open log file return logger
local handle = assert(vim.loop.fs_open(path, "w", 0x1a4)) -- 0644
local pipe = vim.loop.new_pipe()
pipe:open(handle)
return setmetatable({
path = path,
handle = handle,
pipe = pipe,
silent = false,
-- TODO: This looks good for me ;) but it should have proper vim color mapping for other people.
stage_colors = {
skip = "Comment",
clean = "Boolean",
install = "MoreMsg",
update = "WarningMsg",
delete = "Directory",
error = "ErrorMsg",
},
}, mt)
end,
})
return {
Logger = Logger,
global = Logger(),
}

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@ -1,216 +1,559 @@
-- local logger = require('dep.log')
-- Copyright (c) 2022 chiya.dev
--
-- Use of this source code is governed by the MIT License
-- which can be found in the LICENSE file and at:
--
-- https://chiya.dev/licenses/mit.txt
--
local require, type, setmetatable, error, table, assert, math, os, debug =
require, type, setmetatable, error, table, assert, math, os, debug
local logger = require("dep.log").global
local function parse_name_from_id(id) -- TODO: allow specificying a path to use instead of cloning
local name = id:match("^[%w-_.]+/([%w-_.]+)$") -- like so: @field path string? path to override other url
if name then -- I might have to deal with removing dead links and what not
return name --
-- I think it would be best to link the desired directory to the
-- neovim package directory, but idk if that will be easy enough
-- we'll see
---@class spec
---@field [1] string id
---@field setup function? code to run before the package is loaded
---@field load function? code to run after the package is loaded
---@field config function? code to run after the package is installed/updated
---@field lazy function? code to run which determines when the package is loaded
---@field as string? overrides the short name of the package which is usually set
--- to a substring of all the chars after '/' in spec[1]
---@field url string? the url to the git repository hosting the package
---@field path string? path to local version of plugin, overrides the url
---@field branch string? the branch which the version of the package resides
---@field commit string? the commit which the version of the package resides
---@field disable boolean? if true disables the package from being loaded
---@field pin boolean? if true disables the package from being installed/updated
---@field reqs spec|spec[]|string? packages that this package requires
---@field deps spec|spec[]|string? packages that depend on this package
---@class package
---@field id string id of the package
---@field enabled boolean whether it's going to be used
---@field exists boolean if the package exists on the filesystem
---@field lazy boolean if the package is lazy loaded in any way
---@field added boolean if the package has been added in vim
---@field configured boolean if the package has been configured
---@field lazied boolean if the packages lazy loading has been set
---@field loaded boolean if a package has been loaded
---@field subtree_loaded boolean is the subtree has been loaded
---@field on_config function[] table of functions to run on config
---@field on_setup function[] table of function to run on setup
---@field on_load function[] table of functions to run on load
---@field lazy_load function[] table of functions to run which will tell the package when to load
---@field requirements package[] this package's requirements
---@field dependents package[] packages that require this package
---@field perf table performance metrics for the package
---@field name string the name of the package
---@field url string the url of the package
---@field path string? the path of the package which overrides the url
---@field branch string the branch of the package
---@field dir string the directory of the package
---@field commit string the commit of the package
---@field pin boolean whether to pin the package or not
local package = {}
--- the base directory for the packages
---@type string
local base_dir
--- the root package
---@type package
local root
--- list of all package in dep
---@type package[]
local packages = {}
--- check a spec to see if it's correct
---@param spec spec|string the specification to check
---@return spec|false spec if the spec is ok or false
