tests/testthat/_snaps/duration.md

In clock: Date-Time Types and Tools

can't round across common precision boundary

Code
  duration_ceiling(duration_weeks(), "month")
Condition
  Error in `duration_ceiling()`:
  ! Can't ceiling from a chronological precision (week) to a calendrical precision (month).

Code
  duration_floor(duration_seconds(), "year")
Condition
  Error in `duration_floor()`:
  ! Can't floor from a chronological precision (second) to a calendrical precision (year).

input is validated

Code
  duration_floor(1, "year")
Condition
  Error in `duration_floor()`:
  ! `x` must be a <clock_duration>, not the number 1.

Code
  duration_floor(duration_seconds(1), "foo")
Condition
  Error in `duration_floor()`:
  ! `precision` must be one of "year", "quarter", "month", "week", "day", "hour", "minute", "second", "millisecond", "microsecond", or "nanosecond", not "foo".

Code
  duration_floor(duration_seconds(1), "day", n = -1)
Condition
  Error in `duration_floor()`:
  ! `n` must be a whole number larger than or equal to 0, not the number -1.

seq() validates from

Code
  seq(duration_years(1:2))
Condition
  Error in `seq()`:
  ! `from` must have size 1, not size 2.

Code
  seq(duration_years(NA_integer_))
Condition
  Error in `seq()`:
  ! `from` can't contain missing values.
  i The following locations are missing: 1.

seq() validates length.out / along.with exclusiveness

Code
  seq(duration_years(1L), length.out = 1, along.with = 2)
Condition
  Error in `seq()`:
  ! Can only specify one of `length.out` and `along.with`.

seq() only takes two optional args

Code
  seq(x, to = duration_years(1), by = 1, length.out = 1)
Condition
  Error in `seq()`:
  ! Must specify exactly two of:
  - `to`
  - `by`
  - Either `length.out` or `along.with`

Code
  seq(x, to = duration_years(1), by = 1, along.with = 1)
Condition
  Error in `seq()`:
  ! Must specify exactly two of:
  - `to`
  - `by`
  - Either `length.out` or `along.with`

seq() requires two optional args

Code
  seq(x, to = duration_years(1))
Condition
  Error in `seq()`:
  ! Must specify exactly two of:
  - `to`
  - `by`
  - Either `length.out` or `along.with`

Code
  seq(x, by = 1)
Condition
  Error in `seq()`:
  ! Must specify exactly two of:
  - `to`
  - `by`
  - Either `length.out` or `along.with`

Code
  seq(x, length.out = 1)
Condition
  Error in `seq()`:
  ! Must specify exactly two of:
  - `to`
  - `by`
  - Either `length.out` or `along.with`

Code
  seq(x, along.with = 1)
Condition
  Error in `seq()`:
  ! Must specify exactly two of:
  - `to`
  - `by`
  - Either `length.out` or `along.with`

seq() validates to

Code
  seq(duration_years(1L), to = duration_years(1:2), by = 1)
Condition
  Error in `seq()`:
  ! `to` must have size 1, not size 2.

Code
  seq(duration_years(1L), to = 1, by = 1)
Condition
  Error in `seq()`:
  ! Can't convert `to` <double> to match type of `from` <duration<year>>.

Code
  seq(duration_years(1L), to = duration_days(1), by = 1)
Condition
  Error in `seq()`:
  ! Can't convert `to` <duration<day>> to match type of `from` <duration<year>>.
  Can't cast between calendrical durations and chronological durations.

Code
  seq(duration_years(1L), to = duration_years(NA_integer_), by = 1)
Condition
  Error in `seq()`:
  ! `to` can't contain missing values.
  i The following locations are missing: 1.

seq() validates by

Code
  seq(duration_years(1L), to = duration_years(1L), by = 1:2)
Condition
  Error in `seq()`:
  ! `by` must have size 1, not size 2.

Code
  seq(duration_years(1L), to = duration_years(1L), by = NA_integer_)
Condition
  Error in `seq()`:
  ! `by` can't contain missing values.
  i The following locations are missing: 1.

Code
  seq(duration_years(1L), to = duration_years(1L), by = 0)
Condition
  Error in `seq()`:
  ! `by` can't be `0`.

Code
  seq(duration_years(1L), to = duration_years(1L), by = duration_years(0))
Condition
  Error in `seq()`:
  ! `by` can't be `0`.

