| Quellcodebibliothek Statistik Leitseite products/Sources/formale Sprachen/C/Firefox/third_party/rust/chrono/src/format/ (Firefox Browser Version 153.0.1©) Datei vom 27.6.2026 mit Größe 95 kB |
|
Quelle parse.rs Sprache: Rust |
|||||||||||||||
|
// This is a part of Chrono. // Portions copyright (c) 2015, John Nagle. // See README.md and LICENSE.txt for details. //! Date and time parsing routines. use core::borrow::Borrow; use core::str; use super::scan; use super::{BAD_FORMAT, INVALID, OUT_OF_RANGE, TOO_LONG, TOO_SHORT}; use super::{Fixed, InternalFixed, InternalInternal, Item, Numeric, Pad, Parsed}; use super::{ParseError, ParseResult}; use crate::{DateTime, FixedOffset, Weekday}; fn set_weekday_with_num_days_from_sunday(p: &mut Parsed, v: i64 p.set_weekday(match v { 0 => Weekday::Sun, 1 => Weekday::Mon, 2 => Weekday::Tue, 3 => Weekday::Wed, 4 => Weekday::Thu, 5 => Weekday::Fri, 6 => Weekday::Sat, _ => return Err(OUT_OF_RANGE), }) } fn set_weekday_with_number_from_monday(p: &mut Parsed, v: i64) -> p.set_weekday(match v { 1 => Weekday::Mon, 2 => Weekday::Tue, 3 => Weekday::Wed, 4 => Weekday::Thu, 5 => Weekday::Fri, 6 => Weekday::Sat, 7 => Weekday::Sun, _ => return Err(OUT_OF_RANGE), }) } fn parse_rfc2822<'a>(parsed: &mut Parsed, mut s: &'a str) -> ParseResult<(&'a str, ())> { macro_rules! try_consume { ($e:expr) => {{ let (s_, v) = $e?; s = s_; v }}; } // an adapted RFC 2822 syntax from Section 3.3 and 4.3: // // c-char = <any char except '(', ')' and '\\'> // c-escape = "\" <any char> // comment = "(" *(comment / c-char / c-escape) ")" *S // date-time = [ day-of-week "," ] date 1*S time *S *comment // day-of-week = *S day-name *S // day-name = "Mon" / "Tue" / "Wed" / "Thu" / "Fri" / "Sat" / "Sun" // date = day month year // day = *S 1*2DIGIT *S // month = 1*S month-name 1*S // month-name = "Jan" / "Feb" / "Mar" / "Apr" / "May" / "Jun" / // "Jul" / "Aug" / "Sep" / "Oct" / "Nov" / "Dec" // year = *S 2*DIGIT *S // time = time-of-day 1*S zone // time-of-day = hour ":" minute [ ":" second ] // hour = *S 2DIGIT *S // minute = *S 2DIGIT *S // second = *S 2DIGIT *S // zone = ( "+" / "-" ) 4DIGIT / // "UT" / "GMT" / ; same as +0000 // "EST" / "CST" / "MST" / "PST" / ; same as -0500 to -0800 // "EDT" / "CDT" / "MDT" / "PDT" / ; same as -0400 to -0700 // 1*(%d65-90 / %d97-122) ; same as -0000 // // some notes: // // - quoted characters can be in any mixture of lower and upper cases. // // - we do not recognize a folding white space (FWS) or comment (CFWS). // for our purposes, instead, we accept any sequence of Unicode // white space characters (denoted here to `S`). For comments, we accept // any text within parentheses while respecting escaped parentheses. // Any actual RFC 2822 parser is expected to parse FWS and/or CFWS themselves // and replace it with a single SP (`%x20`); this is legitimate. // // - two-digit year < 50 should be interpreted by adding 2000. // two-digit year >= 50 or three-digit year should be interpreted // by adding 1900. note that four-or-more-digit years less than 1000 // are *never* affected by this rule. // // - mismatching day-of-week is always an error, which is consistent to // Chrono's own rules. // // - zones can range from `-9959` to `+9959`, but `FixedOffset` does not // support offsets larger than 24 hours. this is not *that* problematic // since we do not directly go to a `DateTime` so one can recover // the offset information from `Parsed` anyway. s = s.trim_start(); if let Ok((s_, weekday)) = scan::short_weekday(s) { if !s_.starts_with(',') { return Err(INVALID); } s = &s_[1..]; parsed.set_weekday(weekday)?; } s = s.trim_start(); parsed.set_day(try_consume!(scan::number(s, 1, 2)))?; s = scan::space(s)?; // mandatory parsed.set_month(1 + i64::from(try_consume!(scan::short_month0(s))))?; s = scan::space(s)?; // mandatory // distinguish two- and three-digit years from four-digit years let prevlen = s.len(); let mut year = try_consume!(scan::number(s, 2, usize::MAX)); let yearlen = prevlen - s.len(); match (yearlen, year) { (2, 0..=49) => { year += 2000; } // 47 -> 2047, 05 -> 2005 (2, 50..=99) => { year += 1900; } // 79 -> 1979 (3, _) => { year += 1900; } // 112 -> 2012, 009 -> 1909 (_, _) => {} // 1987 -> 1987, 0654 -> 0654 } parsed.set_year(year)?; s = scan::space(s)?; // mandatory parsed.set_hour(try_consume!(scan::number(s, 2, 2)))?; s = scan::char(s.trim_start(), b':')?.trim_start(); // *S ":" *S parsed.set_minute(try_consume!(scan::number(s, 2, 2)))?; if let Ok(s_) = scan::char(s.trim_start(), b':') { // [ ":" *S 2DIGIT ] parsed.set_second(try_consume!(scan::number(s_, 2, 2)))?; } s = scan::space(s)?; // mandatory parsed.set_offset(i64::from(try_consume!(scan::timezone_offset_2822(s))))?; // optional comments while let Ok((s_out, ())) = scan::comment_2822(s) { s = s_out; } Ok((s, ())) } pub(crate) fn parse_rfc3339<'a>(parsed: &mut Parsed, mut s: &'a str) -> ParseResult<(& macro_rules! try_consume { ($e:expr) => {{ let (s_, v) = $e?; s = s_; v }}; } // an adapted RFC 3339 syntax from Section 5.6: // // date-fullyear = 4DIGIT // date-month = 2DIGIT ; 01-12 // date-mday = 2DIGIT ; 01-28, 01-29, 01-30, 01-31 based on month/year // time-hour = 2DIGIT ; 00-23 // time-minute = 2DIGIT ; 00-59 // time-second = 2DIGIT ; 00-58, 00-59, 00-60 based on leap second rules // time-secfrac = "." 1*DIGIT // time-numoffset = ("+" / "-") time-hour ":" time-minute // time-offset = "Z" / time-numoffset // partial-time = time-hour ":" time-minute ":" time-second [time-secfrac] // full-date = date-fullyear "-" date-month "-" date-mday // full-time = partial-time time-offset // date-time = full-date "T" full-time // // some notes: // // - quoted characters can be in any mixture of lower and upper cases. // // - it may accept any number of fractional digits for seconds. // for Chrono, this means that we should skip digits past first 9 digits. // // - unlike RFC 2822, the valid offset ranges from -23:59 to +23:59. // note that this restriction is unique to RFC 3339 and not ISO 8601. // since this is not a typical Chrono behavior, we check it earlier. // // - For readability a full-date and a full-time may be separated by a space character. parsed.set_year(try_consume!(scan::number(s, 4, 4)))?; s = scan::char(s, b'-')?; parsed.set_month(try_consume!(scan::number(s, 2, 2)))?; s = scan::char(s, b'-')?; parsed.set_day(try_consume!(scan::number(s, 2, 2)))?; s = match s.as_bytes().first() { Some(&b't' | &b'T' | &b' ') => &s[1..], Some(_) => return Err(INVALID), None => return Err(TOO_SHORT), }; parsed.set_hour(try_consume!(scan::number(s, 2, 2)))?; s = scan::char(s, b':')?; parsed.set_minute(try_consume!(scan::number(s, 2, 2)))?; s = scan::char(s, b':')?; parsed.set_second(try_consume!(scan::number(s, 2, 2)))?; if s.starts_with('.') { let nanosecond = try_consume!(scan::nanosecond(&s[1..])); parsed.set_nanosecond(nanosecond)?; } let offset = try_consume!(scan::timezone_offset(s, |s| scan::char(s, b':'), true, false, // This range check is similar to the one in `FixedOffset::east_opt`, so it would be redundant. // But it is possible to read the offset directly from `Parsed`. We want to only successfully // populate `Parsed` if the input is fully valid RFC 3339. // Max for the hours field is `23`, and for the minutes field `59`. const MAX_RFC3339_OFFSET: i32 = (23 * 60 + 59) * 60; if !(-MAX_RFC3339_OFFSET..=MAX_RFC3339_OFFSET).contains(&offset) { return Err(OUT_OF_RANGE); } parsed.set_offset(i64::from(offset))?; Ok((s, ())) } /// Tries to parse given string into `parsed` with given formatting items. /// Returns `Ok` when the entire string has been parsed (otherwise `parsed` should not be used) /// There should be no trailing string after parsing; /// use a stray [`Item::Space`](./enum.Item.html#variant.Space) to trim whitespaces. /// /// This particular date and time parser is: /// /// - Greedy. It will consume the longest possible prefix. /// For example, `April` is always consumed entirely when the long month name is requested; /// it equally accepts `Apr`, but prefers the longer prefix in this case. /// /// - Padding-agnostic (for numeric items). /// The [`Pad`](./enum.Pad.html) field is completely ignored, /// so one can prepend any number of whitespace then any number of zeroes before numbers. /// /// - (Still) obeying the intrinsic parsing width. This allows, for example, parsing `HHMMSS` pub fn parse<'a, I, B>(parsed: &mut Parsed, s: &str, items: I) -> ParseResult<()> where I: Iterator<Item = B>, B: Borrow<Item<'a>>, { match parse_internal(parsed, s, items) { Ok("") => Ok(()), Ok(_) => Err(TOO_LONG), // if there are trailing chars it is an error Err(e) => Err(e), } } /// Tries to parse given string into `parsed` with given formatting items. /// Returns `Ok` with a slice of the unparsed remainder. /// /// This particular date and time parser is: /// /// - Greedy. It will consume the longest possible prefix. /// For example, `April` is always consumed entirely when the long month name is requested; /// it equally accepts `Apr`, but prefers the longer prefix in this case. /// /// - Padding-agnostic (for numeric items). /// The [`Pad`](./enum.Pad.html) field is completely ignored, /// so one can prepend any number of zeroes before numbers. /// /// - (Still) obeying the intrinsic parsing width. This allows, for example, parsing `HHMMSS` pub fn parse_and_remainder<'a, 'b, I, B>( parsed: &mut Parsed, s: &'b str, items: I, ) -> ParseResult<&'b str> where I: Iterator<Item = B>, B: Borrow<Item<'a>>, { parse_internal(parsed, s, items) } fn parse_internal<'a, 'b, I, B>( parsed: &mut Parsed, mut s: &'b str, items: I, ) -> Result<&'b str, ParseError> where I: Iterator<Item = B>, B: Borrow<Item<'a>>, { macro_rules! try_consume { ($e:expr) => {{ match $e { Ok((s_, v)) => { s = s_; v } Err(e) => return Err(e), } }}; } for item in items { match *item.borrow() { Item::Literal(prefix) => { if s.len() < prefix.len() { return Err(TOO_SHORT); } if !s.starts_with(prefix) { return Err(INVALID); } s = &s[prefix.len()..]; } #[cfg(feature = "alloc")] Item::OwnedLiteral(ref prefix) => { if s.len() < prefix.len() { return Err(TOO_SHORT); } if !s.starts_with(&prefix[..]) { return Err(INVALID); } s = &s[prefix.len()..]; } Item::Space(_) => { s = s.trim_start(); } #[cfg(feature = "alloc")] Item::OwnedSpace(_) => { s = s.trim_start(); } Item::Numeric(ref spec, ref _pad) => { use super::Numeric::*; type Setter = fn(&mut Parsed, i64) -> ParseResult<()>; let (width, signed, set): (usize, bool, Setter) = match *spec { Year => (4, true, Parsed::set_year), YearDiv100 => (2, false, Parsed::set_year_div_100), YearMod100 => (2, false, Parsed::set_year_mod_100), IsoYear => (4, true, Parsed::set_isoyear), IsoYearDiv100 => (2, false, Parsed::set_isoyear_div_100), IsoYearMod100 => (2, false, Parsed::set_isoyear_mod_100), Quarter => (1, false, Parsed::set_quarter), Month => (2, false, Parsed::set_month), Day => (2, false, Parsed::set_day), WeekFromSun => (2, false, Parsed::set_week_from_sun), WeekFromMon => (2, false, Parsed::set_week_from_mon), IsoWeek => (2, false, Parsed::set_isoweek), NumDaysFromSun => (1, false, set_weekday_with_num_days_from_sunday), WeekdayFromMon => (1, false, set_weekday_with_number_from_monday), Ordinal => (3, false, Parsed::set_ordinal), Hour => (2, false, Parsed::set_hour), Hour12 => (2, false, Parsed::set_hour12), Minute => (2, false, Parsed::set_minute), Second => (2, false, Parsed::set_second), Nanosecond => (9, false, Parsed::set_nanosecond), Timestamp => (usize::MAX, false, Parsed::set_timestamp), // for the future expansion Internal(ref int) => match int._dummy {}, }; s = s.trim_start(); let v = if signed { if s.starts_with('-') { let v = try_consume!(scan::number(&s[1..], 1, usize::MAX)); 0i64.checked_sub(v).ok_or(OUT_OF_RANGE)? } else if s.starts_with('+') { try_consume!(scan::number(&s[1..], 1, usize::MAX)) } else { // if there is no explicit sign, we respect the original `width` try_consume!(scan::number(s, 1, width)) } } else { try_consume!(scan::number(s, 1, width)) }; set(parsed, v)?; } Item::Fixed(ref spec) => { use super::Fixed::*; match spec { &ShortMonthName => { let month0 = try_consume!(scan::short_month0(s)); parsed.set_month(i64::from(month0) + 1)?; } &LongMonthName => { let month0 = try_consume!(scan::short_or_long_month0(s)); parsed.set_month(i64::from(month0) + 1)?; } &ShortWeekdayName => { let weekday = try_consume!(scan::short_weekday(s)); parsed.set_weekday(weekday)?; } &LongWeekdayName => { let weekday = try_consume!(scan::short_or_long_weekday(s)); parsed.set_weekday(weekday)?; } &LowerAmPm | &UpperAmPm => { if s.len() < 2 { return Err(TOO_SHORT); } let ampm = match (s.as_bytes()[0] | 32, s.as_bytes()[1] | 32) { (b'a', b'm') => false, (b'p', b'm') => true, _ => return Err(INVALID), }; parsed.set_ampm(ampm)?; s = &s[2..]; } &Nanosecond => { if s.starts_with('.') { let nano = try_consume!(scan::nanosecond(&s[1..])); parsed.set_nanosecond(nano)?; } } &Nanosecond3 => { if s.starts_with('.') { let nano = try_consume!(scan::nanosecond_fixed(&s[1..], 3)); parsed.set_nanosecond(nano)?; } } &Nanosecond6 => { if s.starts_with('.') { let nano = try_consume!(scan::nanosecond_fixed(&s[1..], 6)); parsed.set_nanosecond(nano)?; } } &Nanosecond9 => { if s.starts_with('.') { let nano = try_consume!(scan::nanosecond_fixed(&s[1..], 9)); parsed.set_nanosecond(nano)?; } } &Internal(InternalFixed { val: InternalInternal::Nanosecond3NoDot }) => { if s.len() < 3 { return Err(TOO_SHORT); } let nano = try_consume!(scan::nanosecond_fixed(s, 3)); parsed.set_nanosecond(nano)?; } &Internal(InternalFixed { val: InternalInternal::Nanosecond6NoDot }) => { if s.len() < 6 { return Err(TOO_SHORT); } let nano = try_consume!(scan::nanosecond_fixed(s, 6)); parsed.set_nanosecond(nano)?; } &Internal(InternalFixed { val: InternalInternal::Nanosecond9NoDot }) => { if s.len() < 9 { return Err(TOO_SHORT); } let nano = try_consume!(scan::nanosecond_fixed(s, 9)); parsed.set_nanosecond(nano)?; } &TimezoneName => { try_consume!(Ok((s.trim_start_matches(|c: char| !c.is_whitespace()), ()))); } &TimezoneOffsetColon | &TimezoneOffsetDoubleColon | &TimezoneOffsetTripleColon | &TimezoneOffset => { let offset = try_consume!(scan::timezone_offset( s.trim_start(), scan::colon_or_space, false, false, true, )); parsed.set_offset(i64::from(offset))?; } &TimezoneOffsetColonZ | &TimezoneOffsetZ => { let offset = try_consume!(scan::timezone_offset( s.trim_start(), scan::colon_or_space, true, false, true, )); parsed.set_offset(i64::from(offset))?; } &Internal(InternalFixed { val: InternalInternal::TimezoneOffsetPermissive, }) => { let offset = try_consume!(scan::timezone_offset( s.trim_start(), scan::colon_or_space, true, true, true, )); parsed.set_offset(i64::from(offset))?; } &RFC2822 => try_consume!(parse_rfc2822(parsed, s)), &RFC3339 => { // Used for the `%+` specifier, which has the description: // "Same as `%Y-%m-%dT%H:%M:%S%.f%:z` (...) // This format also supports having a `Z` or `UTC` in place of `%:z`." // Use the relaxed parser to match this description. try_consume!(parse_rfc3339_relaxed(parsed, s)) } } } Item::Error => { return Err(BAD_FORMAT); } } } Ok(s) } /// Accepts a relaxed form of RFC3339. /// A space or a 'T' are accepted as the separator between the date and time /// parts. Additional spaces are allowed between each component. /// /// All of these examples are equivalent: /// ``` /// # use chrono::{DateTime, offset::FixedOffset}; /// "2012-12-12T12:12:12Z".parse::<DateTime<FixedOffset>>()?; /// "2012-12-12 12:12:12Z".parse::<DateTime<FixedOffset>>()?; /// "2012- 12-12T12: 12:12Z".parse::<DateTime<FixedOffset>>()?; /// # Ok::<(), chrono::ParseError>(()) /// ``` impl str::FromStr for DateTime<FixedOffset> { type Err = ParseError; fn from_str(s: &str) -> ParseResult<DateTime<FixedOffset>> { let mut parsed = Parsed::new(); let (s, _) = parse_rfc3339_relaxed(&mut parsed, s)?; if !s.trim_start().is_empty() { return Err(TOO_LONG); } parsed.to_datetime() } } /// Accepts a relaxed form of RFC3339. /// /// Differences with RFC3339: /// - Values don't require padding to two digits. /// - Years outside the range 0...=9999 are accepted, but they must include a sign. /// - `UTC` is accepted as a valid timezone name/offset (for compatibility with the debug forma /// `DateTime<Utc>`. /// - There can be spaces between any of the components. /// - The colon in the offset may be missing. fn parse_rfc3339_relaxed<'a>(parsed: &mut Parsed, mut s: &'a str) -> ParseResult<(&tyle='color:blue'>'a str, ())> { const DATE_ITEMS: &[Item<'static>] = &[ Item::Numeric(Numeric::Year, Pad::Zero), Item::Space(""), Item::Literal("-"), Item::Numeric(Numeric::Month, Pad::Zero), Item::Space(""), Item::Literal("-"), Item::Numeric(Numeric::Day, Pad::Zero), ]; const TIME_ITEMS: &[Item<'static>] = &[ Item::Numeric(Numeric::Hour, Pad::Zero), Item::Space(""), Item::Literal(":"), Item::Numeric(Numeric::Minute, Pad::Zero), Item::Space(""), Item::Literal(":"), Item::Numeric(Numeric::Second, Pad::Zero), Item::Fixed(Fixed::Nanosecond), Item::Space(""), ]; s = parse_internal(parsed, s, DATE_ITEMS.iter())?; s = match s.as_bytes().first() { Some(&b't' | &b'T' | &b' ') => &s[1..], Some(_) => return Err(INVALID), None => return Err(TOO_SHORT), }; s = parse_internal(parsed, s, TIME_ITEMS.iter())?; s = s.trim_start(); let (s, offset) = if s.len() >= 3 && "UTC".as_bytes().eq_ignore_ascii_case(&s.as_bytes()[..3]) { (&s[3..], 0) } else { scan::timezone_offset(s, scan::colon_or_space, true, false, true)? }; parsed.set_offset(i64::from(offset))?; Ok((s, ())) } #[cfg(test)] mod tests { use crate::format::*; use crate::{DateTime, FixedOffset, NaiveDateTime, TimeZone, Timelike, Utc}; macro_rules! parsed { ($($k:ident: $v:expr),*) => (#[allow(unused_mut)] { let mut expected = Parsed::new(); $(expected.