local function check_spec(spec)
-- make sure spec is a table
if type(spec) == "string" then
spec = { spec }
end
-- make sure all the data is correct
do -- spec[1]
if type(spec[1]) ~= "string" then
logger:log("spec", "spec[1] must be a string")
return false
end
local name = spec[1]:match("^[%w-_.]+/([%w-_.]+)$")
if not name then
logger:log("spec", 'invalid name "%s"; must be in the format "user/package"', spec[1])
return false
end
end
if spec.setup ~= nil then -- spec.setup
if type(spec.setup) ~= "function" then
logger:log("spec", "spec.setup must be a function in %s", spec[1])
return false
end
end
if spec.load ~= nil then -- spec.load
if type(spec.load) ~= "function" then
logger:log("spec", "spec.load must be a function in %s", spec[1])
return false
end
end
if spec.config ~= nil then -- spec.config
if type(spec.config) ~= "function" then
logger:log("spec", "spec.config must be a function in %s", spec[1])
return false
end
end
if spec.lazy ~= nil then -- spec.lazy
if type(spec.lazy) ~= "function" then
logger:log("spec", "spec.lazy must be a function in %s", spec[1])
return false
end
end
if spec.as ~= nil then -- spec.as
if type(spec.as) ~= "string" then
logger:log("spec", "spec.as must be a string in %s", spec[1])
return false
end
end
if spec.url ~= nil then -- spec.url
if type(spec.url) ~= "string" then
logger:log("spec", "spec.url must be a string in %s", spec[1])
return false
end
end
if spec.path ~= nil then -- spec.path
if type(spec.path) ~= "string" then
logger:log("spec", "spec.path must be a string in %s", spec[1])
return false
end
end
if spec.branch ~= nil then -- spec.branch
if type(spec.branch) ~= "string" then
logger:log("spec", "spec.branch must be a string in %s", spec[1])
return false
end
end
if spec.commit ~= nil then -- spec.commit
if type(spec.commit) ~= "string" then
logger:log("spec", "spec.commit must be a string in %s", spec[1])
return false
end
end
if spec.disable ~= nil then -- spec.disable
if type(spec.disable) ~= "boolean" then
logger:log("spec", "spec.disable must be a boolean in %s", spec[1])
return false
end
end
if spec.pin ~= nil then -- spec.pin
if type(spec.pin) ~= "boolean" then
logger:log("spec", "spec.pin must be a boolean in %s", spec[1])
return false
end
end
if spec.reqs ~= nil then -- spec.reqs
local is = type(spec.reqs)
if is ~= "table" and is ~= "string" then
logger:log("spec", "spec.reqs must be a table or a string in %s", spec[1])
return false
end
-- turn an id into a spec
if (is == "string") then
spec.reqs = { spec.reqs }
end
end
if spec.deps ~= nil then -- spec.deps
local is = type(spec.deps)
if is ~= "table" and is ~= "string" then
logger:log("spec", "spec.deps must be a table or a string in %s", spec[1])
return false
end
-- turn an id into a spec
if (is == "string") then
spec.deps = { spec.deps }
end
end
return spec
end
--- tell the parent it has a child and the child it has a parent
---@param parent package? parent package if nil defaults to self
---@param child package child package
function package:link_dependency(parent, child)
parent = parent or self
if not parent.dependents[child.id] then
parent.dependents[child.id] = child
table.insert(parent.dependents, child)
end
if not child.requirements[parent.id] then
child.requirements[parent.id] = parent
table.insert(child.requirements, parent)
end
end
--- create a new package instance
---@param spec spec|string a package spec to use for the new package
---@param overrides spec? a package spec that is used to overried this package
---@return package|false package an instance of the package or false on failure
---@nodisacard
function package:new(spec, overrides)
overrides = overrides or {}
-- ensure that the spec is ok
local new_spec = check_spec(spec)
if new_spec == false then
logger:log("spec", vim.inspect(spec))
logger:log("error", "spec check failed, check DepLog")
return false
else else
error(string.format('invalid package name "%s"; must be in the format "user/package"', id)) spec = new_spec
end
-- start initializing the package
local id = spec[1]
local o = packages[id] or {}
self.__index = self
setmetatable(o, self)
-- if package hasn't been registered already, get the inital spec regisitered
if not o.id then
o.id = id
o.enabled = true
o.exists = false
