3c74dc9f4d
This patch adds two macros to declare per-type allocators: - JS_DECLARE_ALLOCATOR(TypeName) - JS_DEFINE_ALLOCATOR(TypeName) When used, they add a type-specific CellAllocator that the Heap will delegate allocation requests to. The result of this is that GC objects of the same type always end up within the same HeapBlock, drastically reducing the ability to perform type confusion attacks. It also improves HeapBlock utilization, since each block now has cells sized exactly to the type used within that block. (Previously we only had a handful of block sizes available, and most GC allocations ended up with a large amount of slack in their tails.) There is a small performance hit from this, but I'm sure we can make up for it elsewhere. Note that the old size-based allocators still exist, and we fall back to them for any type that doesn't have its own CellAllocator.
499 lines
25 KiB
C++
499 lines
25 KiB
C++
/*
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* Copyright (c) 2021-2023, Tim Flynn <trflynn89@serenityos.org>
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*
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* SPDX-License-Identifier: BSD-2-Clause
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*/
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#include <LibJS/Runtime/AbstractOperations.h>
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#include <LibJS/Runtime/Array.h>
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#include <LibJS/Runtime/GlobalObject.h>
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#include <LibJS/Runtime/Intl/AbstractOperations.h>
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#include <LibJS/Runtime/Intl/NumberFormatConstructor.h>
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#include <LibLocale/Locale.h>
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namespace JS::Intl {
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JS_DEFINE_ALLOCATOR(NumberFormatConstructor);
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// 15.1 The Intl.NumberFormat Constructor, https://tc39.es/ecma402/#sec-intl-numberformat-constructor
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NumberFormatConstructor::NumberFormatConstructor(Realm& realm)
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: NativeFunction(realm.vm().names.NumberFormat.as_string(), realm.intrinsics().function_prototype())
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{
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}
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void NumberFormatConstructor::initialize(Realm& realm)
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{
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Base::initialize(realm);
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auto& vm = this->vm();
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// 15.2.1 Intl.NumberFormat.prototype, https://tc39.es/ecma402/#sec-intl.numberformat.prototype
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define_direct_property(vm.names.prototype, realm.intrinsics().intl_number_format_prototype(), 0);
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u8 attr = Attribute::Writable | Attribute::Configurable;
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define_native_function(realm, vm.names.supportedLocalesOf, supported_locales_of, 1, attr);
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define_direct_property(vm.names.length, Value(0), Attribute::Configurable);
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}
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// 15.1.1 Intl.NumberFormat ( [ locales [ , options ] ] ), https://tc39.es/ecma402/#sec-intl.numberformat
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ThrowCompletionOr<Value> NumberFormatConstructor::call()
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{
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// 1. If NewTarget is undefined, let newTarget be the active function object, else let newTarget be NewTarget.
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return TRY(construct(*this));
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}
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// 15.1.1 Intl.NumberFormat ( [ locales [ , options ] ] ), https://tc39.es/ecma402/#sec-intl.numberformat
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ThrowCompletionOr<NonnullGCPtr<Object>> NumberFormatConstructor::construct(FunctionObject& new_target)
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{
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auto& vm = this->vm();
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auto locales = vm.argument(0);
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auto options = vm.argument(1);
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// 2. Let numberFormat be ? OrdinaryCreateFromConstructor(newTarget, "%NumberFormat.prototype%", « [[InitializedNumberFormat]], [[Locale]], [[DataLocale]], [[NumberingSystem]], [[Style]], [[Unit]], [[UnitDisplay]], [[Currency]], [[CurrencyDisplay]], [[CurrencySign]], [[MinimumIntegerDigits]], [[MinimumFractionDigits]], [[MaximumFractionDigits]], [[MinimumSignificantDigits]], [[MaximumSignificantDigits]], [[RoundingType]], [[Notation]], [[CompactDisplay]], [[UseGrouping]], [[SignDisplay]], [[RoundingMode]], [[RoundingIncrement]], [[TrailingZeroDisplay]], [[BoundFormat]] »).
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auto number_format = TRY(ordinary_create_from_constructor<NumberFormat>(vm, new_target, &Intrinsics::intl_number_format_prototype));
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// 3. Perform ? InitializeNumberFormat(numberFormat, locales, options).
