Google Git
Sign in
chromium / v8 / v8 / refs/heads/10.4-lkgr / . / test / cctest / test-temporal-parser.cc
blob: 82d1a4626d985582879f363ef752890097e78543 [file] [log] [blame]
// Copyright 2021 the V8 project authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "src/execution/isolate.h"
#include "src/handles/global-handles.h"
#include "src/heap/factory-inl.h"
#include "src/init/v8.h"
#include "src/temporal/temporal-parser.h"
#include "test/cctest/cctest.h"
namespace v8 {
namespace internal {
// This file test the TemporalParser to parse ISO 8601 according to
// #sec-temporal-iso8601grammar
// For int32_t fields in ParsedISO8601Result, kMinInt31 denote 'undefined'
// value.
const int32_t kUndefined = kMinInt31;
void CheckCalendar(Isolate* isolate, Handle<String> iso_string,
int32_t calendar_start, int32_t calendar_length,
const std::string& expected_calendar) {
Handle<String> actual_calendar = isolate->factory()->NewSubString(
iso_string, calendar_start, calendar_start + calendar_length);
CHECK(expected_calendar == actual_calendar->ToCString().get());
}
void CheckDate(const ParsedISO8601Result& actual, int32_t date_year,
int32_t date_month, int32_t date_day) {
CHECK_EQ(date_year, actual.date_year);
CHECK_EQ(date_month, actual.date_month);
CHECK_EQ(date_day, actual.date_day);
}
void CheckTime(const ParsedISO8601Result& actual, int32_t time_hour,
int32_t time_minute, int32_t time_second,
int32_t time_nanosecond) {
CHECK_EQ(time_hour, actual.time_hour);
CHECK_EQ(time_minute, actual.time_minute);
CHECK_EQ(time_second, actual.time_second);
CHECK_EQ(time_nanosecond, actual.time_nanosecond);
}
void CheckTimeZoneNumericUTCOffset(const ParsedISO8601Result& actual,
int32_t tzuo_sign, int32_t tzuo_hour,
int32_t tzuo_minute, int32_t tzuo_second,
int32_t tzuo_nanosecond) {
CHECK_EQ(tzuo_sign, actual.tzuo_sign);
CHECK_EQ(tzuo_hour, actual.tzuo_hour);
CHECK_EQ(tzuo_minute, actual.tzuo_minute);
CHECK_EQ(tzuo_second, actual.tzuo_second);
CHECK_EQ(tzuo_nanosecond, actual.tzuo_nanosecond);
}
#define IMPL_VERIFY_PARSE_TEMPORAL_DATE_STRING_SUCCESS(R) \
void VerifyParseTemporal##R##StringSuccess( \
Isolate* isolate, const char* str, int32_t date_year, \
int32_t date_month, int32_t date_day, const char* calendar_name) { \
Handle<String> input = CcTest::MakeString(str); \
ParsedISO8601Result actual = \
*TemporalParser::ParseTemporal##R##String(isolate, input); \
CheckDate(actual, date_year, date_month, date_day); \
CheckCalendar(isolate, input, actual.calendar_name_start, \
actual.calendar_name_length, calendar_name); \
}
IMPL_VERIFY_PARSE_TEMPORAL_DATE_STRING_SUCCESS(Date)
IMPL_VERIFY_PARSE_TEMPORAL_DATE_STRING_SUCCESS(YearMonth)
IMPL_VERIFY_PARSE_TEMPORAL_DATE_STRING_SUCCESS(MonthDay)
IMPL_VERIFY_PARSE_TEMPORAL_DATE_STRING_SUCCESS(RelativeTo)
#define IMPL_VERIFY_PARSE_TEMPORAL_DATE_TIME_STRING_SUCCESS(R) \
void VerifyParseTemporal##R##StringSuccess( \
Isolate* isolate, const char* str, int32_t date_year, \
int32_t date_month, int32_t date_day, int32_t time_hour, \
int32_t time_minute, int32_t time_second, int32_t time_nanosecond, \
const char* calendar_name) { \
Handle<String> input = CcTest::MakeString(str); \
ParsedISO8601Result actual = \
*TemporalParser::ParseTemporal##R##String(isolate, input); \
CheckDate(actual, date_year, date_month, date_day); \
CheckCalendar(isolate, input, actual.calendar_name_start, \
actual.calendar_name_length, calendar_name); \
CheckTime(actual, time_hour, time_minute, time_second, time_nanosecond); \
}
IMPL_VERIFY_PARSE_TEMPORAL_DATE_TIME_STRING_SUCCESS(DateTime)
IMPL_VERIFY_PARSE_TEMPORAL_DATE_TIME_STRING_SUCCESS(RelativeTo)
#define IMPL_VERIFY_PARSE_TEMPORAL_ZONED_DATE_TIME_STRING_SUCCESS(R) \
void VerifyParseTemporal##R##StringSuccess( \
Isolate* isolate, const char* str, int32_t date_year, \
int32_t date_month, int32_t date_day, int32_t time_hour, \
int32_t time_minute, int32_t time_second, int32_t time_nanosecond, \
const char* calendar_name, int32_t tzuo_sign, int32_t tzuo_hour, \
int32_t tzuo_minute, int32_t tzuo_second, int32_t tzuo_nanosecond, \
bool utc_designator, const char* tzi_name) { \
Handle<String> input = CcTest::MakeString(str); \
ParsedISO8601Result actual = \
*TemporalParser::ParseTemporal##R##String(isolate, input); \
CheckDate(actual, date_year, date_month, date_day); \
CheckCalendar(isolate, input, actual.calendar_name_start, \
actual.calendar_name_length, calendar_name); \
CheckTime(actual, time_hour, time_minute, time_second, time_nanosecond); \
CHECK_EQ(utc_designator, actual.utc_designator); \
std::string actual_tzi_name(str + actual.tzi_name_start, \
actual.tzi_name_length); \
CHECK(actual_tzi_name == tzi_name); \
if (!utc_designator) { \
CheckTimeZoneNumericUTCOffset(actual, tzuo_sign, tzuo_hour, tzuo_minute, \
tzuo_second, tzuo_nanosecond); \
} \
}
IMPL_VERIFY_PARSE_TEMPORAL_ZONED_DATE_TIME_STRING_SUCCESS(ZonedDateTime)
IMPL_VERIFY_PARSE_TEMPORAL_ZONED_DATE_TIME_STRING_SUCCESS(RelativeTo)
void VerifyParseTemporalInstantStringSuccess(
Isolate* isolate, const char* str, bool utc_designator, int32_t tzuo_sign,
int32_t tzuo_hour, int32_t tzuo_minute, int32_t tzuo_second,
int32_t tzuo_nanosecond) {
Handle<String> input = CcTest::MakeString(str);
ParsedISO8601Result actual =
*TemporalParser::ParseTemporalInstantString(isolate, input);
CHECK_EQ(utc_designator, actual.utc_designator);
if (!utc_designator) {
CheckTimeZoneNumericUTCOffset(actual, tzuo_sign, tzuo_hour, tzuo_minute,
tzuo_second, tzuo_nanosecond);
}
}
void VerifyParseTemporalCalendarStringSuccess(
Isolate* isolate, const char* str, const std::string& calendar_name) {
Handle<String> input = CcTest::MakeString(str);
ParsedISO8601Result actual =
*TemporalParser::ParseTemporalCalendarString(isolate, input);
CheckCalendar(isolate, input, actual.calendar_name_start,
actual.calendar_name_length, calendar_name);
}
#define VERIFY_PARSE_FAIL(R, str) \
do { \
Handle<String> input = CcTest::MakeString(str); \
CHECK(!TemporalParser::Parse##R(isolate, input).has_value()); \
} while (false)
void VerifyParseTemporalTimeStringSuccess(
Isolate* isolate, const char* str, int32_t time_hour, int32_t time_minute,
int32_t time_second, int32_t time_nanosecond, const char* calendar_name) {
Handle<String> input = CcTest::MakeString(str);
ParsedISO8601Result actual =
*TemporalParser::ParseTemporalTimeString(isolate, input);
CheckTime(actual, time_hour, time_minute, time_second, time_nanosecond);
CheckCalendar(isolate, input, actual.calendar_name_start,
actual.calendar_name_length, calendar_name);
}
TEST(TemporalDateStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// CalendarDateTime : DateTime Calendaropt
// DateTime
// DateYear - DateMonth - DateDay
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-03", 2021, 11, 03, "");
// DateYear DateMonth DateDay
VerifyParseTemporalDateStringSuccess(isolate, "20211103", 2021, 11, 03, "");
// DateExtendedYear
VerifyParseTemporalDateStringSuccess(isolate, "+002021-11-03", 2021, 11, 03,
"");
VerifyParseTemporalDateStringSuccess(isolate, "+000001-11-03", 1, 11, 03, "");
VerifyParseTemporalDateStringSuccess(isolate, "+0020211103", 2021, 11, 03,
"");
VerifyParseTemporalDateStringSuccess(isolate, "+0000011231", 1, 12, 31, "");
VerifyParseTemporalDateStringSuccess(isolate, "+0000000101", 0, 1, 1, "");
VerifyParseTemporalDateStringSuccess(isolate, "+0000000101", 0, 1, 1, "");
VerifyParseTemporalDateStringSuccess(isolate, "+654321-11-03", 654321, 11, 3,
"");
VerifyParseTemporalDateStringSuccess(isolate, "+999999-12-31", 999999, 12, 31,
"");
VerifyParseTemporalDateStringSuccess(isolate, "-654321-11-03", -654321, 11, 3,
"");
VerifyParseTemporalDateStringSuccess(isolate, "-999999-12-31", -999999, 12,
31, "");
VerifyParseTemporalDateStringSuccess(isolate, "\u2212999999-12-31", -999999,
12, 31, "");
VerifyParseTemporalDateStringSuccess(isolate, "+6543211103", 654321, 11, 3,
"");
VerifyParseTemporalDateStringSuccess(isolate, "+9999991231", 999999, 12, 31,
"");
VerifyParseTemporalDateStringSuccess(isolate, "-6543211103", -654321, 11, 3,
"");
VerifyParseTemporalDateStringSuccess(isolate, "-9999991231", -999999, 12, 31,
"");
VerifyParseTemporalDateStringSuccess(isolate, "\u22129999991231", -999999, 12,
31, "");
// DateTime: Date TimeSpecSeparator_opt TimeZone_opt
// Date TimeSpecSeparator
// Differeent DateTimeSeparator: <S> T or t
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09T01", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-12-07t01", 2021, 12, 7,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-09-31 01", 2021, 9, 31,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09T0102", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-12-07t01:02", 2021, 12, 7,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-09-31 01:03:04", 2021, 9,
31, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-09-31 01:03:60", 2021, 9,
31, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-09-31 010304", 2021, 9,
31, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-09-31 01:03:04.987654321",
2021, 9, 31, "");
VerifyParseTemporalDateStringSuccess(isolate, "1964-07-10 01:03:04,1", 1964,
7, 10, "");
VerifyParseTemporalDateStringSuccess(isolate, "1964-07-10 01:03:60,1", 1964,
7, 10, "");
VerifyParseTemporalDateStringSuccess(isolate, "1964-07-10 01:03:04,123456789",
1964, 7, 10, "");
VerifyParseTemporalDateStringSuccess(isolate, "19640710 01:03:04,123456789",
1964, 7, 10, "");
// Date TimeZone
// Date TimeZoneOffsetRequired
// Date TimeZoneUTCOffset TimeZoneBracketedAnnotation_opt
// Date TimeZoneNumericUTCOffset
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09+11", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09-12:03", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09-1203", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09-12:03:04", 2021, 11,
9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09-120304", 2021, 11,
9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09-12:03:04,987654321",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09-120304.123456789",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09T03+11", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09t04:55-12:03", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09t06:22:01.987654321",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09t062202,987654321",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09t06:22:03.987654321-1203", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09 062204.987654321-1203", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09T12-12:03:04", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09t1122-120304", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09 223344-12:03:04,987654321", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09T223344.987654321-120304.123456789", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "19670316T223344.987654321-120304.123456789", 1967, 3, 16, "");
// Date UTCDesignator
// Date UTCDesignator
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09z", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09Z", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09T11z", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09t12Z", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09 01:23Z", 2021, 11,
9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09 01:23:45Z", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09 01:23:45.678912345Z", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09 01:23:45,567891234Z", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09 0123Z", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09 012345Z", 2021, 11,
9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09t012345.678912345Z",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09 012345,891234567Z",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "20211109T012345,891234567Z",
2021, 11, 9, "");
// Date TimeZoneNameRequired
// Date TimeZoneBracketedAnnotation
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[Etc/GMT+01]", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[Etc/GMT-23]", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[Etc/GMT+23]", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[Etc/GMT-00]", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09Z[Etc/GMT+01]", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09z[Etc/GMT-23]", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09 23:45:56.891234567Z[Etc/GMT+23]", 2021, 11, 9, "");
// TimeZoneIANAName
