testcases

-- Unit tests for [[Module:TableTools]]. Click talk page to run tests.

local ScribuntoUnit = require('Module:ScribuntoUnit')
local suite = ScribuntoUnit:new()
local libName = 'TableTools'


-- Helper to run all tests using sandbox version of the library from the debug console. To run against main lib, use  =p.run()
function suite.runSandbox()
    local frame = mw.getCurrentFrame():newChild{title='testcases', args={module=libName .. '/sandbox', displayMode='log'}}
    return suite.run(frame)
end

-- Allow test runner to use the sandbox and the primary versions of the library with the same testcases
function suite:module()
    return require('Module:' .. (self.frame and self.frame.args.module or libName))
end

--[[
       Library-specific tests
]]

------------------------------------------------------------------------
-- Helper functions
------------------------------------------------------------------------

function suite.concatIpairs(t)
    local ret = ''
    for i, v in ipairs(t) do
        ret = ret .. tostring(v)
    end
    return ret
end

function suite:assertErrorEquals(expected, func, ...)
    local success, msg = pcall(func, ...)
    self:assertEquals(expected, msg)
end

function suite:assertTypeErrorEquals(argId, name, expectedType, actualType, func, ...)
    local expected = "bad argument #%d to '%s' (%s expected, got %s)"
    expected = expected:format(argId, name, expectedType, actualType)
    self:assertErrorEquals(expected, func, ...)
end

------------------------------------------------------------------------
-- Test isPositiveInteger
------------------------------------------------------------------------

function suite:testIsPositiveInteger()
    local tt = self:module()
    self:assertTrue(tt.isPositiveInteger(1))
    self:assertTrue(tt.isPositiveInteger(2))
    self:assertTrue(tt.isPositiveInteger(2323874623))
    self:assertFalse(tt.isPositiveInteger(0))
    self:assertFalse(tt.isPositiveInteger(-1))
    self:assertFalse(tt.isPositiveInteger(0.5))
    self:assertFalse(tt.isPositiveInteger(1.5))
    self:assertFalse(tt.isPositiveInteger('1'))
    self:assertFalse(tt.isPositiveInteger(math.huge))
    self:assertFalse(tt.isPositiveInteger('foo'))
end

------------------------------------------------------------------------
-- Test isNan
------------------------------------------------------------------------

function suite:testIsNan()
    local tt = self:module()
    self:assertTrue(tt.isNan(0/0))
    self:assertTrue(tt.isNan(math.huge * 0))
    self:assertTrue(tt.isNan(-math.huge * 0))
    self:assertTrue(tt.isNan(-1 * math.huge * 0))
    self:assertFalse(tt.isNan(0))
    self:assertFalse(tt.isNan(1))
    self:assertFalse(tt.isNan(6))
    self:assertFalse(tt.isNan(-100))
    self:assertFalse(tt.isNan(2^0.5))
    self:assertFalse(tt.isNan(99999999999999999999999999999999999999999999999))
    self:assertFalse(tt.isNan(math.pi))
end

------------------------------------------------------------------------
-- Test removeDuplicates
------------------------------------------------------------------------

function suite:testRemoveDuplicates()
    local tt = self:module()
    local isNan = tt.isNan
    local dupes =     {1, 2, 2, 3, 3, 3, 4, 2, 0/0, 5, 0/0, 5}
    -- Dupes removed: {1, 2,    3,       4,    NaN, 5, NaN}
    local removed = tt.removeDuplicates(dupes)
    self:assertEquals(7, #removed)
    self:assertEquals(1, removed[1])
    self:assertEquals(2, removed[2])
    self:assertEquals(3, removed[3])
    self:assertEquals(4, removed[4])
    self:assertTrue(isNan(removed[5]))
    self:assertEquals(5, removed[6])
    self:assertTrue(isNan(removed[7]))
    self:assertTypeErrorEquals(1, 'removeDuplicates', 'table', 'number', tt.removeDuplicates, 4)
    self:assertTypeErrorEquals(1, 'removeDuplicates', 'table', 'nil', tt.removeDuplicates)
end

------------------------------------------------------------------------
-- Sparse array variables
------------------------------------------------------------------------

local sparseArray = {1, nil, 2, nil, 3, nil, [math.huge] = math.huge, foo = 'bar', [1.5] = 1.5, ['4'] = 'four_string'}
local sparseArrayConcatenated = '123'
local numKeysConcatenated = '135'

------------------------------------------------------------------------
-- Test numKeys
------------------------------------------------------------------------

function suite:testnumKeys()
    local tt = self:module()
    local numKeys = tt.numKeys(sparseArray)
    self:assertEquals(numKeysConcatenated, suite.concatIpairs(numKeys))
    self:assertTypeErrorEquals(1, 'numKeys', 'table', 'number', tt.numKeys, 4)
    self:assertTypeErrorEquals(1, 'numKeys', 'table', 'nil', tt.numKeys)
end

