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proxmox-time: move tests from time.rs to test.rs

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Signed-off-by: Dominik Csapak <d.csapak@proxmox.com>
This commit is contained in:
Dominik Csapak 2021-11-30 13:12:04 +01:00 committed by Dietmar Maurer
parent 22b3388500
commit 676146fd90
3 changed files with 266 additions and 234 deletions
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6
proxmox-time/src/lib.rs
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@ -7,9 +7,6 @@ use anyhow::{bail, format_err, Error};
mod tm_editor; mod tm_editor;
pub use tm_editor::*; pub use tm_editor::*;
mod time;
pub use time::*;
pub(crate) mod parse_helpers; pub(crate) mod parse_helpers;
pub(crate) mod date_time_value; pub(crate) mod date_time_value;
@ -26,6 +23,9 @@ pub use week_days::*;
mod daily_duration; mod daily_duration;
pub use daily_duration::*; pub use daily_duration::*;
#[cfg(test)]
mod test;
/// Safe bindings to libc timelocal /// Safe bindings to libc timelocal
/// ///
/// We set tm_isdst to -1. /// We set tm_isdst to -1.

263
proxmox-time/src/test.rs Normal file
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@ -0,0 +1,263 @@
use anyhow::bail;
use super::*;
fn test_event(v: &'static str) -> Result<(), Error> {
match parse_calendar_event(v) {
Ok(event) => println!("CalendarEvent '{}' => {:?}", v, event),
Err(err) => bail!("parsing '{}' failed - {}", v, err),
}
Ok(())
}
const fn make_test_time(mday: i32, hour: i32, min: i32) -> i64 {
(mday * 3600 * 24 + hour * 3600 + min * 60) as i64
}
#[test]
fn test_compute_next_event() -> Result<(), Error> {
let test_value = |v: &'static str, last: i64, expect: i64| -> Result<i64, Error> {
let event = match parse_calendar_event(v) {
Ok(event) => event,
Err(err) => bail!("parsing '{}' failed - {}", v, err),
};
match compute_next_event(&event, last, true) {
Ok(Some(next)) => {
if next == expect {
println!("next {:?} => {}", event, next);
} else {
bail!(
"next {:?} failed\nnext: {:?}\nexpect: {:?}",
event,
crate::gmtime(next),
crate::gmtime(expect),
);
}
}
Ok(None) => bail!("next {:?} failed to find a timestamp", event),
Err(err) => bail!("compute next for '{}' failed - {}", v, err),
}
Ok(expect)
};
let test_never = |v: &'static str, last: i64| -> Result<(), Error> {
let event = match parse_calendar_event(v) {
Ok(event) => event,
Err(err) => bail!("parsing '{}' failed - {}", v, err),
};
match compute_next_event(&event, last, true)? {
None => Ok(()),
Some(next) => bail!(
"compute next for '{}' succeeded, but expected fail - result {}",
v,
next
),
}
};
const MIN: i64 = 60;
const HOUR: i64 = 3600;
const DAY: i64 = 3600 * 24;
const THURSDAY_00_00: i64 = make_test_time(0, 0, 0);
const THURSDAY_15_00: i64 = make_test_time(0, 15, 0);
const JUL_31_2020: i64 = 1596153600; // Friday, 2020-07-31 00:00:00
const DEC_31_2020: i64 = 1609372800; // Thursday, 2020-12-31 00:00:00
// minute only syntax
test_value("0", THURSDAY_00_00, THURSDAY_00_00 + HOUR)?;
test_value("*", THURSDAY_00_00, THURSDAY_00_00 + MIN)?;
test_value("*:0", THURSDAY_00_00, THURSDAY_00_00 + HOUR)?;
test_value("*:*", THURSDAY_00_00, THURSDAY_00_00 + MIN)?;
