Function eachRelationalComparisonCase

test/ut/spec/data/dataValueHelper.test.ts:206–347

(evalFn: EvaluateFunction)

type EvaluateFunction = (lval: unknown, rval: unknown, caseTag: CaseTag) => void;

function eachRelationalComparisonCase(evalFn: EvaluateFunction) {

    const FULL_WIDTH_SPACE = String.fromCharCode(12288);

    const testerMap = {
        notEqualAndHasOrder: function () {
            expectDual(123, 555, TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
            expectDual(-123, -555, TAG.BothNumeric_AtLeastOneNumber_L_GT_R);
            expectDual(-123, 123, TAG.BothNumeric_AtLeastOneNumber_L_LT_R);

            expectDual(Infinity, 123, TAG.BothNumeric_AtLeastOneNumber_L_GT_R);
            expectDual(-Infinity, -123, TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
            expectDual('Infinity', 123, TAG.BothNumeric_AtLeastOneNumber_L_GT_R);
            expectDual('-Infinity', 123, TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
            expectDual(123, '555', TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
            expectDual(555, '555.6', TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
            expectDual('-555', -555.6, TAG.BothNumeric_AtLeastOneNumber_L_GT_R);
            expectDual(123, ' 555 ', TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
            expectDual(' -555 ', 123, TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
            expectDual(123, ' \r \n 555 \t ' + FULL_WIDTH_SPACE, TAG.BothNumeric_AtLeastOneNumber_L_LT_R);
        },

        notEqualAndNoOrder: function () {
            const makeDate = () => new Date(2012, 5, 12);
            const makeFn = () => function () {};

            expectDual(NaN, NaN, TAG.BothIncmpr_NotEQ);
            expectDual(NaN, -NaN, TAG.BothIncmpr_NotEQ);
            expectDual(NaN, 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual(NaN, 2, TAG.L_Incmpr_R_NumberOrString);
            expectDual('NaN', NaN, TAG.R_Incmpr_L_NumberOrString);
            expectDual('NaN', 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual('NaN', 2, TAG.L_Incmpr_R_NumberOrString);
            expectDual('-NaN', -NaN, TAG.R_Incmpr_L_NumberOrString);
            expectDual('-NaN', 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual('-NaN', 2, TAG.L_Incmpr_R_NumberOrString);
            expectDual(true, 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual(false, 1, TAG.L_Incmpr_R_NumberOrString);
            expectDual('true', 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual('false', 1, TAG.L_Incmpr_R_NumberOrString);
            expectDual(undefined, 2, TAG.L_Incmpr_R_NumberOrString);
            expectDual(undefined, 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual(null, 2, TAG.L_Incmpr_R_NumberOrString);
            expectDual(null, 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual(makeDate(), 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual(makeDate(), makeDate(), TAG.BothIncmpr_NotEQ);
            expectDual(makeDate(), +makeDate(), TAG.L_Incmpr_R_NumberOrString);
            expectDual([], 1, TAG.L_Incmpr_R_NumberOrString);
            expectDual([], 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual({}, 1, TAG.L_Incmpr_R_NumberOrString);
            expectDual([], '0', TAG.L_Incmpr_R_NumberOrString);
            expectDual({}, '1', TAG.L_Incmpr_R_NumberOrString);
            expectDual({}, 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual({}, '1', TAG.L_Incmpr_R_NumberOrString);
            expectDual({}, '0', TAG.L_Incmpr_R_NumberOrString);
            expectDual(/1/, 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual(/0/, 0, TAG.L_Incmpr_R_NumberOrString);
            expectDual('555a', 123, TAG.L_Incmpr_R_NumberOrString);