$k = Some($v);)* Ok(expected) }); } #[test] fn test_parse_whitespace_and_literal() { use crate::format::Item::{Literal, Space}; // empty string parses("", &[]); check(" ", &[], Err(TOO_LONG)); check("a", &[], Err(TOO_LONG)); check("abc", &[], Err(TOO_LONG)); check("��", &[], Err(TOO_LONG)); // whitespaces parses("", &[Space("")]); parses(" ", &[Space(" ")]); parses(" ", &[Space(" ")]); parses(" ", &[Space(" ")]); parses(" ", &[Space("")]); parses(" ", &[Space(" ")]); parses(" ", &[Space(" ")]); parses(" ", &[Space(" ")]); parses("", &[Space(" ")]); parses(" ", &[Space(" ")]); parses(" ", &[Space(" ")]); parses(" ", &[Space(" "), Space(" ")]); parses(" ", &[Space(" "), Space(" ")]); parses(" ", &[Space(" "), Space(" ")]); parses(" ", &[Space(" "), Space(" ")]); parses(" ", &[Space(" "), Space(" ")]); parses(" ", &[Space(" "), Space(" "), Space(" ")]); parses("\t", &[Space("")]); parses(" \n\r \n", &[Space("")]); parses("\t", &[Space("\t")]); parses("\t", &[Space(" ")]); parses(" ", &[Space("\t")]); parses("\t\r", &[Space("\t\r")]); parses("\t\r ", &[Space("\t\r ")]); parses("\t \r", &[Space("\t \r")]); parses(" \t\r", &[Space(" \t\r")]); parses(" \n\r \n", &[Space(" \n\r \n")]); parses(" \t\n", &[Space(" \t")]); parses(" \n\t", &[Space(" \t\n")]); parses("\u{2002}", &[Space("\u{2002}")]); // most unicode whitespace characters parses( "\u{00A0}\u{1680}\u{2000}\u{2001}\u{2002}\u{2003}\u{2004}\u{2005}\u{2006}\u{2007 &[Space( "\u{00A0}\u{1680}\u{2000}\u{2001}\u{2002}\u{2003}\u{2004}\u{2005}\u{2006}\u{2007 )], ); // most unicode whitespace characters parses( "\u{00A0}\u{1680}\u{2000}\u{2001}\u{2002}\u{2003}\u{2004}\u{2005}\u{2006}\u{2007 &[ Space("\u{00A0}\u{1680}\u{2000}\u{2001}\u{2002}\u{2003}\u{2004}"), Space("\u{2005}\u{2006}\u{2007}\u{2008}\u{2009}\u{3000}"), ], ); check("a", &[Space("")], Err(TOO_LONG)); check("a", &[Space(" ")], Err(TOO_LONG)); // a Space containing a literal does not match a literal check("a", &[Space("a")], Err(TOO_LONG)); check("abc", &[Space("")], Err(TOO_LONG)); check("abc", &[Space(" ")], Err(TOO_LONG)); check(" abc", &[Space("")], Err(TOO_LONG)); check(" abc", &[Space(" ")], Err(TOO_LONG)); // `\u{0363}` is combining diacritic mark "COMBINING LATIN SMALL LETTER A" // literal parses("", &[Literal("")]); check("", &[Literal("a")], Err(TOO_SHORT)); check(" ", &[Literal("a")], Err(INVALID)); parses("a", &[Literal("a")]); parses("+", &[Literal("+")]); parses("-", &[Literal("-")]); parses("−", &[Literal("−")]); // MINUS SIGN (U+2212) parses(" ", &[Literal(" ")]); // a Literal may contain whitespace and match wh check("aa", &[Literal("a")], Err(TOO_LONG)); check("��", &[Literal("a")], Err(INVALID)); check("A", &[Literal("a")], Err(INVALID)); check("a", &[Literal("z")], Err(INVALID)); check("a", &[Literal("��")], Err(TOO_SHORT)); check("a", &[Literal("\u{0363}a")], Err(TOO_SHORT)); check("\u{0363}a", &[Literal("a")], Err(INVALID)); parses("\u{0363}a", &[Literal("\u{0363}a")]); check("a", &[Literal("ab")], Err(TOO_SHORT)); parses("xy", &[Literal("xy")]); parses("xy", &[Literal("x"), Literal("y")]); parses("1", &[Literal("1")]); parses("1234", &[Literal("1234")]); parses("+1234", &[Literal("+1234")]); parses("-1234", &[Literal("-1234")]); parses("−1234", &[Literal("−1234")]); // MINUS SIGN (U+2212) parses("PST", &[Literal("PST")]); parses("��", &[Literal("��")]); parses("��a", &[Literal("��"), Literal("a")]); parses("��a��", &[Literal("��"), Literal("a��")]); parses("a��b", &[Literal("a"), Literal("��"), Literal("b")]); // literals can be together parses("xy", &[Literal("xy")]); parses("xyz", &[Literal("xyz")]); // or literals can be apart parses("xy", &[Literal("x"), Literal("y")]); parses("xyz", &[Literal("x"), Literal("yz")]); parses("xyz", &[Literal("xy"), Literal("z")]); parses("xyz", &[Literal("x"), Literal("y"), Literal("z")]); // check("x y", &[Literal("x"), Literal("y")], Err(INVALID)); parses("xy", &[Literal("x"), Space(""), Literal("y")]); parses("x y", &[Literal("x"), Space(""), Literal("y")]); parses("x y", &[Literal("x"), Space(" "), Literal("y")]); // whitespaces + literals parses("a\n", &[Literal("a"), Space("\n")]); parses("\tab\n", &[Space("\t"), Literal("ab"), Space("\n")]); parses( "ab\tcd\ne", &[Literal("ab"), Space("\t"), Literal("cd"), Space("\n"), Literal("e") ); parses( "+1ab\tcd\r\n+,.", &[Literal("+1ab"), Space("\t"), Literal("cd"), Space("\r\n"), Literal( ); // whitespace and literals can be intermixed parses("a\tb", &[Literal("a\tb")]); parses("a\tb", &[Literal("a"), Space("\t"), Literal("b")]); } #[test] fn test_parse_numeric() { use crate::format::Item::{Literal, Space}; use crate::format::Numeric::*; // numeric check("1987", &[num(Year)], parsed!(year: 1987)); check("1987 ", &[num(Year)], Err(TOO_LONG)); check("0x12", &[num(Year)], Err(TOO_LONG)); // `0` is parsed check("x123", &[num(Year)], Err(INVALID)); check("o123", &[num(Year)], Err(INVALID)); check("2015", &[num(Year)], parsed!(year: 2015)); check("0000", &[num(Year)], parsed!(year: 0)); check("9999", &[num(Year)], parsed!(year: 9999)); check(" \t987", &[num(Year)], parsed!(year: 987)); check(" \t987", &[Space(" \t"), num(Year)], parsed!(year: 987)); check(" \t987��", &[Space(" \t"), num(Year), Literal("��")], parsed!(year: check("987��", &[num(Year), Literal("��")], parsed!(year: 987)); check("5", &[num(Year)], parsed!(year: 5)); check("5\0", &[num(Year)], Err(TOO_LONG)); check("\x005", &[num(Year)], Err(INVALID)); check("", &[num(Year)], Err(TOO_SHORT)); check("12345", &[num(Year), Literal("5")], parsed!(year: 1234)); check("12345", &[nums(Year), Literal("5")], parsed!(year: 1234)); check("12345", &[num0(Year), Literal("5")], parsed!(year: 1234)); check("12341234", &[num(Year), num(Year)], parsed!(year: 1234)); check("1234 1234", &[num(Year), num(Year)], parsed!(year: 1234)); check("1234 1234", &[num(Year), Space(" "), num(Year)], parsed!(year: 1234)); check("1234 1235", &[num(Year), num(Year)], Err(IMPOSSIBLE)); check("1234 1234", &[num(Year), Literal("x"), num(Year)], Err(INVALID)); check("1234x1234", &[num(Year), Literal("x"), num(Year)], parsed!(year: 1234)); check("1234 x 1234", &[num(Year), Literal("x"), num(Year)], Err(INVALID)); check("1234xx1234", &[num(Year), Literal("x"), num(Year)], Err(INVALID)); check("1234xx1234", &[num(Year), Literal("xx"), num(Year)], parsed!(year: 1234)); check( "1234 x 1234", &[num(Year), Space(" "), Literal("x"), Space(" "), num(Year)], parsed!(year: 1234), ); check( "1234 x 1235", &[num(Year), Space(" "), Literal("x"), Space(" "), Literal("1235")], parsed!(year: 1234), ); // signed numeric check("-42", &[num(Year)], parsed!(year: -42)); check("+42", &[num(Year)], parsed!(year: 42)); check("-0042", &[num(Year)], parsed!(year: -42)); check("+0042", &[num(Year)], parsed!(year: 42)); check("-42195", &[num(Year)], parsed!(year: -42195)); check("−42195", &[num(Year)], Err(INVALID)); // MINUS SIGN (U+2212) check("+42195", &[num(Year)], parsed!(year: 42195)); check(" -42195", &[num(Year)], parsed!(year: -42195)); check(" +42195", &[num(Year)], parsed!(year: 42195)); check(" -42195", &[num(Year)], parsed!(year: -42195)); check(" +42195", &[num(Year)], parsed!(year: 42195)); check("-42195 ", &[num(Year)], Err(TOO_LONG)); check("+42195 ", &[num(Year)], Err(TOO_LONG)); check(" - 42", &[num(Year)], Err(INVALID)); check(" + 42", &[num(Year)], Err(INVALID)); check(" -42195", &[Space(" "), num(Year)], parsed!(year: -42195)); check(" −42195", &[Space(" "), num(Year)], Err(INVALID)); // MINUS SIGN (U check(" +42195", &[Space(" "), num(Year)], parsed!(year: 42195)); check(" - 42", &[Space(" "), num(Year)], Err(INVALID)); check(" + 42", &[Space(" "), num(Year)], Err(INVALID)); check("-", &[num(Year)], Err(TOO_SHORT)); check("+", &[num(Year)], Err(TOO_SHORT)); // unsigned numeric check("345", &[num(Ordinal)], parsed!(ordinal: 345)); check("+345", &[num(Ordinal)], Err(INVALID)); check("-345", &[num(Ordinal)], Err(INVALID)); check(" 345", &[num(Ordinal)], parsed!(ordinal: 345)); check("−345", &[num(Ordinal)], Err(INVALID)); // MINUS SIGN (U+2212) check("345 ", &[num(Ordinal)], Err(TOO_LONG)); check(" 345", &[Space(" "), num(Ordinal)], parsed!(ordinal: 345)); check("345 ", &[num(Ordinal), Space(" ")], parsed!(ordinal: 345)); check("345�� ", &[num(Ordinal), Literal("��"), Space(" ")], parsed!(ordinal: 345)); check("345��", &[num(Ordinal)], Err(TOO_LONG)); check("\u{0363}345", &[num(Ordinal)], Err(INVALID)); check(" +345", &[num(Ordinal)], Err(INVALID)); check(" -345", &[num(Ordinal)], Err(INVALID)); check("\t345", &[Space("\t"), num(Ordinal)], parsed!(ordinal: 345)); check(" +345", &[Space(" "), num(Ordinal)], Err(INVALID)); check(" -345", &[Space(" "), num(Ordinal)], Err(INVALID)); // various numeric fields check("1234 5678", &[num(Year), num(IsoYear)], parsed!(year: 1234, isoyear: 5678)); check("1234 5678", &[num(Year), num(IsoYear)], parsed!(year: 1234, isoyear: 5678)); check( "12 34 56 78", &[num(YearDiv100), num(YearMod100), num(IsoYearDiv100), num(IsoYearMod100)], parsed!(year_div_100: 12, year_mod_100: 34, isoyear_div_100: 56, isoyear_mod_100: 78), ); check( "1 1 2 3 4 5", &[ num(Quarter), num(Month), num(Day), num(WeekFromSun), num(NumDaysFromSun), num(IsoWeek), ], parsed!(quarter: 1, month: 1, day: 2, week_from_sun: 3, weekday: Weekday::Thu, isoweek: 5), ); check( "6 7 89 01", &[num(WeekFromMon), num(WeekdayFromMon), num(Ordinal), num(Hour12)], parsed!(week_from_mon: 6, weekday: Weekday::Sun, ordinal: 89, hour_mod_12: 1), ); check( "23 45 6 78901234 567890123", &[num(Hour), num(Minute), num(Second), num(Nanosecond), num(Timestamp)], parsed!(hour_div_12: 1, hour_mod_12: 11, minute: 45, second: 6, nanosecond: 78_901_234, ti ); } #[test] fn test_parse_fixed() { use crate::format::Fixed::*; use crate::format::Item::{Literal, Space}; // fixed: month and weekday names check("apr", &[fixed(ShortMonthName)], parsed!(month: 4)); check("Apr", &[fixed(ShortMonthName)], parsed!(month: 4)); check("APR", &[fixed(ShortMonthName)], parsed!(month: 4)); check("ApR", &[fixed(ShortMonthName)], parsed!(month: 4)); check("\u{0363}APR", &[fixed(ShortMonthName)], Err(INVALID)); check("April", &[fixed(ShortMonthName)], Err(TOO_LONG)); // `Apr` is parsed check("A", &[fixed(ShortMonthName)], Err(TOO_SHORT)); check("Sol", &[fixed(ShortMonthName)], Err(INVALID)); check("Apr", &[fixed(LongMonthName)], parsed!(month: 4)); check("Apri", &[fixed(LongMonthName)], Err(TOO_LONG)); // `Apr` is parsed check("April", &[fixed(LongMonthName)], parsed!(month: 4)); check("Aprill", &[fixed(LongMonthName)], Err(TOO_LONG)); check("Aprill", &[fixed(LongMonthName), Literal("l")], parsed!(month: 4)); check("Aprl", &[fixed(LongMonthName), Literal("l")], parsed!(month: 4)); check("April", &[fixed(LongMonthName), Literal("il")], Err(TOO_SHORT)); // do not backtrack check("thu", &[fixed(ShortWeekdayName)], parsed!(weekday: Weekday::Thu)); check("Thu", &[fixed(ShortWeekdayName)], parsed!(weekday: Weekday::Thu)); check("THU", &[fixed(ShortWeekdayName)], parsed!