TERMINAL FM // udr

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	libudf_compat.so — 132.86 KB 2026-04-17 16:37 · rwxr-xr-x	132.86 KB	2026-04-17 16:37	rwxr-xr-x
	libudrcpp_example.so — 469.19 KB 2026-04-17 16:37 · rwxr-xr-x	469.19 KB	2026-04-17 16:37	rwxr-xr-x
	udf_compat.sql — 1.35 KB 2026-04-17 16:36 · rw-r--r--	1.35 KB	2026-04-17 16:36	rw-r--r--

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udr

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23:40:21

-- Create functions in current DB create function div ( n1 integer, n2 integer ) returns double precision external name 'udf_compat!UC_div' engine udr; create function frac ( val double precision ) returns double precision external name 'udf_compat!UC_frac' engine udr; create function dow ( val timestamp ) returns varchar(53) character set none external name 'udf_compat!UC_dow' engine udr; create function sdow ( val timestamp ) returns varchar(13) character set none external name 'udf_compat!UC_sdow' engine udr; create function getExactTimestampUTC returns timestamp external name 'udf_compat!UC_getExactTimestampUTC' engine udr; create function isLeapYear ( val timestamp ) returns boolean external name 'udf_compat!UC_isLeapYear' engine udr; -- Run minimum test select 25, 3, div(25, 3) from rdb$database; select pi(), frac(pi()) from rdb$database; select timestamp '2020-01-29', dow(timestamp '2020-01-29'), sdow(timestamp '2020-01-29') from rdb$database; set time zone 'utc'; select cast(((current_timestamp - getexacttimestamputc()) * 1000) as integer) as getexacttimestamptest from rdb$database; set time zone local; select timestamp '2019-01-29', isleapyear(timestamp '2019-01-29') from rdb$database; select timestamp '2020-01-29', isleapyear(timestamp '2020-01-29') from rdb$database;