Code
  seq(duration_years(1L), to = duration_years(1L), by = "x")
Condition
  Error in `seq()`:
  ! Can't convert `by` <character> to <integer>.

by must be castable to the type of from

Code
  seq(duration_years(0), to = duration_years(1), by = duration_months(1))
Condition
  Error in `seq()`:
  ! Can't convert `by` <duration<month>> to <duration<year>>.
  Can't cast to a less precise precision.

Code
  seq(duration_years(0), to = duration_years(1), by = duration_days(1))
Condition
  Error in `seq()`:
  ! Can't convert `by` <duration<day>> to <duration<year>>.
  Can't cast between calendrical durations and chronological durations.

Code
  seq(duration_days(0), to = duration_days(1), by = duration_years(1))
Condition
  Error in `seq()`:
  ! Can't convert `by` <duration<year>> to <duration<day>>.
  Can't cast between calendrical durations and chronological durations.

seq() validates length.out

Code
  seq(duration_years(1L), to = duration_years(1L), length.out = 1:2)
Condition
  Error in `seq()`:
  ! `length.out` must have size 1, not size 2.

Code
  seq(duration_years(1L), to = duration_years(1L), length.out = NA_integer_)
Condition
  Error in `seq()`:
  ! `length.out` can't contain missing values.
  i The following locations are missing: 1.

Code
  seq(duration_years(1L), to = duration_years(1L), length.out = -1)
Condition
  Error in `seq()`:
  ! `length.out` can't be negative.

Code
  seq(duration_years(1L), to = duration_years(1L), length.out = "x")
Condition
  Error in `seq()`:
  ! Can't convert `length.out` <character> to <integer>.

seq() validates dots

Code
  seq(duration_years(1), duration_years(1), 1, 1, 1, 1)
Condition
  Error in `seq()`:
  ! `...` must be empty.
  x Problematic argument:
  * ..1 = 1
  i Did you forget to name an argument?

seq() enforces non-fractional results

Code
  seq(duration_years(1L), to = duration_years(2L), length.out = 3)
Condition
  Error:
  ! The supplied output size does not result in a non-fractional sequence between `from` and `to`.

Code
  seq(duration_years(1L), to = duration_years(2L), along.with = 1:3)
Condition
  Error:
  ! The supplied output size does not result in a non-fractional sequence between `from` and `to`.

to is always cast to from

Code
  seq(duration_days(0), to = duration_years(5), by = 2)
Condition
  Error in `seq()`:
  ! Can't convert `to` <duration<year>> to match type of `from` <duration<day>>.
  Can't cast between calendrical durations and chronological durations.

Code
  seq(duration_years(0), to = duration_months(5), by = 2)
Condition
  Error in `seq()`:
  ! Can't convert `to` <duration<month>> to match type of `from` <duration<year>>.
  Can't cast to a less precise precision.

validates the input

Code
  duration_spanning_seq(1)
Condition
  Error in `duration_spanning_seq()`:
  ! `x` must be a <clock_duration>, not the number 1.

can't add chronological and calendrical durations

Code
  add_seconds(duration_years(1), 1)
Condition
  Error in `duration_arith()`:
  ! Can't combine `x` <duration<year>> and `y` <duration<second>>.
  Can't combine calendrical durations with chronological durations.

Code
  add_years(duration_seconds(1), 1)
Condition
  Error in `duration_arith()`:
  ! Can't combine `x` <duration<second>> and `y` <duration<year>>.
  Can't combine calendrical durations with chronological durations.

can't convert calendrical duration to time point

Code
  as_sys_time(duration_years(0))
Condition
  Error in `as_sys_time()`:
  ! Can't combine `x` <duration<year>> and <duration<day>>.
  Can't combine calendrical durations with chronological durations.

Code
  as_naive_time(duration_years(0))
Condition
  Error in `as_sys_time()`:
  ! Can't combine `x` <duration<year>> and <duration<day>>.
  Can't combine calendrical durations with chronological durations.

precision: can only be called on durations

Code
  duration_precision(sys_days(0))
Condition
  Error in `duration_precision()`:
  ! `x` must be a <clock_duration>, not a <clock_sys_time> object.

<duration> / <duration> is not allowed

Code
  (expect_error(duration_years(1) / duration_years(2)))
Output
  <error/vctrs_error_incompatible_op>
  Error in `vec_arith()`:
  ! <duration<year>> / <duration<year>> is not permitted
  Durations only support integer division. Did you want `%/%`?