test_value("*:*:*", THURSDAY_00_00, THURSDAY_00_00 + 1)?;
test_value("*:3:5", THURSDAY_00_00, THURSDAY_00_00 + 3 * MIN + 5)?;
test_value("mon *:*", THURSDAY_00_00, THURSDAY_00_00 + 4 * DAY)?;
test_value(
"mon 2:*",
THURSDAY_00_00,
THURSDAY_00_00 + 4 * DAY + 2 * HOUR,
)?;
test_value(
"mon 2:50",
THURSDAY_00_00,
THURSDAY_00_00 + 4 * DAY + 2 * HOUR + 50 * MIN,
)?;
test_value("tue", THURSDAY_00_00, THURSDAY_00_00 + 5 * DAY)?;
test_value("wed", THURSDAY_00_00, THURSDAY_00_00 + 6 * DAY)?;
test_value("thu", THURSDAY_00_00, THURSDAY_00_00 + 7 * DAY)?;
test_value("fri", THURSDAY_00_00, THURSDAY_00_00 + 1 * DAY)?;
test_value("sat", THURSDAY_00_00, THURSDAY_00_00 + 2 * DAY)?;
test_value("sun", THURSDAY_00_00, THURSDAY_00_00 + 3 * DAY)?;
// test repeated ranges
test_value("4..10/2:0", THURSDAY_00_00, THURSDAY_00_00 + 4 * HOUR)?;
test_value(
"4..10/2:0",
THURSDAY_00_00 + 5 * HOUR,
THURSDAY_00_00 + 6 * HOUR,
)?;
test_value(
"4..10/2:0",
THURSDAY_00_00 + 11 * HOUR,
THURSDAY_00_00 + 1 * DAY + 4 * HOUR,
)?;
// test multiple values for a single field
// and test that the order does not matter
test_value(
"5,10:4,8",
THURSDAY_00_00,
THURSDAY_00_00 + 5 * HOUR + 4 * MIN,
)?;
test_value(
"10,5:8,4",
THURSDAY_00_00,
THURSDAY_00_00 + 5 * HOUR + 4 * MIN,
)?;
test_value(
"6,4..10:23,5/5",
THURSDAY_00_00,
THURSDAY_00_00 + 4 * HOUR + 5 * MIN,
)?;
test_value(
"4..10,6:5/5,23",
THURSDAY_00_00,
THURSDAY_00_00 + 4 * HOUR + 5 * MIN,
)?;
// test month wrapping
test_value("sat", JUL_31_2020, JUL_31_2020 + 1 * DAY)?;
test_value("sun", JUL_31_2020, JUL_31_2020 + 2 * DAY)?;
test_value("mon", JUL_31_2020, JUL_31_2020 + 3 * DAY)?;
test_value("tue", JUL_31_2020, JUL_31_2020 + 4 * DAY)?;
test_value("wed", JUL_31_2020, JUL_31_2020 + 5 * DAY)?;
test_value("thu", JUL_31_2020, JUL_31_2020 + 6 * DAY)?;
test_value("fri", JUL_31_2020, JUL_31_2020 + 7 * DAY)?;
// test year wrapping
test_value("fri", DEC_31_2020, DEC_31_2020 + 1 * DAY)?;
test_value("sat", DEC_31_2020, DEC_31_2020 + 2 * DAY)?;
test_value("sun", DEC_31_2020, DEC_31_2020 + 3 * DAY)?;
test_value("mon", DEC_31_2020, DEC_31_2020 + 4 * DAY)?;
test_value("tue", DEC_31_2020, DEC_31_2020 + 5 * DAY)?;
test_value("wed", DEC_31_2020, DEC_31_2020 + 6 * DAY)?;
test_value("thu", DEC_31_2020, DEC_31_2020 + 7 * DAY)?;
test_value("daily", THURSDAY_00_00, THURSDAY_00_00 + DAY)?;
test_value("daily", THURSDAY_00_00 + 1, THURSDAY_00_00 + DAY)?;
let n = test_value("5/2:0", THURSDAY_00_00, THURSDAY_00_00 + 5 * HOUR)?;
let n = test_value("5/2:0", n, THURSDAY_00_00 + 7 * HOUR)?;
let n = test_value("5/2:0", n, THURSDAY_00_00 + 9 * HOUR)?;
test_value("5/2:0", n, THURSDAY_00_00 + 11 * HOUR)?;
let mut n = test_value("*:*", THURSDAY_00_00, THURSDAY_00_00 + MIN)?;
for i in 2..100 {
n = test_value("*:*", n, THURSDAY_00_00 + i * MIN)?;
}
let mut n = test_value("*:0", THURSDAY_00_00, THURSDAY_00_00 + HOUR)?;
for i in 2..100 {
n = test_value("*:0", n, THURSDAY_00_00 + i * HOUR)?;
}
let mut n = test_value("1:0", THURSDAY_15_00, THURSDAY_00_00 + DAY + HOUR)?;
for i in 2..100 {
n = test_value("1:0", n, THURSDAY_00_00 + i * DAY + HOUR)?;
}
// test date functionality
test_value("2020-07-31", 0, JUL_31_2020)?;