------------------------------------------------------------------------
-- Test affixNums
------------------------------------------------------------------------

local affixArray = {1, a0 = 'a0', a001 = 'a001', a1 = 'a1', b2 = 'b2', a3 = 'a3', c4d = 'c4d', b5 = 'b5', B6 = 'B6', f7 = 'f7', c8d = 'c8d', a9 = nil, a10 = 'a10', [11] = 11, ['e-f12'] = 'e-f12'}
local aNumsConcatenated = '1310'
local aValsConcatenated = 'a1a3a10'
local bNumsConcatenated = '25'
local bValsConcatenated = 'b2b5'
local cdNumsConcatenated = '48'
local cdValsConcatenated = 'c4dc8d'
local efNumsConcatenated = '12'
local efValsConcatenated = 'e-f12'

function suite.concatAffixVals(t, nums, prefix, suffix)
    local ret = ''
    for i, num in ipairs(nums) do
        local key = (prefix or '') .. tostring(num) .. (suffix or '')
        ret = ret .. tostring(t[key])
    end
    return ret
end

function suite:testaffixNums()
    local tt = self:module()
    local aNums = tt.affixNums(affixArray, 'a')
    local bNums = tt.affixNums(affixArray, 'b')
    local cdNums = tt.affixNums(affixArray, 'c', 'd')
    local efNums = tt.affixNums(affixArray, 'e-f') -- "-" is magic, so we need to escape it.
    self:assertEquals(aNumsConcatenated, suite.concatIpairs(aNums))
    self:assertEquals(aValsConcatenated, suite.concatAffixVals(affixArray, aNums, 'a'))
    self:assertEquals(bNumsConcatenated, suite.concatIpairs(bNums))
    self:assertEquals(bValsConcatenated, suite.concatAffixVals(affixArray, bNums, 'b'))
    self:assertEquals(cdNumsConcatenated, suite.concatIpairs(cdNums))
    self:assertEquals(cdValsConcatenated, suite.concatAffixVals(affixArray, cdNums, 'c', 'd'))
    self:assertEquals(efNumsConcatenated, suite.concatIpairs(efNums))
    self:assertEquals(efValsConcatenated, suite.concatAffixVals(affixArray, efNums, 'e-f'))
    self:assertTypeErrorEquals(1, 'affixNums', 'table', 'number', tt.affixNums, 4)
    self:assertTypeErrorEquals(1, 'affixNums', 'table', 'nil', tt.affixNums)
end

------------------------------------------------------------------------
-- Test numData
------------------------------------------------------------------------

function suite:testNumData()
    local tt = self:module()
    local t = {1, 2, [5] = 5, foo = "foo", foo1 = "foo1", bar1 = "bar1", foo6 = "foo6", bar6 = "bar6"}
    local uncompressed = tt.numData(t)
    local compressed = tt.numData(t, true)

    -- Test uncompressed.
    self:assertEquals(1, uncompressed[1][1])
    self:assertEquals(2, uncompressed[2][1])
    self:assertEquals(5, uncompressed[5][1])
    self:assertEquals("foo", uncompressed.other.foo)
    self:assertEquals("foo1", uncompressed[1].foo)
    self:assertEquals("bar1", uncompressed[1].bar)
    self:assertEquals("foo6", uncompressed[6].foo)
    self:assertEquals("bar6", uncompressed[6].bar)
    self:assertEquals(nil, uncompressed[4])

    -- Test compressed.
    self:assertEquals(1, compressed[1][1])
    self:assertEquals(2, compressed[2][1])
    self:assertEquals(5, compressed[3][1])
    self:assertEquals("foo", compressed.other.foo)
    self:assertEquals("foo1", compressed[1].foo)
    self:assertEquals("bar1", compressed[1].bar)
    self:assertEquals("foo6", compressed[4].foo)
    self:assertEquals("bar6", compressed[4].bar)
    self:assertEquals(nil, compressed[5])
end

------------------------------------------------------------------------
-- Test sparse array functions
------------------------------------------------------------------------

function suite:testCompressSparseArray()
    local tt = self:module()
    local compressedArray = tt.compressSparseArray(sparseArray)
    self:assertEquals(sparseArrayConcatenated, suite.concatIpairs(compressedArray))
    self:assertTypeErrorEquals(1, 'compressSparseArray', 'table', 'number', tt.compressSparseArray, 4)
    self:assertTypeErrorEquals(1, 'compressSparseArray', 'table', 'nil', tt.compressSparseArray)
end

function suite:testSparseIpairs()
    local tt = self:module()
    local arrayText = ''
    for i, v in tt.sparseIpairs(sparseArray) do
        arrayText = arrayText .. tostring(v)
    end
    self:assertEquals(sparseArrayConcatenated, arrayText)
    self:assertTypeErrorEquals(1, 'sparseIpairs', 'table', 'number', tt.sparseIpairs, 4)
    self:assertTypeErrorEquals(1, 'sparseIpairs', 'table', 'nil', tt.sparseIpairs)
end

------------------------------------------------------------------------
-- Test size function
------------------------------------------------------------------------

function suite:testSize()
    local tt = self:module()
    self:assertEquals(0, tt.size{})
    self:assertEquals(3, tt.size{foo = 'foo', bar = 'bar', baz = 'baz'})
    self:assertEquals(1, tt.size{1})
    self:assertEquals(5, tt.size{foo = 'foo', bar = 'bar', baz = 'baz', 1, 2})
    self:assertTypeErrorEquals(1, 'size', 'table', 'number', tt.size, 4)
    self:assertTypeErrorEquals(1, 'size', 'table', 'nil', tt.size)
end

return suite
Descripción	Lo que escribes	Lo que obtienes
Cursiva	''Texto en cursiva''	Texto en cursiva
Negrita	'''Texto en negrita'''	Texto en negrita
Negrita y cursiva	'''''Texto en negrita y cursiva'''''	*Texto en negrita y cursiva*