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neovim/test/functional/plugin/msgpack_spec.lua

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local helpers = require('test.functional.helpers')
local eq, nvim_eval, nvim_command, exc_exec =
helpers.eq, helpers.eval, helpers.command, helpers.exc_exec
local plugin_helpers = require('test.functional.plugin.helpers')
local reset = plugin_helpers.reset
describe('In autoload/msgpack.vim', function()
before_each(reset)
local sp = function(typ, val)
return ('{"_TYPE": v:msgpack_types.%s, "_VAL": %s}'):format(typ, val)
end
local mapsp = function(...)
local val = ''
for i=1,(select('#', ...)/2) do
val = ('%s[%s,%s],'):format(val, select(i * 2 - 1, ...),
select(i * 2, ...))
end
return sp('map', '[' .. val .. ']')
end
local nan = -(1.0/0.0-1.0/0.0)
local minus_nan = 1.0/0.0-1.0/0.0
local inf = 1.0/0.0
local minus_inf = -(1.0/0.0)
local has_minus_nan = tostring(nan) ~= tostring(minus_nan)
describe('function msgpack#equal', function()
local msgpack_eq = function(expected, a, b)
eq(expected, nvim_eval(('msgpack#equal(%s, %s)'):format(a, b)))
if a ~= b then
eq(expected, nvim_eval(('msgpack#equal(%s, %s)'):format(b, a)))
end
end
it('compares raw integers correctly', function()
msgpack_eq(1, '1', '1')
msgpack_eq(0, '1', '0')
end)
it('compares integer specials correctly', function()
msgpack_eq(1, sp('integer', '[-1, 1, 0, 0]'),
sp('integer', '[-1, 1, 0, 0]'))
msgpack_eq(0, sp('integer', '[-1, 1, 0, 0]'),
sp('integer', '[ 1, 1, 0, 0]'))
end)
it('compares integer specials with raw integer correctly', function()
msgpack_eq(1, sp('integer', '[-1, 0, 0, 1]'), '-1')
msgpack_eq(0, sp('integer', '[-1, 0, 0, 1]'), '1')
msgpack_eq(0, sp('integer', '[ 1, 0, 0, 1]'), '-1')
msgpack_eq(1, sp('integer', '[ 1, 0, 0, 1]'), '1')
end)
it('compares integer with float correctly', function()
msgpack_eq(0, '0', '0.0')
end)
it('compares raw binaries correctly', function()
msgpack_eq(1, '"abc\\ndef"', '"abc\\ndef"')
msgpack_eq(0, '"abc\\ndef"', '"abc\\nghi"')
end)
it('compares binary specials correctly', function()
msgpack_eq(1, sp('binary', '["abc\\n", "def"]'),
sp('binary', '["abc\\n", "def"]'))
msgpack_eq(0, sp('binary', '["abc", "def"]'),
sp('binary', '["abc\\n", "def"]'))
end)
it('compares binary specials with raw binaries correctly', function()
msgpack_eq(1, sp('binary', '["abc", "def"]'), '"abc\\ndef"')
msgpack_eq(0, sp('binary', '["abc", "def"]'), '"abcdef"')
end)
it('compares string specials correctly', function()
msgpack_eq(1, sp('string', '["abc\\n", "def"]'),
sp('string', '["abc\\n", "def"]'))
msgpack_eq(0, sp('string', '["abc", "def"]'),
sp('string', '["abc\\n", "def"]'))
end)
it('compares string specials with binary correctly', function()
msgpack_eq(0, sp('string', '["abc\\n", "def"]'),
sp('binary', '["abc\\n", "def"]'))
msgpack_eq(0, sp('string', '["abc", "def"]'), '"abc\\ndef"')
msgpack_eq(0, sp('binary', '["abc\\n", "def"]'),
sp('string', '["abc\\n", "def"]'))
msgpack_eq(0, '"abc\\ndef"', sp('string', '["abc", "def"]'))
end)
it('compares ext specials correctly', function()
msgpack_eq(1, sp('ext', '[1, ["", "ac"]]'), sp('ext', '[1, ["", "ac"]]'))
msgpack_eq(0, sp('ext', '[2, ["", "ac"]]'), sp('ext', '[1, ["", "ac"]]'))
msgpack_eq(0, sp('ext', '[1, ["", "ac"]]'), sp('ext', '[1, ["", "abc"]]'))
end)
it('compares raw maps correctly', function()
