timestamp - Factor Documentation

timestamp
Calendar

Next: duration

Vocabulary
calendar

Word description
A timestamp is a date and a time with a timezone offset. Timestamp slots must store integers except for seconds, which stores reals, and gmt-offset, which stores a duration . Compare two durations with the <=> word.

See also
duration

Definition

TUPLE: timestamp
{ year integer initial: 0 } { month integer initial: 0 }
{ day integer initial: 0 } { hour integer initial: 0 }
{ minute integer initial: 0 } { second real initial: 0 }
{ gmt-offset duration initial: T{ duration } } ;

Methods

USING: calendar classes.tuple math.order ;

M: timestamp <=> [ >gmt tuple-slots ] compare ;

USING: accessors calendar kernel ;

M: timestamp april clone 4 >>month ;

USING: accessors calendar kernel ;

M: timestamp august clone 8 >>month ;

USING: accessors calendar kernel ;

M: timestamp clone (clone) [ clone ] change-gmt-offset ;

USING: calendar calendar.english sequences ;

M: timestamp day-name day-of-week day-names nth ;

USING: accessors calendar calendar.format ;

M: timestamp day. day>> day. ;

USING: accessors calendar ;

M: timestamp days-in-year year>> days-in-year ;

USING: accessors calendar kernel ;

M: timestamp december clone 12 >>month ;

USING: accessors calendar kernel ;

M: timestamp easter
clone dup year>> easter-month-day swapd >>day swap >>month ;

USING: calendar calendar.format ;

M: timestamp elapsed-time ago elapsed-time ;

USING: accessors calendar kernel ;

M: timestamp february clone 2 >>month ;

USING: accessors calendar kernel ;

M: timestamp first-day-of-year clone 1 >>month 1 >>day ;

USING: accessors calendar kernel ;

M: timestamp january clone 1 >>month ;

USING: accessors calendar kernel ;

M: timestamp july clone 7 >>month ;

USING: accessors calendar kernel ;

M: timestamp june clone 6 >>month ;

USING: accessors calendar kernel ;

M: timestamp last-day-of-year clone 12 >>month 31 >>day ;

USING: accessors calendar ;

M: timestamp leap-year? year>> leap-year? ;

USING: calendar calendar.format logging.parser ;

M: timestamp log-timestamp. write-timestamp ;

USING: accessors calendar kernel ;

M: timestamp march clone 3 >>month ;

USING: accessors calendar kernel ;

M: timestamp may clone 5 >>month ;

USING: accessors calendar calendar.english math sequences ;

M: timestamp month-name month>> 1 - month-names nth ;

USING: accessors calendar kernel ;

M: timestamp november clone 11 >>month ;

USING: accessors calendar kernel ;

M: timestamp october clone 10 >>month ;

USING: calendar formatting pdf.values sequences ;

M: timestamp pdf-value "%Y%m%d%H%M%S" strftime "D:" prepend ;

USING: calendar calendar.format present ;

M: timestamp present timestamp>string ;

USING: calendar calendar.format ;

M: timestamp relative-time ago relative-time ;

USING: calendar calendar.format yaml.conversion ;

M: timestamp represent-scalar timestamp>rfc3339 ;

USING: accessors calendar kernel ;

M: timestamp september clone 9 >>month ;

USING: calendar threads ;

M: timestamp sleep-until now time- sleep ;

USING: calendar calendar.private kernel ;

M: timestamp time+ [ clone ] dip (time+) ;

USING: calendar calendar.private ;

M: timestamp time- (time-) seconds ;

USING: accessors calendar combinators.short-circuit kernel ;

M: timestamp weeks-in-week-year
{
[ january 1 >>day thursday? ]
[ december 31 >>day thursday? ]
} 1|| 53 52 ? ;

USING: calendar calendar.format cbor cbor.private ;

M: timestamp write-cbor
0 6 write-integer timestamp>rfc3339 write-cbor ;

USING: calendar calendar.format toml.private ;

M: timestamp write-toml-value write-rfc3339 ;

USING: calendar kernel yaml.conversion yaml.ffi ;

M: timestamp yaml-tag drop YAML_TIMESTAMP_TAG ;

USING: accessors calendar calendar.format ;

M: timestamp year. year>> year. ;