<duration> %/% <duration> results in NA for OOB values

Code
  out <- (numerator + one) %/% denominator
Condition
  Warning:
  Conversion to integer is outside the range of an integer. `NA` values have been introduced, beginning at location 1.

Code
  out <- (-numerator - one) %/% denominator
Condition
  Warning:
  Conversion to integer is outside the range of an integer. `NA` values have been introduced, beginning at location 1.

<duration> %% <numeric> casts the numeric to integer

Code
  (expect_error(duration_hours(5) %% 2.5))
Output
  <error/vctrs_error_cast_lossy>
  Error in `duration_scalar_arith()`:
  ! Can't convert from `y` <double> to <integer> due to loss of precision.
  * Locations: 1

minimums are right

Code
  clock_minimum(duration_years())
Output
  <duration<year>[1]>
  [1] -2147483648
Code
  clock_minimum(duration_quarters())
Output
  <duration<quarter>[1]>
  [1] -2147483648
Code
  clock_minimum(duration_months())
Output
  <duration<month>[1]>
  [1] -2147483648
Code
  clock_minimum(duration_weeks())
Output
  <duration<week>[1]>
  [1] -2147483648
Code
  clock_minimum(duration_days())
Output
  <duration<day>[1]>
  [1] -2147483648
Code
  clock_minimum(duration_hours())
Output
  <duration<hour>[1]>
  [1] -9223372036854775808
Code
  clock_minimum(duration_minutes())
Output
  <duration<minute>[1]>
  [1] -9223372036854775808
Code
  clock_minimum(duration_seconds())
Output
  <duration<second>[1]>
  [1] -9223372036854775808
Code
  clock_minimum(duration_milliseconds())
Output
  <duration<millisecond>[1]>
  [1] -9223372036854775808
Code
  clock_minimum(duration_microseconds())
Output
  <duration<microsecond>[1]>
  [1] -9223372036854775808
Code
  clock_minimum(duration_nanoseconds())
Output
  <duration<nanosecond>[1]>
  [1] -9223372036854775808

maximums are right

Code
  clock_maximum(duration_years())
Output
  <duration<year>[1]>
  [1] 2147483647
Code
  clock_maximum(duration_quarters())
Output
  <duration<quarter>[1]>
  [1] 2147483647
Code
  clock_maximum(duration_months())
Output
  <duration<month>[1]>
  [1] 2147483647
Code
  clock_maximum(duration_weeks())
Output
  <duration<week>[1]>
  [1] 2147483647
Code
  clock_maximum(duration_days())
Output
  <duration<day>[1]>
  [1] 2147483647
Code
  clock_maximum(duration_hours())
Output
  <duration<hour>[1]>
  [1] 9223372036854775807
Code
  clock_maximum(duration_minutes())
Output
  <duration<minute>[1]>
  [1] 9223372036854775807
Code
  clock_maximum(duration_seconds())
Output
  <duration<second>[1]>
  [1] 9223372036854775807
Code
  clock_maximum(duration_milliseconds())
Output
  <duration<millisecond>[1]>
  [1] 9223372036854775807
Code
  clock_maximum(duration_microseconds())
Output
  <duration<microsecond>[1]>
  [1] 9223372036854775807
Code
  clock_maximum(duration_nanoseconds())
Output
  <duration<nanosecond>[1]>
  [1] 9223372036854775807

NA duration prints as expected

Code
  duration_years(NA)
Output
  <duration<year>[1]>
  [1] NA
Code
  duration_quarters(NA)
Output
  <duration<quarter>[1]>
  [1] NA
Code
  duration_months(NA)
Output
  <duration<month>[1]>
  [1] NA
Code
  duration_weeks(NA)
Output
  <duration<week>[1]>
  [1] NA
Code
  duration_days(NA)
Output
  <duration<day>[1]>
  [1] NA
Code
  duration_hours(NA)
Output
  <duration<hour>[1]>
  [1] NA
Code
  duration_minutes(NA)
Output
  <duration<minute>[1]>
  [1] NA
Code
  duration_seconds(NA)
Output
  <duration<second>[1]>
  [1] NA
Code
  duration_milliseconds(NA)
Output
  <duration<millisecond>[1]>
  [1] NA
Code
  duration_microseconds(NA)
Output
  <duration<microsecond>[1]>
  [1] NA
Code
  duration_nanoseconds(NA)
Output
  <duration<nanosecond>[1]>
  [1] NA

clock documentation built on May 31, 2023, 9:39 p.m.