o.lazy = false
o.added = false
o.lazied = false
o.configured = false
o.loaded = false
o.subtree_loaded = false
o.on_config = {}
o.on_setup = {}
o.on_load = {}
o.lazy_load = {}
o.requirements = {}
o.dependents = {}
o.perf = {}
packages[id] = o
end
o.name = spec.as or o.name or id:match("^[%w-_.]+/([%w-_.]+)$")
o.url = spec.url or o.url or ("https://github.com/"..id..".git")
o.path = spec.path and vim.fs.normalize(spec.path) or spec.path
o.branch = spec.branch or o.branch
o.dir = base_dir.."/"..o.name
o.commit = spec.commit
o.pin = overrides.pin or spec.pin or o.pin
o.enabled = not overrides.disable and not spec.disable and o.enabled
o.lazy = spec.lazy ~= nil or o.lazy
-- make sure that the package exists
o.exists = vim.fn.isdirectory(o.dir) ~= 0
o.configured = o.exists
-- register all the callback functions
if spec.config ~= nil then
table.insert(o.on_config, spec.config)
end
if spec.setup ~= nil then
table.insert(o.on_setup, spec.setup)
end
if spec.load ~= nil then
table.insert(o.on_load, spec.load)
end
if spec.lazy ~= nil then
table.insert(o.lazy_load, spec.lazy)
end
-- if the current package isn't the root package then it depends on the root
-- package
if root and o ~= root then
o:link_dependency(root, o)
elseif not root then
root = o
end
-- link the dependencies
if spec.reqs then
---it is the correct type as asserted in check_spec()
---@diagnostic disable-next-line: param-type-mismatch
for _, req in pairs(spec.reqs) do
local pkg = package:new(req)
if type(pkg) == "table" then
o:link_dependency(pkg, o)
end
end end
end end
local function is_nonempty_str(s) -- and link the dependents
return type(s) == "string" and #s ~= 0 if spec.deps then
---it is the correct type as asserted in check_spec()
---@diagnostic disable-next-line: param-type-mismatch
for _, dep in pairs(spec.deps) do
local pkg = package:new(dep)
if not pkg then
return false
end
o:link_dependency(o, pkg)
-- if the child package is lazy loaded make sure the child package
-- is only loaded when the parent package has finished loading
if o.lazy then
table.insert(o.on_load, function()
local ok = o:loadtree(true)
if not ok then
logger:log("lazy",
"failed to run loadtree for %s, some packages may not be loaded",
o.id)
end
end)
-- tell the dep that it's gonna be lazy
pkg.lazy = true
table.insert(pkg.lazy_load, function(_) end)
end
end
end end
--- Package information. return o
local Package = setmetatable({ end
__metatable = "Package",
__index = { --- set the base directory for packages
--- Runs all registered hooks of the given type. ---@param _base_dir string base directory
run_hooks = function(self, hook) function package.set_base_dir(_base_dir)
local hooks = self["on_" .. hook] base_dir = vim.fs.normalize(_base_dir)
if not hooks or #hooks == 0 then end
--- get the base directory for packages
---@return string base_dir
---@nodiscard
function package.get_base_dir()
return base_dir
end
--- get the root directory
---@return package root
---@nodiscard
function package.get_root()
return root
end
--- get the packages in dep
---@return package root
---@nodiscard
function package.get_packages()
return packages
end
--- run specified hooks on the current package
---@param type "on_load"|"on_config"|"on_setup" which hook to run
---@return boolean, string|nil
function package:runhooks(type)
local hooks = self[type]
if #hooks == 0 then
return true return true
end end
local start = os.clock() local start = os.clock()
-- chdir into the package directory to make running external commands
-- from hooks easier.
local last_cwd = vim.fn.getcwd()
vim.fn.chdir(self.dir)
for i = 1, #hooks do for i = 1, #hooks do
local ok, err = xpcall(hooks[i], debug.traceback) local ok, err = pcall(hooks[i])
if not ok then if not ok then
vim.fn.chdir(last_cwd)
return false, err return false, err
end end
end end
local elapsed = os.clock() - start vim.fn.chdir(last_cwd)
self.perf.hooks[hook] = elapsed self.perf[type] = os.clock() - start
logger:log( logger:log("hook", "triggered %d %s %s for %s", #hooks, type,
"hook", #hooks == 1 and "hook" or "hooks", self.id)
"triggered %d %s %s for %s in %dms",
#hooks,
hook,
#hooks == 1 and "hook" or "hooks",
self.id,
elapsed
)
return true return true
end,
},
}, {
--- Constructs a new `Package` with the given identifier.