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[ABCDEFGHIJKLMN]",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09[ABCDEFGHIJKLMN/abcdefghijklmn/opeqrstuv]", 2021, 11,
9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09[aBcDEfGHiJ.L_N/ABC...G_..KLMN]", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09[aBcDE-GHiJ.L_N/ABCbcdG-IJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09T12z[.BCDEFGHIJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09T23:45Z[ABCDEFGHIJKLMN/_bcde-ghij_lmn/.peqrstuv]",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09t234534.234+1234[aBcDEfGHiJ.L_N/ABC...G_..KLMN]",
2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate,
"2021-11-09 "
"123456.789123456-012345.789123456[aBcDEfGHiJ.L_N/ABCbcdGfIJKLMN]",
2021, 11, 9, "");
// TimeZoneUTCOffsetName
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[+12]", 2021, 11, 9,
"");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[+12:34]", 2021, 11,
9, "");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-09[-12:34:56]", 2021,
11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09[+12:34:56,789123456]", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09[+12:34:56.789123456]", 2021, 11, 9, "");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-11-09[\u221200:34:56.789123456]", 2021, 11, 9, "");
// Date TimeSpecSeparator TimeZone
// DateTime Calendaropt
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-03[u-ca=abc]", 2021,
11, 03, "abc");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-03[u-ca=iso-8601]",
2021, 11, 03, "iso-8601");
VerifyParseTemporalDateStringSuccess(isolate, "2021-11-03[u-ca=123456-789]",
2021, 11, 03, "123456-789");
VerifyParseTemporalDateStringSuccess(isolate,
"2021-03-11[u-ca=abcdefgh-wxyzefg]",
2021, 3, 11, "abcdefgh-wxyzefg");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-03-11[u-ca=abcdefgh-wxyzefg-ijklmnop]", 2021, 3, 11,
"abcdefgh-wxyzefg-ijklmnop");
VerifyParseTemporalDateStringSuccess(
isolate,
"2021-11-03 "
"123456.789123456-012345.789123456[aBcDEfGHiJ.L_N/"
"ABCbcdGfIJKLMN][u-ca=abc]",
2021, 11, 03, "abc");
VerifyParseTemporalDateStringSuccess(
isolate, "2021-03-11[+12:34:56,789123456][u-ca=abcdefgh-wxyzefg]", 2021,
3, 11, "abcdefgh-wxyzefg");
VerifyParseTemporalDateStringSuccess(
isolate,
"20210311[\u221200:34:56.789123456][u-ca=abcdefgh-wxyzefg-ijklmnop]",
2021, 3, 11, "abcdefgh-wxyzefg-ijklmnop");
}
#define VERIFY_PARSE_FAIL_ON_DATE(R) \
do { \
VERIFY_PARSE_FAIL(R, ""); \
/* sign only go with DateExtendedYear */ \
VERIFY_PARSE_FAIL(R, "+2021-03-04"); \
VERIFY_PARSE_FAIL(R, "-2021-03-04"); \
/* 1, 2, 3, 5 digits are not year */ \
VERIFY_PARSE_FAIL(R, "921-03-04"); \
VERIFY_PARSE_FAIL(R, "-821-03-04"); \
VERIFY_PARSE_FAIL(R, "9210304"); \
VERIFY_PARSE_FAIL(R, "-8210304"); \
VERIFY_PARSE_FAIL(R, "21-03-04"); \
VERIFY_PARSE_FAIL(R, "-31-03-04"); \
VERIFY_PARSE_FAIL(R, "\u221231-03-04"); \
VERIFY_PARSE_FAIL(R, "-310304"); \
VERIFY_PARSE_FAIL(R, "1-03-04"); \
VERIFY_PARSE_FAIL(R, "-3-03-04"); \
VERIFY_PARSE_FAIL(R, "10304"); \
VERIFY_PARSE_FAIL(R, "-30304"); \
VERIFY_PARSE_FAIL(R, "12921-03-04"); \
VERIFY_PARSE_FAIL(R, "-32821-03-04"); \
VERIFY_PARSE_FAIL(R, "129210304"); \
VERIFY_PARSE_FAIL(R, "-328210304"); \
VERIFY_PARSE_FAIL(R, "123456-03-04"); \
VERIFY_PARSE_FAIL(R, "1234560304"); \
\
/* 7 digits year */ \
VERIFY_PARSE_FAIL(R, "0002021-09-03"); \
VERIFY_PARSE_FAIL(R, "-0002021-09-03"); \
\
/* It is a Syntax Error if DateExtendedYear is "-000000" */ \
VERIFY_PARSE_FAIL(R, "-000000-09-03"); \
VERIFY_PARSE_FAIL(R, "\u2212000000-09-03"); \
\
/* single digit month */ \
VERIFY_PARSE_FAIL(R, "1900-9-03"); \
VERIFY_PARSE_FAIL(R, "1900903"); \
/* out of range month */ \
VERIFY_PARSE_FAIL(R, "1900-13-03"); \
VERIFY_PARSE_FAIL(R, "19001401"); \
/* single digit day */ \
VERIFY_PARSE_FAIL(R, "1900-12-3"); \
VERIFY_PARSE_FAIL(R, "1900121"); \
/* Out of range day */ \
VERIFY_PARSE_FAIL(R, "1900-12-32"); \
VERIFY_PARSE_FAIL(R, "19001232"); \
VERIFY_PARSE_FAIL(R, "1900-12-00"); \
VERIFY_PARSE_FAIL(R, "19001200"); \
\
/* Legal Date with other illegal stuff */ \
/* only with DateTimeSeparator */ \
VERIFY_PARSE_FAIL(R, "1900-12-31 "); \
VERIFY_PARSE_FAIL(R, "19001231T"); \
VERIFY_PARSE_FAIL(R, "1900-12-31t"); \
VERIFY_PARSE_FAIL(R, "19001231 "); \
\
/* Single digit hour */ \
VERIFY_PARSE_FAIL(R, "1900-12-31 1"); \
VERIFY_PARSE_FAIL(R, "19001231T2"); \
\
/* Out of range hour */ \
VERIFY_PARSE_FAIL(R, "1900-12-31t24"); \
VERIFY_PARSE_FAIL(R, "19001231 -1"); \
\
/* Single digit minute */ \
VERIFY_PARSE_FAIL(R, "1900-12-31 03:1"); \
VERIFY_PARSE_FAIL(R, "19001231T024"); \
\
/* Out of range minute */ \
VERIFY_PARSE_FAIL(R, "1900-12-31t04:61"); \
VERIFY_PARSE_FAIL(R, "19001231 23:70"); \
\
/* Single digit second */ \
VERIFY_PARSE_FAIL(R, "1900-12-31 03:22:9"); \
VERIFY_PARSE_FAIL(R, "19001231T02494"); \
\
/* Out of range second */ \
VERIFY_PARSE_FAIL(R, "1900-12-31t04:23:61"); \
VERIFY_PARSE_FAIL(R, "19001231 23:12:80"); \
\
/* DecimalSeparator without TimeFractionalPart */ \
VERIFY_PARSE_FAIL(R, "1900-12-31 03:22:09,"); \
VERIFY_PARSE_FAIL(R, "19001231T024904."); \
\
/* TimeFractionalPart too long */ \
VERIFY_PARSE_FAIL(R, "1900-12-31 03:22:09,9876543219"); \
VERIFY_PARSE_FAIL(R, "19001231T024904.1234567890"); \
\
/* Legal Date with illegal TimeZoneUTCOffset */ \
VERIFY_PARSE_FAIL(R, "1900-12-31+1"); \
VERIFY_PARSE_FAIL(R, "1900-12-31+12:2"); \
VERIFY_PARSE_FAIL(R, "1900-12-31+122"); \
VERIFY_PARSE_FAIL(R, "1900-12-31+12:23:3"); \
VERIFY_PARSE_FAIL(R, "1900-12-31+12233"); \
VERIFY_PARSE_FAIL(R, "1900-12-31+12:23:45."); \
VERIFY_PARSE_FAIL(R, "1900-12-31+122345,"); \
VERIFY_PARSE_FAIL(R, "1900-12-31+12:23:45.1234567890"); \
VERIFY_PARSE_FAIL(R, "1900-12-31+122345,0987654321"); \
/* Legal Date with illegal [TimeZoneIANAName] */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[.]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[..]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[abc/.]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[abc/..]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[abcdefghijklmno]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[abcdefghijklmn/-abcde]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-bcdefghijklmn/abcde]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[abcdefghi//abde]"); \
/* Legal Date with illegal [Etc/GMT ASCIISign Hour] */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[ETC/GMT+10]"); \
/* Wrong case for Etc */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[etc/GMT-10]"); \
/* Wrong case for GMT */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/gmt+00]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/gmt-00]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/gMt+00]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/gmT-00]"); \
/* not ASCII sign */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT\u221200]"); \
/* Out of range */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT+24]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT-24]"); \
/* Single digit Hour */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT+2]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT-0]"); \
/* Three digit hour */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT+201]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT-000]"); \
/* With minute */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT+05:30]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[Etc/GMT+0530]"); \
/* Legal Date with illegal [TimeZoneUTCOffsetName] */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[+]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+0]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-1]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+24]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-25]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:2]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-012]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:60]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-23:60]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+2360]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[\u22121260]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:23:]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-01234]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:23:4]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:23:61]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-012372]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:23:45.]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:23:45,]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:23:45.1234567890]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[-01:23:45,0000000000]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:23:4a]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+01:b3:40]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[+abcdefg]"); \
/* Legal Date with illegal [CalendarName] */ \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=123456789]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=a]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=ab]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=abcdefghi]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=a-abcdefgh]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=ab-abcdefgh]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=abc-abcdefghi]"); \
VERIFY_PARSE_FAIL(R, "1900-12-31[u-ca=abc-def-ghijklmno]"); \
} while (false)
TEST(TemporalDateStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_DATE(TemporalDateString);
VERIFY_PARSE_FAIL(TemporalDateString, "+20210304");
VERIFY_PARSE_FAIL(TemporalDateString, "-20210304");
VERIFY_PARSE_FAIL(TemporalDateString, "\u221220210304");
VERIFY_PARSE_FAIL(TemporalDateString, "210304");
// It is a Syntax Error if DateExtendedYear is "-000000"
VERIFY_PARSE_FAIL(TemporalDateString, "-0000000304");
VERIFY_PARSE_FAIL(TemporalDateString, "\u22120000000304");
}
void VerifyTemporalTimeStringTimeUndefined(Isolate* isolate, const char* str) {
VerifyParseTemporalTimeStringSuccess(isolate, str, kUndefined, kUndefined,
kUndefined, kUndefined, "");
}
TEST(TemporalTimeStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// DateTime
// DateYear - DateMonth - DateDay
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-03");
// DateYear DateMonth DateDay
VerifyTemporalTimeStringTimeUndefined(isolate, "20211103");
// DateExtendedYear
VerifyTemporalTimeStringTimeUndefined(isolate, "+002021-11-03");
VerifyTemporalTimeStringTimeUndefined(isolate, "+000001-11-03");
VerifyTemporalTimeStringTimeUndefined(isolate, "+0020211103");
VerifyTemporalTimeStringTimeUndefined(isolate, "+0000011231");
VerifyTemporalTimeStringTimeUndefined(isolate, "+0000000101");
VerifyTemporalTimeStringTimeUndefined(isolate, "+0000000101");
VerifyTemporalTimeStringTimeUndefined(isolate, "+654321-11-03");
VerifyTemporalTimeStringTimeUndefined(isolate, "+999999-12-31");
VerifyTemporalTimeStringTimeUndefined(isolate, "-654321-11-03");
VerifyTemporalTimeStringTimeUndefined(isolate, "-999999-12-31");
VerifyTemporalTimeStringTimeUndefined(isolate, "\u2212999999-12-31");
VerifyTemporalTimeStringTimeUndefined(isolate, "+6543211103");
VerifyTemporalTimeStringTimeUndefined(isolate, "+9999991231");
VerifyTemporalTimeStringTimeUndefined(isolate, "-6543211103");
VerifyTemporalTimeStringTimeUndefined(isolate, "-9999991231");
VerifyTemporalTimeStringTimeUndefined(isolate, "\u22129999991231");
// DateTime: Date TimeSpecSeparator_opt TimeZone_opt
// Date TimeSpecSeparator
// Differeent DateTimeSeparator: <S> T or t
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09T01", 1, kUndefined,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-12-07t23", 23, kUndefined,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-09-31 02", 2, kUndefined,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09T0304", 3, 4,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-12-07t05:16", 5, 16,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-09-31 01:03:04", 1, 3, 4,
kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-09-31 22:59:60", 22, 59,
60, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-09-31 215907", 21, 59, 7,
kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-09-31 20:49:37.987654321",
20, 49, 37, 987654321, "");
VerifyParseTemporalTimeStringSuccess(isolate, "1964-07-10 19:51:42,123", 19,
51, 42, 123000000, "");
VerifyParseTemporalTimeStringSuccess(isolate, "1964-07-10 13:03:60,12345", 13,
3, 60, 123450000, "");
