find local keywords ordered by distance cause what you define you're most likely to use again. So this saves a lot of typing
Implementations: lua/cmp-qad-regex-vim.lua lua/cmp-qad-regex-ruby.lua lua/cmp-qad-regex-typescipt.lua lua/cmp-qad-regex-javascript.lua lua/cmp-qad-regex-php.lua lua/cmp-qad-regex-python.lua lua/cmp-qad-regex-lua.lua
Example usage:
local sources = {}
-- register sources you want
local qd_langs = {"lua", "python", "ruby", "vim", "php", "javascript", "typescript"}
for i, v in ipairs(qd_langs) do
require('cmp').register_source(v .. '_local_keywords', require('cmp-qad-regex-' .. v))
-- using high priority
table.insert(sources, { name = v .. '_local_keywords', max_item_count = 8, priority = 20} )
end
cmp.setup({
performance = { fetching_timeout = 150, },
completion = {
autocomplete = {
types.cmp.TriggerEvent.TextChanged,
types.cmp.TriggerEvent.InsertEnter,
},
completeopt = 'menu,menuone,noselect',
keyword_pattern = [[\k\+]]
},
matching = {
disallow_partial_fuzzy_matching = true,
disallow_fuzzy_matching = true
},
sorting = {
comparators = {
require 'cmp-qad-compare'
-- important to preserver order for same score eg local ..
-- compare.score,
}
},
sources = sources
}
})Copy paste the comments into a /tmp/x.y file Open editor, use completion and check that all N[x] identifiers were found
[ ] add test suite and extract the sample files into files so that testing is easier
Ues treesitter instead? Eg see https://github.com/ray-x/cmp-treesitter See ray-x/cmp-treesitter#14 Preserving order is missing to get same usefulness
Eg continue within while / repeat and if () .. condition ?
Eventually use parser rather than regex cause they are ery limited in lua (yet seems to get the job done reasonably well to be useful for the languages above)