(weekday: Weekday::Thu)); check("tHu", &[fixed(ShortWeekdayName)], parsed!(weekday: Weekday::Thu)); check("Thursday", &[fixed(ShortWeekdayName)], Err(TOO_LONG)); // `Thu` is parsed check("T", &[fixed(ShortWeekdayName)], Err(TOO_SHORT)); check("The", &[fixed(ShortWeekdayName)], Err(INVALID)); check("Nop", &[fixed(ShortWeekdayName)], Err(INVALID)); check("Thu", &[fixed(LongWeekdayName)], parsed!(weekday: Weekday::Thu)); check("Thur", &[fixed(LongWeekdayName)], Err(TOO_LONG)); // `Thu` is parsed check("Thurs", &[fixed(LongWeekdayName)], Err(TOO_LONG)); // `Thu` is parsed check("Thursday", &[fixed(LongWeekdayName)], parsed!(weekday: Weekday::Thu)); check("Thursdays", &[fixed(LongWeekdayName)], Err(TOO_LONG)); check("Thursdays", &[fixed(LongWeekdayName), Literal("s")], parsed!(weekday: Weekday::Thu)); check("Thus", &[fixed(LongWeekdayName), Literal("s")], parsed!(weekday: Weekday::Thu)); check("Thursday", &[fixed(LongWeekdayName), Literal("rsday")], Err(TOO_SHORT)); // do not backtrack // fixed: am/pm check("am", &[fixed(LowerAmPm)], parsed!(hour_div_12: 0)); check("pm", &[fixed(LowerAmPm)], parsed!(hour_div_12: 1)); check("AM", &[fixed(LowerAmPm)], parsed!(hour_div_12: 0)); check("PM", &[fixed(LowerAmPm)], parsed!(hour_div_12: 1)); check("am", &[fixed(UpperAmPm)], parsed!(hour_div_12: 0)); check("pm", &[fixed(UpperAmPm)], parsed!(hour_div_12: 1)); check("AM", &[fixed(UpperAmPm)], parsed!(hour_div_12: 0)); check("PM", &[fixed(UpperAmPm)], parsed!(hour_div_12: 1)); check("Am", &[fixed(LowerAmPm)], parsed!(hour_div_12: 0)); check(" Am", &[Space(" "), fixed(LowerAmPm)], parsed!(hour_div_12: 0)) check("Am��", &[fixed(LowerAmPm), Literal("��")], parsed!(hour_div_12: 0)); check("��Am", &[Literal("��"), fixed(LowerAmPm)], parsed!(hour_div_12: 0)) check("\u{0363}am", &[fixed(LowerAmPm)], Err(INVALID)); check("\u{0360}am", &[fixed(LowerAmPm)], Err(INVALID)); check(" Am", &[fixed(LowerAmPm)], Err(INVALID)); check("Am ", &[fixed(LowerAmPm)], Err(TOO_LONG)); check("a.m.", &[fixed(LowerAmPm)], Err(INVALID)); check("A.M.", &[fixed(LowerAmPm)], Err(INVALID)); check("ame", &[fixed(LowerAmPm)], Err(TOO_LONG)); // `am` is parsed check("a", &[fixed(LowerAmPm)], Err(TOO_SHORT)); check("p", &[fixed(LowerAmPm)], Err(TOO_SHORT)); check("x", &[fixed(LowerAmPm)], Err(TOO_SHORT)); check("xx", &[fixed(LowerAmPm)], Err(INVALID)); check("", &[fixed(LowerAmPm)], Err(TOO_SHORT)); } #[test] fn test_parse_fixed_nanosecond() { use crate::format::Fixed::{Nanosecond, Nanosecond3, Nanosecond6, Nanosecond9}; use crate::format::InternalInternal::*; use crate::format::Item::Literal; use crate::format::Numeric::Second; // fixed: dot plus nanoseconds check("", &[fixed(Nanosecond)], parsed!()); // no field set, but not an error check(".", &[fixed(Nanosecond)], Err(TOO_SHORT)); check("4", &[fixed(Nanosecond)], Err(TOO_LONG)); // never consumes `4` check("4", &[fixed(Nanosecond), num(Second)], parsed!(second: 4)); check(".0", &[fixed(Nanosecond)], parsed!(nanosecond: 0)); check(".4", &[fixed(Nanosecond)], parsed!(nanosecond: 400_000_000)); check(".42", &[fixed(Nanosecond)], parsed!(nanosecond: 420_000_000)); check(".421", &[fixed(Nanosecond)], parsed!(nanosecond: 421_000_000)); check(".42195", &[fixed(Nanosecond)], parsed!(nanosecond: 421_950_000)); check(".421951", &[fixed(Nanosecond)], parsed!(nanosecond: 421_951_000)); check(".4219512", &[fixed(Nanosecond)], parsed!(nanosecond: 421_951_200)); check(".42195123", &[fixed(Nanosecond)], parsed!(nanosecond: 421_951_230)); check(".421950803", &[fixed(Nanosecond)], parsed!(nanosecond: 421_950_803)); check(".4219508035", &[fixed(Nanosecond)], parsed!(nanosecond: 421_950_803)); check(".42195080354", &[fixed(Nanosecond)], parsed!(nanosecond: 421_950_803)); check(".421950803547", &[fixed(Nanosecond)], parsed!(nanosecond: 421_950_803)); check(".000000003", &[fixed(Nanosecond)], parsed!(nanosecond: 3)); check(".0000000031", &[fixed(Nanosecond)], parsed!(nanosecond: 3)); check(".0000000035", &[fixed(Nanosecond)], parsed!(nanosecond: 3)); check(".000000003547", &[fixed(Nanosecond)], parsed!(nanosecond: 3)); check(".0000000009", &[fixed(Nanosecond)], parsed!(nanosecond: 0)); check(".000000000547", &[fixed(Nanosecond)], parsed!(nanosecond: 0)); check(".0000000009999999999999999999999999", &[fixed(Nanosecond)], parsed!(nanosecond: 0)); check(".4��", &[fixed(Nanosecond), Literal("��")], parsed!(nanosecond: 400_000_000)); check(".4x", &[fixed(Nanosecond)], Err(TOO_LONG)); check(". 4", &[fixed(Nanosecond)], Err(INVALID)); check(" .4", &[fixed(Nanosecond)], Err(TOO_LONG)); // no automatic trimming // fixed-length fractions of a second check("", &[fixed(Nanosecond3)], parsed!()); // no field set, but not an error check("4", &[fixed(Nanosecond3)], Err(TOO_LONG)); // never consumes `4` check(".12", &[fixed(Nanosecond3)], Err(TOO_SHORT)); check(".123", &[fixed(Nanosecond3)], parsed!(nanosecond: 123_000_000)); check(".1234", &[fixed(Nanosecond3)], Err(TOO_LONG)); check(".1234", &[fixed(Nanosecond3), Literal("4")], parsed!(nanosecond: 123_000_000)); check("", &[fixed(Nanosecond6)], parsed!()); // no field set, but not an error check("4", &[fixed(Nanosecond6)], Err(TOO_LONG)); // never consumes `4` check(".12345", &[fixed(Nanosecond6)], Err(TOO_SHORT)); check(".123456", &[fixed(Nanosecond6)], parsed!(nanosecond: 123_456_000)); check(".1234567", &[fixed(Nanosecond6)], Err(TOO_LONG)); check(".1234567", &[fixed(Nanosecond6), Literal("7")], parsed!(nanosecond: 123_456_000)); check("", &[fixed(Nanosecond9)], parsed!()); // no field set, but not an error check("4", &[fixed(Nanosecond9)], Err(TOO_LONG)); // never consumes `4` check(".12345678", &[fixed(Nanosecond9)], Err(TOO_SHORT)); check(".123456789", &[fixed(Nanosecond9)], parsed!(nanosecond: 123_456_789)); check(".1234567890", &[fixed(Nanosecond9)], Err(TOO_LONG)); check(".1234567890", &[fixed(Nanosecond9), Literal("0")], parsed!(nanosecond: 123_456_789)); // fixed: nanoseconds without the dot check("", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_SHORT)); check(".", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_SHORT)); check("0", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_SHORT)); check("4", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_SHORT)); check("42", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_SHORT)); check("421", &[internal_fixed(Nanosecond3NoDot)], parsed!(nanosecond: 421_000_000)); check("4210", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_LONG)); check( "42143", &[internal_fixed(Nanosecond3NoDot), num(Second)], parsed!(nanosecond: 421_000_000, second: 43), ); check( "421��", &[internal_fixed(Nanosecond3NoDot), Literal("��")], parsed!(nanosecond: 421_000_000), ); check( "��421", &[Literal("��"), internal_fixed(Nanosecond3NoDot)], parsed!(nanosecond: 421_000_000), ); check("42195", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_LONG)); check("123456789", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_LONG)); check("4x", &[internal_fixed(Nanosecond3NoDot)], Err(TOO_SHORT)); check(" 4", &[internal_fixed(Nanosecond3NoDot)], Err(INVALID)); check(".421", &[internal_fixed(Nanosecond3NoDot)], Err(INVALID)); check("", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_SHORT)); check(".", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_SHORT)); check("0", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_SHORT)); check("1234", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_SHORT)); check("12345", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_SHORT)); check("421950", &[internal_fixed(Nanosecond6NoDot)], parsed!(nanosecond: 421_950_000)); check("000003", &[internal_fixed(Nanosecond6NoDot)], parsed!(nanosecond: 3000)); check("000000", &[internal_fixed(Nanosecond6NoDot)], parsed!(nanosecond: 0)); check("1234567", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_LONG)); check("123456789", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_LONG)); check("4x", &[internal_fixed(Nanosecond6NoDot)], Err(TOO_SHORT)); check(" 4", &[internal_fixed(Nanosecond6NoDot)], Err(INVALID)); check(".42100", &[internal_fixed(Nanosecond6NoDot)], Err(INVALID)); check("", &[internal_fixed(Nanosecond9NoDot)], Err(TOO_SHORT)); check(".", &[internal_fixed(Nanosecond9NoDot)], Err(TOO_SHORT)); check("42195", &[internal_fixed(Nanosecond9NoDot)], Err(TOO_SHORT)); check("12345678", &[internal_fixed(Nanosecond9NoDot)], Err(TOO_SHORT)); check("421950803", &[internal_fixed(Nanosecond9NoDot)], parsed!(nanosecond: 421_950_803)); check("000000003", &[internal_fixed(Nanosecond9NoDot)], parsed!(nanosecond: 3)); check( "42195080354", &[internal_fixed(Nanosecond9NoDot), num(Second)], parsed!(nanosecond: 421_950_803, second: 54), ); // don't skip digits that come after the 9 check("1234567890", &[internal_fixed(Nanosecond9NoDot)], Err(TOO_LONG)); check("000000000", &[internal_fixed(Nanosecond9NoDot)], parsed!