msgpack_eq(1, '{"a": 1, "b": 2}', '{"b": 2, "a": 1}')
msgpack_eq(1, '{}', '{}')
msgpack_eq(0, '{}', '{"a": 1}')
msgpack_eq(0, '{"a": 2}', '{"a": 1}')
msgpack_eq(0, '{"a": 1}', '{"b": 1}')
msgpack_eq(0, '{"a": 1}', '{"a": 1, "b": 1}')
msgpack_eq(0, '{"a": 1, "b": 1}', '{"b": 1}')
end)
it('compares map specials correctly', function()
msgpack_eq(1, mapsp(), mapsp())
msgpack_eq(1, mapsp(sp('binary', '[""]'), '""'),
mapsp(sp('binary', '[""]'), '""'))
msgpack_eq(1, mapsp(mapsp('1', '1'), mapsp('1', '1')),
mapsp(mapsp('1', '1'), mapsp('1', '1')))
msgpack_eq(0, mapsp(), mapsp('1', '1'))
msgpack_eq(0, mapsp(sp('binary', '["a"]'), '""'),
mapsp(sp('binary', '[""]'), '""'))
msgpack_eq(0, mapsp(sp('binary', '[""]'), '"a"'),
mapsp(sp('binary', '[""]'), '""'))
msgpack_eq(0, mapsp(sp('binary', '["a"]'), '"a"'),
mapsp(sp('binary', '[""]'), '""'))
msgpack_eq(0, mapsp(mapsp('1', '1'), mapsp('1', '1')),
mapsp(sp('binary', '[""]'), mapsp('1', '1')))
msgpack_eq(0, mapsp(mapsp('1', '1'), mapsp('1', '1')),
mapsp(mapsp('2', '1'), mapsp('1', '1')))
msgpack_eq(0, mapsp(mapsp('1', '1'), mapsp('1', '1')),
mapsp(mapsp('1', '2'), mapsp('1', '1')))
msgpack_eq(0, mapsp(mapsp('1', '1'), mapsp('1', '1')),
mapsp(mapsp('1', '1'), mapsp('2', '1')))
msgpack_eq(0, mapsp(mapsp('1', '1'), mapsp('1', '1')),
mapsp(mapsp('1', '1'), mapsp('1', '2')))
msgpack_eq(1, mapsp(mapsp('2', '1'), mapsp('1', '1'),
mapsp('1', '1'), mapsp('1', '1')),
mapsp(mapsp('1', '1'), mapsp('1', '1'),
mapsp('2', '1'), mapsp('1', '1')))
end)
it('compares map specials with raw maps correctly', function()
msgpack_eq(1, mapsp(), '{}')
msgpack_eq(1, mapsp(sp('string', '["1"]'), '1'), '{"1": 1}')
msgpack_eq(1, mapsp(sp('string', '["1"]'), sp('integer', '[1, 0, 0, 1]')),
'{"1": 1}')
msgpack_eq(0, mapsp(sp('integer', '[1, 0, 0, 1]'), sp('string', '["1"]')),
'{1: "1"}')
msgpack_eq(0, mapsp('"1"', sp('integer', '[1, 0, 0, 1]')),
'{"1": 1}')
msgpack_eq(0,
mapsp(sp('string', '["1"]'), '1', sp('string', '["2"]'), '2'),
'{"1": 1}')
msgpack_eq(0, mapsp(sp('string', '["1"]'), '1'), '{"1": 1, "2": 2}')
end)
it('compares raw arrays correctly', function()
msgpack_eq(1, '[]', '[]')
msgpack_eq(0, '[]', '[1]')
msgpack_eq(1, '[1]', '[1]')
msgpack_eq(1, '[[[1]]]', '[[[1]]]')
msgpack_eq(0, '[[[2]]]', '[[[1]]]')
end)
it('compares array specials correctly', function()
msgpack_eq(1, sp('array', '[]'), sp('array', '[]'))
msgpack_eq(0, sp('array', '[]'), sp('array', '[1]'))
msgpack_eq(1, sp('array', '[1]'), sp('array', '[1]'))
msgpack_eq(1, sp('array', '[[[1]]]'), sp('array', '[[[1]]]'))
msgpack_eq(0, sp('array', '[[[1]]]'), sp('array', '[[[2]]]'))
end)
it('compares array specials with raw arrays correctly', function()
msgpack_eq(1, sp('array', '[]'), '[]')
msgpack_eq(0, sp('array', '[]'), '[1]')
msgpack_eq(1, sp('array', '[1]'), '[1]')
msgpack_eq(1, sp('array', '[[[1]]]'), '[[[1]]]')
msgpack_eq(0, sp('array', '[[[1]]]'), '[[[2]]]')
end)
it('compares raw floats correctly', function()
msgpack_eq(1, '0.0', '0.0')
msgpack_eq(1, '(1.0/0.0-1.0/0.0)', '(1.0/0.0-1.0/0.0)')
if has_minus_nan then
msgpack_eq(0, '(1.0/0.0-1.0/0.0)', '-(1.0/0.0-1.0/0.0)')
end
msgpack_eq(1, '-(1.0/0.0-1.0/0.0)', '-(1.0/0.0-1.0/0.0)')
msgpack_eq(1, '1.0/0.0', '1.0/0.0')
msgpack_eq(1, '-(1.0/0.0)', '-(1.0/0.0)')
msgpack_eq(1, '0.0', '0.0')
msgpack_eq(0, '0.0', '1.0')
msgpack_eq(0, '0.0', '(1.0/0.0-1.0/0.0)')
msgpack_eq(0, '0.0', '1.0/0.0')
