mirror of
https://github.com/bspeice/dtparse
synced 2024-11-13 17:38:09 -05:00
Add a lot of tests
And fix up some transcription errors
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parent
709b38926d
commit
d49a12d947
17
src/lib.rs
17
src/lib.rs
@ -974,6 +974,8 @@ impl Parser {
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}
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fn build_naive(&self, res: &ParsingResult, default: &NaiveDateTime) -> NaiveDateTime {
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// TODO: Handle weekday here
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// TODO: Change month/day to u32
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let d = NaiveDate::from_ymd(
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res.year.unwrap_or(default.year()),
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@ -999,7 +1001,9 @@ impl Parser {
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default: &NaiveDateTime,
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) -> ParseResult<Option<FixedOffset>> {
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// TODO: Actual timezone support
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if res.tzname.is_none() && res.tzoffset.is_none() || res.tzname == Some(" ".to_owned()) {
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if res.tzname.is_none() && res.tzoffset.is_none() || res.tzname == Some(" ".to_owned())
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|| res.tzname == Some(".".to_owned())
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{
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Ok(None)
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} else {
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println!("Tzname: {:?}, Tzoffset: {:?}", res.tzname, res.tzoffset);
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@ -1070,11 +1074,12 @@ impl Parser {
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}
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} else if let Some(hms_idx) = self.find_hms_index(idx, tokens, info, true) {
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// HH[ ]h or MM[ ]m or SS[.ss][ ]s
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let (idx, hms) = self.parse_hms(idx, tokens, info, Some(hms_idx));
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let (new_idx, hms) = self.parse_hms(idx, tokens, info, Some(hms_idx));
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if hms.is_some() {
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// TODO: This unwrap is unjustified.
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self.assign_hms(res, value_repr, hms.unwrap());
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}
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idx = new_idx;
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} else if idx + 2 < len_l && tokens[idx + 1] == ":" {
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// HH:MM[:SS[.ss]]
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// TODO: Better story around Decimal handling
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@ -1149,7 +1154,7 @@ impl Parser {
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fn adjust_ampm(&self, hour: i32, ampm: bool) -> i32 {
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if hour < 12 && ampm {
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hour + 12
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} else if hour == 12 && ampm {
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} else if hour == 12 && !ampm {
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0
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} else {
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hour
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@ -1223,14 +1228,18 @@ impl Parser {
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if hms == 0 {
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res.hour = Some(value.to_i64().unwrap() as i32);
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if close_to_integer(&value) {
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if !close_to_integer(&value) {
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// TODO: High probability of issues with rounding here.
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res.minute = Some((*SIXTY * (value % *ONE)).to_i64().unwrap() as i32);
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}
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} else if hms == 1 {
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let (min, sec) = self.parse_min_sec(value);
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res.minute = Some(min);
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res.second = sec;
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} else if hms == 2 {
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let (sec, micro) = self.parsems(value_repr).unwrap();
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res.second = Some(sec);
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res.microsecond = Some(micro);
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}
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}
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160
tests/compat.rs
160
tests/compat.rs
@ -45,8 +45,6 @@ fn test_split() {
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macro_rules! test_parse {
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($py:ident, $parser:ident, $datetime:ident, $s:expr) => {
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println!("Attempting to parse: {}", $s);
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let default_pydate = $datetime
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.call_method1("datetime", (2003, 9, 25))
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.expect("Unable to create default datetime");
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@ -85,49 +83,49 @@ macro_rules! test_parse {
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.expect("Unable to get `year` value")
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.extract($py)
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.expect("Unable to convert `year` to i32");
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assert_eq!(py_year, rs_dt.year());
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assert_eq!(py_year, rs_dt.year(), "Mismatched year for '{}'", $s);
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let py_month: u32 = py_parsed
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.getattr($py, "month")
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.expect("Unable to get `month` value")
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.extract($py)
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.expect("Unable to convert `month` to u32");
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assert_eq!(py_month, rs_dt.month());
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assert_eq!(py_month, rs_dt.month(), "Mismatched month for '{}'", $s);
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let py_day: u32 = py_parsed
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.getattr($py, "day")
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.expect("Unable to get `day` value")
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.extract($py)
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.expect("Unable to convert `day` to u32");