VerifyParseTemporalTimeStringSuccess(isolate, "1964-07-10 01:03:04,123456789",
1, 3, 4, 123456789, "");
VerifyParseTemporalTimeStringSuccess(isolate, "19640710 09:18:27,12345678", 9,
18, 27, 123456780, "");
// Date TimeZone
// Date TimeZoneOffsetRequired
// Date TimeZoneUTCOffset TimeZoneBracketedAnnotation_opt
// Date TimeZoneNumericUTCOffset
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09+11");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09-12:03");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09-1203");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09-12:03:04");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09-120304");
VerifyTemporalTimeStringTimeUndefined(isolate,
"2021-11-09-12:03:04,987654321");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09-120304.987654321");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09T03+11", 3,
kUndefined, kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09t04:55-12:03", 4, 55,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09t06:22:01.987654321-12:03", 6, 22, 1, 987654321, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09t073344,98765432-12:03", 7, 33, 44, 987654320, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09t07:33:44,98765432-1203", 7, 33, 44, 987654320, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09 075317,9876543-1203", 7, 53, 17, 987654300, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09T12-13:03:04", 12,
kUndefined, kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09t1122-120304", 11,
22, kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate,
"2021-11-09 223344-12:03:04.987654321",
22, 33, 44, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09 234512.9876-12:03:04.987654321", 23, 45, 12,
987600000, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09T223344.987654321-120304.123456789", 22, 33, 44,
987654321, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "19670316T223344.987654321-120304.123456789", 22, 33, 44,
987654321, "");
// Date UTCDesignator
// Date UTCDesignator
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09z");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09Z");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09T11z", 11,
kUndefined, kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09t12Z", 12,
kUndefined, kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09 01:23Z", 1, 23,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09 01:23:45Z", 1, 23,
45, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09 01:23:45.678912345Z", 1, 23, 45, 678912345, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09 01:23:45,567891234Z", 1, 23, 45, 567891234, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09 0123Z", 1, 23,
kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09 012345Z", 1, 23, 45,
kUndefined, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09t012345.678912345Z",
1, 23, 45, 678912345, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-09 012345,891234Z", 1,
23, 45, 891234000, "");
VerifyParseTemporalTimeStringSuccess(isolate, "20211109T012345,891234567Z", 1,
23, 45, 891234567, "");
// Date TimeZoneNameRequired
// Date TimeZoneBracketedAnnotation
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[Etc/GMT+01]");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[Etc/GMT-23]");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[Etc/GMT+23]");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[Etc/GMT-00]");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[Etc/GMT+01]");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[Etc/GMT-23]");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09 23:45:56.891234567Z[Etc/GMT+23]", 23, 45, 56,
891234567, "");
// TimeZoneIANAName
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[ABCDEFGHIJKLMN]");
VerifyTemporalTimeStringTimeUndefined(
isolate, "2021-11-09[ABCDEFGHIJKLMN/abcdefghijklmn/opeqrstuv]");
VerifyTemporalTimeStringTimeUndefined(
isolate, "2021-11-09[aBcDEfGHiJ.L_N/ABC...G_..KLMN]");
VerifyTemporalTimeStringTimeUndefined(
isolate, "2021-11-09[aBcDE-GHiJ.L_N/ABCbcdG-IJKLMN]");
VerifyParseTemporalTimeStringSuccess(isolate,
"2021-11-09T12z[.BCDEFGHIJKLMN]", 12,
kUndefined, kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09T23:45Z[ABCDEFGHIJKLMN/_bcde-ghij_lmn/.peqrstuv]", 23,
45, kUndefined, kUndefined, "");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09t234534.234+1234[aBcDEfGHiJ.L_N/ABC...G_..KLMN]", 23,
45, 34, 234000000, "");
VerifyParseTemporalTimeStringSuccess(
isolate,
"2021-11-09 "
"123456.789123456-012345.789123456[aBcDEfGHiJ.L_N/ABCbcdGfIJKLMN]",
12, 34, 56, 789123456, "");
// TimeZoneUTCOffsetName
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[+12]");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[+12:34]");
VerifyTemporalTimeStringTimeUndefined(isolate, "2021-11-09[+12:34:56]");
VerifyTemporalTimeStringTimeUndefined(isolate,
"2021-11-09[+12:34:56,789123456]");
VerifyTemporalTimeStringTimeUndefined(isolate,
"2021-11-09[+12:34:56.789123456]");
VerifyTemporalTimeStringTimeUndefined(isolate,
"2021-11-09[\u221200:34:56.789123456]");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-09 01:23:45.678912345Z", 1, 23, 45, 678912345, "");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-03-11[u-ca=iso8601]",
kUndefined, kUndefined, kUndefined,
kUndefined, "iso8601");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-03-11[u-ca=abcdefgh-wxyzefg]", kUndefined, kUndefined,
kUndefined, kUndefined, "abcdefgh-wxyzefg");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-03-11[u-ca=abcdefgh-wxyzefg-ijklmnop]", kUndefined,
kUndefined, kUndefined, kUndefined, "abcdefgh-wxyzefg-ijklmnop");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-03-11T01[u-ca=iso8601]",
1, kUndefined, kUndefined, kUndefined,
"iso8601");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-03-11 02:34[u-ca=abcdefgh-wxyzefg]", 2, 34, kUndefined,
kUndefined, "abcdefgh-wxyzefg");
VerifyParseTemporalTimeStringSuccess(
isolate,
"2021-11-03 "
"123456.789-012345.789123456[aBcDEfGHiJ.L_N/"
"ABCbcdGfIJKLMN][u-ca=abc]",
12, 34, 56, 789000000, "abc");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-03-11[+12:34:56,789123456][u-ca=abcdefgh-wxyzefg]",
kUndefined, kUndefined, kUndefined, kUndefined, "abcdefgh-wxyzefg");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-03-11T23[+12:34:56,789123456][u-ca=abcdefgh-wxyzefg]", 23,
kUndefined, kUndefined, kUndefined, "abcdefgh-wxyzefg");
VerifyParseTemporalTimeStringSuccess(
isolate,
"20210311[\u221200:34:56.789123456][u-ca=abcdefgh-wxyzefg-ijklmnop]",
kUndefined, kUndefined, kUndefined, kUndefined,
"abcdefgh-wxyzefg-ijklmnop");
VerifyParseTemporalTimeStringSuccess(
isolate,
"20210311T22:11[\u221200:34:56.789123456][u-ca=abcdefgh-"
"wxyzefg-ijklmnop]",
22, 11, kUndefined, kUndefined, "abcdefgh-wxyzefg-ijklmnop");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-03[u-ca=abc]",
kUndefined, kUndefined, kUndefined,
kUndefined, "abc");
VerifyParseTemporalTimeStringSuccess(isolate,
"2021-11-03T23:45:12.345[u-ca=abc]", 23,
45, 12, 345000000, "abc");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-03[u-ca=iso-8601]",
kUndefined, kUndefined, kUndefined,
kUndefined, "iso-8601");
VerifyParseTemporalTimeStringSuccess(isolate,
"2021-11-03 234527[u-ca=iso-8601]", 23,
45, 27, kUndefined, "iso-8601");
VerifyParseTemporalTimeStringSuccess(isolate, "2021-11-03[u-ca=123456-789]",
kUndefined, kUndefined, kUndefined,
kUndefined, "123456-789");
VerifyParseTemporalTimeStringSuccess(
isolate, "2021-11-03t12[u-ca=123456-789]", 12, kUndefined, kUndefined,
kUndefined, "123456-789");
}
TEST(TemporalTimeStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_DATE(TemporalTimeString);
VERIFY_PARSE_FAIL(TemporalTimeString, "");
VERIFY_PARSE_FAIL(TemporalTimeString,
"2021-03-11t03:45.67[u-ca=abcdefgh-wxyzefg-ijklmnop]");
// Single digit Hour
VERIFY_PARSE_FAIL(TemporalTimeString, "0");
VERIFY_PARSE_FAIL(TemporalTimeString, "9");
// out of range Hour
VERIFY_PARSE_FAIL(TemporalTimeString, "99");
VERIFY_PARSE_FAIL(TemporalTimeString, "24");
// Single digit Hour or TimeMinute
VERIFY_PARSE_FAIL(TemporalTimeString, "000");
VERIFY_PARSE_FAIL(TemporalTimeString, "111");
VERIFY_PARSE_FAIL(TemporalTimeString, "00:0");
VERIFY_PARSE_FAIL(TemporalTimeString, "11:1");
VERIFY_PARSE_FAIL(TemporalTimeString, "0:00");
VERIFY_PARSE_FAIL(TemporalTimeString, "1:11");
// out of range Hour TimeMinute
VERIFY_PARSE_FAIL(TemporalTimeString, "2400");
VERIFY_PARSE_FAIL(TemporalTimeString, "2360");
VERIFY_PARSE_FAIL(TemporalTimeString, "24:00");
VERIFY_PARSE_FAIL(TemporalTimeString, "23:60");
// out of range Hour TimeMinute or TimeSecond
VERIFY_PARSE_FAIL(TemporalTimeString, "24:00:01");
VERIFY_PARSE_FAIL(TemporalTimeString, "23:60:01");
VERIFY_PARSE_FAIL(TemporalTimeString, "23:59:61");
// Single digit Hour, TimeMinute or TimeSecond
VERIFY_PARSE_FAIL(TemporalTimeString, "00000");
VERIFY_PARSE_FAIL(TemporalTimeString, "22222");
VERIFY_PARSE_FAIL(TemporalTimeString, "00:00:0");
VERIFY_PARSE_FAIL(TemporalTimeString, "22:2:22");
VERIFY_PARSE_FAIL(TemporalTimeString, "3:33:33");
VERIFY_PARSE_FAIL(TemporalTimeString, "444:444");
VERIFY_PARSE_FAIL(TemporalTimeString, "44444.567");
VERIFY_PARSE_FAIL(TemporalTimeString, "44444,567");
// wrong separator
VERIFY_PARSE_FAIL(TemporalTimeString, "12:34:56 5678");
// out of range Hour TimeMinute, TimeSecond or TimeFraction
VERIFY_PARSE_FAIL(TemporalTimeString, "12:34:56.1234567890");
VERIFY_PARSE_FAIL(TemporalTimeString, "24:01:02.123456789");
VERIFY_PARSE_FAIL(TemporalTimeString, "23:60:02.123456789");
VERIFY_PARSE_FAIL(TemporalTimeString, "23:59:61.123456789");
VERIFY_PARSE_FAIL(TemporalTimeString, "23:33:44.0000000000");
}
#define IMPL_DATE_TIME_STRING_SUCCESS(R) \
do { \
/* CalendarDateTime : DateTime Calendaropt */ \
/* DateTime */ \
/* DateYear - DateMonth - DateDay */ \
VerifyParse##R##Success(isolate, "2021-11-03", 2021, 11, 03, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
/* DateYear DateMonth DateDay */ \
VerifyParse##R##Success(isolate, "20211103", 2021, 11, 03, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
/* DateExtendedYear */ \
VerifyParse##R##Success(isolate, "+002021-11-03", 2021, 11, 03, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "+000001-11-03", 1, 11, 03, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "+0020211103", 2021, 11, 03, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "+0000011231", 1, 12, 31, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "+0000000101", 0, 1, 1, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "+0000000101", 0, 1, 1, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "+654321-11-03", 654321, 11, 3, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "+999999-12-31", 999999, 12, 31, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "-654321-11-03", -654321, 11, 3, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "-999999-12-31", -999999, 12, 31, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "\u2212999999-12-31", -999999, 12, 31, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "+6543211103", 654321, 11, 3, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "+9999991231", 999999, 12, 31, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "-6543211103", -654321, 11, 3, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "-9999991231", -999999, 12, 31, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "\u22129999991231", -999999, 12, 31, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
\
/* DateTime: Date TimeSpecSeparator_opt TimeZone_opt */ \
/* Date TimeSpecSeparator */ \
/* Differeent DateTimeSeparator: <S> T or t */ \
VerifyParse##R##Success(isolate, "2021-11-09T01", 2021, 11, 9, 1, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-12-07t01", 2021, 12, 7, 1, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-09-31 01", 2021, 9, 31, 1, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09T0102", 2021, 11, 9, 1, 2, \
kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-12-07t01:02", 2021, 12, 7, 1, 2, \
kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-09-31 01:03:04", 2021, 9, 31, 1, 3, \
4, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-09-31 01:03:60", 2021, 9, 31, 1, 3, \
60, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-09-31 010304", 2021, 9, 31, 1, 3, \
4, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-09-31 01:03:04.987654321", 2021, 9, \
31, 1, 3, 4, 987654321, ""); \
VerifyParse##R##Success(isolate, "1964-07-10 01:03:04,1", 1964, 7, 10, 1, \