msgpack_eq(0, '0.0', '-(1.0/0.0)')
msgpack_eq(0, '1.0/0.0', '-(1.0/0.0)')
msgpack_eq(0, '(1.0/0.0-1.0/0.0)', '-(1.0/0.0)')
msgpack_eq(0, '(1.0/0.0-1.0/0.0)', '1.0/0.0')
end)
it('compares float specials with raw floats correctly', function()
msgpack_eq(1, sp('float', '0.0'), '0.0')
msgpack_eq(1, sp('float', '(1.0/0.0-1.0/0.0)'), '(1.0/0.0-1.0/0.0)')
if has_minus_nan then
msgpack_eq(0, sp('float', '(1.0/0.0-1.0/0.0)'), '-(1.0/0.0-1.0/0.0)')
msgpack_eq(0, sp('float', '-(1.0/0.0-1.0/0.0)'), '(1.0/0.0-1.0/0.0)')
end
msgpack_eq(1, sp('float', '-(1.0/0.0-1.0/0.0)'), '-(1.0/0.0-1.0/0.0)')
msgpack_eq(1, sp('float', '1.0/0.0'), '1.0/0.0')
msgpack_eq(1, sp('float', '-(1.0/0.0)'), '-(1.0/0.0)')
msgpack_eq(1, sp('float', '0.0'), '0.0')
msgpack_eq(0, sp('float', '0.0'), '1.0')
msgpack_eq(0, sp('float', '0.0'), '(1.0/0.0-1.0/0.0)')
msgpack_eq(0, sp('float', '0.0'), '1.0/0.0')
msgpack_eq(0, sp('float', '0.0'), '-(1.0/0.0)')
msgpack_eq(0, sp('float', '1.0/0.0'), '-(1.0/0.0)')
msgpack_eq(0, sp('float', '(1.0/0.0-1.0/0.0)'), '-(1.0/0.0)')
msgpack_eq(0, sp('float', '(1.0/0.0-1.0/0.0)'), '1.0/0.0')
end)
it('compares float specials correctly', function()
msgpack_eq(1, sp('float', '0.0'), sp('float', '0.0'))
msgpack_eq(1, sp('float', '(1.0/0.0-1.0/0.0)'),
sp('float', '(1.0/0.0-1.0/0.0)'))
msgpack_eq(1, sp('float', '1.0/0.0'), sp('float', '1.0/0.0'))
msgpack_eq(1, sp('float', '-(1.0/0.0)'), sp('float', '-(1.0/0.0)'))
msgpack_eq(1, sp('float', '0.0'), sp('float', '0.0'))
msgpack_eq(0, sp('float', '0.0'), sp('float', '1.0'))
msgpack_eq(0, sp('float', '0.0'), sp('float', '(1.0/0.0-1.0/0.0)'))
msgpack_eq(0, sp('float', '0.0'), sp('float', '1.0/0.0'))
msgpack_eq(0, sp('float', '0.0'), sp('float', '-(1.0/0.0)'))
msgpack_eq(0, sp('float', '1.0/0.0'), sp('float', '-(1.0/0.0)'))
msgpack_eq(0, sp('float', '(1.0/0.0-1.0/0.0)'), sp('float', '-(1.0/0.0)'))
if has_minus_nan then
msgpack_eq(0, sp('float', '(1.0/0.0-1.0/0.0)'),
sp('float', '-(1.0/0.0-1.0/0.0)'))
end
msgpack_eq(1, sp('float', '-(1.0/0.0-1.0/0.0)'),
sp('float', '-(1.0/0.0-1.0/0.0)'))
msgpack_eq(0, sp('float', '(1.0/0.0-1.0/0.0)'), sp('float', '1.0/0.0'))
end)
it('compares boolean specials correctly', function()
msgpack_eq(1, sp('boolean', '1'), sp('boolean', '1'))
msgpack_eq(0, sp('boolean', '1'), sp('boolean', '0'))
end)
it('compares nil specials correctly', function()
msgpack_eq(1, sp('nil', '1'), sp('nil', '0'))
end)
it('compares nil, boolean and integer values with each other correctly',
function()
msgpack_eq(0, sp('boolean', '1'), '1')
msgpack_eq(0, sp('boolean', '1'), sp('nil', '0'))
msgpack_eq(0, sp('boolean', '1'), sp('nil', '1'))
msgpack_eq(0, sp('boolean', '0'), sp('nil', '0'))
msgpack_eq(0, sp('boolean', '0'), '0')
msgpack_eq(0, sp('boolean', '0'), sp('integer', '[1, 0, 0, 0]'))
msgpack_eq(0, sp('boolean', '0'), sp('integer', '[1, 0, 0, 1]'))
msgpack_eq(0, sp('boolean', '1'), sp('integer', '[1, 0, 0, 1]'))
msgpack_eq(0, sp('nil', '0'), sp('integer', '[1, 0, 0, 0]'))
msgpack_eq(0, sp('nil', '0'), '0')
end)
end)
describe('function msgpack#is_int', function()
it('works', function()
eq(1, nvim_eval('msgpack#is_int(1)'))
eq(1, nvim_eval('msgpack#is_int(-1)'))
eq(1, nvim_eval(('msgpack#is_int(%s)'):format(
sp('integer', '[1, 0, 0, 1]'))))
eq(1, nvim_eval(('msgpack#is_int(%s)'):format(
sp('integer', '[-1, 0, 0, 1]'))))
eq(0, nvim_eval(('msgpack#is_int(%s)'):format(
sp('float', '0.0'))))
