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ebdb92eef6
LibLocale was split off from LibUnicode a couple years ago to reduce the number of applications on SerenityOS that depend on CLDR data. Now that we use ICU, both LibUnicode and LibLocale are actually linking in this data. And since vcpkg gives us static libraries, both libraries are over 30MB in size. This patch reverts the separation and merges LibLocale into LibUnicode again. We now have just one library that includes the ICU data. Further, this will let LibUnicode share the locale cache that previously would only exist in LibLocale.
196 lines
11 KiB
C++
196 lines
11 KiB
C++
/*
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* Copyright (c) 2021-2024, 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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#pragma once
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#include <AK/Array.h>
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#include <AK/Optional.h>
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#include <AK/String.h>
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#include <LibJS/Runtime/Intl/AbstractOperations.h>
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#include <LibJS/Runtime/Intl/MathematicalValue.h>
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#include <LibJS/Runtime/Object.h>
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#include <LibUnicode/Locale.h>
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#include <LibUnicode/NumberFormat.h>
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namespace JS::Intl {
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class NumberFormatBase : public Object {
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JS_OBJECT(NumberFormatBase, Object);
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JS_DECLARE_ALLOCATOR(NumberFormatBase);
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public:
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enum class ComputedRoundingPriority {
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Auto,
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MorePrecision,
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LessPrecision,
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Invalid,
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};
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virtual ~NumberFormatBase() override = default;
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String const& locale() const { return m_locale; }
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void set_locale(String locale) { m_locale = move(locale); }
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int min_integer_digits() const { return m_min_integer_digits; }
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void set_min_integer_digits(int min_integer_digits) { m_min_integer_digits = min_integer_digits; }
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bool has_min_fraction_digits() const { return m_min_fraction_digits.has_value(); }
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int min_fraction_digits() const { return *m_min_fraction_digits; }
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void set_min_fraction_digits(int min_fraction_digits) { m_min_fraction_digits = min_fraction_digits; }
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bool has_max_fraction_digits() const { return m_max_fraction_digits.has_value(); }
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int max_fraction_digits() const { return *m_max_fraction_digits; }
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void set_max_fraction_digits(int max_fraction_digits) { m_max_fraction_digits = max_fraction_digits; }
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bool has_min_significant_digits() const { return m_min_significant_digits.has_value(); }
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int min_significant_digits() const { return *m_min_significant_digits; }
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void set_min_significant_digits(int min_significant_digits) { m_min_significant_digits = min_significant_digits; }
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bool has_max_significant_digits() const { return m_max_significant_digits.has_value(); }
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int max_significant_digits() const { return *m_max_significant_digits; }
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void set_max_significant_digits(int max_significant_digits) { m_max_significant_digits = max_significant_digits; }
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Unicode::RoundingType rounding_type() const { return m_rounding_type; }
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StringView rounding_type_string() const { return Unicode::rounding_type_to_string(m_rounding_type); }
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void set_rounding_type(Unicode::RoundingType rounding_type) { m_rounding_type = rounding_type; }
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ComputedRoundingPriority computed_rounding_priority() const { return m_computed_rounding_priority; }
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StringView computed_rounding_priority_string() const;
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void set_computed_rounding_priority(ComputedRoundingPriority computed_rounding_priority) { m_computed_rounding_priority = computed_rounding_priority; }
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Unicode::RoundingMode rounding_mode() const { return m_rounding_mode; }
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StringView rounding_mode_string() const { return Unicode::rounding_mode_to_string(m_rounding_mode); }
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void set_rounding_mode(StringView rounding_mode) { m_rounding_mode = Unicode::rounding_mode_from_string(rounding_mode); }
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int rounding_increment() const { return m_rounding_increment; }
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void set_rounding_increment(int rounding_increment) { m_rounding_increment = rounding_increment; }
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Unicode::TrailingZeroDisplay trailing_zero_display() const { return m_trailing_zero_display; }
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StringView trailing_zero_display_string() const { return Unicode::trailing_zero_display_to_string(m_trailing_zero_display); }
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void set_trailing_zero_display(StringView trailing_zero_display) { m_trailing_zero_display = Unicode::trailing_zero_display_from_string(trailing_zero_display); }
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Unicode::RoundingOptions rounding_options() const;
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Unicode::NumberFormat const& formatter() const { return *m_formatter; }
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void set_formatter(NonnullOwnPtr<Unicode::NumberFormat> formatter) { m_formatter = move(formatter); }
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protected:
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explicit NumberFormatBase(Object& prototype);
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private:
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String m_locale; // [[Locale]]
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int m_min_integer_digits { 0 }; // [[MinimumIntegerDigits]]
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Optional<int> m_min_fraction_digits {}; // [[MinimumFractionDigits]]
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Optional<int> m_max_fraction_digits {}; // [[MaximumFractionDigits]]
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Optional<int> m_min_significant_digits {}; // [[MinimumSignificantDigits]]
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Optional<int> m_max_significant_digits {}; // [[MaximumSignificantDigits]]
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Unicode::RoundingType m_rounding_type; // [[RoundingType]]
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ComputedRoundingPriority m_computed_rounding_priority { ComputedRoundingPriority::Invalid }; // [[ComputedRoundingPriority]]
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Unicode::RoundingMode m_rounding_mode; // [[RoundingMode]]
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int m_rounding_increment { 1 }; // [[RoundingIncrement]]
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Unicode::TrailingZeroDisplay m_trailing_zero_display; // [[TrailingZeroDisplay]]
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// Non-standard. Stores the ICU number formatter for the Intl object's formatting options.