test_value("02-28", 0, (31 + 27) * DAY)?;
test_value("02-29", 0, 2 * 365 * DAY + (31 + 28) * DAY)?; // 1972-02-29
test_value("1965/5-01-01", -1, THURSDAY_00_00)?;
test_value("2020-7..9-2/2", JUL_31_2020, JUL_31_2020 + 2 * DAY)?;
test_value("2020,2021-12-31", JUL_31_2020, DEC_31_2020)?;
test_value("monthly", 0, 31 * DAY)?;
test_value("quarterly", 0, (31 + 28 + 31) * DAY)?;
test_value("semiannually", 0, (31 + 28 + 31 + 30 + 31 + 30) * DAY)?;
test_value("yearly", 0, (365) * DAY)?;
test_never("2021-02-29", 0)?;
test_never("02-30", 0)?;
Ok(())
}
#[test]
fn test_calendar_event_weekday() -> Result<(), Error> {
test_event("mon,wed..fri")?;
test_event("fri..mon")?;
test_event("mon")?;
test_event("MON")?;
test_event("monDay")?;
test_event("tue")?;
test_event("Tuesday")?;
test_event("wed")?;
test_event("wednesday")?;
test_event("thu")?;
test_event("thursday")?;
test_event("fri")?;
test_event("friday")?;
test_event("sat")?;
test_event("saturday")?;
test_event("sun")?;
test_event("sunday")?;
test_event("mon..fri")?;
test_event("mon,tue,fri")?;
test_event("mon,tue..wednesday,fri..sat")?;
Ok(())
}
#[test]
fn test_time_span_parser() -> Result<(), Error> {
let test_value = |ts_str: &str, expect: f64| -> Result<(), Error> {
let ts = parse_time_span(ts_str)?;
assert_eq!(f64::from(ts), expect, "{}", ts_str);
Ok(())
};
test_value("2", 2.0)?;
test_value("2s", 2.0)?;
test_value("2sec", 2.0)?;
test_value("2second", 2.0)?;
test_value("2seconds", 2.0)?;
test_value(" 2s 2 s 2", 6.0)?;
test_value("1msec 1ms", 0.002)?;
test_value("1usec 1us 1µs", 0.000_003)?;
test_value("1nsec 1ns", 0.000_000_002)?;
test_value("1minutes 1minute 1min 1m", 4.0 * 60.0)?;
test_value("1hours 1hour 1hr 1h", 4.0 * 3600.0)?;
test_value("1days 1day 1d", 3.0 * 86400.0)?;
test_value("1weeks 1 week 1w", 3.0 * 86400.0 * 7.0)?;
test_value("1months 1month 1M", 3.0 * 86400.0 * 30.44)?;
test_value("1years 1year 1y", 3.0 * 86400.0 * 365.25)?;
test_value("2h", 7200.0)?;
test_value(" 2 h", 7200.0)?;
test_value("2hours", 7200.0)?;
test_value("48hr", 48.0 * 3600.0)?;
test_value(
"1y 12month",
365.25 * 24.0 * 3600.0 + 12.0 * 30.44 * 24.0 * 3600.0,
)?;
test_value("55s500ms", 55.5)?;
test_value("300ms20s 5day", 5.0 * 24.0 * 3600.0 + 20.0 + 0.3)?;
Ok(())
}

231
proxmox-time/src/time.rs
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@ -1,231 +0,0 @@
#[cfg(test)]
mod test {
use anyhow::bail;
use crate::*;
fn test_event(v: &'static str) -> Result<(), Error> {
match parse_calendar_event(v) {
Ok(event) => println!("CalendarEvent '{}' => {:?}", v, event),
Err(err) => bail!("parsing '{}' failed - {}", v, err),
}
Ok(())
}
const fn make_test_time(mday: i32, hour: i32, min: i32) -> i64 {
(mday*3600*24 + hour*3600 + min*60) as i64
}
#[test]
#[allow(clippy::identity_op)]
fn test_compute_next_event() -> Result<(), Error> {
let test_value = |v: &'static str, last: i64, expect: i64| -> Result<i64, Error> {
let event = match parse_calendar_event(v) {
Ok(event) => event,
Err(err) => bail!("parsing '{}' failed - {}", v, err),
};
match compute_next_event(&event, last, true) {
Ok(Some(next)) => {
if next == expect {
println!("next {:?} => {}", event, next);
} else {
bail!(
"next {:?} failed\nnext: {:?}\nexpect: {:?}",