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assert_eq!(py_day, rs_dt.day());
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assert_eq!(py_day, rs_dt.day(), "Mismatched day for '{}'", $s);
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let py_hour: u32 = py_parsed
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.getattr($py, "hour")
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.expect("Unable to get `hour` value")
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.extract($py)
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.expect("Unable to convert `hour` to u32");
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assert_eq!(py_hour, rs_dt.hour());
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assert_eq!(py_hour, rs_dt.hour(), "Mismatched hour for '{}'", $s);
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let py_minute: u32 = py_parsed
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.getattr($py, "minute")
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.expect("Unable to get `minute` value")
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.extract($py)
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.expect("Unable to convert `minute` to u32");
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assert_eq!(py_minute, rs_dt.minute());
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assert_eq!(py_minute, rs_dt.minute(), "Mismatched minute for '{}'", $s);
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let py_second: u32 = py_parsed
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.getattr($py, "second")
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.expect("Unable to get `second` value")
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.extract($py)
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.expect("Unable to convert `second` to u32");
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assert_eq!(py_second, rs_dt.second());
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assert_eq!(py_second, rs_dt.second(), "Mismatched second for '{}'", $s);
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let py_microsecond: u32 = py_parsed
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.getattr($py, "microsecond")
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.expect("Unable to get `microsecond` value")
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.extract($py)
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.expect("Unable to convert `microsecond` to u32");
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assert_eq!(py_microsecond, rs_dt.nanosecond() / 1000);
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assert_eq!(py_microsecond, rs_dt.nanosecond() / 1000, "Mismatched microsecond for '{}'", $s);
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}
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};
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}
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@ -262,7 +260,147 @@ fn test_dateutil_compat() {
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test_parse!(py, parser, datetime, "03 25 Sep");
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// testStrangelyOrderedDate3
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test_parse!(py, parser, datetime, "25 03 Sep");
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// TODO: Fix UnrecognizedToken error
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// testHourWithLetters
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// test_parse!(py, parser, datetime, "10h36m28.5s");
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test_parse!(py, parser, datetime, "10h36m28.5s");
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// testHourWithLettersStrip1
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test_parse!(py, parser, datetime, "10h36m28s");
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// testHourWithLettersStrip2
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test_parse!(py, parser, datetime, "10h36m");
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// testHourWithLettersStrip3
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test_parse!(py, parser, datetime, "10h");
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// testHourWithLettersStrip4
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test_parse!(py, parser, datetime, "10 h 36");
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// TODO: Fix half a minute being 30 seconds
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// testHourWithLettersStrip5
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// test_parse!(py, parser, datetime, "10 h 36.5");
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// testMinuteWithLettersSpaces1
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test_parse!(py, parser, datetime, "36 m 5");
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// testMinuteWithLettersSpaces2
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test_parse!(py, parser, datetime, "36 m 5 s");
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// testMinuteWithLettersSpaces3
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test_parse!(py, parser, datetime, "36 m 05");
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// testMinuteWithLettersSpaces4
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test_parse!(py, parser, datetime, "36 m 05 s");
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// TODO: Add testAMPMNoHour
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// testHourAmPm1
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test_parse!(py, parser, datetime, "10h am");
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// testHourAmPm2
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test_parse!(py, parser, datetime, "10h pm");
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// testHourAmPm3
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test_parse!(py, parser, datetime, "10am");
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// testHourAmPm4
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test_parse!(py, parser, datetime, "10pm");
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// testHourAmPm5
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test_parse!(py, parser, datetime, "10:00 am");
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// testHourAmPm6
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test_parse!(py, parser, datetime, "10:00 pm");
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// testHourAmPm7
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test_parse!(py, parser, datetime, "10:00am");
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// testHourAmPm8
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test_parse!(py, parser, datetime, "10:00pm");
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// testHourAmPm9
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test_parse!(py, parser, datetime, "10:00a.m");
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// testHourAmPm10
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test_parse!(py, parser, datetime, "10:00p.m");
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// testHourAmPm11
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test_parse!(py, parser, datetime, "10:00a.m.");
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// testHourAmPm12
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test_parse!(py, parser, datetime, "10:00p.m.");
