Method _checkIfInRangeWithOverrideOption

src/AutoNumeric.js:6041–6067

* Check if the given value is within the `minimumValue` and `maximumValue` range, while using the override options set with `overrideMinMaxLimits`. * The minimum and maximum limit test results are returned in an array like `[isMinimumLimitRespected, isMaximumLimitRespected]`. * * @par

(value, settings)

     * @returns {[boolean, boolean]}
     */
    static _checkIfInRangeWithOverrideOption(value, settings) {
        if ((AutoNumericHelper.isNull(value) && settings.emptyInputBehavior === AutoNumeric.options.emptyInputBehavior.null) || // When the `null` value is accepted as the `rawValue`, the limits are ignored
            settings.overrideMinMaxLimits === AutoNumeric.options.overrideMinMaxLimits.ignore ||
            settings.overrideMinMaxLimits === AutoNumeric.options.overrideMinMaxLimits.invalid) {
            return [true, true];
        }

        value = value.toString();
        value = value.replace(',', '.');
        const minParse = AutoNumericHelper.parseStr(settings.minimumValue);
        const maxParse = AutoNumericHelper.parseStr(settings.maximumValue);
        const valParse = AutoNumericHelper.parseStr(value);

        let result;
        switch (settings.overrideMinMaxLimits) {
            case AutoNumeric.options.overrideMinMaxLimits.floor:
                result = [AutoNumericHelper.testMinMax(minParse, valParse) > -1, true];
                break;
            case AutoNumeric.options.overrideMinMaxLimits.ceiling:
                result = [true, AutoNumericHelper.testMinMax(maxParse, valParse) < 1];
                break;
            default:
                result = [AutoNumericHelper.testMinMax(minParse, valParse) > -1, AutoNumericHelper.testMinMax(maxParse, valParse) < 1];
        }

        return result;
    }

    /**
     * Returns `true` if the given value is within the `minimumValue` and `maximumValue` limits, while using the override options set with `overrideMinMaxLimits`, `false` otherwise