event,
crate::gmtime(next),
crate::gmtime(expect),
);
}
}
Ok(None) => bail!("next {:?} failed to find a timestamp", event),
Err(err) => bail!("compute next for '{}' failed - {}", v, err),
}
Ok(expect)
};
let test_never = |v: &'static str, last: i64| -> Result<(), Error> {
let event = match parse_calendar_event(v) {
Ok(event) => event,
Err(err) => bail!("parsing '{}' failed - {}", v, err),
};
match compute_next_event(&event, last, true)? {
None => Ok(()),
Some(next) => bail!("compute next for '{}' succeeded, but expected fail - result {}", v, next),
}
};
const MIN: i64 = 60;
const HOUR: i64 = 3600;
const DAY: i64 = 3600*24;
const THURSDAY_00_00: i64 = make_test_time(0, 0, 0);
const THURSDAY_15_00: i64 = make_test_time(0, 15, 0);
const JUL_31_2020: i64 = 1596153600; // Friday, 2020-07-31 00:00:00
const DEC_31_2020: i64 = 1609372800; // Thursday, 2020-12-31 00:00:00
// minute only syntax
test_value("0", THURSDAY_00_00, THURSDAY_00_00 + HOUR)?;
test_value("*", THURSDAY_00_00, THURSDAY_00_00 + MIN)?;
test_value("*:0", THURSDAY_00_00, THURSDAY_00_00 + HOUR)?;
test_value("*:*", THURSDAY_00_00, THURSDAY_00_00 + MIN)?;
test_value("*:*:*", THURSDAY_00_00, THURSDAY_00_00 + 1)?;
test_value("*:3:5", THURSDAY_00_00, THURSDAY_00_00 + 3*MIN + 5)?;
test_value("mon *:*", THURSDAY_00_00, THURSDAY_00_00 + 4*DAY)?;
test_value("mon 2:*", THURSDAY_00_00, THURSDAY_00_00 + 4*DAY + 2*HOUR)?;
test_value("mon 2:50", THURSDAY_00_00, THURSDAY_00_00 + 4*DAY + 2*HOUR + 50*MIN)?;
test_value("tue", THURSDAY_00_00, THURSDAY_00_00 + 5*DAY)?;
test_value("wed", THURSDAY_00_00, THURSDAY_00_00 + 6*DAY)?;
test_value("thu", THURSDAY_00_00, THURSDAY_00_00 + 7*DAY)?;
test_value("fri", THURSDAY_00_00, THURSDAY_00_00 + 1*DAY)?;
test_value("sat", THURSDAY_00_00, THURSDAY_00_00 + 2*DAY)?;
test_value("sun", THURSDAY_00_00, THURSDAY_00_00 + 3*DAY)?;
// test repeated ranges
test_value("4..10/2:0", THURSDAY_00_00, THURSDAY_00_00 + 4*HOUR)?;
test_value("4..10/2:0", THURSDAY_00_00 + 5*HOUR, THURSDAY_00_00 + 6*HOUR)?;
test_value("4..10/2:0", THURSDAY_00_00 + 11*HOUR, THURSDAY_00_00 + 1*DAY + 4*HOUR)?;
// test multiple values for a single field
// and test that the order does not matter
test_value("5,10:4,8", THURSDAY_00_00, THURSDAY_00_00 + 5*HOUR + 4*MIN)?;
test_value("10,5:8,4", THURSDAY_00_00, THURSDAY_00_00 + 5*HOUR + 4*MIN)?;
test_value("6,4..10:23,5/5", THURSDAY_00_00, THURSDAY_00_00 + 4*HOUR + 5*MIN)?;
test_value("4..10,6:5/5,23", THURSDAY_00_00, THURSDAY_00_00 + 4*HOUR + 5*MIN)?;
// test month wrapping
test_value("sat", JUL_31_2020, JUL_31_2020 + 1*DAY)?;
test_value("sun", JUL_31_2020, JUL_31_2020 + 2*DAY)?;
test_value("mon", JUL_31_2020, JUL_31_2020 + 3*DAY)?;
test_value("tue", JUL_31_2020, JUL_31_2020 + 4*DAY)?;
test_value("wed", JUL_31_2020, JUL_31_2020 + 5*DAY)?;
test_value("thu", JUL_31_2020, JUL_31_2020 + 6*DAY)?;
test_value("fri", JUL_31_2020, JUL_31_2020 + 7*DAY)?;
// test year wrapping
test_value("fri", DEC_31_2020, DEC_31_2020 + 1*DAY)?;
test_value("sat", DEC_31_2020, DEC_31_2020 + 2*DAY)?;
test_value("sun", DEC_31_2020, DEC_31_2020 + 3*DAY)?;
test_value("mon", DEC_31_2020, DEC_31_2020 + 4*DAY)?;
