mirror of
https://github.com/neovim/neovim.git
synced 2025-01-01 17:23:36 -07:00
8d4a53fe6e
Problem:
- `vim.json` exposes various global options which:
- affect all Nvim Lua plugins (especially the LSP client)
- are undocumented and untested
- can cause confusing problems such as: cc76ae3abe
- `vim.json` exposes redundant mechanisms:
- `vim.json.null` is redundant with `vim.NIL`.
- `array_mt` is redundant because Nvim uses a metatable
(`vim.empty_dict()`) for empty dict instead, which `vim.json` is
configured to use by default (see `as_empty_dict`).
Example:
```
:lua vim.print(vim.json.decode('{"bar":[],"foo":{}}'))
--> { bar = {}, foo = vim.empty_dict() }
```
Thus we don't need to also decorate empty arrays with `array_mt`.
Solution:
Remove the functions from the public vim.json interface.
Comment-out the implementation code to minimize drift from upstream.
TODO:
- Expose the options as arguments to `vim.json.new()`
171 lines
6.8 KiB
Lua
171 lines
6.8 KiB
Lua
local helpers = require('test.functional.helpers')(after_each)
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local clear = helpers.clear
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local exec_lua = helpers.exec_lua
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local eq = helpers.eq
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local pcall_err = helpers.pcall_err
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describe('vim.json.decode()', function()
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before_each(function()
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clear()
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end)
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it('parses null, true, false', function()
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eq(vim.NIL, exec_lua([[return vim.json.decode('null')]]))
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eq(true, exec_lua([[return vim.json.decode('true')]]))
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eq(false, exec_lua([[return vim.json.decode('false')]]))
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end)
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it('validation', function()
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eq('Expected object key string but found invalid token at character 2',
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pcall_err(exec_lua, [[return vim.json.decode('{a:"b"}')]]))
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end)
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it('options', function()
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local jsonstr = '{"arr":[1,2,null],"bar":[3,7],"foo":{"a":"b"},"baz":null}'
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eq({
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arr = { 1, 2, vim.NIL },
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bar = { 3, 7 },
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baz = vim.NIL,
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foo = { a = 'b' },
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},
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exec_lua([[return vim.json.decode(..., {})]], jsonstr))
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eq({
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arr = { 1, 2, vim.NIL },
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bar = { 3, 7 },
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-- baz = nil,
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foo = { a = 'b' },
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},
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exec_lua([[return vim.json.decode(..., { luanil = { object = true } })]], jsonstr))
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eq({
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arr = { 1, 2 },
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bar = { 3, 7 },
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baz = vim.NIL,
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foo = { a = 'b' },
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},
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exec_lua([[return vim.json.decode(..., { luanil = { array = true } })]], jsonstr))
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eq({
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arr = { 1, 2 },
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bar = { 3, 7 },
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-- baz = nil,
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foo = { a = 'b' },
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},
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exec_lua([[return vim.json.decode(..., { luanil = { array = true, object = true } })]], jsonstr))
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end)
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it('parses integer numbers', function()
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eq(100000, exec_lua([[return vim.json.decode('100000')]]))
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eq(-100000, exec_lua([[return vim.json.decode('-100000')]]))
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eq(100000, exec_lua([[return vim.json.decode(' 100000 ')]]))
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eq(-100000, exec_lua([[return vim.json.decode(' -100000 ')]]))
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eq(0, exec_lua([[return vim.json.decode('0')]]))
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eq(0, exec_lua([[return vim.json.decode('-0')]]))
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end)
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it('parses floating-point numbers', function()
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-- This behavior differs from vim.fn.json_decode, which return '100000.0'
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eq('100000', exec_lua([[return tostring(vim.json.decode('100000.0'))]]))
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eq(100000.5, exec_lua([[return vim.json.decode('100000.5')]]))
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eq(-100000.5, exec_lua([[return vim.json.decode('-100000.5')]]))
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eq(-100000.5e50, exec_lua([[return vim.json.decode('-100000.5e50')]]))
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eq(100000.5e50, exec_lua([[return vim.json.decode('100000.5e50')]]))
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eq(100000.5e50, exec_lua([[return vim.json.decode('100000.5e+50')]]))
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eq(-100000.5e-50, exec_lua([[return vim.json.decode('-100000.5e-50')]]))
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eq(100000.5e-50, exec_lua([[return vim.json.decode('100000.5e-50')]]))
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eq(100000e-50, exec_lua([[return vim.json.decode('100000e-50')]]))
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eq(0.5, exec_lua([[return vim.json.decode('0.5')]]))
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eq(0.005, exec_lua([[return vim.json.decode('0.005')]]))
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eq(0.005, exec_lua([[return vim.json.decode('0.00500')]]))
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eq(0.5, exec_lua([[return vim.json.decode('0.00500e+002')]]))
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eq(0.00005, exec_lua([[return vim.json.decode('0.00500e-002')]]))