eq(0, nvim_eval(('msgpack#is_int(%s)'):format(
sp('boolean', '0'))))
eq(0, nvim_eval(('msgpack#is_int(%s)'):format(
sp('nil', '0'))))
eq(0, nvim_eval('msgpack#is_int("")'))
end)
end)
describe('function msgpack#is_uint', function()
it('works', function()
eq(1, nvim_eval('msgpack#is_uint(1)'))
eq(0, nvim_eval('msgpack#is_uint(-1)'))
eq(1, nvim_eval(('msgpack#is_uint(%s)'):format(
sp('integer', '[1, 0, 0, 1]'))))
eq(0, nvim_eval(('msgpack#is_uint(%s)'):format(
sp('integer', '[-1, 0, 0, 1]'))))
eq(0, nvim_eval(('msgpack#is_uint(%s)'):format(
sp('float', '0.0'))))
eq(0, nvim_eval(('msgpack#is_uint(%s)'):format(
sp('boolean', '0'))))
eq(0, nvim_eval(('msgpack#is_uint(%s)'):format(
sp('nil', '0'))))
eq(0, nvim_eval('msgpack#is_uint("")'))
end)
end)
describe('function msgpack#strftime', function()
it('works', function()
local epoch = os.date('%Y-%m-%dT%H:%M:%S', 0)
eq(epoch, nvim_eval('msgpack#strftime("%Y-%m-%dT%H:%M:%S", 0)'))
eq(epoch, nvim_eval(
('msgpack#strftime("%%Y-%%m-%%dT%%H:%%M:%%S", %s)'):format(sp(
'integer', '[1, 0, 0, 0]'))))
end)
end)
describe('function msgpack#strptime', function()
it('works', function()
for _, v in ipairs({0, 10, 100000, 204, 1000000000}) do
local time = os.date('%Y-%m-%dT%H:%M:%S', v)
eq(v, nvim_eval('msgpack#strptime("%Y-%m-%dT%H:%M:%S", '
.. '"' .. time .. '")'))
end
end)
end)
describe('function msgpack#type', function()
local type_eq = function(expected, val)
eq(expected, nvim_eval(('msgpack#type(%s)'):format(val)))
end
it('works for special dictionaries', function()
type_eq('string', sp('string', '[""]'))
type_eq('binary', sp('binary', '[""]'))
type_eq('ext', sp('ext', '[1, [""]]'))
type_eq('array', sp('array', '[]'))
type_eq('map', sp('map', '[]'))
type_eq('integer', sp('integer', '[1, 0, 0, 0]'))
type_eq('float', sp('float', '0.0'))
type_eq('boolean', sp('boolean', '0'))
type_eq('nil', sp('nil', '0'))
end)
it('works for regular values', function()
type_eq('binary', '""')
type_eq('array', '[]')
type_eq('map', '{}')
type_eq('integer', '1')
type_eq('float', '0.0')
type_eq('float', '(1.0/0.0)')
type_eq('float', '-(1.0/0.0)')
type_eq('float', '(1.0/0.0-1.0/0.0)')
end)
end)
describe('function msgpack#special_type', function()
local sp_type_eq = function(expected, val)
eq(expected, nvim_eval(('msgpack#special_type(%s)'):format(val)))
end
it('works for special dictionaries', function()
sp_type_eq('string', sp('string', '[""]'))
sp_type_eq('binary', sp('binary', '[""]'))
sp_type_eq('ext', sp('ext', '[1, [""]]'))
sp_type_eq('array', sp('array', '[]'))
sp_type_eq('map', sp('map', '[]'))
sp_type_eq('integer', sp('integer', '[1, 0, 0, 0]'))
sp_type_eq('float', sp('float', '0.0'))
sp_type_eq('boolean', sp('boolean', '0'))
sp_type_eq('nil', sp('nil', '0'))
end)
it('works for regular values', function()
sp_type_eq(0, '""')
sp_type_eq(0, '[]')
sp_type_eq(0, '{}')
sp_type_eq(0, '1')
sp_type_eq(0, '0.0')
sp_type_eq(0, '(1.0/0.0)')
sp_type_eq(0, '-(1.0/0.0)')
sp_type_eq(0, '(1.0/0.0-1.0/0.0)')
end)
end)
describe('function msgpack#string', function()
local string_eq = function(expected, val)
eq(expected, nvim_eval(('msgpack#string(%s)'):format(val)))
end
it('works for special dictionaries', function()
string_eq('=""', sp('string', '[""]'))
string_eq('="\\n"', sp('string', '["", ""]'))
string_eq('="ab\\0c\\nde"', sp('string', '["ab\\nc", "de"]'))
string_eq('""', sp('binary', '[""]'))
