Changeset: 66a0c8eae6da for MonetDB
URL: https://dev.monetdb.org/hg/MonetDB?cmd=changeset;node=66a0c8eae6da
Modified Files:
clients/Tests/MAL-signatures.stable.out
clients/Tests/MAL-signatures.stable.out.int128
sql/backends/monet5/sql_upgrades.c
sql/scripts/25_debug.sql
Branch: default
Log Message:
Re-approved MAL-signatures and added upgrade code for new sys.deltas functions.
diffs (truncated from 916 to 300 lines):
diff --git a/clients/Tests/MAL-signatures.stable.out
b/clients/Tests/MAL-signatures.stable.out
--- a/clients/Tests/MAL-signatures.stable.out
+++ b/clients/Tests/MAL-signatures.stable.out
@@ -122,9 +122,11 @@ Ready.
[ "aggr", "jsonaggr", "command aggr.jsonaggr(val:bat[:str]):str ",
"JSONgroupStr;", "Aggregate the string values to array." ]
[ "aggr", "max", "command aggr.max(b:bat[:any_1], g:bat[:oid],
e:bat[:any_2]):bat[:any_1] ", "AGGRmax3;", "" ]
[ "aggr", "max", "command aggr.max(b:bat[:any_2]):any_2 ",
"ALGmaxany;", "Return the highest tail value or nil." ]
+[ "aggr", "max", "command aggr.max(b:bat[:any_2], skipnil:bit):any_2 ",
"ALGmaxany_skipnil;", "Return the highest tail value or nil." ]
[ "aggr", "median", "command aggr.median(b:bat[:any_1]):any_1 ",
"AGGRmedian;", "Median aggregate" ]
[ "aggr", "min", "command aggr.min(b:bat[:any_1], g:bat[:oid],
e:bat[:any_2]):bat[:any_1] ", "AGGRmin3;", "" ]
[ "aggr", "min", "command aggr.min(b:bat[:any_2]):any_2 ",
"ALGminany;", "Return the lowest tail value or nil." ]
+[ "aggr", "min", "command aggr.min(b:bat[:any_2], skipnil:bit):any_2 ",
"ALGminany_skipnil;", "Return the lowest tail value or nil." ]
[ "aggr", "prod", "command aggr.prod(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]):bat[:bte] ", "AGGRprod3_bte;", "Grouped tail
product on bte" ]
[ "aggr", "prod", "command aggr.prod(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRprod3_dbl;", "Grouped tail
product on dbl" ]
[ "aggr", "prod", "command aggr.prod(b:bat[:flt], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRprod3_dbl;", "Grouped tail
product on flt" ]
@@ -231,6 +233,10 @@ Ready.
[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str], sep:bat[:str], nil_if_empty:bit):str ",
"CMDBATstr_group_concat;", "Calculate aggregate string concatenate of B
with separator SEP." ]
[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str], sep:bat[:str], s:bat[:oid]):str ",
"CMDBATstr_group_concat;", "Calculate aggregate string concatenate of B
with candidate list and separator SEP." ]
[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str], sep:bat[:str], s:bat[:oid],
nil_if_empty:bit):str ", "CMDBATstr_group_concat;", "Calculate
aggregate string concatenate of B with candidate list and separator SEP." ]
+[ "aggr", "suballnotequal", "command
aggr.suballnotequal(l:bat[:any_1], r:bat[:any_1], rid:bat[:oid], gp:bat[:oid],
gpe:bat[:oid], no_nil:bit):bat[:bit] ", "SQLallnotequal_grp2;", "if all values
in r are not equal to l return true, else if r has nil nil else false, except
if rid is nil (ie empty) then true" ]
+[ "aggr", "suballnotequal", "command
aggr.suballnotequal(l:bat[:any_1], r:bat[:any_1], gp:bat[:oid], gpe:bat[:oid],
no_nil:bit):bat[:bit] ", "SQLallnotequal_grp;", "if all values in r are
not equal to l return true, else if r has nil nil else false" ]
+[ "aggr", "subanyequal", "command aggr.subanyequal(l:bat[:any_1],
r:bat[:any_1], rid:bat[:oid], gp:bat[:oid], gpe:bat[:oid],
no_nil:bit):bat[:bit] ", "SQLanyequal_grp2;", "if any value in r is equal
to l return true, else if r has nil nil else false, except if rid is nil (ie
empty) then false" ]
+[ "aggr", "subanyequal", "command aggr.subanyequal(l:bat[:any_1],
r:bat[:any_1], gp:bat[:oid], gpe:bat[:oid], no_nil:bit):bat[:bit] ",
"SQLanyequal_grp;", "if any value in r is equal to l return true, else if r
has nil nil else false" ]
[ "aggr", "subavg", "command aggr.subavg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1_dbl;", "Grouped average aggregate" ]
[ "aggr", "subavg", "command aggr.subavg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1_dbl;", "Grouped average aggregate" ]
[ "aggr", "subavg", "command aggr.subavg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1_dbl;", "Grouped average aggregate" ]
@@ -293,6 +299,7 @@ Ready.
[ "aggr", "subcovar", "function aggr.subcovar(e1:bat[:int],
e2:bat[:int], g:bat[:oid], e:bat[:any_2], f:bit):bat[:dbl];", "", ""
]
[ "aggr", "subcovar", "function aggr.subcovar(e1:bat[:lng],
e2:bat[:lng], g:bat[:oid], e:bat[:any_2], f:bit):bat[:dbl];", "", ""
]
[ "aggr", "subcovar", "function aggr.subcovar(e1:bat[:sht],
e2:bat[:sht], g:bat[:oid], e:bat[:any_2], f:bit):bat[:dbl];", "", ""
]
+[ "aggr", "subexist", "command aggr.subexist(b:bat[:any_2],
g:bat[:oid], e:bat[:oid], no_nil:bit):bat[:bit] ", "SQLsubexist;", ""
]
[ "aggr", "subjsonaggr", "command aggr.subjsonaggr(val:bat[:dbl],
g:bat[:oid], e:bat[:any_1], skip_nils:bit):bat[:str] ", "JSONsubjson;",
"Grouped aggregation of values." ]
[ "aggr", "subjsonaggr", "command aggr.subjsonaggr(val:bat[:str],
g:bat[:oid], e:bat[:any_1], skip_nils:bit):bat[:str] ", "JSONsubjson;",
"Grouped aggregation of values." ]
[ "aggr", "subjsonaggr", "command aggr.subjsonaggr(val:bat[:dbl],
g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit):bat[:str] ",
"JSONsubjsoncand;", "Grouped aggregation of values with candidates list."