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TRY(initialize_number_format(vm, number_format, locales, options));
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// 4. If the implementation supports the normative optional constructor mode of 4.3 Note 1, then
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// a. Let this be the this value.
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// b. Return ? ChainNumberFormat(numberFormat, NewTarget, this).
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// 5. Return numberFormat.
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return number_format;
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}
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// 15.2.2 Intl.NumberFormat.supportedLocalesOf ( locales [ , options ] ), https://tc39.es/ecma402/#sec-intl.numberformat.supportedlocalesof
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JS_DEFINE_NATIVE_FUNCTION(NumberFormatConstructor::supported_locales_of)
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{
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auto locales = vm.argument(0);
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auto options = vm.argument(1);
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// 1. Let availableLocales be %NumberFormat%.[[AvailableLocales]].
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// 2. Let requestedLocales be ? CanonicalizeLocaleList(locales).
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auto requested_locales = TRY(canonicalize_locale_list(vm, locales));
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// 3. Return ? SupportedLocales(availableLocales, requestedLocales, options).
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return TRY(supported_locales(vm, requested_locales, options));
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}
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// 15.1.2 InitializeNumberFormat ( numberFormat, locales, options ), https://tc39.es/ecma402/#sec-initializenumberformat
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ThrowCompletionOr<NonnullGCPtr<NumberFormat>> initialize_number_format(VM& vm, NumberFormat& number_format, Value locales_value, Value options_value)
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{
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// 1. Let requestedLocales be ? CanonicalizeLocaleList(locales).
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auto requested_locales = TRY(canonicalize_locale_list(vm, locales_value));
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// 2. Set options to ? CoerceOptionsToObject(options).
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auto* options = TRY(coerce_options_to_object(vm, options_value));
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// 3. Let opt be a new Record.
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LocaleOptions opt {};
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// 4. Let matcher be ? GetOption(options, "localeMatcher", string, « "lookup", "best fit" », "best fit").
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auto matcher = TRY(get_option(vm, *options, vm.names.localeMatcher, OptionType::String, { "lookup"sv, "best fit"sv }, "best fit"sv));
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// 5. Set opt.[[localeMatcher]] to matcher.
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opt.locale_matcher = matcher;
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// 6. Let numberingSystem be ? GetOption(options, "numberingSystem", string, empty, undefined).
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auto numbering_system = TRY(get_option(vm, *options, vm.names.numberingSystem, OptionType::String, {}, Empty {}));
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// 7. If numberingSystem is not undefined, then
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if (!numbering_system.is_undefined()) {
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// a. If numberingSystem does not match the Unicode Locale Identifier type nonterminal, throw a RangeError exception.
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if (!::Locale::is_type_identifier(numbering_system.as_string().utf8_string_view()))
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return vm.throw_completion<RangeError>(ErrorType::OptionIsNotValidValue, numbering_system, "numberingSystem"sv);
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// 8. Set opt.[[nu]] to numberingSystem.
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opt.nu = numbering_system.as_string().utf8_string();
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}
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// 9. Let localeData be %NumberFormat%.[[LocaleData]].
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// 10. Let r be ResolveLocale(%NumberFormat%.[[AvailableLocales]], requestedLocales, opt, %NumberFormat%.[[RelevantExtensionKeys]], localeData).
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auto result = resolve_locale(requested_locales, opt, NumberFormat::relevant_extension_keys());
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// 11. Set numberFormat.[[Locale]] to r.[[locale]].
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number_format.set_locale(move(result.locale));
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// 12. Set numberFormat.[[DataLocale]] to r.[[dataLocale]].
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number_format.set_data_locale(move(result.data_locale));
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// 13. Set numberFormat.[[NumberingSystem]] to r.[[nu]].
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if (result.nu.has_value())
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number_format.set_numbering_system(result.nu.release_value());
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// 14. Perform ? SetNumberFormatUnitOptions(numberFormat, options).
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TRY(set_number_format_unit_options(vm, number_format, *options));
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// 15. Let style be numberFormat.[[Style]].
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auto style = number_format.style();
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int default_min_fraction_digits = 0;
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int default_max_fraction_digits = 0;
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// 16. If style is "currency", then
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if (style == NumberFormat::Style::Currency) {
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// a. Let currency be numberFormat.[[Currency]].
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auto const& currency = number_format.currency();
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// b. Let cDigits be CurrencyDigits(currency).