string_eq('"\\n"', sp('binary', '["", ""]'))
string_eq('"ab\\0c\\nde"', sp('binary', '["ab\\nc", "de"]'))
string_eq('+(2)""', sp('ext', '[2, [""]]'))
string_eq('+(2)"\\n"', sp('ext', '[2, ["", ""]]'))
string_eq('+(2)"ab\\0c\\nde"', sp('ext', '[2, ["ab\\nc", "de"]]'))
string_eq('[]', sp('array', '[]'))
string_eq('[[[[{}]]]]', sp('array', '[[[[{}]]]]'))
string_eq('{}', sp('map', '[]'))
string_eq('{2: 10}', sp('map', '[[2, 10]]'))
string_eq('{{1: 1}: {1: 1}, {2: 1}: {1: 1}}',
mapsp(mapsp('2', '1'), mapsp('1', '1'),
mapsp('1', '1'), mapsp('1', '1')))
string_eq('{{1: 1}: {1: 1}, {2: 1}: {1: 1}}',
mapsp(mapsp('1', '1'), mapsp('1', '1'),
mapsp('2', '1'), mapsp('1', '1')))
string_eq('{[1, 2, {{1: 2}: 1}]: [1, 2, {{1: 2}: 1}]}',
mapsp(('[1, 2, %s]'):format(mapsp(mapsp('1', '2'), '1')),
('[1, 2, %s]'):format(mapsp(mapsp('1', '2'), '1'))))
string_eq('0x0000000000000000', sp('integer', '[1, 0, 0, 0]'))
string_eq('-0x0000000100000000', sp('integer', '[-1, 0, 2, 0]'))
string_eq('0x123456789abcdef0',
sp('integer', '[ 1, 0, 610839793, 448585456]'))
string_eq('-0x123456789abcdef0',
sp('integer', '[-1, 0, 610839793, 448585456]'))
string_eq('0xf23456789abcdef0',
sp('integer', '[ 1, 3, 1684581617, 448585456]'))
string_eq('-0x723456789abcdef0',
sp('integer', '[-1, 1, 1684581617, 448585456]'))
string_eq('0.0', sp('float', '0.0'))
string_eq('inf', sp('float', '(1.0/0.0)'))
string_eq('-inf', sp('float', '-(1.0/0.0)'))
if has_minus_nan then
string_eq('-nan', sp('float', '(1.0/0.0-1.0/0.0)'))
end
string_eq('nan', sp('float', '-(1.0/0.0-1.0/0.0)'))
string_eq('FALSE', sp('boolean', '0'))
string_eq('TRUE', sp('boolean', '1'))
string_eq('NIL', sp('nil', '0'))
end)
it('works for regular values', function()
string_eq('""', '""')
string_eq('"\\n"', '"\\n"')
string_eq('[]', '[]')
string_eq('[[[{}]]]', '[[[{}]]]')
string_eq('{}', '{}')
string_eq('{="2": 10}', '{2: 10}')
string_eq('{="2": [{}]}', '{2: [{}]}')
string_eq('1', '1')
string_eq('0.0', '0.0')
string_eq('inf', '(1.0/0.0)')
string_eq('-inf', '-(1.0/0.0)')
if has_minus_nan then
string_eq('-nan', '(1.0/0.0-1.0/0.0)')
end
string_eq('nan', '-(1.0/0.0-1.0/0.0)')
end)
end)
describe('function msgpack#deepcopy', function()
it('works for special dictionaries', function()
nvim_command('let sparr = ' .. sp('array', '[[[]]]'))
nvim_command('let spmap = ' .. mapsp('"abc"', '[[]]'))
nvim_command('let spint = ' .. sp('integer', '[1, 0, 0, 0]'))
nvim_command('let spflt = ' .. sp('float', '1.0'))
nvim_command('let spext = ' .. sp('ext', '[2, ["abc", "def"]]'))
nvim_command('let spstr = ' .. sp('string', '["abc", "def"]'))
nvim_command('let spbin = ' .. sp('binary', '["abc", "def"]'))
nvim_command('let spbln = ' .. sp('boolean', '0'))
nvim_command('let spnil = ' .. sp('nil', '0'))
nvim_command('let sparr2 = msgpack#deepcopy(sparr)')
nvim_command('let spmap2 = msgpack#deepcopy(spmap)')
nvim_command('let spint2 = msgpack#deepcopy(spint)')
nvim_command('let spflt2 = msgpack#deepcopy(spflt)')
nvim_command('let spext2 = msgpack#deepcopy(spext)')
nvim_command('let spstr2 = msgpack#deepcopy(spstr)')
nvim_command('let spbin2 = msgpack#deepcopy(spbin)')
nvim_command('let spbln2 = msgpack#deepcopy(spbln)')
nvim_command('let spnil2 = msgpack#deepcopy(spnil)')
eq('array', nvim_eval('msgpack#type(sparr2)'))
eq('map', nvim_eval('msgpack#type(spmap2)'))
eq('integer', nvim_eval('msgpack#type(spint2)'))