__call = function(mt, id)
local name = parse_name_from_id(id)
return setmetatable({
id = id,
name = name,
url = "https://github.com/" .. id .. ".git",
enabled = true,
exists = false,
added = false,
configured = false,
loaded = false,
dependencies = {},
dependents = {},
subtree_configured = false,
subtree_loaded = false,
on_setup = {},
on_config = {},
on_load = {},
perf = { hooks = {} },
}, mt)
end,
})
--- Manages a set of packages.
local PackageStore = setmetatable({
__metatable = "PackageStore",
__index = {
--- Links the given packages such that the parent must load before the child.
link_dependency = function(self, parent, child)
if not parent.dependents[child.id] then
parent.dependents[child.id] = child
parent.dependents[#parent.dependents + 1] = child
end end
if not child.dependencies[parent.id] then --- make sure a package has been loaded
child.dependencies[parent.id] = parent ---@param force boolean? force lazy packages to load
child.dependencies[#child.dependencies + 1] = parent ---@return boolean|table return true or false if loaded or package spec if lazy loaded
end function package:ensureadded(force)
end, --- load a package
---@param pkg package
--- Ensures the given package spec table is valid. local function loadpkg(pkg)
validate_spec = function(self, spec) -- make sure to load the dependencies first
assert(spec[1] ~= nil, "package id missing from spec") for _, p in pairs(pkg.requirements) do
assert(type(spec[1]) == "string", "package id must be a string") if not p.loaded then
parse_name_from_id(spec[1]) p:ensureadded(true)
assert(spec.as == nil or is_nonempty_str(spec.as), "package name must be a string")
assert(spec.url == nil or type(spec.url) == "string", "package url must be a string") -- TODO: validate url or path
assert(spec.branch == nil or is_nonempty_str(spec.branch), "package branch must be a string")
assert(spec.pin == nil or type(spec.pin) == "boolean", "package pin must be a boolean")
assert(spec.disable == nil or type(spec.disable) == "boolean", "package disable must be a boolean")
assert(
spec.requires == nil or type(spec.requires) == "table" or type(spec.requires) == "string",
"package requires must be a string or table"
)
assert(
spec.deps == nil or type(spec.deps) == "table" or type(spec.deps) == "string",
"package deps must be a string or table"
)
assert(spec.setup == nil or type(spec.setup) == "function", "package setup must be a function")
assert(spec.config == nil or type(spec.config) == "function", "package config must be a function")
assert(spec[2] == nil or type(spec[2]) == "function", "package loader must be a function")
end,
--- Creates or updates a package from the given spec table, and returns that package.
add_spec = function(self, spec, scope)
self:validate_spec(spec)
scope = scope or {}
local id = spec[1]
local pkg = self[id]
if not pkg then
pkg = Package(id)
self[id], self[#self + 1] = pkg, pkg
end
-- blend package spec with existing package info
pkg.name = spec.as or pkg.name
pkg.url = spec.url or pkg.url
pkg.branch = spec.branch or pkg.branch
pkg.pin = scope.pin or spec.pin or pkg.pin
pkg.enabled = not scope.disable and not spec.disable and pkg.enabled
pkg.on_setup[#pkg.on_setup + 1] = spec.setup
pkg.on_config[#pkg.on_config + 1] = spec.config
pkg.on_load[#pkg.on_load + 1] = spec[2]
local requires = type(spec.requires) == "table" and spec.requires or { spec.requires }
local deps = type(spec.deps) == "table" and spec.deps or { spec.deps }
-- recursively add specs for dependencies and dependents
for i = 1, #requires do
self:link_dependency(self:add_spec(requires[i], scope), pkg)
end
for i = 1, #deps do
self:link_dependency(pkg, self:add_spec(deps[i], scope))
end
end,
--- Adds the given list of specs.