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// TODO: Add testAMPMRange
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// testPertain
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test_parse!(py, parser, datetime, "Sep 03");
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test_parse!(py, parser, datetime, "Sep of 03");
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// TODO: Handle weekdays, rather than absolute days
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// testWeekdayAlone
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// test_parse!(py, parser, datetime, "Wed");
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// testLongWeekday
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// test_parse!(py, parser, datetime, "Wednesday");
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// testLongMonth
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test_parse!(py, parser, datetime, "October");
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// testZeroYear
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test_parse!(py, parser, datetime, "31-Dec-00");
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// TODO: Handle fuzzy tests
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// testExtraSpace
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test_parse!(py, parser, datetime, " July 4 , 1976 12:01:02 am ");
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// testRandomFormat1
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test_parse!(py, parser, datetime, "Wed, July 10, '96");
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// testRandomFormat2 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "1996.07.10 AD at 15:08:56 PDT");
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// testRandomFormat3
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test_parse!(py, parser, datetime, "1996.July.10 AD 12:08 PM");
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// testRandomFormat4 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "Tuesday, April 12, 1952 AD 3:30:42pm PST");
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// testRandomFormat5 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "November 5, 1994, 8:15:30 am EST");
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// testRandomFormat6 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "1994-11-05T08:15:30-05:00");
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// testRandomFormat7 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "1994-11-05T08:15:30Z");
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// testRandomFormat8
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test_parse!(py, parser, datetime, "July 4, 1976");
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// testRandomFormat9
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test_parse!(py, parser, datetime, "7 4 1976");
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// testRandomFormat10
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test_parse!(py, parser, datetime, "4 jul 1976");
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// testRandomFormat11
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test_parse!(py, parser, datetime, "7-4-76");
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// testRandomFormat12
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test_parse!(py, parser, datetime, "19760704");
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// testRandomFormat13
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test_parse!(py, parser, datetime, "0:01:02");
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// testRandomFormat14
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test_parse!(py, parser, datetime, "12h 01m02s am");
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// testRandomFormat15; NB: testRandomFormat16 is exactly the same
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test_parse!(py, parser, datetime, "0:01:02 on July 4, 1976");
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// testRandomFormat17 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "1976-07-04T00:01:02Z");
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// testRandomFormat18
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test_parse!(py, parser, datetime, "July 4, 1976 12:01:02 am");
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// testRandomFormat19
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test_parse!(py, parser, datetime, "Mon Jan 2 04:24:27 1995");
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// testRandomFormat20 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "Tue Apr 4 00:22:12 PDT 1995");
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// testRandomFormat21
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test_parse!(py, parser, datetime, "04.04.95 00:22");
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// testRandomFormat22
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test_parse!(py, parser, datetime, "Jan 1 1999 11:23:34.578");
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// testRandomFormat23
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test_parse!(py, parser, datetime, "950404 122212");
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// testRandomFormat24 - Needs `ignoretz`
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// test_parse!(py, parser, datetime, "0:00 PM, PST");
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// testRandomFormat25
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test_parse!(py, parser, datetime, "12:08 PM");
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// testRandomFormat26
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test_parse!(py, parser, datetime, "5:50 A.M. on June 13, 1990");
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// testRandomFormat27
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test_parse!(py, parser, datetime, "3rd of May 2001");
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// testRandomFormat28
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test_parse!(py, parser, datetime, "5th of March 2001");
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// testRandomFormat29
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test_parse!(py, parser, datetime, "1st of May 2003");
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// testRandomFormat30
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test_parse!(py, parser, datetime, "01h02m03");
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// testRandomFormat31
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test_parse!(py, parser, datetime, "01h02");
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// testRandomFormat32
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test_parse!(py, parser, datetime, "01h02s");
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// testRandomFormat33
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test_parse!(py, parser, datetime, "01m02");
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// testRandomFormat34
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test_parse!(py, parser, datetime, "01m02h");
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// testRandomFormat35
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test_parse!(py, parser, datetime, "2004 10 Apr 11h30m");
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}
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