eq('float', nvim_eval('msgpack#type(spflt2)'))
eq('ext', nvim_eval('msgpack#type(spext2)'))
eq('string', nvim_eval('msgpack#type(spstr2)'))
eq('binary', nvim_eval('msgpack#type(spbin2)'))
eq('boolean', nvim_eval('msgpack#type(spbln2)'))
eq('nil', nvim_eval('msgpack#type(spnil2)'))
nvim_command('call add(sparr._VAL, 0)')
nvim_command('call add(sparr._VAL[0], 0)')
nvim_command('call add(sparr._VAL[0][0], 0)')
nvim_command('call add(spmap._VAL, [0, 0])')
nvim_command('call add(spmap._VAL[0][1], 0)')
nvim_command('call add(spmap._VAL[0][1][0], 0)')
nvim_command('let spint._VAL[1] = 1')
nvim_command('let spflt._VAL = 0.0')
nvim_command('let spext._VAL[0] = 3')
nvim_command('let spext._VAL[1][0] = "gh"')
nvim_command('let spstr._VAL[0] = "gh"')
nvim_command('let spbin._VAL[0] = "gh"')
nvim_command('let spbln._VAL = 1')
nvim_command('let spnil._VAL = 1')
eq({_TYPE={}, _VAL={{{}}}}, nvim_eval('sparr2'))
eq({_TYPE={}, _VAL={{'abc', {{}}}}}, nvim_eval('spmap2'))
eq({_TYPE={}, _VAL={1, 0, 0, 0}}, nvim_eval('spint2'))
eq({_TYPE={}, _VAL=1.0}, nvim_eval('spflt2'))
eq({_TYPE={}, _VAL={2, {'abc', 'def'}}}, nvim_eval('spext2'))
eq({_TYPE={}, _VAL={'abc', 'def'}}, nvim_eval('spstr2'))
eq({_TYPE={}, _VAL={'abc', 'def'}}, nvim_eval('spbin2'))
eq({_TYPE={}, _VAL=0}, nvim_eval('spbln2'))
eq({_TYPE={}, _VAL=0}, nvim_eval('spnil2'))
nvim_command('let sparr._TYPE = []')
nvim_command('let spmap._TYPE = []')
nvim_command('let spint._TYPE = []')
nvim_command('let spflt._TYPE = []')
nvim_command('let spext._TYPE = []')
nvim_command('let spstr._TYPE = []')
nvim_command('let spbin._TYPE = []')
nvim_command('let spbln._TYPE = []')
nvim_command('let spnil._TYPE = []')
eq('array', nvim_eval('msgpack#special_type(sparr2)'))
eq('map', nvim_eval('msgpack#special_type(spmap2)'))
eq('integer', nvim_eval('msgpack#special_type(spint2)'))
eq('float', nvim_eval('msgpack#special_type(spflt2)'))
eq('ext', nvim_eval('msgpack#special_type(spext2)'))
eq('string', nvim_eval('msgpack#special_type(spstr2)'))
eq('binary', nvim_eval('msgpack#special_type(spbin2)'))
eq('boolean', nvim_eval('msgpack#special_type(spbln2)'))
eq('nil', nvim_eval('msgpack#special_type(spnil2)'))
end)
it('works for regular values', function()
nvim_command('let arr = [[[]]]')
nvim_command('let map = {1: {}}')
nvim_command('let int = 1')
nvim_command('let flt = 2.0')
nvim_command('let bin = "abc"')
nvim_command('let arr2 = msgpack#deepcopy(arr)')
nvim_command('let map2 = msgpack#deepcopy(map)')
nvim_command('let int2 = msgpack#deepcopy(int)')
nvim_command('let flt2 = msgpack#deepcopy(flt)')
nvim_command('let bin2 = msgpack#deepcopy(bin)')
eq('array', nvim_eval('msgpack#type(arr2)'))
eq('map', nvim_eval('msgpack#type(map2)'))
eq('integer', nvim_eval('msgpack#type(int2)'))
eq('float', nvim_eval('msgpack#type(flt2)'))
eq('binary', nvim_eval('msgpack#type(bin2)'))
nvim_command('call add(arr, 0)')
nvim_command('call add(arr[0], 0)')
nvim_command('call add(arr[0][0], 0)')
nvim_command('let map.a = 1')
nvim_command('let map.1.a = 1')
nvim_command('let int = 2')
nvim_command('let flt = 3.0')
nvim_command('let bin = ""')
eq({{{}}}, nvim_eval('arr2'))
eq({['1']={}}, nvim_eval('map2'))
eq(1, nvim_eval('int2'))
eq(2.0, nvim_eval('flt2'))
eq('abc', nvim_eval('bin2'))
end)
end)
describe('function msgpack#eval', function()
local eval_eq = function(expected_type, expected_val, str, ...)