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OwnPtr<Unicode::NumberFormat> m_formatter;
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};
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class NumberFormat final : public NumberFormatBase {
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JS_OBJECT(NumberFormat, NumberFormatBase);
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JS_DECLARE_ALLOCATOR(NumberFormat);
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public:
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static constexpr auto relevant_extension_keys()
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{
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// 15.2.3 Internal slots, https://tc39.es/ecma402/#sec-intl.numberformat-internal-slots
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// The value of the [[RelevantExtensionKeys]] internal slot is « "nu" ».
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return AK::Array { "nu"sv };
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}
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virtual ~NumberFormat() override = default;
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String const& numbering_system() const { return m_numbering_system; }
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void set_numbering_system(String numbering_system) { m_numbering_system = move(numbering_system); }
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Unicode::NumberFormatStyle style() const { return m_style; }
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StringView style_string() const { return Unicode::number_format_style_to_string(m_style); }
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void set_style(StringView style) { m_style = Unicode::number_format_style_from_string(style); }
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bool has_currency() const { return m_currency.has_value(); }
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String const& currency() const { return m_currency.value(); }
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void set_currency(String currency) { m_currency = move(currency); }
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bool has_currency_display() const { return m_currency_display.has_value(); }
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Unicode::CurrencyDisplay currency_display() const { return *m_currency_display; }
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StringView currency_display_string() const { return Unicode::currency_display_to_string(*m_currency_display); }
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void set_currency_display(StringView currency_display) { m_currency_display = Unicode::currency_display_from_string(currency_display); }
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bool has_currency_sign() const { return m_currency_sign.has_value(); }
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Unicode::CurrencySign currency_sign() const { return *m_currency_sign; }
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StringView currency_sign_string() const { return Unicode::currency_sign_to_string(*m_currency_sign); }
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void set_currency_sign(StringView currency_sign) { m_currency_sign = Unicode::currency_sign_from_string(currency_sign); }
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bool has_unit() const { return m_unit.has_value(); }
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String const& unit() const { return m_unit.value(); }
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void set_unit(String unit) { m_unit = move(unit); }
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bool has_unit_display() const { return m_unit_display.has_value(); }
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Unicode::Style unit_display() const { return *m_unit_display; }
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StringView unit_display_string() const { return Unicode::style_to_string(*m_unit_display); }
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void set_unit_display(StringView unit_display) { m_unit_display = Unicode::style_from_string(unit_display); }
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Unicode::Grouping use_grouping() const { return m_use_grouping; }
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Value use_grouping_to_value(VM&) const;
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void set_use_grouping(StringOrBoolean const& use_grouping);
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Unicode::Notation notation() const { return m_notation; }
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StringView notation_string() const { return Unicode::notation_to_string(m_notation); }
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void set_notation(StringView notation) { m_notation = Unicode::notation_from_string(notation); }
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bool has_compact_display() const { return m_compact_display.has_value(); }
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Unicode::CompactDisplay compact_display() const { return *m_compact_display; }
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StringView compact_display_string() const { return Unicode::compact_display_to_string(*m_compact_display); }
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void set_compact_display(StringView compact_display) { m_compact_display = Unicode::compact_display_from_string(compact_display); }
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Unicode::SignDisplay sign_display() const { return m_sign_display; }
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StringView sign_display_string() const { return Unicode::sign_display_to_string(m_sign_display); }
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void set_sign_display(StringView sign_display) { m_sign_display = Unicode::sign_display_from_string(sign_display); }
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NativeFunction* bound_format() const { return m_bound_format; }
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void set_bound_format(NativeFunction* bound_format) { m_bound_format = bound_format; }
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Unicode::DisplayOptions display_options() const;
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private:
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explicit NumberFormat(Object& prototype);
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virtual void visit_edges(Visitor&) override;
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String m_locale; // [[Locale]]
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String m_numbering_system; // [[NumberingSystem]]
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Unicode::NumberFormatStyle m_style; // [[Style]]
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Optional<String> m_currency; // [[Currency]]
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Optional<Unicode::CurrencyDisplay> m_currency_display; // [[CurrencyDisplay]]
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Optional<Unicode::CurrencySign> m_currency_sign; // [[CurrencySign]]
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Optional<String> m_unit; // [[Unit]]
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Optional<Unicode::Style> m_unit_display; // [[UnitDisplay]]
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Unicode::Grouping m_use_grouping { Unicode::Grouping::False }; // [[UseGrouping]]
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Unicode::Notation m_notation; // [[Notation]]
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Optional<Unicode::CompactDisplay> m_compact_display; // [[CompactDisplay]]
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Unicode::SignDisplay m_sign_display; // [[SignDisplay]]
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GCPtr<NativeFunction> m_bound_format; // [[BoundFormat]]
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};
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int currency_digits(StringView currency);
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String format_numeric_to_string(NumberFormatBase const& intl_object, MathematicalValue const& number);
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Vector<Unicode::NumberFormat::Partition> partition_number_pattern(NumberFormat const&, MathematicalValue const& number);
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String format_numeric(NumberFormat const&, MathematicalValue const& number);
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NonnullGCPtr<Array> format_numeric_to_parts(VM&, NumberFormat const&, MathematicalValue const& number);
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ThrowCompletionOr<MathematicalValue> to_intl_mathematical_value(VM&, Value value);
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ThrowCompletionOr<Vector<Unicode::NumberFormat::Partition>> partition_number_range_pattern(VM&, NumberFormat const&, MathematicalValue const& start, MathematicalValue const& end);
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ThrowCompletionOr<String> format_numeric_range(VM&, NumberFormat const&, MathematicalValue const& start, MathematicalValue const& end);
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ThrowCompletionOr<NonnullGCPtr<Array>> format_numeric_range_to_parts(VM&, NumberFormat const&, MathematicalValue const& start, MathematicalValue const& end);
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}
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