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int digits = currency_digits(currency);
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// c. Let mnfdDefault be cDigits.
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default_min_fraction_digits = digits;
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// d. Let mxfdDefault be cDigits.
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default_max_fraction_digits = digits;
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}
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// 17. Else,
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else {
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// a. Let mnfdDefault be 0.
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default_min_fraction_digits = 0;
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// b. If style is "percent", then
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// i. Let mxfdDefault be 0.
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// c. Else,
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// i. Let mxfdDefault be 3.
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default_max_fraction_digits = style == NumberFormat::Style::Percent ? 0 : 3;
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}
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// 18. Let notation be ? GetOption(options, "notation", string, « "standard", "scientific", "engineering", "compact" », "standard").
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auto notation = TRY(get_option(vm, *options, vm.names.notation, OptionType::String, { "standard"sv, "scientific"sv, "engineering"sv, "compact"sv }, "standard"sv));
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// 19. Set numberFormat.[[Notation]] to notation.
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number_format.set_notation(notation.as_string().utf8_string_view());
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// 20. Perform ? SetNumberFormatDigitOptions(numberFormat, options, mnfdDefault, mxfdDefault, notation).
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TRY(set_number_format_digit_options(vm, number_format, *options, default_min_fraction_digits, default_max_fraction_digits, number_format.notation()));
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// 21. Let compactDisplay be ? GetOption(options, "compactDisplay", string, « "short", "long" », "short").
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auto compact_display = TRY(get_option(vm, *options, vm.names.compactDisplay, OptionType::String, { "short"sv, "long"sv }, "short"sv));
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// 22. Let defaultUseGrouping be "auto".
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auto default_use_grouping = "auto"sv;
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// 23. If notation is "compact", then
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if (number_format.notation() == NumberFormat::Notation::Compact) {
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// a. Set numberFormat.[[CompactDisplay]] to compactDisplay.
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number_format.set_compact_display(compact_display.as_string().utf8_string_view());
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// b. Set defaultUseGrouping to "min2".
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default_use_grouping = "min2"sv;
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}
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// 24. NOTE: For historical reasons, the strings "true" and "false" are accepted and replaced with the default value.
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// 25. Let useGrouping be ? GetBooleanOrStringNumberFormatOption(options, "useGrouping", « "min2", "auto", "always", "true", "false" », defaultUseGrouping).
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auto use_grouping = TRY(get_boolean_or_string_number_format_option(vm, *options, vm.names.useGrouping, { "min2"sv, "auto"sv, "always"sv, "true"sv, "false"sv }, default_use_grouping));
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// 26. If useGrouping is "true" or useGrouping is "false", set useGrouping to defaultUseGrouping.
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if (auto const* use_grouping_string = use_grouping.get_pointer<StringView>()) {
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if (use_grouping_string->is_one_of("true"sv, "false"sv))
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use_grouping = default_use_grouping;
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}
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// 27. If useGrouping is true, set useGrouping to "always".
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if (auto const* use_grouping_boolean = use_grouping.get_pointer<bool>()) {
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if (*use_grouping_boolean)
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use_grouping = "always"sv;
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}
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// 28. Set numberFormat.[[UseGrouping]] to useGrouping.
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number_format.set_use_grouping(use_grouping);
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// 29. Let signDisplay be ? GetOption(options, "signDisplay", string, « "auto", "never", "always", "exceptZero, "negative" », "auto").
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auto sign_display = TRY(get_option(vm, *options, vm.names.signDisplay, OptionType::String, { "auto"sv, "never"sv, "always"sv, "exceptZero"sv, "negative"sv }, "auto"sv));
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// 30. Set numberFormat.[[SignDisplay]] to signDisplay.
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number_format.set_sign_display(sign_display.as_string().utf8_string_view());
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// 31. Return numberFormat.
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return number_format;
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}
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// 15.1.3 SetNumberFormatDigitOptions ( intlObj, options, mnfdDefault, mxfdDefault, notation ), https://tc39.es/ecma402/#sec-setnfdigitoptions
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ThrowCompletionOr<void> set_number_format_digit_options(VM& vm, NumberFormatBase& intl_object, Object const& options, int default_min_fraction_digits, int default_max_fraction_digits, NumberFormat::Notation notation)
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{
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// 1. Let mnid be ? GetNumberOption(options, "minimumIntegerDigits,", 1, 21, 1).