nvim_command(('let g:__val = msgpack#eval(\'%s\', %s)'):format(str:gsub(
'\'', '\'\''), select(1, ...) or '{}'))
eq(expected_type, nvim_eval('msgpack#type(g:__val)'))
local expected_val_full = expected_val
if (not (({float=true, integer=true})[expected_type]
and type(expected_val) ~= 'table')
and expected_type ~= 'array') then
expected_val_full = {_TYPE={}, _VAL=expected_val_full}
end
if expected_val_full == expected_val_full then
eq(expected_val_full, nvim_eval('g:__val'))
else
eq(tostring(expected_val_full), tostring(nvim_eval('g:__val')))
end
nvim_command('unlet g:__val')
end
it('correctly loads binary strings', function()
eval_eq('binary', {'abcdef'}, '"abcdef"')
eval_eq('binary', {'abc', 'def'}, '"abc\\ndef"')
eval_eq('binary', {'abc\ndef'}, '"abc\\0def"')
eval_eq('binary', {'\nabc\ndef\n'}, '"\\0abc\\0def\\0"')
eval_eq('binary', {'abc\n\n\ndef'}, '"abc\\0\\0\\0def"')
eval_eq('binary', {'abc\n', '\ndef'}, '"abc\\0\\n\\0def"')
eval_eq('binary', {'abc', '', '', 'def'}, '"abc\\n\\n\\ndef"')
eval_eq('binary', {'abc', '', '', 'def', ''}, '"abc\\n\\n\\ndef\\n"')
eval_eq('binary', {'', 'abc', '', '', 'def'}, '"\\nabc\\n\\n\\ndef"')
eval_eq('binary', {''}, '""')
eval_eq('binary', {'"'}, '"\\""')
end)
it('correctly loads strings', function()
eval_eq('string', {'abcdef'}, '="abcdef"')
eval_eq('string', {'abc', 'def'}, '="abc\\ndef"')
eval_eq('string', {'abc\ndef'}, '="abc\\0def"')
eval_eq('string', {'\nabc\ndef\n'}, '="\\0abc\\0def\\0"')
eval_eq('string', {'abc\n\n\ndef'}, '="abc\\0\\0\\0def"')
eval_eq('string', {'abc\n', '\ndef'}, '="abc\\0\\n\\0def"')
eval_eq('string', {'abc', '', '', 'def'}, '="abc\\n\\n\\ndef"')
eval_eq('string', {'abc', '', '', 'def', ''}, '="abc\\n\\n\\ndef\\n"')
eval_eq('string', {'', 'abc', '', '', 'def'}, '="\\nabc\\n\\n\\ndef"')
eval_eq('string', {''}, '=""')
eval_eq('string', {'"'}, '="\\""')
end)
it('correctly loads ext values', function()
eval_eq('ext', {0, {'abcdef'}}, '+(0)"abcdef"')
eval_eq('ext', {0, {'abc', 'def'}}, '+(0)"abc\\ndef"')
eval_eq('ext', {0, {'abc\ndef'}}, '+(0)"abc\\0def"')
eval_eq('ext', {0, {'\nabc\ndef\n'}}, '+(0)"\\0abc\\0def\\0"')
eval_eq('ext', {0, {'abc\n\n\ndef'}}, '+(0)"abc\\0\\0\\0def"')
eval_eq('ext', {0, {'abc\n', '\ndef'}}, '+(0)"abc\\0\\n\\0def"')
eval_eq('ext', {0, {'abc', '', '', 'def'}}, '+(0)"abc\\n\\n\\ndef"')
eval_eq('ext', {0, {'abc', '', '', 'def', ''}},
'+(0)"abc\\n\\n\\ndef\\n"')
eval_eq('ext', {0, {'', 'abc', '', '', 'def'}},
'+(0)"\\nabc\\n\\n\\ndef"')
eval_eq('ext', {0, {''}}, '+(0)""')
eval_eq('ext', {0, {'"'}}, '+(0)"\\""')
eval_eq('ext', {-1, {'abcdef'}}, '+(-1)"abcdef"')
eval_eq('ext', {-1, {'abc', 'def'}}, '+(-1)"abc\\ndef"')
eval_eq('ext', {-1, {'abc\ndef'}}, '+(-1)"abc\\0def"')
eval_eq('ext', {-1, {'\nabc\ndef\n'}}, '+(-1)"\\0abc\\0def\\0"')
eval_eq('ext', {-1, {'abc\n\n\ndef'}}, '+(-1)"abc\\0\\0\\0def"')
eval_eq('ext', {-1, {'abc\n', '\ndef'}}, '+(-1)"abc\\0\\n\\0def"')
eval_eq('ext', {-1, {'abc', '', '', 'def'}}, '+(-1)"abc\\n\\n\\ndef"')
eval_eq('ext', {-1, {'abc', '', '', 'def', ''}},
'+(-1)"abc\\n\\n\\ndef\\n"')
eval_eq('ext', {-1, {'', 'abc', '', '', 'def'}},
'+(-1)"\\nabc\\n\\n\\ndef"')
eval_eq('ext', {-1, {''}}, '+(-1)""')
eval_eq('ext', {-1, {'"'}}, '+(-1)"\\""')