]
@@ -513,15 +520,15 @@ Ready.
[ "aggr", "variancep", "command aggr.variancep(b:bat[:sht],
g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRvariancep3_dbl;", "Grouped
tail variance (population/biased) on sht" ]
[ "aggr", "variancep", "command aggr.variancep(b:bat[:any_2]):dbl ",
"ALGvariancep;", "Gives the variance of all tail values" ]
[ "alarm", "ctime", "unsafe command alarm.ctime():str ",
"ALARMctime;", "Return the current time as a C-time string." ]
-[ "alarm", "epoch", "unsafe command alarm.epoch():int ",
"ALARMepoch;", "Return the current time as UNIX epoch." ]
+[ "alarm", "epoch", "unsafe command alarm.epoch():int ",
"ALARMepoch;", "Return time since Jan 1, 1970 in seconds." ]
[ "alarm", "sleep", "unsafe command alarm.sleep(secs:int):void ",
"ALARMsleep;", "Sleep a few seconds" ]
-[ "alarm", "time", "unsafe command alarm.time():int ", "ALARMtime;",
"Return time in milliseconds." ]
-[ "alarm", "usec", "unsafe command alarm.usec():lng ", "ALARMusec;",
"Return time in microseconds." ]
+[ "alarm", "time", "unsafe command alarm.time():int ", "ALARMtime;",
"Return time since program start in milliseconds." ]
+[ "alarm", "usec", "unsafe command alarm.usec():lng ", "ALARMusec;",
"Return time since Jan 1, 1970 in microseconds." ]
[ "algebra", "antijoin", "function algebra.antijoin(l:bat[:any_1],
r:bat[:any_1], sl:bat[:oid], sr:bat[:oid], nil_matches:bit, estimate:lng)
(X_0:bat[:oid], X_1:bat[:oid]);", "", "" ]
[ "algebra", "bandjoin", "command algebra.bandjoin(l:bat[:any_1],
r:bat[:any_1], sl:bat[:oid], sr:bat[:oid], c1:any_1, c2:any_1, li:bit, hi:bit,
estimate:lng) (X_0:bat[:oid], X_1:bat[:oid]) ", "ALGbandjoin;", "Band join:
values in l and r match if r - c1 <[=] l <[=] r + c2" ]
[ "algebra", "copy", "command algebra.copy(b:bat[:any_1]):bat[:any_1] ",
"ALGcopy;", "Returns physical copy of a BAT." ]
[ "algebra", "crossproduct", "command algebra.crossproduct(left:bat[:any_1],
right:bat[:any_2]) (l:bat[:oid], r:bat[:oid]) ", "ALGcrossproduct2;",
"Returns 2 columns with all BUNs, consisting of the head-oids\n\t from 'left'
and 'right' for which there are BUNs in 'left'\n\t and 'right' with equal
tails" ]
-[ "algebra", "difference", "command algebra.difference(l:bat[:any_1],
r:bat[:any_1], sl:bat[:oid], sr:bat[:oid], nil_matches:bit,
estimate:lng):bat[:oid] ", "ALGdifference;", "Difference of l and r
with candidate lists" ]
+[ "algebra", "difference", "command algebra.difference(l:bat[:any_1],
r:bat[:any_1], sl:bat[:oid], sr:bat[:oid], nil_matches:bit, nil_clears:bit,
estimate:lng):bat[:oid] ", "ALGdifference;", "Difference of l and r
with candidate lists" ]
[ "algebra", "exist", "command algebra.exist(b:bat[:any_1],
val:any_1):bit ", "ALGexist;", "Returns whether 'val' occurs in b." ]
[ "algebra", "fetch", "command algebra.fetch(b:bat[:any_1],
x:oid):any_1 ", "ALGfetchoid;", "Returns the value of the BUN at x-th
position with 0 <= x < b.count" ]
[ "algebra", "find", "command algebra.find(b:bat[:any_1], t:any_1):oid ",
"ALGfind;", "Returns the index position of a value. If no such BUN exists
return OID-nil." ]
@@ -604,6 +611,7 @@ Ready.
[ "bat", "delete", "command bat.delete(b:bat[:any_1]):bat[:any_1]
", "BKCdelete_all;", "Delete all entries." ]
[ "bat", "delete", "command bat.delete(b:bat[:any_1],
d:bat[:oid]):bat[:any_1] ", "BKCdelete_multi;", "Delete multiple BUN,
shifting BUNs up" ]
[ "bat", "densebat", "command bat.densebat(sz:lng):bat[:oid] ",
"BKCdensebat;", "Creates a new [void,void] BAT of size 'sz'." ]
+[ "bat", "diffcand", "command bat.diffcand(a:bat[:oid],
b:bat[:oid]):bat[:oid] ", "BKCdiffcand;", "Calculate difference of two
candidate lists" ]
[ "bat", "getAccess", "command bat.getAccess(b:bat[:any_1]):str ",
"BKCgetAccess;", "Return the access mode attached to this BAT as a
character." ]
[ "bat", "getCapacity", "command bat.getCapacity(b:bat[:any_1]):lng ",
"BKCgetCapacity;", "Returns the current allocation size (in max number of
elements) of a BAT." ]
[ "bat", "getColumnType", "command
bat.getColumnType(b:bat[:any_1]):str ", "BKCgetColumnType;", "Returns
the type of the tail column of a BAT, as an integer type number." ]
@@ -6450,11 +6458,11 @@ Ready.