3, 4, 100000000, ""); \
VerifyParse##R##Success(isolate, "1964-07-10 01:03:60,1", 1964, 7, 10, 1, \
3, 60, 100000000, ""); \
VerifyParse##R##Success(isolate, "1964-07-10 01:03:04,123456789", 1964, 7, \
10, 1, 3, 4, 123456789, ""); \
VerifyParse##R##Success(isolate, "19640710 01:03:04,123456789", 1964, 7, \
10, 1, 3, 4, 123456789, ""); \
/* Date TimeZone */ \
/* Date TimeZoneOffsetRequired */ \
/* Date TimeZoneUTCOffset TimeZoneBracketedAnnotation_opt */ \
/* Date TimeZoneNumericUTCOffset */ \
VerifyParse##R##Success(isolate, "2021-11-09+11", 2021, 11, 9, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09-12:03", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09-1203", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09-12:03:04", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09-120304", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09-12:03:04,987654321", 2021, \
11, 9, kUndefined, kUndefined, kUndefined, \
kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09-120304.123456789", 2021, 11, \
9, kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09T03+11", 2021, 11, 9, 3, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09t04:55-12:03", 2021, 11, 9, 4, \
55, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09t06:22:01.987654321", 2021, \
11, 9, 6, 22, 1, 987654321, ""); \
VerifyParse##R##Success(isolate, "2021-11-09t062202,987654321", 2021, 11, \
9, 6, 22, 2, 987654321, ""); \
VerifyParse##R##Success(isolate, "2021-11-09t06:22:03.987654321-1203", \
2021, 11, 9, 6, 22, 3, 987654321, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 062204.987654321-1203", 2021, \
11, 9, 6, 22, 4, 987654321, ""); \
\
VerifyParse##R##Success(isolate, "2021-11-09T12-12:03:04", 2021, 11, 9, \
12, kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09t1122-120304", 2021, 11, 9, \
11, 22, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 223344-12:03:04,987654321", \
2021, 11, 9, 22, 33, 44, kUndefined, ""); \
VerifyParse##R##Success(isolate, \
"2021-11-09T223344.987654321-120304.123456789", \
2021, 11, 9, 22, 33, 44, 987654321, ""); \
VerifyParse##R##Success(isolate, \
"19670316T223344.987654321-120304.123456789", \
1967, 3, 16, 22, 33, 44, 987654321, ""); \
/* Date UTCDesignator */ \
VerifyParse##R##Success(isolate, "2021-11-09z", 2021, 11, 9, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09Z", 2021, 11, 9, kUndefined, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09T11z", 2021, 11, 9, 11, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09t12Z", 2021, 11, 9, 12, \
kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 01:23Z", 2021, 11, 9, 1, 23, \
kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 01:23:45Z", 2021, 11, 9, 1, \
23, 45, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 01:23:45.678912345Z", 2021, \
11, 9, 1, 23, 45, 678912345, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 01:23:45,567891234Z", 2021, \
11, 9, 1, 23, 45, 567891234, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 0123Z", 2021, 11, 9, 1, 23, \
kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 012345Z", 2021, 11, 9, 1, 23, \
45, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09t012345.678912345Z", 2021, 11, \
9, 1, 23, 45, 678912345, ""); \
VerifyParse##R##Success(isolate, "2021-11-09 012345,891234567Z", 2021, 11, \
9, 1, 23, 45, 891234567, ""); \
VerifyParse##R##Success(isolate, "20211109T012345,891234567Z", 2021, 11, \
9, 1, 23, 45, 891234567, ""); \
/* Date TimeZoneNameRequired */ \
/* Date TimeZoneBracketedAnnotation */ \
VerifyParse##R##Success(isolate, "2021-11-09[Etc/GMT+01]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09[Etc/GMT-23]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09[Etc/GMT+23]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09[Etc/GMT-00]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09Z[Etc/GMT+01]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09z[Etc/GMT-23]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, \
"2021-11-09 23:45:56.891234567Z[Etc/GMT+23]", \
2021, 11, 9, 23, 45, 56, 891234567, ""); \
/* TimeZoneIANAName */ \
VerifyParse##R##Success(isolate, "2021-11-09[ABCDEFGHIJKLMN]", 2021, 11, \
9, kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success( \
isolate, "2021-11-09[ABCDEFGHIJKLMN/abcdefghijklmn/opeqrstuv]", 2021, \
11, 9, kUndefined, kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success( \
isolate, "2021-11-09[aBcDEfGHiJ.L_N/ABC...G_..KLMN]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success( \
isolate, "2021-11-09[aBcDE-GHiJ.L_N/ABCbcdG-IJKLMN]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09T12z[.BCDEFGHIJKLMN]", 2021, \
11, 9, 12, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success( \
isolate, "2021-11-09T23:45Z[ABCDEFGHIJKLMN/_bcde-ghij_lmn/.peqrstuv]", \
2021, 11, 9, 23, 45, kUndefined, kUndefined, ""); \
VerifyParse##R##Success( \
isolate, "2021-11-09t234534.234+1234[aBcDEfGHiJ.L_N/ABC...G_..KLMN]", \
2021, 11, 9, 23, 45, 34, 234000000, ""); \
VerifyParse##R##Success( \
isolate, \
"2021-11-09 " \
"123456.789123456-012345.789123456[aBcDEfGHiJ.L_N/ABCbcdGfIJKLMN]", \
2021, 11, 9, 12, 34, 56, 789123456, ""); \
/* TimeZoneUTCOffsetName */ \
VerifyParse##R##Success(isolate, "2021-11-09[+12]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09[+12:34]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09[-12:34:56]", 2021, 11, 9, \
kUndefined, kUndefined, kUndefined, kUndefined, \
""); \
VerifyParse##R##Success(isolate, "2021-11-09[+12:34:56,789123456]", 2021, \
11, 9, kUndefined, kUndefined, kUndefined, \
kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09[+12:34:56.789123456]", 2021, \
11, 9, kUndefined, kUndefined, kUndefined, \
kUndefined, ""); \
VerifyParse##R##Success(isolate, "2021-11-09[\u221200:34:56.789123456]", \
2021, 11, 9, kUndefined, kUndefined, kUndefined, \
kUndefined, ""); \
\
/* Date TimeSpecSeparator TimeZone */ \
/* DateTime Calendaropt */ \
VerifyParse##R##Success(isolate, "2021-11-03[u-ca=abc]", 2021, 11, 03, \
kUndefined, kUndefined, kUndefined, kUndefined, \
"abc"); \
VerifyParse##R##Success(isolate, "2021-11-03[u-ca=iso-8601]", 2021, 11, \
03, kUndefined, kUndefined, kUndefined, \
kUndefined, "iso-8601"); \
VerifyParse##R##Success(isolate, "2021-11-03[u-ca=123456-789]", 2021, 11, \
03, kUndefined, kUndefined, kUndefined, \
kUndefined, "123456-789"); \
VerifyParse##R##Success(isolate, "2021-03-11[u-ca=abcdefgh-wxyzefg]", \
2021, 3, 11, kUndefined, kUndefined, kUndefined, \
kUndefined, "abcdefgh-wxyzefg"); \
VerifyParse##R##Success(isolate, \
"2021-03-11[u-ca=abcdefgh-wxyzefg-ijklmnop]", \
2021, 3, 11, kUndefined, kUndefined, kUndefined, \
kUndefined, "abcdefgh-wxyzefg-ijklmnop"); \
\
VerifyParse##R##Success( \
isolate, \
"2021-11-03 " \
"123456.789123456-012345.789123456[aBcDEfGHiJ.L_N/" \
"ABCbcdGfIJKLMN][u-ca=abc]", \
2021, 11, 03, 12, 34, 56, 789123456, "abc"); \
VerifyParse##R##Success( \
isolate, "2021-03-11[+12:34:56,789123456][u-ca=abcdefgh-wxyzefg]", \
2021, 3, 11, kUndefined, kUndefined, kUndefined, kUndefined, \
"abcdefgh-wxyzefg"); \
VerifyParse##R##Success(isolate, \
"20210311[\u221200:34:56.789123456][u-ca=" \
"abcdefgh-wxyzefg-ijklmnop]", \
2021, 3, 11, kUndefined, kUndefined, kUndefined, \
kUndefined, "abcdefgh-wxyzefg-ijklmnop"); \
VerifyParse##R##Success(isolate, "2021-11-09 01:23:45.678912345Z", 2021, \
11, 9, 1, 23, 45, 678912345, ""); \
} while (false)
TEST(TemporalDateTimeStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
IMPL_DATE_TIME_STRING_SUCCESS(TemporalDateTimeString);
}
TEST(TemporalDateTimeStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_DATE(TemporalDateTimeString);
VERIFY_PARSE_FAIL(TemporalDateTimeString, "+20210304");
VERIFY_PARSE_FAIL(TemporalDateTimeString, "-20210304");
VERIFY_PARSE_FAIL(TemporalDateTimeString, "\u221220210304");
VERIFY_PARSE_FAIL(TemporalDateTimeString, "210304");
// It is a Syntax Error if DateExtendedYear is "-000000"
VERIFY_PARSE_FAIL(TemporalDateTimeString, "-0000000304");
VERIFY_PARSE_FAIL(TemporalDateTimeString, "\u22120000000304");
}
TEST(TemporalYearMonthStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// TemporalYearMonthString :
// DateSpecYearMonth
// DateTime
// DateSpecYearMonth:
// DateYear -opt DateMonth
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11", 2021, 11,
kUndefined, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "202111", 2021, 11,
kUndefined, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+002021-11", 2021, 11,
kUndefined, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "-002021-02", -2021, 02,
kUndefined, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "-98765412", -987654, 12,
kUndefined, "");
// DateTime:
// DateYear - DateMonth - DateDay
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-03", 2021, 11, 03,
"");
// DateYear DateMonth DateDay
VerifyParseTemporalYearMonthStringSuccess(isolate, "20211103", 2021, 11, 03,
"");
// DateExtendedYear
VerifyParseTemporalYearMonthStringSuccess(isolate, "+002021-11-03", 2021, 11,
03, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+000001-11-03", 1, 11, 03,
"");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+0020211103", 2021, 11,
03, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+0000011231", 1, 12, 31,
"");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+0000000101", 0, 1, 1,
"");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+0000000101", 0, 1, 1,
"");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+654321-11-03", 654321,
11, 3, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+999999-12-31", 999999,
12, 31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "-654321-11-03", -654321,
11, 3, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "-999999-12-31", -999999,
12, 31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "\u2212999999-12-31",
-999999, 12, 31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+6543211103", 654321, 11,
3, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "+9999991231", 999999, 12,
31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "-6543211103", -654321, 11,
3, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "-9999991231", -999999, 12,
31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "\u22129999991231",
-999999, 12, 31, "");
// DateTime: Date TimeSpecSeparator_opt TimeZone_opt
// Date TimeSpecSeparator
// Differeent DateTimeSeparator: <S> T or t
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09T01", 2021, 11,
9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-12-07t01", 2021, 12,
7, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-09-31 01", 2021, 9,
31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09T0102", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-12-07t01:02", 2021,
12, 7, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-09-31 01:03:04",
2021, 9, 31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-09-31 01:03:60",
2021, 9, 31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-09-31 010304", 2021,
9, 31, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-09-31 01:03:04.987654321", 2021, 9, 31, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "1964-07-10 01:03:04,1",
1964, 7, 10, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "1964-07-10 01:03:60,1",
1964, 7, 10, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "1964-07-10 01:03:04,123456789", 1964, 7, 10, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "19640710 01:03:04,123456789", 1964, 7, 10, "");
// Date TimeZone
// Date TimeZoneOffsetRequired
// Date TimeZoneUTCOffset TimeZoneBracketedAnnotation_opt
// Date TimeZoneNumericUTCOffset
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09+11", 2021, 11,
9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09-12:03", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09-1203", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09-12:03:04",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09-120304", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09-12:03:04,987654321", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09-120304.123456789", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09T03+11", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09t04:55-12:03",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09t06:22:01.987654321", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09t062202,987654321", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09t06:22:03.987654321-1203", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09 062204.987654321-1203", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09T12-12:03:04",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09t1122-120304",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09 223344-12:03:04,987654321", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09T223344.987654321-120304.123456789", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "19670316T223344.987654321-120304.123456789", 1967, 3, 16, "");