end)
it('correctly loads floats', function()
eval_eq('float', inf, 'inf')
eval_eq('float', minus_inf, '-inf')
eval_eq('float', nan, 'nan')
eval_eq('float', minus_nan, '-nan')
eval_eq('float', 1.0e10, '1.0e10')
eval_eq('float', 1.0e10, '1.0e+10')
eval_eq('float', -1.0e10, '-1.0e+10')
eval_eq('float', 1.0, '1.0')
eval_eq('float', -1.0, '-1.0')
eval_eq('float', 1.0e-10, '1.0e-10')
eval_eq('float', -1.0e-10, '-1.0e-10')
end)
it('correctly loads integers', function()
eval_eq('integer', 10, '10')
eval_eq('integer', -10, '-10')
eval_eq('integer', { 1, 0, 610839793, 448585456}, ' 0x123456789ABCDEF0')
eval_eq('integer', {-1, 0, 610839793, 448585456}, '-0x123456789ABCDEF0')
eval_eq('integer', { 1, 3, 1684581617, 448585456}, ' 0xF23456789ABCDEF0')
eval_eq('integer', {-1, 1, 1684581617, 448585456}, '-0x723456789ABCDEF0')
eval_eq('integer', { 1, 0, 0, 0x100}, '0x100')
eval_eq('integer', {-1, 0, 0, 0x100}, '-0x100')
eval_eq('integer', ('a'):byte(), '\'a\'')
eval_eq('integer', 0xAB, '\'«\'')
end)
it('correctly loads constants', function()
eval_eq('boolean', 1, 'TRUE')
eval_eq('boolean', 0, 'FALSE')
eval_eq('nil', 0, 'NIL')
eval_eq('nil', 0, 'NIL', '{"NIL": 1, "nan": 2, "T": 3}')
eval_eq('float', nan, 'nan',
'{"NIL": "1", "nan": "2", "T": "3"}')
eval_eq('integer', 3, 'T', '{"NIL": "1", "nan": "2", "T": "3"}')
eval_eq('integer', {1, 0, 0, 0}, 'T',
('{"NIL": "1", "nan": "2", "T": \'%s\'}'):format(
sp('integer', '[1, 0, 0, 0]')))
end)
it('correctly loads maps', function()
eval_eq('map', {}, '{}')
eval_eq('map', {{{_TYPE={}, _VAL={{1, 2}}}, {_TYPE={}, _VAL={{3, 4}}}}},
'{{1: 2}: {3: 4}}')
eval_eq('map', {{{_TYPE={}, _VAL={{1, 2}}}, {_TYPE={}, _VAL={{3, 4}}}},
{1, 2}},
'{{1: 2}: {3: 4}, 1: 2}')
end)
it('correctly loads arrays', function()
eval_eq('array', {}, '[]')
eval_eq('array', {1}, '[1]')
eval_eq('array', {{_TYPE={}, _VAL=1}}, '[TRUE]')
eval_eq('array', {{{_TYPE={}, _VAL={{1, 2}}}}, {_TYPE={}, _VAL={{3, 4}}}},
'[[{1: 2}], {3: 4}]')
end)
it('errors out when needed', function()
eq('empty:Parsed string is empty',
exc_exec('call msgpack#eval("", {})'))
eq('unknown:Invalid non-space character: ^',
exc_exec('call msgpack#eval("^", {})'))
eq('char-invalid:Invalid integer character literal format: \'\'',
exc_exec('call msgpack#eval("\'\'", {})'))
eq('char-invalid:Invalid integer character literal format: \'ab\'',
exc_exec('call msgpack#eval("\'ab\'", {})'))
eq('char-invalid:Invalid integer character literal format: \'',
exc_exec('call msgpack#eval("\'", {})'))
eq('"-invalid:Invalid string: "',
exc_exec('call msgpack#eval("\\"", {})'))
eq('"-invalid:Invalid string: ="',
exc_exec('call msgpack#eval("=\\"", {})'))
eq('"-invalid:Invalid string: +(0)"',
exc_exec('call msgpack#eval("+(0)\\"", {})'))
eq('0.-nodigits:Decimal dot must be followed by digit(s): .e1',
exc_exec('call msgpack#eval("0.e1", {})'))
eq('0x-long:Must have at most 16 hex digits: FEDCBA98765432100',
exc_exec('call msgpack#eval("0xFEDCBA98765432100", {})'))
eq('0x-empty:Must have number after 0x: ',
exc_exec('call msgpack#eval("0x", {})'))
eq('name-unknown:Unknown name FOO: FOO',
exc_exec('call msgpack#eval("FOO", {})'))
end)
end)
end)
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