(nanosecond: 0)); check("00000000x", &[internal_fixed(Nanosecond9NoDot)], Err(INVALID)); check(" 4", &[internal_fixed(Nanosecond9NoDot)], Err(INVALID)); check(".42100000", &[internal_fixed(Nanosecond9NoDot)], Err(INVALID)); } #[test] fn test_parse_fixed_timezone_offset() { use crate::format::Fixed::*; use crate::format::InternalInternal::*; use crate::format::Item::Literal; // TimezoneOffset check("1", &[fixed(TimezoneOffset)], Err(INVALID)); check("12", &[fixed(TimezoneOffset)], Err(INVALID)); check("123", &[fixed(TimezoneOffset)], Err(INVALID)); check("1234", &[fixed(TimezoneOffset)], Err(INVALID)); check("12345", &[fixed(TimezoneOffset)], Err(INVALID)); check("123456", &[fixed(TimezoneOffset)], Err(INVALID)); check("1234567", &[fixed(TimezoneOffset)], Err(INVALID)); check("+1", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check("+12", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check("+123", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check("+1234", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("+12345", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+123456", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+1234567", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12345678", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12:", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check("+12:3", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check("+12:34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("-12:34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("−12:34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12:34:", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12:34:5", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12:34:56", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12:34:56:", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12 34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("+12 34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("12:34:56", &[fixed(TimezoneOffset)], Err(INVALID)); check("+12::34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("+12: :34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("+12:::34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("+12::::34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("+12::34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check("+12:34:56", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12:3456", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+1234:56", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+1234:567", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+00:00", &[fixed(TimezoneOffset)], parsed!(offset: 0)); check("-00:00", &[fixed(TimezoneOffset)], parsed!(offset: 0)); check("−00:00", &[fixed(TimezoneOffset)], parsed!(offset: 0)); // MINUS SIGN (U+2212) check("+00:01", &[fixed(TimezoneOffset)], parsed!(offset: 60)); check("-00:01", &[fixed(TimezoneOffset)], parsed!(offset: -60)); check("+00:30", &[fixed(TimezoneOffset)], parsed!(offset: 1_800)); check("-00:30", &[fixed(TimezoneOffset)], parsed!(offset: -1_800)); check("+24:00", &[fixed(TimezoneOffset)], parsed!(offset: 86_400)); check("-24:00", &[fixed(TimezoneOffset)], parsed!(offset: -86_400)); check("−24:00", &[fixed(TimezoneOffset)], parsed!(offset: -86_400)); // MINUS SIGN (U+2212) check("+99:59", &[fixed(TimezoneOffset)], parsed!(offset: 359_940)); check("-99:59", &[fixed(TimezoneOffset)], parsed!(offset: -359_940)); check("+00:60", &[fixed(TimezoneOffset)], Err(OUT_OF_RANGE)); check("+00:99", &[fixed(TimezoneOffset)], Err(OUT_OF_RANGE)); check("#12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("+12:34 ", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12 34 ", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check(" +12:34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check(" -12:34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check(" −12:34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check(" +12:34", &[fixed(TimezoneOffset)], parsed!(offset: 45_240)); check(" -12:34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("\t -12:34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12: 34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12 :34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12 : 34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12 : 34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12 : 34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12: 34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12 :34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("-12 : 34", &[fixed(TimezoneOffset)], parsed!(offset: -45_240)); check("12:34 ", &[fixed(TimezoneOffset)], Err(INVALID)); check(" 12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check("+", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check( "+12345", &[fixed(TimezoneOffset), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check( "+12:345", &[fixed(TimezoneOffset), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check("+12:34:", &[fixed(TimezoneOffset), Literal(":")], parsed!(offset: 45_240)); check("Z12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("X12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("Z+12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("X+12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("X−12:34", &[fixed(TimezoneOffset)], Err(INVALID)); // MINUS SIGN (U+2212) check("��+12:34", &[fixed(TimezoneOffset)], Err(INVALID)); check("+12:34��", &[fixed(TimezoneOffset)], Err(TOO_LONG)); check("+12:��34", &[fixed(TimezoneOffset)], Err(INVALID)); check("+1234��", &[fixed(TimezoneOffset), Literal("��")], parsed!(offset: 45_240)); check("-1234��", &[fixed(TimezoneOffset), Literal("��")], parsed!(offset: -45_240)); check("−1234��", &[fixed(TimezoneOffset), Literal("��")], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12:34��", &[fixed(TimezoneOffset), Literal("��")], parsed!(offset: 45_240)); check("-12:34��", &[fixed(TimezoneOffset), Literal("��")], parsed!(offset: -45_240)); check("−12:34��", &[fixed(TimezoneOffset), Literal("��")], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("��+12:34", &[Literal("��"), fixed(TimezoneOffset)], parsed!(offset check("Z", &[fixed(TimezoneOffset)], Err(INVALID)); check("A", &[fixed(TimezoneOffset)], Err(INVALID)); check("PST", &[fixed(TimezoneOffset)], Err(INVALID)); check("#Z", &[fixed(TimezoneOffset)], Err(INVALID)); check(":Z", &[fixed(TimezoneOffset)], Err(INVALID)); check("+Z", &[fixed(TimezoneOffset)], Err(TOO_SHORT)); check("+:Z", &[fixed(TimezoneOffset)], Err(INVALID)); check("+Z:", &[fixed(TimezoneOffset)], Err(INVALID)); check("z", &[fixed(TimezoneOffset)], Err(INVALID)); check(" :Z", &[fixed(TimezoneOffset)], Err(INVALID)); check(" Z", &[fixed(TimezoneOffset)], Err(INVALID)); check(" z", &[fixed(TimezoneOffset)], Err(INVALID)); // TimezoneOffsetColon check("1", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("123", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("1234", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12345", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("123456", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("1234567", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12345678", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("+1", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check("+12", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check("+123", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check("+1234", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("-1234", &[fixed(TimezoneOffsetColon)], parsed!(offset: -45_240)); check("−1234", &[fixed(TimezoneOffsetColon)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12345", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+123456", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+1234567", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+12345678", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("1:", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12:", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12:3", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12:34", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12:34:", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12:34:5", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("12:34:56", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("+1:", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("+12:", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check("+12:3", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check("+12:34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("-12:34", &[fixed(TimezoneOffsetColon)], parsed!(offset: -45_240)); check("−12:34", &[fixed(TimezoneOffsetColon)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12:34:", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+12:34:5", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+12:34:56", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+12:34:56:", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+12:34:56:7", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+12:34:56:78", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+12:3456", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("+1234:56", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check("−12:34", &[fixed(TimezoneOffsetColon)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("−12 : 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12 :34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12: 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12: 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12 :34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12 : 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("-12 : 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: -45_240)); check("+12 : 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12 : 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12 : 34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12::34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12: :34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12:::34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12::::34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("+12::34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("#1234", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("#12:34", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("+12:34 ", &[fixed(TimezoneOffsetColon)], Err(TOO_LONG)); check(" +12:34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("\t+12:34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("\t\t+12:34", &[fixed(TimezoneOffsetColon)], parsed!