// Date UTCDesignator
// Date UTCDesignator
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09z", 2021, 11, 9,
"");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09Z", 2021, 11, 9,
"");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09T11z", 2021, 11,
9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09t12Z", 2021, 11,
9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09 01:23Z", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09 01:23:45Z",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09 01:23:45.678912345Z", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09 01:23:45,567891234Z", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09 0123Z", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09 012345Z", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09t012345.678912345Z", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09 012345,891234567Z", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "20211109T012345,891234567Z", 2021, 11, 9, "");
// Date TimeZoneNameRequired
// Date TimeZoneBracketedAnnotation
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09[Etc/GMT+01]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09[Etc/GMT-23]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09[Etc/GMT+23]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09[Etc/GMT-00]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09Z[Etc/GMT+01]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09z[Etc/GMT-23]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09 23:45:56.891234567Z[Etc/GMT+23]", 2021, 11, 9, "");
// TimeZoneIANAName
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09[ABCDEFGHIJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09[ABCDEFGHIJKLMN/abcdefghijklmn/opeqrstuv]", 2021, 11,
9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09[aBcDEfGHiJ.L_N/ABC...G_..KLMN]", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09[aBcDE-GHiJ.L_N/ABCbcdG-IJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09T12z[.BCDEFGHIJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09T23:45Z[ABCDEFGHIJKLMN/_bcde-ghij_lmn/.peqrstuv]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09t234534.234+1234[aBcDEfGHiJ.L_N/ABC...G_..KLMN]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate,
"2021-11-09 "
"123456.789123456-012345.789123456[aBcDEfGHiJ.L_N/ABCbcdGfIJKLMN]",
2021, 11, 9, "");
// TimeZoneUTCOffsetName
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09[+12]", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09[+12:34]", 2021,
11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(isolate, "2021-11-09[-12:34:56]",
2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09[+12:34:56,789123456]", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09[+12:34:56.789123456]", 2021, 11, 9, "");
VerifyParseTemporalYearMonthStringSuccess(
isolate, "2021-11-09[\u221200:34:56.789123456]", 2021, 11, 9, "");
}
TEST(TemporalYearMonthStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_DATE(TemporalYearMonthString);
// DateYear -opt DateMonth
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+2021-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-2021-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "2021\u221212");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u22122021-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "2021-00");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "2021-13");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "202100");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "202113");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+98765-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-12345-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u221212345-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+9876-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-1234-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u22121234-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+987-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-123-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u2212123-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+98-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-12-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u221212-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+9-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-1-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u22121-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+9876512");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-1234512");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u22121234512");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+987612");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-123412");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u2212123412");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+98712");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u221212312");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+9812");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-1212");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u22121212");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+912");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-112");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u2212112");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-12");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u221212");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "+1");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-1");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u22121");
// It is a Syntax Error if DateExtendedYear is "-000000"
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-000000");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u2212000000");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "-00000001");
VERIFY_PARSE_FAIL(TemporalYearMonthString, "\u221200000001");
}
TEST(TemporalMonthDayStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// TemporalMonthDayString :
// DateSpecMonthDay
// DateTime
// DateSpecMonthDay:
// TwoDashesopt DateMonth -opt DateDay
VerifyParseTemporalMonthDayStringSuccess(isolate, "--11-03", kUndefined, 11,
3, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "--1231", kUndefined, 12,
31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "11-03", kUndefined, 11, 3,
"");
VerifyParseTemporalMonthDayStringSuccess(isolate, "0131", kUndefined, 1, 31,
"");
// DateTime:
// DateYear - DateMonth - DateDay
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-03", 2021, 11, 03,
"");
// DateYear DateMonth DateDay
VerifyParseTemporalMonthDayStringSuccess(isolate, "20211103", 2021, 11, 03,
"");
// DateExtendedYear
VerifyParseTemporalMonthDayStringSuccess(isolate, "+002021-11-03", 2021, 11,
03, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+000001-11-03", 1, 11, 03,
"");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+0020211103", 2021, 11, 03,
"");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+0000011231", 1, 12, 31,
"");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+0000000101", 0, 1, 1, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+0000000101", 0, 1, 1, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+654321-11-03", 654321, 11,
3, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+999999-12-31", 999999, 12,
31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "-654321-11-03", -654321,
11, 3, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "-999999-12-31", -999999,
12, 31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "\u2212999999-12-31",
-999999, 12, 31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+6543211103", 654321, 11,
3, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "+9999991231", 999999, 12,
31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "-6543211103", -654321, 11,
3, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "-9999991231", -999999, 12,
31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "\u22129999991231", -999999,
12, 31, "");
// DateTime: Date TimeSpecSeparator_opt TimeZone_opt
// Date TimeSpecSeparator
// Differeent DateTimeSeparator: <S> T or t
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09T01", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-12-07t01", 2021, 12,
7, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-09-31 01", 2021, 9,
31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09T0102", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-12-07t01:02", 2021,
12, 7, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-09-31 01:03:04", 2021,
9, 31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-09-31 01:03:60", 2021,
9, 31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-09-31 010304", 2021,
9, 31, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-09-31 01:03:04.987654321", 2021, 9, 31, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "1964-07-10 01:03:04,1",
1964, 7, 10, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "1964-07-10 01:03:60,1",
1964, 7, 10, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "1964-07-10 01:03:04,123456789", 1964, 7, 10, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "19640710 01:03:04,123456789", 1964, 7, 10, "");
// Date TimeZone
// Date TimeZoneOffsetRequired
// Date TimeZoneUTCOffset TimeZoneBracketedAnnotation_opt
// Date TimeZoneNumericUTCOffset
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09+11", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09-12:03", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09-1203", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09-12:03:04", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09-120304", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09-12:03:04,987654321", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09-120304.123456789", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09T03+11", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09t04:55-12:03",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09t06:22:01.987654321", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09t062202,987654321", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09t06:22:03.987654321-1203", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09 062204.987654321-1203", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09T12-12:03:04",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09t1122-120304",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09 223344-12:03:04,987654321", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09T223344.987654321-120304.123456789", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "19670316T223344.987654321-120304.123456789", 1967, 3, 16, "");
// Date UTCDesignator
// Date UTCDesignator
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09z", 2021, 11, 9,
"");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09Z", 2021, 11, 9,
"");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09T11z", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09t12Z", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09 01:23Z", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09 01:23:45Z",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09 01:23:45.678912345Z", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09 01:23:45,567891234Z", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09 0123Z", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09 012345Z", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09t012345.678912345Z", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09 012345,891234567Z", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "20211109T012345,891234567Z", 2021, 11, 9, "");
// Date TimeZoneNameRequired
// Date TimeZoneBracketedAnnotation
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09[Etc/GMT+01]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09[Etc/GMT-23]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09[Etc/GMT+23]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09[Etc/GMT-00]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09Z[Etc/GMT+01]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09z[Etc/GMT-23]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09 23:45:56.891234567Z[Etc/GMT+23]", 2021, 11, 9, "");