add_specs = function(self, specs, scope)
assert(type(specs) == "table", "package list must be a table")
assert(specs.pin == nil or type(specs.pin) == "boolean", "package list pin must be a boolean")
assert(specs.disable == nil or type(specs.disable) == "boolean", "package list disable must be a boolean")
assert(specs.modules == nil or type(specs.modules) == "table", "package list module list must be a table")
scope = scope or {}
scope = {
-- outer scope takes precedence over inner list's overrides
pin = scope.pin or specs.pin,
disable = scope.disable or specs.disable,
}
-- add specs in spec list
for i = 1, #specs do
self:add_spec(specs[i], scope)
end
-- recursively add referenced spec list modules
if specs.modules then
local prefix = specs.modules.prefix or ""
for i = 1, #specs.modules do
local name = specs.modules[i]
assert(type(name) == "string", "package list inner module name must be a string")
name = prefix .. name
local module = require(name)
assert(type(module) == "table", "package list inner module did not return a spec list table")
self:add_specs(module, scope)
end end
end end
end,
--- Ensures there are no circular dependencies in this package store. -- run setup hooks
ensure_acyclic = function(self) pkg:runhooks("on_setup")
-- tarjan's strongly connected components algorithm
local idx, indices, lowlink, stack = 0, {}, {}, {}
-- now start loading our plugin
local start = os.clock()
-- trigger the packadd for the plugin
---@diagnostic disable-next-line: param-type-mismatch
local ok, err = pcall(vim.cmd, "packadd "..pkg.name)
if not ok then
return false, err
end
pkg.added = true
pkg.perf.pack = os.clock() - start
logger:log("vim", "packadd completed for %s", pkg.id)
-- set the package to loaded
pkg.loaded = true
logger:log("load", "loaded %s", pkg.id)
-- trigger the on_load hooks
ok, err = pkg:runhooks("on_load")
if not ok then
logger:log("error", "failed to load %s; reason: %s", pkg.id, err)
return
end
end
-- make sure the package is lazy loaded if need be
if not self.added and not self.loaded and not self.lazy or force then
loadpkg(self)
elseif not self.added and self.lazy then
logger:log("lazy", "registering %d lazy hooks for %s", #self.lazy_load,
self.id)
self.lazied = true
for _, load_cond in pairs(self.lazy_load) do
-- configure the lazy loader for the user
local l = require('lazy.utils'):new()
if l == true then
logger:log("lazy", "failed to get lazy utils")
return false
end
l:set_load(function()
logger:log("lazy", "triggered %d lazy hooks for %s", #self.lazy_load,
self.id)
loadpkg(self)
end)
-- run it
load_cond(l)
end
return self
end
return true
end
--- load all packages in package tree
---@param force boolean? force lazy packages to load
---@return boolean boolean if tree was successfully loaded
---@nodiscard
function package:loadtree(force)
-- if the package doesn't exist or isn't enabled then don't load it
if not self.exists or not self.enabled then
return false
end
-- if the subtree is loaded then it's already loaded unless it needs forcing
if not force and self.subtree_loaded then
return true
end
-- if the package isn't lazy check that it's requirements are loaded
if not self.lazy then
for _, requirement in pairs(self.requirements) do
if not requirement.loaded and not requirement.lazy then
return false
end
end
end
-- if the package isn't loaded and isn't lazy then it should probably be
-- loaded
if not self.loaded then
local ok, err = self:ensureadded(force)
if not ok then
logger:log("error", "failed to load %s; reason: %s", self.id, err)
return false
end
end
self.subtree_loaded = true
-- make sure the dependants are loaded
for _, dependant in pairs(self.dependents) do
self.subtree_loaded = dependant:loadtree(force) and self.subtree_loaded
end
return self.subtree_loaded
end
--- unconfigure a packages tree
function package:unconfiguretree()
-- unconfigure requirements
for _, requirement in pairs(self.requirements) do
requirement.subtree_loaded = false
end
-- unconfigure dependents
for _, dependant in pairs(self.dependents) do
dependant.loaded = false
dependant.added = false
dependant.configured = false
dependant.subtree_loaded = false
end
end
--- check a list of packages for any cycles
---@param pkgs package[] list of packages
---@return package[]|false cycle the cycle that was found or false if not found
---@nodisacard
function package.findcycle(pkgs)