[ "batcalc", "cmp", "pattern batcalc.cmp(v:sht, b:bat[:sht],
s:bat[:oid]):bat[:bte] ", "CMDbatCMP;", "Return -1/0/1 if V </==/> B
with candidates list" ]
[ "batcalc", "cmp", "pattern batcalc.cmp(v:str, b:bat[:str]):bat[:bte] ",
"CMDbatCMP;", "Return -1/0/1 if V </==/> B" ]
[ "batcalc", "cmp", "pattern batcalc.cmp(v:str, b:bat[:str],
s:bat[:oid]):bat[:bte] ", "CMDbatCMP;", "Return -1/0/1 if V </==/> B
with candidates list" ]
-[ "batcalc", "date", "command batcalc.date(t:bat[:timestamp]):bat[:date] ",
"MTIMEtimestamp_extract_date_default_bulk;", "" ]
+[ "batcalc", "date", "command batcalc.date(t:bat[:timestamp]):bat[:date] ",
"MTIMEtimestamp_extract_date_bulk;", "" ]
[ "batcalc", "date", "command batcalc.date(v:bat[:oid]):bat[:date] ",
"batnil_2_date;", "cast to date" ]
[ "batcalc", "date", "command batcalc.date(v:bat[:str]):bat[:date] ",
"batstr_2_date;", "cast to date" ]
-[ "batcalc", "daytime", "command
batcalc.daytime(s:bat[:lng]):bat[:daytime] ", "MTIMEsecs2daytime_bulk;",
"" ]
-[ "batcalc", "daytime", "command
batcalc.daytime(t:bat[:timestamp]):bat[:daytime] ",
"MTIMEtimestamp_extract_daytime_default_bulk;", "" ]
+[ "batcalc", "daytime", "command
batcalc.daytime(s:bat[:lng]):bat[:daytime] ",
"MTIMEdaytime_fromseconds_bulk;", "" ]
+[ "batcalc", "daytime", "command
batcalc.daytime(t:bat[:timestamp]):bat[:daytime] ",
"MTIMEtimestamp_extract_daytime_bulk;", "" ]
[ "batcalc", "daytime", "command batcalc.daytime(v:bat[:daytime],
digits:int):bat[:daytime] ", "batdaytime_2time_daytime;", "cast daytime to
daytime and check for overflow" ]
[ "batcalc", "daytime", "command
batcalc.daytime(v:bat[:oid]):bat[:daytime] ", "batnil_2_daytime;", "Cast to
daytime" ]
[ "batcalc", "daytime", "command batcalc.daytime(v:bat[:oid],
digits:int):bat[:daytime] ", "batnil_2time_daytime;", "cast to
daytime and check for overflow" ]
@@ -8675,9 +8683,9 @@ Ready.
[ "batcalc", "sub_noerror", "pattern batcalc.sub_noerror(v:sht,
b:bat[:lng], s:bat[:oid]):bat[:lng] ", "CMDbatSUB;", "Return V - B with
candidates list, overflow causes NIL value" ]
[ "batcalc", "sub_noerror", "pattern batcalc.sub_noerror(v:sht,
b:bat[:sht]):bat[:sht] ", "CMDbatSUB;", "Return V - B, overflow causes NIL
value" ]
[ "batcalc", "sub_noerror", "pattern batcalc.sub_noerror(v:sht,
b:bat[:sht], s:bat[:oid]):bat[:sht] ", "CMDbatSUB;", "Return V - B with
candidates list, overflow causes NIL value" ]
-[ "batcalc", "timestamp", "command
batcalc.timestamp(secs:bat[:int]):bat[:timestamp] ", "MTIMEtimestamp_bulk;",
"" ]
-[ "batcalc", "timestamp", "command
batcalc.timestamp(d:bat[:date]):bat[:timestamp] ",
"MTIMEtimestamp_create_from_date_bulk;", "" ]
-[ "batcalc", "timestamp", "command
batcalc.timestamp(msecs:bat[:lng]):bat[:timestamp] ",
"MTIMEtimestamp_lng_bulk;", "" ]
+[ "batcalc", "timestamp", "command
batcalc.timestamp(d:bat[:date]):bat[:timestamp] ",
"MTIMEtimestamp_fromdate_bulk;", "" ]
+[ "batcalc", "timestamp", "command
batcalc.timestamp(msecs:bat[:lng]):bat[:timestamp] ",
"MTIMEtimestamp_frommsec_bulk;", "" ]
+[ "batcalc", "timestamp", "command
batcalc.timestamp(secs:bat[:int]):bat[:timestamp] ",
"MTIMEtimestamp_fromsecond_bulk;", "" ]
[ "batcalc", "timestamp", "command
batcalc.timestamp(v:bat[:oid]):bat[:timestamp] ", "batnil_2_timestamp;",
"Cast to timestamp" ]
[ "batcalc", "timestamp", "command batcalc.timestamp(v:bat[:oid],
digits:int):bat[:timestamp] ", "batnil_2time_timestamp;", "cast to
timestamp and check for overflow" ]
[ "batcalc", "timestamp", "command
batcalc.timestamp(v:bat[:str]):bat[:timestamp] ", "batstr_2_timestamp;",
"Cast to timestamp" ]
@@ -8917,16 +8925,19 @@ Ready.
[ "batmmath", "tanh", "command batmmath.tanh(x:bat[:dbl],
s:bat[:oid]):bat[:dbl] ", "CMDscience_bat_dbl_tanh_cand;", "" ]
[ "batmmath", "tanh", "command batmmath.tanh(x:bat[:flt]):bat[:flt] ",
"CMDscience_bat_flt_tanh;", "" ]
[ "batmmath", "tanh", "command batmmath.tanh(x:bat[:flt],
s:bat[:oid]):bat[:flt] ", "CMDscience_bat_flt_tanh_cand;", "" ]
+[ "batmtime", "century", "command
batmtime.century(d:bat[:date]):bat[:int] ",
"MTIMEdate_extract_century_bulk;", "" ]
[ "batmtime", "day", "command batmtime.day(d:bat[:date]):bat[:int] ",
"MTIMEdate_extract_day_bulk;", "" ]
+[ "batmtime", "decade", "command
batmtime.decade(d:bat[:date]):bat[:int] ",
"MTIMEdate_extract_decade_bulk;", "" ]
[ "batmtime", "diff", "command batmtime.diff(b1:bat[:date],
b2:bat[:date]):bat[:int] ", "MTIMEdate_diff_bulk;", "Difference of two
sets of date." ]
-[ "batmtime", "diff", "command batmtime.diff(b1:bat[:timestamp],
b2:bat[:timestamp]):bat[:lng] ", "MTIMEtimestamp_diff_bulk;",
"Difference of two sets of timestamp." ]
+[ "batmtime", "diff", "command batmtime.diff(b1:bat[:timestamp],
b2:bat[:timestamp]):bat[:lng] ", "MTIMEtimestamp_diff_msec_bulk;",
"Difference of two sets of timestamp." ]
[ "batmtime", "hours", "command
batmtime.hours(d:bat[:daytime]):bat[:int] ",
"MTIMEdaytime_extract_hours_bulk;", "" ]
-[ "batmtime", "milliseconds", "command
batmtime.milliseconds(d:bat[:daytime]):bat[:int] ",
"MTIMEdaytime_extract_milliseconds_bulk;", "" ]
[ "batmtime", "minutes", "command
batmtime.minutes(d:bat[:daytime]):bat[:int] ",
"MTIMEdaytime_extract_minutes_bulk;", "" ]
[ "batmtime", "month", "command batmtime.month(d:bat[:date]):bat[:int]
", "MTIMEdate_extract_month_bulk;", "" ]
[ "batmtime", "quarter", "command
batmtime.quarter(d:bat[:date]):bat[:int] ",
"MTIMEdate_extract_quarter_bulk;", "" ]
-[ "batmtime", "seconds", "command
batmtime.seconds(d:bat[:daytime]):bat[:int] ",
"MTIMEdaytime_extract_seconds_bulk;", "" ]
[ "batmtime", "sql_seconds", "command
batmtime.sql_seconds(d:bat[:daytime]):bat[:int] ",
"MTIMEdaytime_extract_sql_seconds_bulk;", "" ]
+[ "batmtime", "sql_seconds", "command
batmtime.sql_seconds(d:bat[:timestamp]):bat[:int] ",
"MTIMEtimestamp_sql_seconds_bulk;", "" ]
+[ "batmtime", "timestamp_add_msec_interval", "command
batmtime.timestamp_add_msec_interval(t:bat[:timestamp],
ms:bat[:lng]):bat[:timestamp] ",
"MTIMEtimestamp_add_msec_interval_bulk;", "" ]
+[ "batmtime", "timestamp_sub_msec_interval", "command
batmtime.timestamp_sub_msec_interval(t:bat[:timestamp],
ms:bat[:lng]):bat[:timestamp] ",
"MTIMEtimestamp_sub_msec_interval_bulk;", "" ]
[ "batmtime", "year", "command batmtime.year(d:bat[:date]):bat[:int] ",
"MTIMEdate_extract_year_bulk;", "" ]
[ "batpcre", "replace", "command batpcre.replace(orig:bat[:str],
pat:str, repl:str, flag:str):bat[:str] ", "PCREreplace_bat_wrap;",
"" ]
[ "batpcre", "replace_first", "command
batpcre.replace_first(orig:bat[:str], pat:str, repl:str, flag:str):bat[:str] ",
"PCREreplacefirst_bat_wrap;", "" ]
@@ -10063,8 +10074,7 @@ Ready.