(offset: 45_240)); check("12:34 ", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check(" 12:34", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check("+", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check(":", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check( "+12345", &[fixed(TimezoneOffsetColon), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check( "+12:345", &[fixed(TimezoneOffsetColon), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check("+12:34:", &[fixed(TimezoneOffsetColon), Literal(":")], parsed!(offset: 45_240)); check("Z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("A", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("PST", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("#Z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check(":Z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("+Z", &[fixed(TimezoneOffsetColon)], Err(TOO_SHORT)); check("+:Z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("+Z:", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check("z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check(" :Z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check(" Z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); check(" z", &[fixed(TimezoneOffsetColon)], Err(INVALID)); // testing `TimezoneOffsetColon` also tests same path as `TimezoneOffsetDoubleColon` // and `TimezoneOffsetTripleColon` for function `parse_internal`. // No need for separate tests for `TimezoneOffsetDoubleColon` and // `TimezoneOffsetTripleColon`. // TimezoneOffsetZ check("1", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("123", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("1234", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12345", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("123456", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("1234567", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12345678", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("+1", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+12", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+123", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+1234", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("-1234", &[fixed(TimezoneOffsetZ)], parsed!(offset: -45_240)); check("−1234", &[fixed(TimezoneOffsetZ)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12345", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+123456", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+1234567", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12345678", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("1:", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12:", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12:3", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12:34", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12:34:", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12:34:5", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("12:34:56", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("+1:", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("+12:", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+12:3", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+12:34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("-12:34", &[fixed(TimezoneOffsetZ)], parsed!(offset: -45_240)); check("−12:34", &[fixed(TimezoneOffsetZ)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12:34:", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12:34:5", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12:34:56", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12:34:56:", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12:34:56:7", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12:34:56:78", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12::34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12:3456", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+1234:56", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12 34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12 34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12: 34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12 :34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12 : 34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12 : 34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12 : 34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("+12 : 34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check("12:34 ", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check(" 12:34", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("+12:34 ", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("+12 34 ", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check(" +12:34", &[fixed(TimezoneOffsetZ)], parsed!(offset: 45_240)); check( "+12345", &[fixed(TimezoneOffsetZ), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check( "+12:345", &[fixed(TimezoneOffsetZ), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check("+12:34:", &[fixed(TimezoneOffsetZ), Literal(":")], parsed!(offset: 45_240)); check("Z12:34", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("X12:34", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("Z", &[fixed(TimezoneOffsetZ)], parsed!(offset: 0)); check("z", &[fixed(TimezoneOffsetZ)], parsed!(offset: 0)); check(" Z", &[fixed(TimezoneOffsetZ)], parsed!(offset: 0)); check(" z", &[fixed(TimezoneOffsetZ)], parsed!(offset: 0)); check("\u{0363}Z", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("Z ", &[fixed(TimezoneOffsetZ)], Err(TOO_LONG)); check("A", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("PST", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("#Z", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check(":Z", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check(":z", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("+Z", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("-Z", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+A", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+��", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("+Z:", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check(" :Z", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check(" +Z", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check(" -Z", &[fixed(TimezoneOffsetZ)], Err(TOO_SHORT)); check("+:Z", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("Y", &[fixed(TimezoneOffsetZ)], Err(INVALID)); check("Zulu", &[fixed(TimezoneOffsetZ), Literal("ulu")], parsed!(offset: 0)); check("zulu", &[fixed(TimezoneOffsetZ), Literal("ulu")], parsed!(offset: 0)); check("+1234ulu", &[fixed(TimezoneOffsetZ), Literal("ulu")], parsed!(offset: 45_240)); check("+12:34ulu", &[fixed(TimezoneOffsetZ), Literal("ulu")], parsed!(offset: 45_240)); // Testing `TimezoneOffsetZ` also tests same path as `TimezoneOffsetColonZ` // in function `parse_internal`. // No need for separate tests for `TimezoneOffsetColonZ`. // TimezoneOffsetPermissive check("1", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("123", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("1234", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12345", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("123456", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("1234567", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12345678", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+1", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check("+12", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 43_200)); check("+123", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check("+1234", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("-1234", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: -45_240)); check("−1234", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12345", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+123456", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+1234567", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12345678", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("1:", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12:", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12:3", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12:34", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12:34:", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12:34:5", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("12:34:56", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+1:", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+12:", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 43_200)); check("+12:3", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check("+12:34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("-12:34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: -45_240)); check("−12:34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check("+12:34:", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12:34:5", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12:34:56", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12:34:56:", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12:34:56:7", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12:34:56:78", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12 :34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12: 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12 : 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12 :34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12: 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12 : 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12::34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12 ::34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12: :34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12:: 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12 ::34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12: :34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12:: 34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12:::34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("+12::::34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check("12:34 ", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check(" 12:34", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+12:34 ", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check(" +12:34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240)); check(" -12:34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: -45_240)); check(" −12:34", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: -45_240)); // MINUS SIGN (U+2212) check( "+12345", &[internal_fixed(TimezoneOffsetPermissive), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check( "+12:345", &[internal_fixed(TimezoneOffsetPermissive), num(Numeric::Day)], parsed!(offset: 45_240, day: 5), ); check( "+12:34:", &[internal_fixed(TimezoneOffsetPermissive), Literal(":")], parsed!(offset: 45_240), ); check("��+12:34", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+12:34��", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("+12:��34", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check( "+12:34��", &[internal_fixed(TimezoneOffsetPermissive), Literal("��")], parsed!(offset: 45_240), ); check( "��+12:34", &[Literal("��"), internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 45_240), ); check("Z", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 0)); check("A", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("PST", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("z", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 0)); check(" Z", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 0)); check(" z", &[internal_fixed(TimezoneOffsetPermissive)], parsed!(offset: 0)); check("Z ", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_LONG)); check("#Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check(":Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check(":z", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check("-Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check("+A", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check("+PST", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+��", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("+Z:", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check(" :Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check(" +Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check(" -Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(TOO_SHORT)); check("+:Z", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); check("Y", &[internal_fixed(TimezoneOffsetPermissive)], Err(INVALID)); // TimezoneName check("CEST", &[fixed(TimezoneName)], parsed!()); check("cest", &[fixed(TimezoneName)], parsed!()); // lowercase check("XXXXXXXX", &[fixed(TimezoneName)], parsed!()); // not a real timezone name check("!!!!", &[fixed(TimezoneName)], parsed!()); // not a real timezone name! check("CEST 5", &[fixed(TimezoneName), Literal(" "), num(Numeric::Day)], parsed!(day: 5)); check("CEST ", &[fixed(TimezoneName)], Err(TOO_LONG)); check(" CEST", &[fixed(TimezoneName)], Err(TOO_LONG)); check("CE ST", &[fixed(TimezoneName)], Err(TOO_LONG)); } #[test] #[rustfmt::skip] fn test_parse_practical_examples() { use crate::format::InternalInternal::*; use crate::format::Item::{Literal, Space}; use crate::format::Numeric::*; // some practical examples check( "2015-02-04T14:37:05+09:00", &[ num(Year), Literal("-"), num(Month), Literal("-"), num(Day), Literal("T"), num(Hour), Literal(":"), num(Minute), Literal(":"), num(Second), fixed(Fixed::TimezoneOffset), ], parsed!( year: 2015, month: 2, day: 4, hour_div_12: 1, hour_mod_12: 2, minute: 37, second: 5, offset: 32400 ), ); check( "2015-02-04T14:37:05-09:00", &[ num(Year), Literal("-"), num(Month), Literal("-"), num(Day), Literal("T"), 2014,2020 Red All reserved. fixed(Fixed::TimezoneOffset), ], parsedjava.lang.StringIndexOutOfBoundsException: Index 20 out of bounds for leng year: 2015, month: 2, day: 4, hour_div_12: 1, hour_mod_12: 2, minute: 37, second: 5, offset: -32400 ), ); check( "2015-02-04T14:37:05−09:00", // timezone offset using MINUS SIGN (U+2212) &[ num(Year), Literal("-"), num *published Free Foundation Hour),Literal"") num(Minute) (:",num(Second), fixed(Fixed::TimezoneOffset) ], parsed!( year: 2015, month: 2, day: 4, hour_div_12: 1, hour_mod_12: 2, minute: 37, second: 5, offset: -32400 ), ); check( "20150204143705567", &[ numYear,num(,num(ay),num() numM) num(Second, internal_fixed(Nanosecond3NoDot) ], parsed!( year: 2015, month: 2, day: 4, hour_div_12: 1, hour_mod_12: 2, minute: 37, second:5 : 567000000 ), ); check( "Mon, 10 Jun 2013 09:32:37 GMT", &[ fixed(Fixed::ShortWeekdayName), Literal(","), Space(" "), num(Day), Space(" "), fixed(Fixed::ShortMonthName), Space(" "), num(Year), Space(" "), num(Hour), Literal(":" * ], parsed!( year: 2013, month: 6, day: 10, weekday: Weekday::Mon, hour_div_12: 0, hour_mod_12: 9, minute: 32, second: 37 ), ); check( "��Mon, 10 Jun��2013 09:32:37 GMT��", &[ Literal("�) fixed(Fixed:ShortWeekdayName),Literal("",Space(" ) num(Day), (" "),fixed(Fixed::hortMonthName), Literal"��"), num(ear,Space"") num(Hour), Literal(#include"interpreterRuntime.pp" Literal("nclude "opsmethodData" java.lang.StringIndexOutOfBoundsException: Range [35, 36) out of bounds for leng (java.lang.StringIndexOutOfBoundsException: Range [19, 18) out of bounds for len bne(t0, t1, notBytet0 t1,notByte); java.lang.StringIndexOutOfBoundsException: Index 0 out of bounds for length 0 bindnotChar); ); "Sun Aug 02 ::15 CEST 2020", &[ if (JvmtiExport:can_pop_frame()) { Space(" "), num(Day), Space(/ Literal(":"), num(Second), Space(" // call_VM_base, so the arg registers are available. num(Year ], // address of the same-named entrypoint in the generated interpreter code. year: 2020, month: 8, dayjrx10; hour_div_12: 1, hour_mod_12: 1, minute: 39, second: 15 )java.lang.StringIndexOutOfBoundsException: Index 14 out of bounds for length 14 ; check( ld(x10 val_addr; rsed( year:2006, month: 1, day: day:2,hour_div_12:1,hour_mod_12:3 minute 4 :5 ) ); check( :14PM" &Hour12) (""),num) fixedFixed:LowerAmPm]java.lang.StringIndexOutOfBoundsException: In parsed(hour_div_12: 1, hour_mod_12: 3, minute: 14), ); check( "12345678901234.56789", &[num(Timestamp), Literal("lwut0 Address( JvmtiThreadState:earlyret_state_offset())) parsed ld(,Address(xthread JavaThread::jvmti_thread_state_offset()); check( "1234567890123456789, &[() Fixed:anosecond] java.lang.StringIndexOutOfBoundsException: Range [2, 1) out of bounds for length ; // docstring examples from `impl str::FromStr` check( "2000-01-02T03:04:05Z"(cp_offset >0 bcp stillpointing tostartofbytecode) }else if (index_size == sizeof(u4)) { num(Year), Literal java.lang.StringIndexOutOfBoundsException: Index 70 out of boun num( else if (index_size= (u1) { internal_fixed(imezoneOffsetPermissive) ], parsed!( year: 2000, month: 1, day: 2 { 0 ), ); checkjava.lang.StringIndexOutOfBoundsException: Index 14 out of bounds for lengt "2000-01-2 ::5Z", voidInterpreterMacroAssembler::get_cache_and_index_and_bytecode_at_bcp(Register c num(Year), Literal("-"), num(Month), Literal("-"), num(Day), Space(" "), num(Hour, Literal(""), num(inute), Literal"", (Second)java.lang.StringIndexOutOfBoun internal_fixed(TimezoneOffsetPermissive) ], parsed! year: 2000, month: 1, day size_t index_size){ offset: 0 ), ); } #[track_caller int bcp_offsetjava.lang.StringIndexOutOfBoundsException: Index 78 out of bounds f mut parsed Parsed:new(; assert!(parse(&mut parsed, sassert(sizeofConstantPoolCacheEntry == 4 java.lang.Strin java.lang.StringIndexOutOfBoundsException: Index 5 out of bounds for length 5 #[track_calleradd(,cache, in_bytes(ConstantPoolCache:base_offset())); fn checks:&tr :&[tem] : ParseResultParsed) java.lang.StringIndexOutOfBoundsException let mut parsed = ->resolved_references(index) let parse(mutparsed, s,items.iter(); let.map(_ parsed; assert_eq!