Standard library

`std/date`

import "std/date"
import "std/time"

var today = Date.now()
print(today.year, today.month, today.day)
print(Date.today())
print(Date.addDays(today, 30).format())
var leap = new Date(2024, 2, 29)
print(leap.plusDays(1).format())

Date is a struct with the constructor parameters year, month and day, so new Date(2024, 2, 29) creates a date.

Function	Description
`Date.now()`	the current local date
`Date.today()`	the current date as `YYYY-MM-DD`
`new Date(y, m, d)`, `Date.createDate(y, m, d)`, `Date.create(y, m, d)`	build a date
`Date.parse("YYYY-MM-DD")`	parse a date
`Date.formatDate(date)`, `date.format()`	format as `YYYY-MM-DD`
`Date.currentYear()`, `currentMonth()`, `currentDay()`	parts of today
`Date.isLeapYear(year)`	leap year check
`Date.daysInMonth(year, month)`	28 to 31
`Date.dayOfWeek(date)`	0 = Saturday, 1 = Sunday, ..., 6 = Friday
`Date.dayName(date)`	`"Monday"` and so on
`Date.addDays(date, n)`, `Date.subtractDays(date, n)`, `date.plusDays(n)`	date arithmetic
`Date.daysBetween(a, b)`	number of days from `a` to `b`
`date.isBefore(other)`, `date.isAfter(other)`	comparisons

#std/date

`std/date`