[ "calc", "and", "pattern calc.and(v1:int, v2:int):int ",
"CMDvarAND;", "Return V1 AND V2" ]
[ "calc", "and", "pattern calc.and(v1:lng, v2:lng):lng ",
"CMDvarAND;", "Return V1 AND V2" ]
[ "calc", "and", "pattern calc.and(v1:sht, v2:sht):sht ",
"CMDvarAND;", "Return V1 AND V2" ]
-[ "calc", "between", "pattern calc.between(b:any_1, lo:any_1,
hi:any_1):bit ", "CMDvarBETWEEN;", "B between LO and HI inclusive" ]
-[ "calc", "between_symmetric", "pattern
calc.between_symmetric(b:any_1, v1:any_1, v2:any_1):bit ",
"CMDvarBETWEENsymmetric;", "B between V1 and V2 (or vice versa) inclusive"
]
+[ "calc", "between", "pattern calc.between(b:any_1, lo:any_1,
hi:any_1, sym:bit, linc:bit, hinc:bit, nils_false:bit):bit ",
"CMDvarBETWEEN;", "B between LO and HI inclusive" ]
[ "calc", "bit", "pattern calc.bit(v:bit):bit ", "CMDvarCONVERT;",
"Cast VALUE to bit" ]
[ "calc", "bit", "pattern calc.bit(v:bte):bit ", "CMDvarCONVERT;",
"Cast VALUE to bit" ]
[ "calc", "bit", "pattern calc.bit(v:dbl):bit ", "CMDvarCONVERT;",
"Cast VALUE to bit" ]
@@ -10147,13 +10157,13 @@ Ready.
[ "calc", "cmp", "pattern calc.cmp(v1:str, v2:str):bte ",
"CMDvarCMP;", "Return -1/0/1 if V1 </==/> V2" ]
[ "calc", "date", "command calc.date(d:date):date ",
"MTIMEdate_date;", "" ]
[ "calc", "date", "command calc.date(s:str):date ",
"MTIMEdate_fromstr;", "" ]
-[ "calc", "date", "command calc.date(t:timestamp):date ",
"MTIMEtimestamp_extract_date_default;", "" ]
+[ "calc", "date", "command calc.date(t:timestamp):date ",
"MTIMEtimestamp_extract_date;", "" ]
[ "calc", "date", "command calc.date(v:void):date ", "nil_2_date;",
"cast to date" ]
[ "calc", "date", "command calc.date(v:str):date ", "str_2_date;",
"cast to date" ]
-[ "calc", "daytime", "command calc.daytime(d:daytime):daytime ",
"MTIMEdaytime2daytime;", "" ]
+[ "calc", "daytime", "command calc.daytime(d:daytime):daytime ",
"MTIMEdaytime_daytime;", "" ]
+[ "calc", "daytime", "command calc.daytime(s:lng):daytime ",
"MTIMEdaytime_fromseconds;", "" ]
[ "calc", "daytime", "command calc.daytime(s:str):daytime ",
"MTIMEdaytime_fromstr;", "" ]
-[ "calc", "daytime", "command calc.daytime(s:lng):daytime ",
"MTIMEsecs2daytime;", "" ]
-[ "calc", "daytime", "command calc.daytime(t:timestamp):daytime ",
"MTIMEtimestamp_extract_daytime_default;", "" ]
+[ "calc", "daytime", "command calc.daytime(t:timestamp):daytime ",
"MTIMEtimestamp_extract_daytime;", "" ]
[ "calc", "daytime", "command calc.daytime(v:daytime,
digits:int):daytime ", "daytime_2time_daytime;", "cast daytime to daytime
and check for overflow" ]
[ "calc", "daytime", "command calc.daytime(v:void):daytime ",
"nil_2_daytime;", "Cast to daytime" ]
[ "calc", "daytime", "command calc.daytime(v:void,
digits:int):daytime ", "nil_2time_daytime;", "cast to daytime and check
for overflow" ]
@@ -10675,11 +10685,11 @@ Ready.
