Type timeval
is exactly the same as type datetime. The only difference is the
default return. The return value of a timeval
type is the value as a UNIX time stamp, while
type datetime
returns with the time as a string in ISO8601 format.
Why type timeval
? It is possible to return a datetime
as int(datetime)
to get the UNIX time stamp, so why use timeval
?
It is often easier to work with time stamps then with time as string values.
Some
tv = timeval(2020, 12, 10); /* type timeval, 10 December 2020 */
dt = datetime(2020, 12, 10); /* type datetime, 10 December 2020 */
assert (tv == dt); /* true, both have the same time */
assert (type(tv) == 'timeval');
assert (type(dt) == 'datetime');
{
dt: dt,
tv: tv
}; // Return value is different
Return value in JSON format
{
"dt": "2020-12-10T00:00:00Z",
"tv": 1607558400
}
Function | Description |
---|---|
extract | Return a thing with second , minute , hour , day , month , year and gmt_offset as individual properties. |
format | Returns a string representation using a custom format string. |
move | Return a new timeval which is shifted in time relative to the original date/time. |
replace | Return a new timeval with new values for given time units. |
to | Return a new timeval with new time zone information. |
week | Return the week of the year as an integer between 0..53 . Week 1 starts at the first Sunday in January. |
weekday | Return the number of days (0..6 ) since the last Sunday. |
yday | Return the day in the year as an integer value between 0..365 where the first of January is day 0 . |
zone | Return the time zone as a string, of nil if not zone information is available. |
The above functions correspond to those of a datetime
object. For that reason, they are only listed under the data type datetime
.
Function | Description |
---|---|
timeval | Create a new timeval value. |
is_timeval | Test if a given value is of type timeval. |