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auto min_integer_digits = TRY(get_number_option(vm, options, vm.names.minimumIntegerDigits, 1, 21, 1));
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// 2. Let mnfd be ? Get(options, "minimumFractionDigits").
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auto min_fraction_digits = TRY(options.get(vm.names.minimumFractionDigits));
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// 3. Let mxfd be ? Get(options, "maximumFractionDigits").
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auto max_fraction_digits = TRY(options.get(vm.names.maximumFractionDigits));
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// 4. Let mnsd be ? Get(options, "minimumSignificantDigits").
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auto min_significant_digits = TRY(options.get(vm.names.minimumSignificantDigits));
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// 5. Let mxsd be ? Get(options, "maximumSignificantDigits").
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auto max_significant_digits = TRY(options.get(vm.names.maximumSignificantDigits));
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// 6. Set intlObj.[[MinimumIntegerDigits]] to mnid.
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intl_object.set_min_integer_digits(*min_integer_digits);
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// 7. Let roundingIncrement be ? GetNumberOption(options, "roundingIncrement", 1, 5000, 1).
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auto rounding_increment = TRY(get_number_option(vm, options, vm.names.roundingIncrement, 1, 5000, 1));
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// 8. If roundingIncrement is not in « 1, 2, 5, 10, 20, 25, 50, 100, 200, 250, 500, 1000, 2000, 2500, 5000 », throw a RangeError exception.
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static constexpr auto sanctioned_rounding_increments = AK::Array { 1, 2, 5, 10, 20, 25, 50, 100, 200, 250, 500, 1000, 2000, 2500, 5000 };
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if (!sanctioned_rounding_increments.span().contains_slow(*rounding_increment))
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return vm.throw_completion<RangeError>(ErrorType::IntlInvalidRoundingIncrement, *rounding_increment);
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// 9. Let roundingMode be ? GetOption(options, "roundingMode", string, « "ceil", "floor", "expand", "trunc", "halfCeil", "halfFloor", "halfExpand", "halfTrunc", "halfEven" », "halfExpand").
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auto rounding_mode = TRY(get_option(vm, options, vm.names.roundingMode, OptionType::String, { "ceil"sv, "floor"sv, "expand"sv, "trunc"sv, "halfCeil"sv, "halfFloor"sv, "halfExpand"sv, "halfTrunc"sv, "halfEven"sv }, "halfExpand"sv));
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// 10. Let roundingPriority be ? GetOption(options, "roundingPriority", string, « "auto", "morePrecision", "lessPrecision" », "auto").
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auto rounding_priority_option = TRY(get_option(vm, options, vm.names.roundingPriority, OptionType::String, { "auto"sv, "morePrecision"sv, "lessPrecision"sv }, "auto"sv));
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auto rounding_priority = rounding_priority_option.as_string().utf8_string_view();
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// 11. Let trailingZeroDisplay be ? GetOption(options, "trailingZeroDisplay", string, « "auto", "stripIfInteger" », "auto").
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auto trailing_zero_display = TRY(get_option(vm, options, vm.names.trailingZeroDisplay, OptionType::String, { "auto"sv, "stripIfInteger"sv }, "auto"sv));
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// 12. NOTE: All fields required by SetNumberFormatDigitOptions have now been read from options. The remainder of this AO interprets the options and may throw exceptions.
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// 13. If roundingIncrement is not 1, set mxfdDefault to mnfdDefault.
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if (rounding_increment != 1)
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default_max_fraction_digits = default_min_fraction_digits;
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// 14. Set intlObj.[[RoundingIncrement]] to roundingIncrement.
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intl_object.set_rounding_increment(*rounding_increment);
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// 15. Set intlObj.[[RoundingMode]] to roundingMode.
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intl_object.set_rounding_mode(rounding_mode.as_string().utf8_string_view());
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// 16. Set intlObj.[[TrailingZeroDisplay]] to trailingZeroDisplay.
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intl_object.set_trailing_zero_display(trailing_zero_display.as_string().utf8_string_view());
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// 17. If mnsd is not undefined or mxsd is not undefined, then
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// a. Let hasSd be true.
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// 18. Else,
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// a. Let hasSd be false.
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bool has_significant_digits = !min_significant_digits.is_undefined() || !max_significant_digits.is_undefined();
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// 19. If mnfd is not undefined or mxfd is not undefined, then
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// a. Let hasFd be true.