local index = 0
local indexes = {}
local lowlink = {}
local stack = {}
--- use tarjan algorithm to find circular dependencies (strongly connected
--- components)
---@param pkg package
local function connect(pkg) local function connect(pkg)
indices[pkg.id], lowlink[pkg.id] = idx, idx indexes[pkg.id], lowlink[pkg.id] = index, index
stack[#stack + 1], stack[pkg.id] = pkg, true stack[#stack + 1], stack[pkg.id] = pkg, true
idx = idx + 1 index = index + 1
for i = 1, #pkg.dependents do for i = 1, #pkg.dependents do
local dependent = pkg.dependents[i] local dependent = pkg.dependents[i]
if not indices[dependent.id] then if not indexes[dependent.id] then
local cycle = connect(dependent) local cycle = connect(dependent)
if cycle then if cycle then
return cycle return cycle
@ -218,11 +561,11 @@ local PackageStore = setmetatable({
lowlink[pkg.id] = math.min(lowlink[pkg.id], lowlink[dependent.id]) lowlink[pkg.id] = math.min(lowlink[pkg.id], lowlink[dependent.id])
end end
elseif stack[dependent.id] then elseif stack[dependent.id] then
lowlink[pkg.id] = math.min(lowlink[pkg.id], indices[dependent.id]) lowlink[pkg.id] = math.min(lowlink[pkg.id], indexes[dependent.id])
end end
end end
if lowlink[pkg.id] == indices[pkg.id] then if lowlink[pkg.id] == indexes[pkg.id] then
local cycle = { pkg } local cycle = { pkg }
local node local node
@ -232,42 +575,25 @@ local PackageStore = setmetatable({
cycle[#cycle + 1] = node cycle[#cycle + 1] = node
until node == pkg until node == pkg
-- a node is by definition strongly connected to itself -- a node is by definition strongly connected to itself ignore single-node
-- ignore single-node components unless the package explicitly specified itself as a dependency (i.e. the user is being weird) -- components unless it explicitly specified itself as a dependency
if #cycle > 2 or pkg.dependents[pkg.id] then if #cycle > 2 or pkg.dependents[pkg.id] then
return cycle return cycle
end end
end end
end end
for i = 1, #self do -- actually check the cycle
local pkg = self[i] for _, pkg in pairs(pkgs) do
if not indexes[package.id] then
if not indices[pkg.id] then
local cycle = connect(pkg) local cycle = connect(pkg)
if cycle then if cycle then
-- found dependency cycle return cycle
local names = {}
for j = 1, #cycle do
names[j] = cycle[j].id
end
error("circular dependency detected in package dependency graph: " .. table.concat(names, " -> "))
end end
end end
end end
end,
},
}, {
--- Constructs a new `PackageStore`.
__call = function(mt)
-- hash part of store maps package ids to packages
-- array part of store is a list of packages
-- all packages in a store are unique based on their id
return setmetatable({}, mt)
end,
})
return { return false
Package = Package, end
PackageStore = PackageStore,
} return package

View File

@ -1,23 +1,19 @@
local logger = require("dep.log").global
local proc = {} local proc = {}
--- execute a process
---@param process string the program
---@param args string[] the args
---@param cwd string? the pwd
---@param env table env
---@param cb function callback
function proc.exec(process, args, cwd, env, cb) function proc.exec(process, args, cwd, env, cb)
local buffer = {} local buffer = {}
local function cb_output(_, data, _) local function cb_output(_, data, _)
table.insert(buffer, table.concat(data)) table.insert(buffer, table.concat(data))
end end
local function cb_exit(job_id, exit_code, _) local function cb_exit(_, exit_code, _)
local output = table.concat(buffer) local output = table.concat(buffer)
logger:log(
process,
string.format(
'Job %s ["%s"] finished with exitcode %s\n%s',
job_id,
table.concat(args, '", "'),
exit_code,
output)
)
cb(exit_code ~= 0, output) cb(exit_code ~= 0, output)
end end
table.insert(args, 1, process) table.insert(args, 1, process)
@ -61,4 +57,72 @@ function proc.git_reset(dir, treeish, cb)
proc.exec("git", args, dir, git_env, cb) proc.exec("git", args, dir, git_env, cb)
end end
function proc.git_checkout(dir, branch, commit, cb)
local args = { "fetch", "--depth=2147483647", "origin", branch }
proc.exec("git", args, dir, git_env, function(err, message)
cb(err, message)
args = { "checkout", commit }
proc.exec("git", args, dir, git_env, cb)
end)
end
function proc.git_resolve_branch(url, branch, cb)
-- if the branch doesn't contain a * then return the branch
if not string.match(branch, "*") then
cb(false, branch)
return
end