[ "calc", "sub_noerror", "pattern calc.sub_noerror(v1:sht, v2:sht):sht
", "CMDvarSUB;", "Return V1 - V2, overflow results in NIL value" ]
[ "calc", "substring", "command calc.substring(s:str, offset:int,
count:int):str ", "STRsubstring;", "" ]
[ "calc", "substring", "command calc.substring(s:str, offset:int):str
", "STRsubstringTail;", "" ]
-[ "calc", "timestamp", "command calc.timestamp(t:timestamp):timestamp
", "MTIMEtimestamp2timestamp;", "" ]
-[ "calc", "timestamp", "command calc.timestamp(secs:int):timestamp ",
"MTIMEtimestamp;", "" ]
-[ "calc", "timestamp", "command calc.timestamp(d:date):timestamp ",
"MTIMEtimestamp_create_from_date;", "" ]
+[ "calc", "timestamp", "command calc.timestamp(d:date):timestamp ",
"MTIMEtimestamp_fromdate;", "" ]
+[ "calc", "timestamp", "command calc.timestamp(msecs:lng):timestamp ",
"MTIMEtimestamp_frommsec;", "" ]
+[ "calc", "timestamp", "command calc.timestamp(secs:int):timestamp ",
"MTIMEtimestamp_fromsecond;", "" ]
[ "calc", "timestamp", "command calc.timestamp(s:str):timestamp ",
"MTIMEtimestamp_fromstr;", "" ]
-[ "calc", "timestamp", "command calc.timestamp(msecs:lng):timestamp ",
"MTIMEtimestamp_lng;", "" ]
+[ "calc", "timestamp", "command calc.timestamp(t:timestamp):timestamp
", "MTIMEtimestamp_timestamp;", "" ]
[ "calc", "timestamp", "command calc.timestamp(v:date,
d:int):timestamp ", "date_2_timestamp;", "cast date to a timestamp and
check for overflow" ]
[ "calc", "timestamp", "command calc.timestamp(v:void):timestamp ",
"nil_2_timestamp;", "Cast to timestamp" ]
[ "calc", "timestamp", "command calc.timestamp(v:void,
digits:int):timestamp ", "nil_2time_timestamp;", "cast to timestamp and
check for overflow" ]
@@ -11356,109 +11366,55 @@ Ready.
[ "mmath", "tan", "command mmath.tan(x:flt):flt ",
"MATHunary_TANflt;", "" ]
[ "mmath", "tanh", "command mmath.tanh(x:dbl):dbl ",
"MATHunary_TANHdbl;", "The tanh() function returns the hyperbolic tangent of
x, which is \n\tdefined mathematically as sinh(x) / cosh(x)." ]
[ "mmath", "tanh", "command mmath.tanh(x:flt):flt ",
"MATHunary_TANHflt;", "" ]
-[ "mtime", "add", "command mtime.add(v:timestamp, msecs:lng):timestamp ",
"MTIMEtimestamp_add;", "returns the timestamp that comes 'msecs'\n\t(possibly
negative) after 'value'." ]
-[ "mtime", "adddays", "command mtime.adddays(value:date,
days:int):date ", "MTIMEdate_adddays;", "returns the date after a
number\n\tof days (possibly negative)." ]
[ "mtime", "addmonths", "command mtime.addmonths(value:date,
months:int):date ", "MTIMEdate_addmonths;", "returns the date after a
number of\n\tmonths (possibly negative)." ]
-[ "mtime", "addyears", "command mtime.addyears(value:date,
years:int):date ", "MTIMEdate_addyears;", "returns the date after a
number\n\tof years (possibly negative)." ]
-[ "mtime", "compute", "command mtime.compute(r:zrule, year:int):date
", "MTIMEcompute_rule_foryear;", "compute the date from a rule in a
given year" ]
+[ "mtime", "century", "command mtime.century(d:date):int ",
"MTIMEdate_extract_century;", "extracts century from date." ]
+[ "mtime", "century", "command mtime.century(t:timestamp):int ",
"MTIMEtimestamp_century;", "" ]
[ "mtime", "current_date", "command mtime.current_date():date ",
"MTIMEcurrent_date;", "" ]
[ "mtime", "current_time", "command mtime.current_time():daytime ",
"MTIMEcurrent_time;", "" ]
[ "mtime", "current_timestamp", "command
mtime.current_timestamp():timestamp ", "MTIMEcurrent_timestamp;", "" ]
-[ "mtime", "date", "command mtime.date(X_0:date):date ",
"MTIMEdate2date;", "generate the nil date" ]
-[ "mtime", "date", "command mtime.date(yr:int, mo:int, day:int):date ",
"MTIMEdate_create;", "creates a date from (year,month,day)." ]
-[ "mtime", "date", "command mtime.date(s:str):date ",
"MTIMEdate_fromstr;", "convert the string to a type date value" ]
-[ "mtime", "date", "command mtime.date(X_0:void):date ",
"MTIMEnil2date;", "generate the nil date" ]
-[ "mtime", "date", "command mtime.date(t:timestamp, v:timezone):date ",
"MTIMEtimestamp_extract_date;", "extracts date from timestamp in a\n\tspecific
timezone." ]
-[ "mtime", "date", "command mtime.date(t:timestamp):date ",
"MTIMEtimestamp_extract_date_default;", "extracts date from timestamp\n\tin the
local timezone." ]
-[ "mtime", "date_add_month_interval", "command
mtime.date_add_month_interval(t:date, s:int):date ", "MTIMEdate_addmonths;",
"Add months to a date" ]
-[ "mtime", "date_add_msec_interval", "command
mtime.date_add_msec_interval(t:date, ms:lng):date ",
"MTIMEdate_add_msec_interval_lng_wrap;", "" ]
-[ "mtime", "date_add_sec_interval", "command
mtime.date_add_sec_interval(t:date, s:int):date ",
"MTIMEdate_add_sec_interval_wrap;", "Add seconds to a date" ]
+[ "mtime", "date_add_msec_interval", "command
mtime.date_add_msec_interval(t:date, ms:lng):date ",
"MTIMEdate_add_msec_interval;", "" ]
[ "mtime", "date_sub_month_interval", "command
mtime.date_sub_month_interval(t:date, s:int):date ", "MTIMEdate_submonths;",
"Subtract months from a date" ]
-[ "mtime", "date_sub_msec_interval", "command
mtime.date_sub_msec_interval(t:date, ms:lng):date ",
"MTIMEdate_sub_msec_interval_lng_wrap;", "" ]
-[ "mtime", "date_sub_sec_interval", "command
mtime.date_sub_sec_interval(t:date, s:int):date ",
"MTIMEdate_sub_sec_interval_wrap;", "Subtract seconds from a date" ]
+[ "mtime", "date_sub_msec_interval", "command
mtime.date_sub_msec_interval(t:date, ms:lng):date ",
"MTIMEdate_sub_msec_interval;", "" ]
[ "mtime", "date_to_str", "command mtime.date_to_str(d:date,
format:str):str ", "MTIMEdate_to_str;", "create a string from the date,
using the specified format (see man strftime)" ]
[ "mtime", "day", "command mtime.day(d:date):int ",
"MTIMEdate_extract_day;", "extracts day from date " ]
-[ "mtime", "day", "command mtime.day(t:zrule):int ",
"MTIMErule_extract_day;", "extract day from rule." ]
[ "mtime", "day", "command mtime.day(msecs:lng):lng ",
"MTIMEsql_day;", "" ]
[ "mtime", "day", "command mtime.day(t:timestamp):int ",
"MTIMEtimestamp_day;", "" ]
-[ "mtime", "dayname", "command mtime.dayname(day:int):str ",
"MTIMEday_to_str;", "Returns day name from a number\n\tbetween [1-7],