// TimeZoneIANAName
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09[ABCDEFGHIJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09[ABCDEFGHIJKLMN/abcdefghijklmn/opeqrstuv]", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09[aBcDEfGHiJ.L_N/ABC...G_..KLMN]", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09[aBcDE-GHiJ.L_N/ABCbcdG-IJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09T12z[.BCDEFGHIJKLMN]", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09T23:45Z[ABCDEFGHIJKLMN/_bcde-ghij_lmn/.peqrstuv]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09t234534.234+1234[aBcDEfGHiJ.L_N/ABC...G_..KLMN]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate,
"2021-11-09 "
"123456.789123456-012345.789123456[aBcDEfGHiJ.L_N/ABCbcdGfIJKLMN]",
2021, 11, 9, "");
// TimeZoneUTCOffsetName
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09[+12]", 2021, 11,
9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09[+12:34]", 2021,
11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(isolate, "2021-11-09[-12:34:56]",
2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09[+12:34:56,789123456]", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09[+12:34:56.789123456]", 2021, 11, 9, "");
VerifyParseTemporalMonthDayStringSuccess(
isolate, "2021-11-09[\u221200:34:56.789123456]", 2021, 11, 9, "");
}
TEST(TemporalMonthDayStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_DATE(TemporalMonthDayString);
// TwoDashesopt DateMonth -opt DateDay
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--13-23");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--12-32");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--12-00");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--00-02");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "00-02");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "10-00");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "0002");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "1000");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "-12-23");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "-1223");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--1-23");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--12-2");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--122");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--12-");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "-12-");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "--12");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "-12");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "-1");
VERIFY_PARSE_FAIL(TemporalMonthDayString, "-1-2");
}
TEST(TemporalInstantStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// Date TimeZoneOffsetRequired
VerifyParseTemporalInstantStringSuccess(isolate, "2021-11-09z", true,
kUndefined, kUndefined, kUndefined,
kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "+002021-11-09z", true,
kUndefined, kUndefined, kUndefined,
kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "-002021-11-09z", true,
kUndefined, kUndefined, kUndefined,
kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "2021-11-09+00", false, 1, 0,
kUndefined, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109+00", false, 1, 0,
kUndefined, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109-23", false, -1, 23,
kUndefined, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109+0059", false, 1, 0,
59, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109-23:59", false, -1,
23, 59, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109+005921", false, 1,
0, 59, 21, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109-23:00:34", false,
-1, 23, 0, 34, kUndefined);
VerifyParseTemporalInstantStringSuccess(
isolate, "20211109+00:59:21.000000001", false, 1, 0, 59, 21, 1);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109-230034.9", false,
-1, 23, 0, 34, 900000000);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109-230035,89", false,
-1, 23, 0, 35, 890000000);
// Date DateTimeSeparator TimeSpec TimeZoneOffsetRequired
VerifyParseTemporalInstantStringSuccess(
isolate, "2021-11-09T12:34:56.987654321z", true, kUndefined, kUndefined,
kUndefined, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(
isolate, "2021-11-09 12:34:56.987654321z", true, kUndefined, kUndefined,
kUndefined, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(
isolate, "0001-11-09t12:34:56.987654321z", true, kUndefined, kUndefined,
kUndefined, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "2021-11-09T12+00", false, 1,
0, kUndefined, kUndefined,
kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109t23+00", false, 1,
0, kUndefined, kUndefined,
kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109 10-23", false, -1,
23, kUndefined, kUndefined,
kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109T00:34+0059", false,
1, 0, 59, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109t0233-23:59", false,
-1, 23, 59, kUndefined, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate, "20211109 091234+005921",
false, 1, 0, 59, 21, kUndefined);
VerifyParseTemporalInstantStringSuccess(isolate,
"20211109T123456.789123456-23:00:34",
false, -1, 23, 0, 34, kUndefined);
VerifyParseTemporalInstantStringSuccess(
isolate, "20211109t12:34:56.987654321+00:59:21.000000001", false, 1, 0,
59, 21, 1);
VerifyParseTemporalInstantStringSuccess(isolate,
"20211109 235960,999999999-230034.9",
false, -1, 23, 0, 34, 900000000);
VerifyParseTemporalInstantStringSuccess(isolate,
"20211109T000000.000000000-230035,89",
false, -1, 23, 0, 35, 890000000);
}
TEST(TemporalInstantStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_DATE(TemporalInstantString);
// Without TimeZoneUTCOffsetSign
VERIFY_PARSE_FAIL(TemporalInstantString, "202111090");
VERIFY_PARSE_FAIL(TemporalInstantString, "202111099");
VERIFY_PARSE_FAIL(TemporalInstantString, "2021110900");
VERIFY_PARSE_FAIL(TemporalInstantString, "2021110901");
VERIFY_PARSE_FAIL(TemporalInstantString, "2021110923");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109ff");
// Wrong TimeZoneUTCOffsetHour
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+24");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-24");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109\u221224");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+ab");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-2a");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109\u22122Z");
// Single digit is not TimeZoneUTCOffsetHour
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+0");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+2");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-1");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109\u22123");
// Extra
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+23 ");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109 -22");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+23:");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-22:");
// Wrong TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour : TimeZoneUTCOffsetMinute
// single digit TimeZoneUTCOffsetMinute
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+01:0");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+21:5");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-20:4");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109\u221219:3");
// TimeZoneUTCOffsetMinute out of range
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+01:60");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+21:5a");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-20:4f");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109\u221219:a0");
// Wrong TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour TimeZoneUTCOffsetMinute
// single digit TimeZoneUTCOffsetMinute
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+010");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+215");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-204");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109\u2212193");
// TimeZoneUTCOffsetMinute out of range
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+0160");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+215a");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-204f");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109\u221219a0");
// TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour : TimeZoneUTCOffsetMinute :
// TimeZoneUTCOffsetSecond TimeZoneUTCOffsetFractionopt with : here but not
// there
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+01:0059");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+1534:33");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-07:34:339");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-07:34:.9");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-07:34:,9");
// fraction too long
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-07:34:01.9876543219");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+07:34:01,9876543219");
// fraction in hour or minute
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+01.0:00:59");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+01:00.1:59");
// Wrong TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour TimeZoneUTCOffsetMinute
// TimeZoneUTCOffsetSecond TimeZoneUTCOffsetFractionopt
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+0100.159");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+01.15009");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-0100,159");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-01,15009");
// fraction too long
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109-073401.0000000000");
VERIFY_PARSE_FAIL(TemporalInstantString, "20211109+073401,9876543219");
// It is a Syntax Error if DateExtendedYear is "-000000"
VERIFY_PARSE_FAIL(TemporalInstantString, "-0000001109+073401,9876543219");
VERIFY_PARSE_FAIL(TemporalInstantString,
"\u22120000001109+073401,9876543219");
}
#define IMPL_ZONED_DATE_TIME_STRING_SUCCESS(R) \
do { \
VerifyParse##R##Success( \
isolate, "2021-11-03T02:03:04.56789z[Asia/Taipei]", 2021, 11, 03, 2, \
3, 4, 567890000, "", kUndefined, kUndefined, kUndefined, kUndefined, \
kUndefined, true, "Asia/Taipei"); \
VerifyParse##R##Success(isolate, "1911-10-10[Asia/Shanghai][u-ca=roc]", \
1911, 10, 10, kUndefined, kUndefined, kUndefined, \
kUndefined, "roc", kUndefined, kUndefined, \
kUndefined, kUndefined, kUndefined, false, \
"Asia/Shanghai"); \
VerifyParse##R##Success( \
isolate, \
"+123456-12-31 " \
"05:06:07+12:34:56.78901234[Europe/San_Marino][u-ca=hebrew]", \
123456, 12, 31, 5, 6, 7, kUndefined, "hebrew", 1, 12, 34, 56, \
789012340, false, "Europe/San_Marino"); \
} while (false)
TEST(TemporalZonedDateTimeStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
IMPL_ZONED_DATE_TIME_STRING_SUCCESS(TemporalZonedDateTimeString);
}
#define VERIFY_PARSE_FAIL_ON_ZONED_DATE_TIME(R) \
do { \
VERIFY_PARSE_FAIL_ON_DATE(R); \
VERIFY_PARSE_FAIL(R, "+20210304"); \
VERIFY_PARSE_FAIL(R, "-20210304"); \
VERIFY_PARSE_FAIL(R, "\u221220210304"); \
VERIFY_PARSE_FAIL(R, "210304"); \
VERIFY_PARSE_FAIL(R, "2021-03-04"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234z"); \
VERIFY_PARSE_FAIL(R, "2021-03-04[u-ca=roc]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234[u-ca=roc]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234z[u-ca=roc]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04[]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234[]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234z[]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04[etc/gmt+00]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234[ETC/GMT+00]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234z[Etc/GMT+24]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04[Etc/GMT+00:00]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04[Etc/GMT\u221200]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234[.]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234z[..]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234[ABCD/.]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234z[EFGH/..]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04T23:59:20.1234[abcdefghijklmno]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04 23:59:20.1234[abc/abcdefghijklmno]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+1]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+123]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+12345]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[-1]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[-123]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[-12345]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+12:3456]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+1234:56]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+123456.9876543210]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+123456.]"); \