local buffer = {}
local function cb_output(_, data, _)
if data[1] ~= "" then
buffer = data
end
end
vim.fn.jobstart({ "git", "ls-remote", "--tags", "--sort", "v:refname", url },
{
cwd = nil,
env = git_env,
stdin = nil,
on_stdout = cb_output,
on_stderr = cb_output,
on_exit = function(_, exit_code, _)
if exit_code ~= 0 then
return
end
-- get a list of all versions
local versions = {}
for _, v in pairs(buffer) do
local s, e = string.find(v, "refs/tags/.+")
if not s or not e then
goto continue
end
local tag = string.sub(v, s, e)
tag = tag:gsub("refs/tags/", ""):gsub("%^{}", "")
table.insert(versions, tag)
::continue::
end
-- match the chosen version against all versions
for i = #versions, 1, -1 do
if branch == "*" then
cb(false, versions[i])
return
else
local r = string.match(versions[i], branch)
if r then
cb(false, r)
return
end
end
end
end
})
end
return proc return proc

View File

@ -1,12 +0,0 @@
--
-- Copyright (c) 2022 chiya.dev
--
-- Use of this source code is governed by the MIT License
-- which can be found in the LICENSE file and at:
--
-- https://chiya.dev/licenses/mit.txt
--
local logger = require("dep.log").global
local store = require("dep.package").PackageStore()
-- placeholder for refactoring

116
lua/lazy/utils.lua Normal file
View File

@ -0,0 +1,116 @@
local logger = require('dep.log')
---@class lazy
---@field load function the function to load the plugin
---@field command_ids table the commands that have been registered
---@field auto_ids table the auto commands that have been registered
---@field keybind_ids table the keybinds that have been registered
local lazy = {}
--- create a new instance of lazy
---@return lazy
function lazy:new()
local o = {}
setmetatable(o, self)
o.command_ids = {}
o.auto_ids = {}
o.keybind_ids = {}
self.__index = self
return o
end
--- set the loading function
---@param load function the loading function
function lazy:set_load(load)
self.load = load
end
--- get the configured load function
---@return function load function
function lazy:get_load()
return self.load
end
--- create a usercommand which will trigger the plugin to load
---@param name string the name of the command
---@param opts vim.api.keyset.user_command? options
function lazy:cmd(name, opts)
opts = opts or {}
vim.api.nvim_create_user_command(name, opts['callback'] or function()
self:cleanup()
end, opts)
table.insert(self.command_ids, name)
end
--- user an auto command which will trigger the plugin to load
---@param event string the event to trigger on
---@param opts vim.api.keyset.create_autocmd? options
function lazy:auto(event, opts)
opts = opts or {}
opts['callback'] = opts['callback'] or function()
self:cleanup()
end
-- create the auto command and save it
table.insert(self.auto_ids, vim.api.nvim_create_autocmd(event, opts))
end
--- create a keybind which will trigger the plugin to load
---@param mode string the mode to trigger in
---@param bind string the binding to use
---@param opts vim.keymap.set.Opts? options
function lazy:keymap(mode, bind, opts)
opts = opts or {}
-- move the rerun arg to a seperate variable because keymap.set doesn't like
-- options it doesn't know of
local rerun = opts['rerun'] or true
opts['rerun'] = nil
vim.keymap.set(mode, bind, opts['callback'] or function()
-- register keymap unload
self:cleanup()
-- call the keymap after the user has mapped it
if rerun then
local keys = vim.api.nvim_replace_termcodes(bind, true, false, true)
vim.api.nvim_input(keys)
end
end, opts)
table.insert(self.keybind_ids, { ['mode'] = mode, ['bind'] = bind })
end
--- cleanup all the callbacks, and load the plugin
function lazy:cleanup()
-- cleanup user commands
for _, command_id in pairs(self.command_ids) do
local ok, err = pcall(vim.api.nvim_del_user_command, command_id)
if not ok then
logger:log("lazy", err or "failed to delete user command")
end
end
-- cleanup auto commands
for _, auto_id in pairs(self.auto_ids) do
local ok, err = pcall(vim.api.nvim_del_autocmd, auto_id)
if not ok then
logger:log("lazy", err or "failed to delete auto command")
end
end
-- cleanup keymaps
for _, keybind_id in pairs(self.keybind_ids) do
local ok, err = pcall(vim.keymap.del, keybind_id.mode, keybind_id.bind, {})
if not ok then
logger:log("lazy", err or "failed to delete keymap")
end
end
-- load the plugin
self:load()
end
return lazy

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