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// 20. Else,
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// a. Let hasFd be false.
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bool has_fraction_digits = !min_fraction_digits.is_undefined() || !max_fraction_digits.is_undefined();
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// 21. Let needSd be true.
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bool need_significant_digits = true;
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// 22. Let needFd be true.
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bool need_fraction_digits = true;
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// 23. If roundingPriority is "auto", then
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if (rounding_priority == "auto"sv) {
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// a. Set needSd to hasSd.
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need_significant_digits = has_significant_digits;
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// b. If hasSd is true, or hasFd is false and notation is "compact", then
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if (has_significant_digits || (!has_fraction_digits && notation == NumberFormat::Notation::Compact)) {
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// i. Set needFd to false.
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need_fraction_digits = false;
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}
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}
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// 24. If needSd is true, then
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if (need_significant_digits) {
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// a. If hasSd is true, then
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if (has_significant_digits) {
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// i. Set intlObj.[[MinimumSignificantDigits]] to ? DefaultNumberOption(mnsd, 1, 21, 1).
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auto min_digits = TRY(default_number_option(vm, min_significant_digits, 1, 21, 1));
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intl_object.set_min_significant_digits(*min_digits);
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// ii. Set intlObj.[[MaximumSignificantDigits]] to ? DefaultNumberOption(mxsd, intlObj.[[MinimumSignificantDigits]], 21, 21).
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auto max_digits = TRY(default_number_option(vm, max_significant_digits, *min_digits, 21, 21));
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intl_object.set_max_significant_digits(*max_digits);
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}
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// b. Else,
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else {
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// i. Set intlObj.[[MinimumSignificantDigits]] to 1.
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intl_object.set_min_significant_digits(1);
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// ii. Set intlObj.[[MaximumSignificantDigits]] to 21.
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intl_object.set_max_significant_digits(21);
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}
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}
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// 25. If needFd is true, then
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if (need_fraction_digits) {
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// a. If hasFd is true, then
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if (has_fraction_digits) {
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// i. Set mnfd to ? DefaultNumberOption(mnfd, 0, 100, undefined).
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auto min_digits = TRY(default_number_option(vm, min_fraction_digits, 0, 100, {}));
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// ii. Set mxfd to ? DefaultNumberOption(mxfd, 0, 100, undefined).
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auto max_digits = TRY(default_number_option(vm, max_fraction_digits, 0, 100, {}));
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// iii. If mnfd is undefined, set mnfd to min(mnfdDefault, mxfd).
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if (!min_digits.has_value())
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min_digits = min(default_min_fraction_digits, *max_digits);
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// iv. Else if mxfd is undefined, set mxfd to max(mxfdDefault, mnfd).
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else if (!max_digits.has_value())
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max_digits = max(default_max_fraction_digits, *min_digits);
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// v. Else if mnfd is greater than mxfd, throw a RangeError exception.
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else if (*min_digits > *max_digits)
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return vm.throw_completion<RangeError>(ErrorType::IntlMinimumExceedsMaximum, *min_digits, *max_digits);
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// vi. Set intlObj.[[MinimumFractionDigits]] to mnfd.
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intl_object.set_min_fraction_digits(*min_digits);
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// vii. Set intlObj.[[MaximumFractionDigits]] to mxfd.
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intl_object.set_max_fraction_digits(*max_digits);
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}
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// b. Else,
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else {
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// i. Set intlObj.[[MinimumFractionDigits]] to mnfdDefault.
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intl_object.set_min_fraction_digits(default_min_fraction_digits);
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// ii. Set intlObj.[[MaximumFractionDigits]] to mxfdDefault.
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intl_object.set_max_fraction_digits(default_max_fraction_digits);
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}
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}
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// 26. If needSd is false and needFd is false, then
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if (!need_significant_digits && !need_fraction_digits) {
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// a. Set intlObj.[[MinimumFractionDigits]] to 0.