VERIFY_PARSE_FAIL(R, "2021-03-04t23:59:20.1234[+123456,]"); \
VERIFY_PARSE_FAIL(R, "-000000-03-04t23:59:20.1234[+123456,]"); \
VERIFY_PARSE_FAIL(R, "\u2212000000-03-04t23:59:20.1234[+123456,]"); \
} while (false)
TEST(TemporalZonedDateTimeStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_ZONED_DATE_TIME(TemporalZonedDateTimeString);
}
TEST(TemporalRelativeToStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
IMPL_DATE_TIME_STRING_SUCCESS(TemporalRelativeToString);
IMPL_ZONED_DATE_TIME_STRING_SUCCESS(TemporalRelativeToString);
}
TEST(TemporalRelativeToStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL_ON_DATE(TemporalRelativeToString);
VERIFY_PARSE_FAIL(TemporalRelativeToString, "+20210304");
VERIFY_PARSE_FAIL(TemporalRelativeToString, "-20210304");
VERIFY_PARSE_FAIL(TemporalRelativeToString, "\u221220210304");
VERIFY_PARSE_FAIL(TemporalRelativeToString, "210304");
// It is a Syntax Error if DateExtendedYear is "-000000"
VERIFY_PARSE_FAIL(TemporalRelativeToString, "-0000000304");
VERIFY_PARSE_FAIL(TemporalRelativeToString, "\u22120000000304");
}
TEST(TemporalCalendarStringSuccess) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// CalendarName
VerifyParseTemporalCalendarStringSuccess(isolate, "chinese", "chinese");
VerifyParseTemporalCalendarStringSuccess(isolate, "roc", "roc");
VerifyParseTemporalCalendarStringSuccess(isolate, "indian", "indian");
VerifyParseTemporalCalendarStringSuccess(isolate, "persian", "persian");
VerifyParseTemporalCalendarStringSuccess(isolate, "abcd-efghi", "abcd-efghi");
VerifyParseTemporalCalendarStringSuccess(isolate, "abcd-efghi", "abcd-efghi");
VerifyParseTemporalCalendarStringSuccess(
isolate, "a2345678-b2345678-c2345678-d7654321",
"a2345678-b2345678-c2345678-d7654321");
// TemporalInstantString
VerifyParseTemporalCalendarStringSuccess(isolate, "2021-11-08z[ABCD]", "");
// CalendarDateTime
VerifyParseTemporalCalendarStringSuccess(isolate, "2021-11-08[u-ca=chinese]",
"chinese");
VerifyParseTemporalCalendarStringSuccess(
isolate, "2021-11-08[ABCDEFG][u-ca=chinese]", "chinese");
VerifyParseTemporalCalendarStringSuccess(
isolate, "2021-11-08[ABCDEFG/hijklmn][u-ca=roc]", "roc");
// Time
VerifyParseTemporalCalendarStringSuccess(isolate, "23:45:59", "");
// DateSpecYearMonth
VerifyParseTemporalCalendarStringSuccess(isolate, "2021-12", "");
// DateSpecMonthDay
VerifyParseTemporalCalendarStringSuccess(isolate, "--12-31", "");
VerifyParseTemporalCalendarStringSuccess(isolate, "12-31", "");
VerifyParseTemporalCalendarStringSuccess(isolate, "--1231", "");
}
TEST(TemporalCalendarStringIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL(TemporalCalendarString, "20210304[u-ca=]");
VERIFY_PARSE_FAIL(TemporalCalendarString, "20210304[u-ca=a]");
VERIFY_PARSE_FAIL(TemporalCalendarString, "20210304[u-ca=ab]");
VERIFY_PARSE_FAIL(TemporalCalendarString, "20210304[u-ca=abcdef-ab]");
VERIFY_PARSE_FAIL(TemporalCalendarString, "20210304[u-ca=abcdefghijkl]");
// It is a Syntax Error if DateExtendedYear is "-000000"
VERIFY_PARSE_FAIL(TemporalCalendarString, "-0000000304[u-ca=abcdef-ab]");
VERIFY_PARSE_FAIL(TemporalCalendarString, "\u22120000000304[u-ca=abcdef-ab]");
}
void CheckDuration(const ParsedISO8601Duration& actual, int64_t sign,
int64_t years, int64_t months, int64_t weeks, int64_t days,
int64_t whole_hours, int64_t hours_fraction,
int64_t whole_minutes, int64_t minutes_fraction,
int64_t whole_seconds, int64_t seconds_fraction) {
CHECK_EQ(sign, actual.sign);
CHECK_EQ(years, actual.years);
CHECK_EQ(months, actual.months);
CHECK_EQ(weeks, actual.weeks);
CHECK_EQ(days, actual.days);
CHECK_EQ(whole_hours, actual.whole_hours);
CHECK_EQ(hours_fraction, actual.hours_fraction);
CHECK_EQ(whole_minutes, actual.whole_minutes);
CHECK_EQ(minutes_fraction, actual.minutes_fraction);
CHECK_EQ(whole_seconds, actual.whole_seconds);
CHECK_EQ(seconds_fraction, actual.seconds_fraction);
}
void VerifyParseDurationSuccess(Isolate* isolate, const char* str, int64_t sign,
int64_t years, int64_t months, int64_t weeks,
int64_t days, int64_t whole_hours,
int64_t hours_fraction, int64_t whole_minutes,
int64_t minutes_fraction, int64_t whole_seconds,
int64_t seconds_fraction) {
Handle<String> input = CcTest::MakeString(str);
CheckDuration(*TemporalParser::ParseTemporalDurationString(isolate, input),
sign, years, months, weeks, days, whole_hours, hours_fraction,
whole_minutes, minutes_fraction, whole_seconds,
seconds_fraction);
}
void VerifyParseDurationSuccess(Isolate* isolate, const char* str,
const ParsedISO8601Duration& expected) {
VerifyParseDurationSuccess(isolate, str, expected.sign, expected.years,
expected.months, expected.weeks, expected.days,
expected.whole_hours, expected.hours_fraction,
expected.whole_minutes, expected.minutes_fraction,
expected.whole_seconds, expected.seconds_fraction);
}
void VerifyParseDurationWithPositiveSign(Isolate* isolate, const char* str) {
Handle<String> input = CcTest::MakeString(str);
ParsedISO8601Duration expected =
*TemporalParser::ParseTemporalDurationString(isolate, input);
std::string with_sign("+");
with_sign += str;
VerifyParseDurationSuccess(isolate, with_sign.c_str(), expected);
}
void VerifyParseDurationWithMinusSign(Isolate* isolate, const char* str) {
std::string with_sign("-");
with_sign += str;
Handle<String> input = CcTest::MakeString(with_sign.c_str());
ParsedISO8601Duration expected =
*TemporalParser::ParseTemporalDurationString(isolate, input);
with_sign = "\u2212";
with_sign += str;
VerifyParseDurationSuccess(isolate, with_sign.c_str(), expected);
}
char asciitolower(char in) {
return (in <= 'Z' && in >= 'A') ? (in - ('Z' - 'z')) : in;
}
void VerifyParseDurationWithLowerCase(Isolate* isolate, const char* str) {
Handle<String> input = CcTest::MakeString(str);
ParsedISO8601Duration expected =
*TemporalParser::ParseTemporalDurationString(isolate, input);
std::string lower(str);
std::transform(lower.begin(), lower.end(), lower.begin(), asciitolower);
VerifyParseDurationSuccess(isolate, lower.c_str(), expected);
}
char commatoperiod(char in) { return (in == ',') ? '.' : in; }
void VerifyParseDurationWithComma(Isolate* isolate, const char* str) {
std::string period(str);
std::transform(period.begin(), period.end(), period.begin(), commatoperiod);
Handle<String> input = CcTest::MakeString(str);
ParsedISO8601Duration expected =
*TemporalParser::ParseTemporalDurationString(isolate, input);
VerifyParseDurationSuccess(isolate, str, expected);
}
constexpr int64_t empty = ParsedISO8601Duration::kEmpty;
// Test basic cases.
TEST(TemporalDurationStringBasic) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VerifyParseDurationSuccess(isolate, "PT0S", 1, empty, empty, empty, empty,
empty, empty, empty, empty, 0, empty);
VerifyParseDurationSuccess(isolate, "-PT0S", -1, empty, empty, empty, empty,
empty, empty, empty, empty, 0, empty);
VerifyParseDurationSuccess(isolate, "P1Y", 1, 1, empty, empty, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "P2M", 1, empty, 2, empty, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "P3W", 1, empty, empty, 3, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "P4D", 1, empty, empty, empty, 4, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT5H", 1, empty, empty, empty, empty, 5,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT1.987654321H", 1, empty, empty, empty,
empty, 1, 987654321, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT2.9H", 1, empty, empty, empty, empty,
2, 900000000, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT6M", 1, empty, empty, empty, empty,
empty, empty, 6, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT2.234567891M", 1, empty, empty, empty,
empty, empty, empty, 2, 234567891, empty, empty);
VerifyParseDurationSuccess(isolate, "PT3.23M", 1, empty, empty, empty, empty,
empty, empty, 3, 230000000, empty, empty);
VerifyParseDurationSuccess(isolate, "PT7S", 1, empty, empty, empty, empty,
empty, empty, empty, empty, 7, empty);
VerifyParseDurationSuccess(isolate, "PT3.345678912S", 1, empty, empty, empty,
empty, empty, empty, empty, empty, 3, 345678912);
VerifyParseDurationSuccess(isolate, "PT4.345S", 1, empty, empty, empty, empty,
empty, empty, empty, empty, 4, 345000000);
VerifyParseDurationSuccess(isolate, "P1Y2M3W4DT5.6H7.8M9.1S", 1, 1, 2, 3, 4,
5, 600000000, 7, 800000000, 9, 100000000);
VerifyParseDurationSuccess(isolate, "-P9Y8M7W6DT5.4H3.2M1.9S", -1, 9, 8, 7, 6,
5, 400000000, 3, 200000000, 1, 900000000);
VerifyParseDurationSuccess(isolate, "P0Y0M0W0DT0.0H0.0M0.0S", 1, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0);
VerifyParseDurationSuccess(isolate, "-P0Y0M0W0DT0.0H0.0M0.0S", -1, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0);
}
// Test duration with ascii minus sign parsed correctly.
TEST(TemporalDurationStringNegative) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VerifyParseDurationSuccess(isolate, "-P1Y", -1, 1, empty, empty, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-P2M", -1, empty, 2, empty, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-P3W", -1, empty, empty, 3, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-P4D", -1, empty, empty, empty, 4, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT5H", -1, empty, empty, empty, empty,
5, empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT4.123H", -1, empty, empty, empty,
empty, 4, 123000000, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT3.123456H", -1, empty, empty, empty,
empty, 3, 123456000, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT6M", -1, empty, empty, empty, empty,
empty, empty, 6, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT5.2M", -1, empty, empty, empty, empty,
empty, empty, 5, 200000000, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT4.3456M", -1, empty, empty, empty,
empty, empty, empty, 4, 345600000, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT7S", -1, empty, empty, empty, empty,
empty, empty, empty, empty, 7, empty);
VerifyParseDurationSuccess(isolate, "-PT6.987S", -1, empty, empty, empty,
empty, empty, empty, empty, empty, 6, 987000000);
}
// Test duration with + sign parsed the same as without + sign.
TEST(TemporalDurationStringPlus) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// Check + Sign
VerifyParseDurationWithPositiveSign(isolate, "P1Y");
VerifyParseDurationWithPositiveSign(isolate, "P2M");
VerifyParseDurationWithPositiveSign(isolate, "P3W");
VerifyParseDurationWithPositiveSign(isolate, "P4D");
VerifyParseDurationWithPositiveSign(isolate, "PT5H");
VerifyParseDurationWithPositiveSign(isolate, "PT1.987654321H");
VerifyParseDurationWithPositiveSign(isolate, "PT2.9H");
VerifyParseDurationWithPositiveSign(isolate, "PT6M");
VerifyParseDurationWithPositiveSign(isolate, "PT2.234567891M");
VerifyParseDurationWithPositiveSign(isolate, "PT3.23M");
VerifyParseDurationWithPositiveSign(isolate, "PT7S");
VerifyParseDurationWithPositiveSign(isolate, "PT3.345678912S");
}
// Test duration with Unicode U+2212 minus sign parsed the same as ascii - sign.
TEST(TemporalDurationStringMinus) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// Check + Sign
VerifyParseDurationWithMinusSign(isolate, "P1Y");
VerifyParseDurationWithMinusSign(isolate, "P2M");
VerifyParseDurationWithMinusSign(isolate, "P3W");
VerifyParseDurationWithMinusSign(isolate, "P4D");
VerifyParseDurationWithMinusSign(isolate, "PT5H");
VerifyParseDurationWithMinusSign(isolate, "PT1.987654321H");
VerifyParseDurationWithMinusSign(isolate, "PT2.9H");
VerifyParseDurationWithMinusSign(isolate, "PT6M");
VerifyParseDurationWithMinusSign(isolate, "PT2.234567891M");
VerifyParseDurationWithMinusSign(isolate, "PT3.23M");
VerifyParseDurationWithMinusSign(isolate, "PT7S");
VerifyParseDurationWithMinusSign(isolate, "PT3.345678912S");
}
// Test duration in lower case mark parsed the same as with upper case mark.