str(nil) otherwise." ]
-[ "mtime", "daynum", "command mtime.daynum(day:str):int ",
"MTIMEday_from_str;", "Returns number of day [1-7] from a\n\tstring or nil if
does not match any." ]
[ "mtime", "dayofweek", "command mtime.dayofweek(d:date):int ",
"MTIMEdate_extract_dayofweek;", "Returns the current day of the week\n\twhere
1=monday, .., 7=sunday" ]
[ "mtime", "dayofyear", "command mtime.dayofyear(d:date):int ",
"MTIMEdate_extract_dayofyear;", "Returns N where d is the Nth day\n\tof the
year (january 1 returns 1)" ]
-[ "mtime", "daytime", "command mtime.daytime(h:int):daytime ",
"MTIMEdaytime1;", "default time with zeroed components" ]
-[ "mtime", "daytime", "command mtime.daytime(h:int, m:int):daytime ",
"MTIMEdaytime2;", "default time with zeroed components" ]
-[ "mtime", "daytime", "command mtime.daytime(X_0:daytime):daytime ",
"MTIMEdaytime2daytime;", "" ]
-[ "mtime", "daytime", "command mtime.daytime(h:int, m:int,
s:int):daytime ", "MTIMEdaytime3;", "default time with zeroed
components" ]
-[ "mtime", "daytime", "command mtime.daytime(h:int, m:int, s:int,
mi:int):daytime ", "MTIMEdaytime_create;", "creates a time from
(hours,minutes,\n\tseconds,milliseconds) parameters." ]
-[ "mtime", "daytime", "command mtime.daytime(s:str):daytime ",
"MTIMEdaytime_fromstr;", "convert the string to a daytime value."
]
-[ "mtime", "daytime", "command mtime.daytime(X_0:lng):daytime ",
"MTIMEsecs2daytime;", "" ]
-[ "mtime", "daytime", "command mtime.daytime(t:timestamp,
v:timezone):daytime ", "MTIMEtimestamp_extract_daytime;", "extracts
daytime from timestamp\n\tin a specific timezone." ]
-[ "mtime", "daytime", "command mtime.daytime(t:timestamp):daytime ",
"MTIMEtimestamp_extract_daytime_default;", "extracts daytime from
timestamp\n\tin the local timezone." ]
+[ "mtime", "decade", "command mtime.decade(d:date):int ",
"MTIMEdate_extract_decade;", "extracts decade from date." ]
+[ "mtime", "decade", "command mtime.decade(t:timestamp):int ",
"MTIMEtimestamp_decade;", "" ]
[ "mtime", "diff", "command mtime.diff(val1:date, val2:date):int ",
"MTIMEdate_diff;", "returns the number of days\n\tbetween 'val1' and
'val2'." ]
-[ "mtime", "diff", "command mtime.diff(val1:daytime, val2:daytime):lng ",
"MTIMEdaytime_diff;", "returns the number of msec between 'val1' and 'val2'."
]
-[ "mtime", "diff", "command mtime.diff(val1:timestamp, val2:timestamp):lng
", "MTIMEtimestamp_diff;", "returns the number of milliseconds\n\tbetween
'val1' and 'val2'." ]
-[ "mtime", "dst", "command mtime.dst(t:timestamp, v:timezone):bit ",
"MTIMEtimestamp_inside_dst;", "return whether DST holds in the\n\ttimezone at
a certain point of time." ]
-[ "mtime", "end_dst", "command mtime.end_dst(t:timezone):zrule ",
"MTIMEtzone_extract_end;", "extract rule that determines\n\tend of DST
from timezone." ]
-[ "mtime", "epilogue", "command mtime.epilogue():void ",
"MTIMEepilogue;", "" ]
+[ "mtime", "diff", "command mtime.diff(val1:daytime, val2:daytime):lng ",
"MTIMEdaytime_diff_msec;", "returns the number of msec between 'val1' and
'val2'." ]
+[ "mtime", "diff", "command mtime.diff(val1:timestamp, val2:timestamp):lng
", "MTIMEtimestamp_diff_msec;", "returns the number of
milliseconds\n\tbetween 'val1' and 'val2'." ]
[ "mtime", "hours", "command mtime.hours(h:daytime):int ",
"MTIMEdaytime_extract_hours;", "extracts hour from daytime" ]
[ "mtime", "hours", "command mtime.hours(msecs:lng):int ",
"MTIMEsql_hours;", "" ]
[ "mtime", "hours", "command mtime.hours(t:timestamp):int ",
"MTIMEtimestamp_hours;", "" ]
-[ "mtime", "local_timezone", "command mtime.local_timezone():lng ",
"MTIMElocal_timezone;", "get the local timezone in seconds" ]
-[ "mtime", "milliseconds", "command mtime.milliseconds(d:daytime):int ",
"MTIMEdaytime_extract_milliseconds;", "extracts milliseconds from daytime"
]
-[ "mtime", "milliseconds", "command mtime.milliseconds(t:timestamp):int ",
"MTIMEtimestamp_milliseconds;", "" ]
+[ "mtime", "local_timezone", "command mtime.local_timezone():lng ",
"MTIMElocal_timezone_msec;", "get the local timezone in seconds" ]
[ "mtime", "minutes", "command mtime.minutes(d:daytime):int ",
"MTIMEdaytime_extract_minutes;", "extracts minutes from daytime" ]
-[ "mtime", "minutes", "command mtime.minutes(t:zrule):int ",
"MTIMErule_extract_minutes;", "extract minutes from rule." ]
[ "mtime", "minutes", "command mtime.minutes(msecs:lng):int ",
"MTIMEsql_minutes;", "" ]
[ "mtime", "minutes", "command mtime.minutes(t:timestamp):int ",
"MTIMEtimestamp_minutes;", "" ]
-[ "mtime", "minutes", "command mtime.minutes(t:timezone):int ",
"MTIMEtzone_extract_minutes;", "extract number of minutes that\n\ttime zone is
offset wrt GMT." ]
[ "mtime", "month", "command mtime.month(d:date):int ",
"MTIMEdate_extract_month;", "extracts month from date" ]
-[ "mtime", "month", "command mtime.month(t:zrule):int ",
"MTIMErule_extract_month;", "extract month from rule." ]
[ "mtime", "month", "command mtime.month(months:int):int ",
"MTIMEsql_month;", "" ]
[ "mtime", "month", "command mtime.month(t:timestamp):int ",
"MTIMEtimestamp_month;", "" ]
-[ "mtime", "monthname", "command mtime.monthname(month:int):str ",
"MTIMEmonth_to_str;", "Returns month name from a number\n\tbetween [1-12],
str(nil) otherwise." ]
-[ "mtime", "monthnum", "command mtime.monthnum(month:str):int ",
"MTIMEmonth_from_str;", "Returns month number [1-12] from a string\n\t or nil
if does not match any." ]
-[ "mtime", "msec", "unsafe command mtime.msec():lng ", "MTIMEmsec;",
"get time of day in msec since 1-1-1970." ]
-[ "mtime", "msecs", "command mtime.msecs(d:int, h:int, m:int,
s:int, ms:int):lng ", "MTIMEmsecs;", "convert date components to milliseconds"
]
[ "mtime", "prelude", "command mtime.prelude():void ",
"MTIMEprelude;", "" ]
[ "mtime", "quarter", "command mtime.quarter(d:date):int ",
"MTIMEdate_extract_quarter;", "extracts quarter from date" ]
[ "mtime", "quarter", "command mtime.quarter(t:timestamp):int ",
"MTIMEtimestamp_quarter;", "" ]
-[ "mtime", "rule", "command mtime.rule(mo:int, d:int, wkday:int,
mi:int):zrule ", "MTIMErule_create;", "create a DST start/end date rule."