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eq(-0.0, exec_lua([[return vim.json.decode('-0.0')]]))
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eq(-0.0, exec_lua([[return vim.json.decode('-0.0e0')]]))
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eq(-0.0, exec_lua([[return vim.json.decode('-0.0e+0')]]))
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eq(-0.0, exec_lua([[return vim.json.decode('-0.0e-0')]]))
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eq(-0.0, exec_lua([[return vim.json.decode('-0e-0')]]))
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eq(-0.0, exec_lua([[return vim.json.decode('-0e-2')]]))
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eq(-0.0, exec_lua([[return vim.json.decode('-0e+2')]]))
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eq(0.0, exec_lua([[return vim.json.decode('0.0')]]))
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eq(0.0, exec_lua([[return vim.json.decode('0.0e0')]]))
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eq(0.0, exec_lua([[return vim.json.decode('0.0e+0')]]))
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eq(0.0, exec_lua([[return vim.json.decode('0.0e-0')]]))
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eq(0.0, exec_lua([[return vim.json.decode('0e-0')]]))
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eq(0.0, exec_lua([[return vim.json.decode('0e-2')]]))
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eq(0.0, exec_lua([[return vim.json.decode('0e+2')]]))
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end)
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it('parses containers', function()
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eq({1}, exec_lua([[return vim.json.decode('[1]')]]))
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eq({vim.NIL, 1}, exec_lua([[return vim.json.decode('[null, 1]')]]))
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eq({['1']=2}, exec_lua([[return vim.json.decode('{"1": 2}')]]))
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eq({['1']=2, ['3']={{['4']={['5']={{}, 1}}}}},
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exec_lua([[return vim.json.decode('{"1": 2, "3": [{"4": {"5": [ [], 1]}}]}')]]))
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end)
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it('parses strings properly', function()
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eq('\n', exec_lua([=[return vim.json.decode([["\n"]])]=]))
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eq('', exec_lua([=[return vim.json.decode([[""]])]=]))
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eq('\\/"\t\b\n\r\f', exec_lua([=[return vim.json.decode([["\\\/\"\t\b\n\r\f"]])]=]))
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eq('/a', exec_lua([=[return vim.json.decode([["\/a"]])]=]))
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-- Unicode characters: 2-byte, 3-byte
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eq('«',exec_lua([=[return vim.json.decode([["«"]])]=]))
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eq('ફ',exec_lua([=[return vim.json.decode([["ફ"]])]=]))
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end)
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it('parses surrogate pairs properly', function()
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eq('\240\144\128\128', exec_lua([[return vim.json.decode('"\\uD800\\uDC00"')]]))
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end)
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it('accepts all spaces in every position where space may be put', function()
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local s = ' \t\n\r \t\r\n \n\t\r \n\r\t \r\t\n \r\n\t\t \n\r\t \r\n\t\n \r\t\n\r \t\r \n\t\r\n \n \t\r\n \r\t\n\t \r\n\t\r \n\r \t\n\r\t \r \t\n\r \n\t\r\t \n\r\t\n \r\n \t\r\n\t'
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local str = ('%s{%s"key"%s:%s[%s"val"%s,%s"val2"%s]%s,%s"key2"%s:%s1%s}%s'):gsub('%%s', s)
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eq({key={'val', 'val2'}, key2=1}, exec_lua([[return vim.json.decode(...)]], str))
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end)
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end)
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describe('vim.json.encode()', function()
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before_each(function()
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clear()
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end)
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it('dumps strings', function()
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eq('"Test"', exec_lua([[return vim.json.encode('Test')]]))
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eq('""', exec_lua([[return vim.json.encode('')]]))
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eq('"\\t"', exec_lua([[return vim.json.encode('\t')]]))
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eq('"\\n"', exec_lua([[return vim.json.encode('\n')]]))
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-- vim.fn.json_encode return \\u001B
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eq('"\\u001b"', exec_lua([[return vim.json.encode('\27')]]))
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eq('"þÿþ"', exec_lua([[return vim.json.encode('þÿþ')]]))
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end)
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it('dumps numbers', function()
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eq('0', exec_lua([[return vim.json.encode(0)]]))
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eq('10', exec_lua([[return vim.json.encode(10)]]))
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eq('-10', exec_lua([[return vim.json.encode(-10)]]))
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end)
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it('dumps floats', function()
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eq('10.5', exec_lua([[return vim.json.encode(10.5)]]))
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eq('-10.5', exec_lua([[return vim.json.encode(-10.5)]]))
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eq('-1e-05', exec_lua([[return vim.json.encode(-1e-5)]]))
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end)
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it('dumps lists', function()
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eq('[]', exec_lua([[return vim.json.encode({})]]))
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eq('[[]]', exec_lua([[return vim.json.encode({{}})]]))
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eq('[[],[]]', exec_lua([[return vim.json.encode({{}, {}})]]))
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end)
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it('dumps dictionaries', function()
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eq('{}', exec_lua([[return vim.json.encode(vim.empty_dict())]]))
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eq('{"d":[]}', exec_lua([[return vim.json.encode({d={}})]]))
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end)
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it('dumps vim.NIL', function()
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eq('null', exec_lua([[return vim.json.encode(vim.NIL)]]))
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end)
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end)
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