TEST(TemporalDurationStringLowerCase) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// Check + Sign
VerifyParseDurationWithLowerCase(isolate, "P1Y");
VerifyParseDurationWithLowerCase(isolate, "P2M");
VerifyParseDurationWithLowerCase(isolate, "P3W");
VerifyParseDurationWithLowerCase(isolate, "P4D");
VerifyParseDurationWithLowerCase(isolate, "PT5H");
VerifyParseDurationWithLowerCase(isolate, "PT1.987654321H");
VerifyParseDurationWithLowerCase(isolate, "PT2.9H");
VerifyParseDurationWithLowerCase(isolate, "PT6M");
VerifyParseDurationWithLowerCase(isolate, "PT2.234567891M");
VerifyParseDurationWithLowerCase(isolate, "PT3.23M");
VerifyParseDurationWithLowerCase(isolate, "PT7S");
VerifyParseDurationWithLowerCase(isolate, "PT3.345678912S");
}
TEST(TemporalDurationStringComma) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VerifyParseDurationWithComma(isolate, "PT1,987654321H");
VerifyParseDurationWithComma(isolate, "PT2,9H");
VerifyParseDurationWithComma(isolate, "PT2,234567891M");
VerifyParseDurationWithComma(isolate, "PT3,23M");
VerifyParseDurationWithComma(isolate, "PT3,345678912S");
}
TEST(TemporalDurationStringLongDigits) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VerifyParseDurationSuccess(isolate, "P8999999999999999999Y", 1,
8999999999999999999, empty, empty, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "P8999999999999999998M", 1, empty,
8999999999999999998, empty, empty, empty, empty,
empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "P8999999999999999997W", 1, empty, empty,
8999999999999999997, empty, empty, empty, empty,
empty, empty, empty);
VerifyParseDurationSuccess(isolate, "P8999999999999999996D", 1, empty, empty,
empty, 8999999999999999996, empty, empty, empty,
empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT8999999999999999995H", 1, empty, empty,
empty, empty, 8999999999999999995, empty, empty,
empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT8999999999999999994M", 1, empty, empty,
empty, empty, empty, empty, 8999999999999999994,
empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT8999999999999999993S", 1, empty, empty,
empty, empty, empty, empty, empty, empty,
8999999999999999993, empty);
VerifyParseDurationSuccess(isolate, "PT0.999999999H", 1, empty, empty, empty,
empty, 0, 999999999, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "PT0.999999999M", 1, empty, empty, empty,
empty, empty, empty, 0, 999999999, empty, empty);
VerifyParseDurationSuccess(isolate, "PT0.999999999S", 1, empty, empty, empty,
empty, empty, empty, empty, empty, 0, 999999999);
VerifyParseDurationSuccess(isolate, "-P8999999999999999999Y", -1,
8999999999999999999, empty, empty, empty, empty,
empty, empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-P8999999999999999998M", -1, empty,
8999999999999999998, empty, empty, empty, empty,
empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-P8999999999999999997W", -1, empty,
empty, 8999999999999999997, empty, empty, empty,
empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-P8999999999999999996D", -1, empty,
empty, empty, 8999999999999999996, empty, empty,
empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT8999999999999999995H", -1, empty,
empty, empty, empty, 8999999999999999995, empty,
empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT8999999999999999995H", -1, empty,
empty, empty, empty, 8999999999999999995, empty,
empty, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT8999999999999999994M", -1, empty,
empty, empty, empty, empty, empty,
8999999999999999994, empty, empty, empty);
VerifyParseDurationSuccess(isolate, "-PT8999999999999999993S", -1, empty,
empty, empty, empty, empty, empty, empty, empty,
8999999999999999993, empty);
VerifyParseDurationSuccess(isolate, "-PT0.999999999H", -1, empty, empty,
empty, empty, 0, 999999999, empty, empty, empty,
empty);
VerifyParseDurationSuccess(isolate, "-PT0.999999999M", -1, empty, empty,
empty, empty, empty, empty, 0, 999999999, empty,
empty);
VerifyParseDurationSuccess(isolate, "-PT0.999999999S", -1, empty, empty,
empty, empty, empty, empty, empty, empty, 0,
999999999);
}
TEST(TemporalDurationStringNotSatisfy) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
VERIFY_PARSE_FAIL(TemporalDurationString, "");
// Missing P
VERIFY_PARSE_FAIL(TemporalDurationString, "1Y");
VERIFY_PARSE_FAIL(TemporalDurationString, "1M");
VERIFY_PARSE_FAIL(TemporalDurationString, "+1W");
VERIFY_PARSE_FAIL(TemporalDurationString, "-1D");
// fraction with years, months, weeks or days
VERIFY_PARSE_FAIL(TemporalDurationString, "P1.1Y");
VERIFY_PARSE_FAIL(TemporalDurationString, "P2.2M");
VERIFY_PARSE_FAIL(TemporalDurationString, "P3.3W");
VERIFY_PARSE_FAIL(TemporalDurationString, "P4.4D");
// Time without T
VERIFY_PARSE_FAIL(TemporalDurationString, "P1H");
VERIFY_PARSE_FAIL(TemporalDurationString, "P1S");
// Sign after P
VERIFY_PARSE_FAIL(TemporalDurationString, "P+1Y");
VERIFY_PARSE_FAIL(TemporalDurationString, "P-2M");
VERIFY_PARSE_FAIL(TemporalDurationString, "P\u22123W");
VERIFY_PARSE_FAIL(TemporalDurationString, "P+4D");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT-4H");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT+5M");
// with :
VERIFY_PARSE_FAIL(TemporalDurationString, "PT01:22");
// more than 9 digits in fraction
VERIFY_PARSE_FAIL(TemporalDurationString, "PT1.9876543219H");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT0.9876543219M");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT2.9876543219S");
// out of order
VERIFY_PARSE_FAIL(TemporalDurationString, "P2M1Y");
VERIFY_PARSE_FAIL(TemporalDurationString, "P3W4M");
VERIFY_PARSE_FAIL(TemporalDurationString, "P5D6W");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT1H6Y");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT1M6W");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT1S6D");
// Extra in the end
VERIFY_PARSE_FAIL(TemporalDurationString, "P1Y ");
VERIFY_PARSE_FAIL(TemporalDurationString, "P1Yp");
VERIFY_PARSE_FAIL(TemporalDurationString, "P2M:");
// Extra in the beginning
VERIFY_PARSE_FAIL(TemporalDurationString, "pP1Y");
VERIFY_PARSE_FAIL(TemporalDurationString, " P1Y");
VERIFY_PARSE_FAIL(TemporalDurationString, ".P2M");
// Fraction without digit
VERIFY_PARSE_FAIL(TemporalDurationString, "PT.1H");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT.2M");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT.3S");
// without date nor time
VERIFY_PARSE_FAIL(TemporalDurationString, "P");
VERIFY_PARSE_FAIL(TemporalDurationString, "PT");
}
void VerifyParseTimeZoneNumericUTCOffsetSuccess(
Isolate* isolate, const char* str, int32_t tzuo_sign, int32_t tzuo_hour,
int32_t tzuo_minute, int32_t tzuo_second, int32_t tzuo_nanosecond) {
Handle<String> input = CcTest::MakeString(str);
CheckTimeZoneNumericUTCOffset(
*TemporalParser::ParseTimeZoneNumericUTCOffset(isolate, input), tzuo_sign,
tzuo_hour, tzuo_minute, tzuo_second, tzuo_nanosecond);
}
TEST(TimeZoneNumericUTCOffsetBasic) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+00", 1, 0, kUndefined,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+23", 1, 23, kUndefined,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-23", -1, 23, kUndefined,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(
isolate, "\u221223", -1, 23, kUndefined, kUndefined, kUndefined);
// TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour : TimeZoneUTCOffsetMinute
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+01:00", 1, 1, 0,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+21:59", 1, 21, 59,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-20:48", -1, 20, 48,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "\u221219:33", -1, 19, 33,
kUndefined, kUndefined);
// TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour TimeZoneUTCOffsetMinute
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+0100", 1, 1, 0,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+2159", 1, 21, 59,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-2048", -1, 20, 48,
kUndefined, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "\u22121933", -1, 19, 33,
kUndefined, kUndefined);
// TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour : TimeZoneUTCOffsetMinute :
// TimeZoneUTCOffsetSecond TimeZoneUTCOffsetFractionopt
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+01:00:59", 1, 1, 0, 59,
kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+15:34:33", 1, 15, 34,
33, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-09:59:00", -1, 9, 59,
00, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "\u221218:53:22", -1, 18,
53, 22, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+01:00:59.987654321", 1,
1, 0, 59, 987654321);
// ',' as DecimalSeparator
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+01:00:59,123456789", 1,
1, 0, 59, 123456789);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-09:59:00.9", -1, 9, 59,
00, 900000000);
// ',' as DecimalSeparator
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-09:59:00,000000001", -1,
9, 59, 00, 1);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-09:59:00.000000001", -1,
9, 59, 00, 1);
// TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour TimeZoneUTCOffsetMinute
// TimeZoneUTCOffsetSecond TimeZoneUTCOffsetFractionopt
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+010059", 1, 1, 0, 59,
kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+153433", 1, 15, 34, 33,
kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-095900", -1, 9, 59, 00,
kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "\u2212185322", -1, 18,
53, 22, kUndefined);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+010059.987654321", 1, 1,
0, 59, 987654321);
// ',' as DecimalSeparator
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "+010059,123456789", 1, 1,
0, 59, 123456789);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-095900.9", -1, 9, 59,
00, 900000000);
// ',' as DecimalSeparator
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-095900,000000001", -1,
9, 59, 00, 1);
VerifyParseTimeZoneNumericUTCOffsetSuccess(isolate, "-095900.000000001", -1,
9, 59, 00, 1);
}
TEST(TimeZoneNumericUTCOffsetIllegal) {
CcTest::InitializeVM();
Isolate* isolate = CcTest::i_isolate();
v8::HandleScope scope(CcTest::isolate());
// Without TimeZoneUTCOffsetSign
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "0");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "9");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "00");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "01");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "23");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "ff");
// Wrong TimeZoneUTCOffsetHour
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+24");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-24");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "\u221224");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+ab");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-2a");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "\u22122Z");
// Single digit is not TimeZoneUTCOffsetHour
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+0");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+2");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-1");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "\u22123");
// Extra
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+23 ");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, " -22");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+23:");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-22:");
// Wrong TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour : TimeZoneUTCOffsetMinute
// single digit TimeZoneUTCOffsetMinute
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+01:0");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+21:5");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-20:4");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "\u221219:3");
// TimeZoneUTCOffsetMinute out of range
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+01:60");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+21:5a");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-20:4f");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "\u221219:a0");
// Wrong TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour TimeZoneUTCOffsetMinute
// single digit TimeZoneUTCOffsetMinute
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+010");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+215");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-204");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "\u2212193");
// TimeZoneUTCOffsetMinute out of range
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+0160");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+215a");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-204f");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "\u221219a0");
// TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour : TimeZoneUTCOffsetMinute :
// TimeZoneUTCOffsetSecond TimeZoneUTCOffsetFractionopt with : here but not
// there
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+01:0059");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+1534:33");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-07:34:339");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-07:34:.9");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-07:34:,9");
// fraction too long
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-07:34:01.9876543219");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+07:34:01,9876543219");
// fraction in hour or minute
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+01.0:00:59");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+01:00.1:59");
// Wrong TimeZoneUTCOffsetSign TimeZoneUTCOffsetHour TimeZoneUTCOffsetMinute
// TimeZoneUTCOffsetSecond TimeZoneUTCOffsetFractionopt
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+0100.159");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+01.15009");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-0100,159");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-01,15009");
// fraction too long
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "-073401.0000000000");
VERIFY_PARSE_FAIL(TimeZoneNumericUTCOffset, "+073401,9876543219");
}
} // namespace internal
} // namespace v8