# validates value ranges `year` must be within the range of [-32767, 32767], not 50000. --- `quarter` must be within the range of [1, 4], not 5. --- `day` must be within the range of [1, 92], not 93. --- `hour` must be within the range of [0, 23], not 24. --- `minute` must be within the range of [0, 59], not 60. --- `second` must be within the range of [0, 59], not 60. --- `subsecond` must be within the range of [0, 999], not 1000. --- `subsecond` must be within the range of [0, 999999], not 1000000. --- `subsecond` must be within the range of [0, 999999999], not 1000000000. # full ptype is correct [1] "year_quarter_day<January><year>" --- [1] "year_quarter_day<February><year>" --- [1] "year_quarter_day<January><day>" --- [1] "year_quarter_day<January><nanosecond>" --- [1] "year_quarter_day<January><day>" # abbreviated ptype is correct [1] "yqd<Jan><year>" --- [1] "yqd<Feb><year>" --- [1] "yqd<Jan><day>" --- [1] "yqd<Jan><nano>" --- [1] "yqd<Jan><day>" # default formats are correct Code format(year_quarter_day(2019)) Output [1] "2019" --- Code format(year_quarter_day(2019, 1)) Output [1] "2019-Q1" --- Code format(year_quarter_day(2019, 1, 1, 1)) Output [1] "2019-Q1-01T01" --- Code format(year_quarter_day(2019, 1, 1, 1, 2, 3, 50, subsecond_precision = "microsecond")) Output [1] "2019-Q1-01T01:02:03.000050" # can't compute a unsupported count precision Code (expect_error(calendar_count_between(x, x, "day"))) Output <error/rlang_error> Error in `calendar_count_between_standardize_precision_n()`: ! `precision` must be one of: 'year', 'quarter'. # only granular precisions are allowed `from` must be 'year' or 'quarter' precision. # strict mode can be activated The global option, `clock.strict`, is currently set to `TRUE`. In this mode, `invalid` must be set and cannot be left as `NULL`.
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