(parsed, expected } #[test] fn test_rfc2822()void ::load_resolved_klass_at_offset let ymd_hmsn = |y, m, d, h, n, s, nano, off| { lhu(temp,)) // temp = resolved_klass_index .unwrap() y,,d h ,s ( .with_nanosecond(nano) .unwrap() }; // Test data - (input, Ok(expected result) or Err(error code)) let testdates = [ ("// x10: superklass (Fri, 2Jan :: -" (,1 17 35,20 0, Label& java.lang.StringIndexOutOfBoundsException: Index 73 out of bounds for ",20 :35:20-0800 UTC)",Ok(ymd_hmsn2015,1,, 17,35, ,0,-)), // trailing comment ( rjava.lang.StringIndexOutOfBoundsException: Index 0 out of bounds for length 0 Ok(ymd_hmsn(2015,java.lang.StringIndexOutOfBoundsException: Index 0 out of bound ), // complex trailing comment (r"Tue, addi(esp, esp wordSize) ( "Tue} Ok(ymd_hmsn(2015, 1, 20, 17, 35, 20 (esp ,2 :); , // multiple comments ("Tue, 20 Jan bler::(Register ) { ("20Jan 2015173520-",Ok(ymd_hmsn(, 1 , , 35 20,0,-)) // no day of week ("20 JAN 2015 17:35:20 -0800", Ok(ymd_hmsn(2015, 1, 20, 17, 35} (Tue 20Jan 17:35 0800, Okymd_hmsn(,1,20,17,35 0,0 -8)),// no second " Sep :4500+000, Ok(ymd_hmsn(,9,11, 9 45 0 0,0))java.lang.StringIndexOutOfBoundsExcepti ("112001094500 EST" (ymd_hmsn(2001, 9, 11, 9, 45, 0 0-5))java.lang.StringIndexOutOfBound ("11 Sep 2001 ("30 Feb 2015 17:35:20 -0800", Err(OUT_OF_RANGE)), // bad day of month "ue 20Jan 2015, Err(TOO_SHORT ("Tue(esp, esp,-2*wordSize; (" pop_ptr(; ("Tue, 20 Jan 2015 7 case ztos: // fall through case: // fall through ("Tue, java.lang.StringIndexOutOfBoundsException: Index 19 out of bounds for leng (Tue 20 Jan 2015:5: 0890, ErrOUT_OF_RANGE), offset ("6 case : // named timezones that have specific timezone offsets // see https://www.rfc-editor.org/rfc/rfc2822#section-4.3java.lang.StringIndexOutO ("Tue, 20 Jan 2015 17:35:20 GMT", Ok(ymd_hmsn(2015, 1, 20, 17, 35, java.lang.StringIndexOut ("Tue, 20 Janbreak; ("Tue, 20 Jan 2015 break; ( ("Tue, java.lang.StringIndexOutOfBoundsException: Index 0 out of bounds for lengt ("ue 20 Jan 17:520CDT"Okymd_hmsn2015 1 ,17,35 20,,5))) ("Tue, 20 Jan 2015 17:35:20 CST", Ok(ymd_hmsn(2015, 1, 20, (,Address,Interpreterexpr_offs ("Tue, 20 Jan 2015 17:35:20 MDT",java.lang.StringIndexOutOfBoundsException: Index 1 o ("Tue, ("Tue, 20 Jan 2015 17:35:mv(x19_sender_sp, sp); ("Tue, 20 Jan 2015 17:35:20 PST", Ok(ymd_hmsn( sd(esp,Address,frame::interpreter_frame_ ("Tue, 20 Jan 2015 17java.lang.StringIndexOutOfBoundsException: Index 0 out of bound / T, 20java.lang.StringIndexOutOfBoundsException: Range [26, 25) out of bounds for // JVMTI events, such as single-stepping, are implemented partly by avoiding running // interp_only_mode if these events CAN be enabled. (Tue 2015 :35:20 " ((2015 ,20, 17 35 20,0 0), (Tue, 20 201517:3520 ", ymd_hmsn , 20 17 ,20 ,0)) // named single-letter timezone "J" is specifically not validbind(); ("Tue, 20 Jan 2015 17:35:20jrt0)java.lang.StringIndexOutOfBoundsException: Index 9 o ("Tue, 20 Jan 2015 17:35:v InterpreterMacroAssembler:(TosState state, int step) { (Tue,20 2015173520Z, INVALID), (INVALID)) // bad offset: zulu not allowed ("Tue, 20 Jan 2015 17:35:20 ZULU", ool verifyoop, ("Tue, 20 Jan 2015 17:35:20 −0800", Err(INVALID)), // bad offset: timezone offset using MINUS S ("Tue, 20 Jan 2015 // Pay attention to the argument Rs, which is acquiesce in t0. ("Tue, 20 } (Tue, Jan 2015�17:35:20 0800, Err(NVALID),// bad character! ]; fn rfc2822_to_datetime(date: &str) -> ParseResult<DateTime<FixedOffsetjava.lang.StringI let ld(1,Address(, JavaThread::polling_word_offset())) parsemut ,:FixedFixed:]java.lang.StringIndexOutOfBoundsException: Range [76, 71) .) } // Test against test data above for &(date, checkdate) in testdates. #[cfg(feature = "std")] eprintln!("Test input: {date: ld(1 Addresst1)); let } if dt != checkdate { // check for expected result panic!( "Date conversion failed for {date}\nReceived: {dt:?}\nExpected: {checkdate:?}" ); } } } #[test] add(,xbcp,step)java.lang.StringIndexOutOfBoundsException: Index 24 out of bounds static let // load curr // Check that the format is what we expect #[cfg(// Unlock the receiver if this is a synchronized method. assert_eq!(dt.format(RFC850_FMT).to_string(), "Sunday// // Check that it parses correctly assert_eq!( NaiveDateTime::parse_from_strvoidInterpreterMacroAssembler:remove_activation bool throw_monitor_exceptionjava.lang.StringIndexOutOfBoundsException: Index 61 o ); // Check that the rest of the weekdays parse correctly (this test originally failed because unl // Sunday parsed incorrectly). let testdates = [ ( .with_ymd_and_hms(1994, 11, 7,8, 49, ).nwrap(), "Monday, 07-Nov-94 08:49:37 GMTsuper_call_VM_leaf((,InterpreterRuntime:t_unwind), xt ), ( Utc.with_ymd_and_hmsconst do_not_unlock_if_synchronized(xthread, "Tuesday, 08-Nov-94 08:49:37 GMT", ), ( .with_ymd_and_hms(1994 11 ,8,49,37).unwrap(, "Wednesday, 09-Nov-94 08:/java.lang.StringIndexOutOfBoundsException: Index 69 out ), ( Utc.with_ymd_and_hms(1994o check that object has "ThursdayconstAddress monitor(fp, :interpreter_frame_initial_sp_offset * ), ( Utc.with_ymd_and_hms(1994, 11, 11, 8, 49, 37).unwrap(), "Friday, 11-Nov-94 08:49:37 GMT", ) ( Utc.with_ymd_and_hms(1994, 11, 12, 8, 49, 37).unwrap(),call_VM(noreg CAST_FROM_FN_PTRa "Saturday, 12-Nov-94 08:49:37 GMT", ), ]; java.lang.StringIndexOutOfBoundsException: Range [12, 11) out of bounds for leng assert_eq!(NaiveDateTime:parse_from_str(al1 ,Ok(val.0.aive_utc()); } let test_dates_fail = [ "Saturday, 12-Nov-94 08:49:37", "Saturday, 12-Nov-94 08:49:37 Z", "Saturday, 12-Nov-94 08:49:37 GMTTTT",restart java.lang.StringIndexOutOfBoundsException: Index 47 out of bounds for length 47 "Saturday, 12-Nov-94 l(, ; "Caturday, 12-Nov-94 08:49:37 GMT", " 99Nov94 :937 " "java.lang.StringIndexOutOfBoundsException: Index 21 out of bounds for length 0 "Saturday, 12-Mop-94 08:49CAST_FROM_FN_PTR(address,InterpreterRuntime:: "Saturday, 12-Nov-94 28:49:37 GMT", "Saturday, 12-Nov-94 08:99:37 GMT", "Saturday, 12-Nov-94 08:49:99 GMT", ]; for val in &test_dates_fail { assert!(java.lang.StringIndexOutOfBoundsException: Index 0 out of bounds for len } } #[test] fn test_rfc3339() { let ymd_hmsnbindloop; FixedOffset:( * 60java.lang.StringIndexOutOfBoundsException: Index 48 out of bound .unwrap() .with_ymd_and_hms(y, m, d, h, nbind(ntry); .unwrap() .with_nanosecond(nano) }; // Test data - (input, Ok(expected result) or Err(error code)) let testdates = [ ("2015-01-20T17:35:20-08:00", Ok(ymd_hmsn(2015, (t1,t0 )java.lang.StringIndexOutOfB InterpreterRuntime))java.lang.StringIndexOutOfBoundsException: Index 91 out of b ("1944-06-06T04:04:00Z" ("2001-09-11T09:45:00-08:00", Ok(java.lang.StringIndexOutOfBoundsException: Index ("2015-01-2035:20001-08:" ymd_hmsn2015, 1,20 ,35 ,1__000,-))java.lang.StringIndexOut (,esp16) // Lock object ("2015-01-20T17:35:20.000000004-08// c_rarg1: BasicObjectLock to be used for locking ("2015-01-20T17:35:20.000000004−08:00", Ok(ymd_hmsn(2015,// Kills: ( "2015-01-20T17:35:20.000000000452-08:00", Ok(ymd_hmsn(2015, 1, 20, 17, 35, 20, 0, -8)), ), // too small "2015-01-20T17:20000000000452−:00, Ok(ymd_hmsn(2015, 1, 20, 17, 35, 20, 0, -8)), ), const obj_offset =BasicObjectLock::bj_offset_in_bytes(); ("2015-01-20 17:35:20-08:00", Ok(ymd_hmsn(2015, 1, 20, 17, 35, 20, 0, -8))), // without 'T' ("2015/01/20T17:35:20.001-08:00", Err(INVALID)), // wrong separator char YMD -08:00", Err(INVALID), // wrong separator char HMS (0120T17::20-800" (NVALID) missing ("99-01-20T17:35:20-08:00", Err(INVALID)), andit JVM_ACC_IS_VALUE_BASED_CLASS ( // Load (object->mark() | 1) into swap_reg ("-2000-01ori(,t0,1)java.lang.StringIndexOutOfBoundsException: Index 25 out of b ("2015-02-30T17:35:20-08:00", java.lang.StringIndexOutOfBoundsException: Index 0 ("2015-01-20T25 swap_reg,,obj_reg, t0,count, /*fallthrough*/NULL); ("2015-01= 0 ("2015-01-20T17:35:90-08:00", Err(OUT_OF_RANGE)), // bad second value ("2015-01-20T17:35:20-24:00", Err(OUT_OF_RANGE)), // bad offset value "-0120::20-8:00,Err(INVALID) // bad year format ("15-01-20T17:35:20-08:00:00java.lang.StringIndexOutOfBoundsException: Index 0 o ("2015-01-20T17:35:2008:00", Err(INVALID)), // missing offset sign ("2015 (, ("2015-01-20T17:35:20Zulu", Err(TOO_LONG)), // bad offset format ("2015-01-20T17:35:20 Zulu", Err(INVALID)), // bad offset format java.lang.StringIndexOutOfBoundsException: Index 3 out of bounds for length 3 ("2015-01-20T17:35:20 GMT"// Unlocks an object. Used in monitorexit bytecode and ("2015-01-20T17:35:20+GMT", Err(INVALID)), // bad offset format ("2015-01-20T17:35:20++08:00", Err(INVALID)), // bad offset format // t0, t1 (temp regs) ("2015-01-20 assert = ," only forlooksItberarg1 ("2015-01-T:35200800, Err()), // bad offset sign ("2015-01-20T17:35:20-08-00", Err(INVALID)), // bad offset separator java.lang.StringIndexOutOfBoundsException: Index 81 out of bounds for length 81 ("2015-01 ("2015-01-20T17:35:20-08:0", Err(TOO_SHORT)), // bad offset minutes (2015--20T17:35:20-08:AA INVALID), // bad offset minutes ("2015-01-20T17:35:20-08:ZZ", Err(INVALID)),call_VM_leaf(address InterpreterRuntim ("2015-01-20T17:35:20.001-08 : 00", Err(INVALID)), // bad offset separator ("2015-01-20T17:35:20-08:00:00", int constant ("2015-01-20T17:35:20+08:", Err(TOO_SHORT)), // bad offset format ("2015-01-20T17:35:20-08:} ("2015-01-20T17:35:20−08:", Err(TOO_SHORT)), // bad offset format with MINUS SIGN (U+2212) ("2015-01-20T17:35:20-08", Err(void InterpreterMacroAssembler::increment_mdp_data_ ("2015-01-20T" int, ("2015-01-20java.lang.StringIndexOutOfBoundsException: Range [59, 27) out of bou ("2015-01-20T00:00:1-08:00, )java.lang.StringIndexOutOfBoundsException: Index 50 ]; // Test against test data above for let dt = ) if dt != checkdate { // check for expected result panic!( "Date for date\nReceived:{:}\nExpected:checkdate?" ); } } } #[test] fn test_issue_1010() { let dt = crate::NaiveDateTime::parse_from_str( "\u{c}SUN\u{e}\u{3000}\0m@J\u{3000}\0\u{3000}\0m\u{c}!\u{c}\u{b}\u{c}\u{c}\u{c}\ "uc\{c%\{}\{}0SUN\{}\{}u{SUNN\uc\{c\{}SUN\{}\{}!uc\u{b}uc}uc\u{c}u{c}A\c}\{}a, ; java.lang.StringIndexOutOfBoundsException: Index 15 out of bounds for length 0 } }
¤ Dauer der Verarbeitung: 0.114 Sekunden ¤*© Formatika GbR, Deutschland |
|
||||||||||||||
2026-10-11