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intl_object.set_min_fraction_digits(0);
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// b. Set intlObj.[[MaximumFractionDigits]] to 0.
|
|
intl_object.set_max_fraction_digits(0);
|
|
|
|
// c. Set intlObj.[[MinimumSignificantDigits]] to 1.
|
|
intl_object.set_min_significant_digits(1);
|
|
|
|
// d. Set intlObj.[[MaximumSignificantDigits]] to 2.
|
|
intl_object.set_max_significant_digits(2);
|
|
|
|
// e. Set intlObj.[[RoundingType]] to morePrecision.
|
|
intl_object.set_rounding_type(NumberFormatBase::RoundingType::MorePrecision);
|
|
|
|
// f. Set intlObj.[[ComputedRoundingPriority]] to "morePrecision".
|
|
intl_object.set_computed_rounding_priority(NumberFormatBase::ComputedRoundingPriority::MorePrecision);
|
|
}
|
|
// 27. Else if roundingPriority is "morePrecision", then
|
|
else if (rounding_priority == "morePrecision"sv) {
|
|
// a. Set intlObj.[[RoundingType]] to morePrecision.
|
|
intl_object.set_rounding_type(NumberFormatBase::RoundingType::MorePrecision);
|
|
|
|
// b. Set intlObj.[[ComputedRoundingPriority]] to "morePrecision".
|
|
intl_object.set_computed_rounding_priority(NumberFormatBase::ComputedRoundingPriority::MorePrecision);
|
|
}
|
|
// 28. Else if roundingPriority is "lessPrecision", then
|
|
else if (rounding_priority == "lessPrecision"sv) {
|
|
// a. Set intlObj.[[RoundingType]] to lessPrecision.
|
|
intl_object.set_rounding_type(NumberFormatBase::RoundingType::LessPrecision);
|
|
|
|
// b. Set intlObj.[[ComputedRoundingPriority]] to "lessPrecision".
|
|
intl_object.set_computed_rounding_priority(NumberFormatBase::ComputedRoundingPriority::LessPrecision);
|
|
}
|
|
// 29. Else if hasSd is true, then
|
|
else if (has_significant_digits) {
|
|
// a. Set intlObj.[[RoundingType]] to significantDigits.
|
|
intl_object.set_rounding_type(NumberFormatBase::RoundingType::SignificantDigits);
|
|
|
|
// b. Set intlObj.[[ComputedRoundingPriority]] to "auto".
|
|
intl_object.set_computed_rounding_priority(NumberFormatBase::ComputedRoundingPriority::Auto);
|
|
}
|
|
// 30. Else,
|
|
else {
|
|
// a. Set intlObj.[[RoundingType]] to fractionDigits.
|
|
intl_object.set_rounding_type(NumberFormatBase::RoundingType::FractionDigits);
|
|
|
|
// b. Set intlObj.[[ComputedRoundingPriority]] to "auto".
|
|
intl_object.set_computed_rounding_priority(NumberFormatBase::ComputedRoundingPriority::Auto);
|
|
}
|
|
|
|
// 31. If roundingIncrement is not 1, then
|
|
if (rounding_increment != 1) {
|
|
// a. If intlObj.[[RoundingType]] is not fractionDigits, throw a TypeError exception.
|
|
if (intl_object.rounding_type() != NumberFormatBase::RoundingType::FractionDigits)
|
|
return vm.throw_completion<TypeError>(ErrorType::IntlInvalidRoundingIncrementForRoundingType, *rounding_increment, intl_object.rounding_type_string());
|
|
|
|
// b. If intlObj.[[MaximumFractionDigits]] is not equal to intlObj.[[MinimumFractionDigits]], throw a RangeError exception.
|
|
if (intl_object.max_fraction_digits() != intl_object.min_fraction_digits())
|
|
return vm.throw_completion<RangeError>(ErrorType::IntlInvalidRoundingIncrementForFractionDigits, *rounding_increment);
|
|
}
|
|
|
|
return {};
|
|
}
|
|
|
|
// 15.1.4 SetNumberFormatUnitOptions ( intlObj, options ), https://tc39.es/ecma402/#sec-setnumberformatunitoptions
|
|
ThrowCompletionOr<void> set_number_format_unit_options(VM& vm, NumberFormat& intl_object, Object const& options)
|
|
{
|
|
// 1. Assert: Type(intlObj) is Object.
|
|
// 2. Assert: Type(options) is Object.
|
|
|
|
// 3. Let style be ? GetOption(options, "style", string, « "decimal", "percent", "currency", "unit" », "decimal").
|
|
auto style = TRY(get_option(vm, options, vm.names.style, OptionType::String, { "decimal"sv, "percent"sv, "currency"sv, "unit"sv }, "decimal"sv));
|
|
|
|
// 4. Set intlObj.[[Style]] to style.