]
-[ "mtime", "rule", "command mtime.rule(s:str):zrule ",
"MTIMErule_fromstr;", "create a rule from a string." ]
-[ "mtime", "seconds", "command mtime.seconds(d:daytime):int ",
"MTIMEdaytime_extract_seconds;", "extracts seconds from daytime" ]
[ "mtime", "seconds", "command mtime.seconds(msecs:lng):int ",
"MTIMEsql_seconds;", "" ]
-[ "mtime", "seconds", "command mtime.seconds(t:timestamp):int ",
"MTIMEtimestamp_seconds;", "" ]
-[ "mtime", "setTimezone", "command mtime.setTimezone(name:str):timezone
", "MTIMEtimezone;", "Test and set the timezone." ]
[ "mtime", "sql_seconds", "command mtime.sql_seconds(d:daytime):int ",
"MTIMEdaytime_extract_sql_seconds;", "extracts seconds (with fractional
milliseconds) from daytime" ]
[ "mtime", "sql_seconds", "command mtime.sql_seconds(t:timestamp):int ",
"MTIMEtimestamp_sql_seconds;", "" ]
-[ "mtime", "start_dst", "command mtime.start_dst(t:timezone):zrule ",
"MTIMEtzone_extract_start;", "extract rule that determines\n\tstart of DST
from timezone." ]
[ "mtime", "str_to_date", "command mtime.str_to_date(s:str,
format:str):date ", "MTIMEstr_to_date;", "create a date from the string,
using the specified format (see man strptime)" ]
[ "mtime", "str_to_time", "command mtime.str_to_time(s:str,
format:str):daytime ", "MTIMEstr_to_time;", "create a time from the
string, using the specified format (see man strptime)" ]
[ "mtime", "str_to_timestamp", "command mtime.str_to_timestamp(s:str,
format:str):timestamp ", "MTIMEstr_to_timestamp;", "create a timestamp
from the string, using the specified format (see man strptime)" ]
-[ "mtime", "time_add_msec_interval", "command
mtime.time_add_msec_interval(t:daytime, ms:lng):daytime ",
"MTIMEtime_add_msec_interval_wrap;", "Add seconds to a time" ]
-[ "mtime", "time_sub_msec_interval", "command
mtime.time_sub_msec_interval(t:daytime, ms:lng):daytime ",
"MTIMEtime_sub_msec_interval_wrap;", "Subtract seconds from a time" ]
-[ "mtime", "time_synonyms", "command
mtime.time_synonyms(allow:bit):void ", "MTIMEsynonyms;", "Allow synonyms
for the parse format of\n\tdate/timestamp." ]
+[ "mtime", "time_add_msec_interval", "command
mtime.time_add_msec_interval(t:daytime, ms:lng):daytime ",
"MTIMEtime_add_msec_interval;", "Add seconds to a time" ]
+[ "mtime", "time_sub_msec_interval", "command
mtime.time_sub_msec_interval(t:daytime, ms:lng):daytime ",
"MTIMEtime_sub_msec_interval;", "Subtract seconds from a time" ]
[ "mtime", "time_to_str", "command mtime.time_to_str(d:daytime,
format:str):str ", "MTIMEtime_to_str;", "create a string from the
time, using the specified format (see man strftime)" ]
-[ "mtime", "timestamp", "command mtime.timestamp(t:timestamp):timestamp
", "MTIMEtimestamp2timestamp;", "" ]
-[ "mtime", "timestamp", "command mtime.timestamp(d:date, dt:daytime,
t:timezone):timestamp ", "MTIMEtimestamp_create;", "creates a timestamp
from (date, daytime,timezone) parameters." ]
-[ "mtime", "timestamp", "command mtime.timestamp(d:date,
dt:daytime):timestamp ", "MTIMEtimestamp_create_default;", "creates
a timestamp from (d,dt) parameters (in the local timezone)." ]
-[ "mtime", "timestamp", "command mtime.timestamp(d:date):timestamp ",
"MTIMEtimestamp_create_from_date;", "creates a timestamp from (d,00:00:00)
parameters (in the local timezone)." ]
-[ "mtime", "timestamp_add_month_interval", "command
mtime.timestamp_add_month_interval(t:timestamp, s:lng):timestamp ",
"MTIMEtimestamp_add_month_interval_lng_wrap;", "Add months to a timestamp"
]
-[ "mtime", "timestamp_add_month_interval", "command
mtime.timestamp_add_month_interval(t:timestamp, s:int):timestamp ",
"MTIMEtimestamp_add_month_interval_wrap;", "Add months to a timestamp"
]
-[ "mtime", "timestamp_add_msec_interval", "command
mtime.timestamp_add_msec_interval(t:timestamp, ms:lng):timestamp ",
"MTIMEtimestamp_add;", "" ]
-[ "mtime", "timestamp_sub_month_interval", "command
mtime.timestamp_sub_month_interval(t:timestamp, s:lng):timestamp ",
"MTIMEtimestamp_sub_month_interval_lng_wrap;", "Subtract months from a
timestamp" ]
-[ "mtime", "timestamp_sub_month_interval", "command
mtime.timestamp_sub_month_interval(t:timestamp, s:int):timestamp ",
"MTIMEtimestamp_sub_month_interval_wrap;", "Subtract months from a
timestamp" ]
-[ "mtime", "timestamp_sub_msec_interval", "command
mtime.timestamp_sub_msec_interval(t:timestamp, ms:lng):timestamp ",
"MTIMEtimestamp_sub_msec_interval_lng_wrap;", "" ]
+[ "mtime", "timestamp_add_month_interval", "command
mtime.timestamp_add_month_interval(t:timestamp, s:int):timestamp ",
"MTIMEtimestamp_add_month_interval;", "Add months to a timestamp" ]
+[ "mtime", "timestamp_add_msec_interval", "command
mtime.timestamp_add_msec_interval(t:timestamp, ms:lng):timestamp ",
"MTIMEtimestamp_add_msec_interval;", "" ]