test_value("tue", DEC_31_2020, DEC_31_2020 + 5*DAY)?;
test_value("wed", DEC_31_2020, DEC_31_2020 + 6*DAY)?;
test_value("thu", DEC_31_2020, DEC_31_2020 + 7*DAY)?;
test_value("daily", THURSDAY_00_00, THURSDAY_00_00 + DAY)?;
test_value("daily", THURSDAY_00_00+1, THURSDAY_00_00 + DAY)?;
let n = test_value("5/2:0", THURSDAY_00_00, THURSDAY_00_00 + 5*HOUR)?;
let n = test_value("5/2:0", n, THURSDAY_00_00 + 7*HOUR)?;
let n = test_value("5/2:0", n, THURSDAY_00_00 + 9*HOUR)?;
test_value("5/2:0", n, THURSDAY_00_00 + 11*HOUR)?;
let mut n = test_value("*:*", THURSDAY_00_00, THURSDAY_00_00 + MIN)?;
for i in 2..100 {
n = test_value("*:*", n, THURSDAY_00_00 + i*MIN)?;
}
let mut n = test_value("*:0", THURSDAY_00_00, THURSDAY_00_00 + HOUR)?;
for i in 2..100 {
n = test_value("*:0", n, THURSDAY_00_00 + i*HOUR)?;
}
let mut n = test_value("1:0", THURSDAY_15_00, THURSDAY_00_00 + DAY + HOUR)?;
for i in 2..100 {
n = test_value("1:0", n, THURSDAY_00_00 + i*DAY + HOUR)?;
}
// test date functionality
test_value("2020-07-31", 0, JUL_31_2020)?;
test_value("02-28", 0, (31+27)*DAY)?;
test_value("02-29", 0, 2*365*DAY + (31+28)*DAY)?; // 1972-02-29
test_value("1965/5-01-01", -1, THURSDAY_00_00)?;
test_value("2020-7..9-2/2", JUL_31_2020, JUL_31_2020 + 2*DAY)?;
test_value("2020,2021-12-31", JUL_31_2020, DEC_31_2020)?;
test_value("monthly", 0, 31*DAY)?;
test_value("quarterly", 0, (31+28+31)*DAY)?;
test_value("semiannually", 0, (31+28+31+30+31+30)*DAY)?;
test_value("yearly", 0, (365)*DAY)?;
test_never("2021-02-29", 0)?;
test_never("02-30", 0)?;
Ok(())
}
#[test]
fn test_calendar_event_weekday() -> Result<(), Error> {
test_event("mon,wed..fri")?;
test_event("fri..mon")?;
test_event("mon")?;
test_event("MON")?;
test_event("monDay")?;
test_event("tue")?;
test_event("Tuesday")?;
test_event("wed")?;
test_event("wednesday")?;
test_event("thu")?;
test_event("thursday")?;
test_event("fri")?;
test_event("friday")?;
test_event("sat")?;
test_event("saturday")?;
test_event("sun")?;
test_event("sunday")?;
test_event("mon..fri")?;
test_event("mon,tue,fri")?;
test_event("mon,tue..wednesday,fri..sat")?;
Ok(())
}
#[test]
fn test_time_span_parser() -> Result<(), Error> {
let test_value = |ts_str: &str, expect: f64| -> Result<(), Error> {
let ts = parse_time_span(ts_str)?;
assert_eq!(f64::from(ts), expect, "{}", ts_str);
Ok(())
};
test_value("2", 2.0)?;
test_value("2s", 2.0)?;
test_value("2sec", 2.0)?;
test_value("2second", 2.0)?;
test_value("2seconds", 2.0)?;
test_value(" 2s 2 s 2", 6.0)?;
test_value("1msec 1ms", 0.002)?;
test_value("1usec 1us 1µs", 0.000_003)?;
test_value("1nsec 1ns", 0.000_000_002)?;
test_value("1minutes 1minute 1min 1m", 4.0*60.0)?;
test_value("1hours 1hour 1hr 1h", 4.0*3600.0)?;
test_value("1days 1day 1d", 3.0*86400.0)?;
test_value("1weeks 1 week 1w", 3.0*86400.0*7.0)?;
test_value("1months 1month 1M", 3.0*86400.0*30.44)?;
test_value("1years 1year 1y", 3.0*86400.0*365.25)?;
test_value("2h", 7200.0)?;
test_value(" 2 h", 7200.0)?;
test_value("2hours", 7200.0)?;
test_value("48hr", 48.0*3600.0)?;
test_value("1y 12month", 365.25*24.0*3600.0 + 12.0*30.44*24.0*3600.0)?;
test_value("55s500ms", 55.5)?;
test_value("300ms20s 5day", 5.0*24.0*3600.0 + 20.0 + 0.3)?;
Ok(())
}
}