|
|
intl_object.set_style(style.as_string().utf8_string_view());
|
|
|
|
// 5. Let currency be ? GetOption(options, "currency", string, empty, undefined).
|
|
auto currency = TRY(get_option(vm, options, vm.names.currency, OptionType::String, {}, Empty {}));
|
|
|
|
// 6. If currency is undefined, then
|
|
if (currency.is_undefined()) {
|
|
// a. If style is "currency", throw a TypeError exception.
|
|
if (intl_object.style() == NumberFormat::Style::Currency)
|
|
return vm.throw_completion<TypeError>(ErrorType::IntlOptionUndefined, "currency"sv, "style"sv, style);
|
|
}
|
|
// 7. Else,
|
|
// a. If IsWellFormedCurrencyCode(currency) is false, throw a RangeError exception.
|
|
else if (!is_well_formed_currency_code(currency.as_string().utf8_string_view()))
|
|
return vm.throw_completion<RangeError>(ErrorType::OptionIsNotValidValue, currency, "currency"sv);
|
|
|
|
// 8. Let currencyDisplay be ? GetOption(options, "currencyDisplay", string, « "code", "symbol", "narrowSymbol", "name" », "symbol").
|
|
auto currency_display = TRY(get_option(vm, options, vm.names.currencyDisplay, OptionType::String, { "code"sv, "symbol"sv, "narrowSymbol"sv, "name"sv }, "symbol"sv));
|
|
|
|
// 9. Let currencySign be ? GetOption(options, "currencySign", string, « "standard", "accounting" », "standard").
|
|
auto currency_sign = TRY(get_option(vm, options, vm.names.currencySign, OptionType::String, { "standard"sv, "accounting"sv }, "standard"sv));
|
|
|
|
// 10. Let unit be ? GetOption(options, "unit", string, empty, undefined).
|
|
auto unit = TRY(get_option(vm, options, vm.names.unit, OptionType::String, {}, Empty {}));
|
|
|
|
// 11. If unit is undefined, then
|
|
if (unit.is_undefined()) {
|
|
// a. If style is "unit", throw a TypeError exception.
|
|
if (intl_object.style() == NumberFormat::Style::Unit)
|
|
return vm.throw_completion<TypeError>(ErrorType::IntlOptionUndefined, "unit"sv, "style"sv, style);
|
|
}
|
|
// 12. Else,
|
|
// a. If ! IsWellFormedUnitIdentifier(unit) is false, throw a RangeError exception.
|
|
else if (!is_well_formed_unit_identifier(unit.as_string().utf8_string_view()))
|
|
return vm.throw_completion<RangeError>(ErrorType::OptionIsNotValidValue, unit, "unit"sv);
|
|
|
|
// 13. Let unitDisplay be ? GetOption(options, "unitDisplay", string, « "short", "narrow", "long" », "short").
|
|
auto unit_display = TRY(get_option(vm, options, vm.names.unitDisplay, OptionType::String, { "short"sv, "narrow"sv, "long"sv }, "short"sv));
|
|
|
|
// 14. If style is "currency", then
|
|
if (intl_object.style() == NumberFormat::Style::Currency) {
|
|
// a. Set intlObj.[[Currency]] to the ASCII-uppercase of currency.
|
|
intl_object.set_currency(MUST(currency.as_string().utf8_string().to_uppercase()));
|
|
|
|
// c. Set intlObj.[[CurrencyDisplay]] to currencyDisplay.
|
|
intl_object.set_currency_display(currency_display.as_string().utf8_string_view());
|
|
|
|
// d. Set intlObj.[[CurrencySign]] to currencySign.
|
|
intl_object.set_currency_sign(currency_sign.as_string().utf8_string_view());
|
|
}
|
|
|
|
// 15. If style is "unit", then
|
|
if (intl_object.style() == NumberFormat::Style::Unit) {
|
|
// a. Set intlObj.[[Unit]] to unit.
|
|
intl_object.set_unit(unit.as_string().utf8_string());
|
|
|
|
// b. Set intlObj.[[UnitDisplay]] to unitDisplay.
|
|
intl_object.set_unit_display(unit_display.as_string().utf8_string_view());
|
|
}
|
|
|
|
return {};
|
|
}
|
|
|
|
}
|