+[ "mtime", "timestamp_sub_month_interval", "command
mtime.timestamp_sub_month_interval(t:timestamp, s:int):timestamp ",
"MTIMEtimestamp_sub_month_interval;", "Subtract months from a timestamp"
]
+[ "mtime", "timestamp_sub_msec_interval", "command
mtime.timestamp_sub_msec_interval(t:timestamp, ms:lng):timestamp ",
"MTIMEtimestamp_sub_msec_interval;", "" ]
[ "mtime", "timestamp_to_str", "command
mtime.timestamp_to_str(d:timestamp, format:str):str ",
"MTIMEtimestamp_to_str;", "create a string from the time, using the
specified format (see man strftime)" ]
-[ "mtime", "timezone", "command mtime.timezone(s:int):timezone ",
"MTIMEtzone_create;", "Convert the int to a timezone." ]
-[ "mtime", "timezone", "command mtime.timezone(mi:int, s:zrule,
erule:zrule):timezone ", "MTIMEtzone_create_dst;", "create a
timezone as an hour difference\n\tfrom GMT and a DST." ]
-[ "mtime", "timezone", "command mtime.timezone(s:lng):timezone ",
"MTIMEtzone_create_lng;", "Convert the int to a timezone." ]
-[ "mtime", "timezone", "command mtime.timezone(s:str):timezone ",
"MTIMEtzone_fromstr;", "Convert the string to a timezone." ]
-[ "mtime", "timezone_local", "command
mtime.timezone_local():timezone ", "MTIMEtzone_get_local;", "get the
local timezone; which is used for printing timestamps" ]
-[ "mtime", "timezone_local", "command
mtime.timezone_local(t:timezone):void ", "MTIMEtzone_set_local;",
"set the local timezone; which is used for printing timestamps" ]
-[ "mtime", "week", "command mtime.week(d:date):int ",
"MTIMEdate_extract_weekofyear;", "Returns the week number in the year."
]
-[ "mtime", "weekday", "command mtime.weekday(t:zrule):int ",
"MTIMErule_extract_weekday;", "extract weekday from rule." ]
[ "mtime", "weekofyear", "command mtime.weekofyear(d:date):int ",
"MTIMEdate_extract_weekofyear;", "Returns the week number in the year."
]
-[ "mtime", "year", "command mtime.year(d:date):int ",
"MTIMEdate_extract_year;", "extracts year from date (nonzero\n\tvalue
between -5867411 and +5867411)." ]
+[ "mtime", "year", "command mtime.year(d:date):int ",
"MTIMEdate_extract_year;", "extracts year from date." ]
[ "mtime", "year", "command mtime.year(months:int):int ",
"MTIMEsql_year;", "" ]
[ "mtime", "year", "command mtime.year(t:timestamp):int ",
"MTIMEtimestamp_year;", "" ]
[ "netcdf", "attach", "pattern netcdf.attach(filename:str):void ",
"NCDFattach;", "Register a NetCDF file in the vault" ]
@@ -11518,6 +11474,7 @@ Ready.
[ "optimizer", "no_mitosis_pipe", "function
optimizer.no_mitosis_pipe():void;", "", "" ]
[ "optimizer", "oltp", "pattern optimizer.oltp():str ", "OPTwrapper;",
"" ]
[ "optimizer", "oltp", "pattern optimizer.oltp(mod:str, fcn:str):str ",
"OPTwrapper;", "Inject the OLTP locking primitives." ]
+[ "optimizer", "oltp_pipe", "function optimizer.oltp_pipe():void;", "",
"" ]
[ "optimizer", "optimize", "pattern optimizer.optimize(mod:str,
fcn:str):void ", "QOToptimize;", "Optimize a specific operation" ]
[ "optimizer", "orcam", "pattern optimizer.orcam(mod:str, fcn:str,
targetmod:str, targetfcn:str):void ", "OPTorcam;", "Inverse macro,
find pattern and replace with a function call." ]
[ "optimizer", "orcam", "pattern optimizer.orcam(targetmod:str,
targetfcn:str):void ", "OPTorcam;", "Inverse macro processor for current
function" ]
@@ -11621,14 +11578,6 @@ Ready.
[ "remote", "register", "pattern remote.register(conn:str, mod:str,
fcn:str):void ", "RMTregister;", "register <mod>.<fcn> at the remote site"
]
[ "remote", "register_supervisor", "command
remote.register_supervisor(sup_uuid:str, query_uuid:str):int ",
"RMTregisterSupervisor;", "Register the supervisor uuid at a remote site"
]
[ "remote", "resolve", "command remote.resolve(pattern:str):bat[:str]
", "RMTresolve;", "resolve a pattern against Merovingian and return the
URIs" ]
-[ "sabaoth", "epilogue", "command sabaoth.epilogue():void ",
"SABepilogue;", "Release the resources held by the sabaoth module" ]
-[ "sabaoth", "getLocalConnectionHost", "command
sabaoth.getLocalConnectionHost():str ", "SABgetLocalConnectionHost;",
"Returns the hostname this server can be connected to, or nil if none" ]
-[ "sabaoth", "getLocalConnectionPort", "command
sabaoth.getLocalConnectionPort():int ", "SABgetLocalConnectionPort;",
"Returns the port this server can be connected to, or 0 if none" ]
-[ "sabaoth", "getLocalConnectionURI", "command
sabaoth.getLocalConnectionURI():str ", "SABgetLocalConnectionURI;", "Returns
the URI this server can be connected to, or nil if none" ]
-[ "sabaoth", "marchConnection", "command
sabaoth.marchConnection(host:str, port:int):void ", "SABmarchConnection;",
"Publishes the given host/port as available for connecting to this server"
]
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