Changeset: 9f3b802134ee for MonetDB
URL: http://dev.monetdb.org/hg/MonetDB?cmd=changeset;node=9f3b802134ee
Modified Files:
clients/Tests/MAL-signatures_all.stable.out.int128
clients/Tests/MAL-signatures_fits_geom.stable.out
clients/Tests/MAL-signatures_fits_geom.stable.out.int128
clients/Tests/MAL-signatures_geom.stable.out
clients/Tests/MAL-signatures_geom.stable.out.int128
clients/Tests/MAL-signatures_none.stable.out.int128
Branch: default
Log Message:
Approve after merge.
diffs (truncated from 1248 to 300 lines):
diff --git a/clients/Tests/MAL-signatures_all.stable.out.int128
b/clients/Tests/MAL-signatures_all.stable.out.int128
--- a/clients/Tests/MAL-signatures_all.stable.out.int128
+++ b/clients/Tests/MAL-signatures_all.stable.out.int128
@@ -2827,14 +2827,10 @@ pattern algebra.firstn(b:bat[:oid,:any],
address ALGfirstn;
comment Calculate first N values of B
-command algebra.fetch(b:bat[:any_2,:any_1],x:int):any_1
-address ALGfetchint;
-comment Returns the tail value of the BUN at x-th position with 0 <= x <
b.count
-
-command algebra.fetch(b:bat[:any_2,:any_1],x:lng):any_1
-address ALGfetch;
command algebra.fetch(b:bat[:any_2,:any_1],x:oid):any_1
address ALGfetchoid;
+comment Returns the tail value of the BUN at x-th position with 0 <= x <
b.count
+
command algebra.find(b:bat[:any_1,:any_2],h:any_1):any_2
address ALGfind;
comment Returns the tail value 't' for which some [h,t] BUN exists in b.
If no such BUN exists, an error occurs.
@@ -2933,15 +2929,15 @@ command algebra.mark_grp(b:bat[:any_1,:o
address ALGmark_grp_1;
comment "grouped mark": Produces a new BAT with per group a locally unique
dense ascending sequence of OIDs in the tail. The tail of the first BAT (b)
identifies the group that each BUN of b belongs to. The second BAT (g)
represents the group extent, i.e., the head is the unique list of group IDs
from b's tail. The tail of g gives for each group the base value for the new
OID sequence.
-command
algebra.markT(b:bat[:any_1,:any_2],nr_parts:int,part_nr:int):bat[:any_1,:oid]
+command
algebra.mark(b:bat[:any_1,:any_2],nr_parts:int,part_nr:int):bat[:any_1,:oid]
address ALGtmarkp;
comment Produces a BAT with fresh unique dense sequense of OIDs in the
tail that starts at base (i.e. [base,..base+b.count()-1] ). The base is
uniquely defined by the part_nr (ie we set the highest bits based on the
part_nr/nr_parts)
-command algebra.markT(b:bat[:any_1,:any_2]):bat[:any_1,:oid]
+command algebra.mark(b:bat[:any_1,:any_2]):bat[:any_1,:oid]
address ALGtmark_default;
comment Produces a BAT with fresh unique OIDs in the tail starting at 0@0.
-command algebra.markT(b:bat[:any_1,:any_2],base:oid):bat[:any_1,:oid]
+command algebra.mark(b:bat[:any_1,:any_2],base:oid):bat[:any_1,:oid]
address ALGtmark;
comment Produces a BAT with fresh unique dense sequense of OIDs in
the tail that starts at base (i.e. [base,..base+b.count()-1] ).
@@ -3342,6 +3338,10 @@ command batsql.dec_round(v:bat[:oid,:lng
address lng_bat_dec_round_wrap;
comment round off the value v to nearests multiple of r
+command batsql.dec_round(v:bat[:oid,:wrd],r:wrd):bat[:oid,:wrd]
+address wrd_bat_dec_round_wrap;
+comment round off the value v to nearests multiple of r
+
command batsql.dec_round(v:bat[:oid,:int],r:int):bat[:oid,:int]
address int_bat_dec_round_wrap;
comment round off the value v to nearests multiple of r
@@ -3374,6 +3374,10 @@ command batsql.round(v:bat[:oid,:lng],d:
address lng_bat_round_wrap;
comment round off the decimal v(d,s) to r digits behind the dot (if r < 0,
before the dot)
+command batsql.round(v:bat[:oid,:wrd],d:int,s:int,r:bte):bat[:oid,:wrd]
+address wrd_bat_round_wrap;
+comment round off the decimal v(d,s) to r digits behind the dot (if r < 0,
before the dot)
+
command batsql.round(v:bat[:oid,:int],d:int,s:int,r:bte):bat[:oid,:int]
address int_bat_round_wrap;
comment round off the decimal v(d,s) to r digits behind the dot (if r < 0,
before the dot)
@@ -3470,6 +3474,10 @@ command batcolor.value(c:bat[:oid,:color
address CLRbatValueInt;
comment Extracts value component from a color atom
+command
batcolor.ycc(y:bat[:oid,:flt],cr:bat[:oid,:flt],cb:bat[:oid,:flt]):bat[:oid,:color]
+address CLRbatycc;
+comment Converts an YCC triplets to a color atom
+
command batstr.endsWith(s:bat[:oid,:str],suffix:str):bat[:oid,:bit]
address STRbatSuffixcst;
comment Suffix check.
@@ -40145,6 +40153,22 @@ command batcalc.wrd(v:bat[:oid,:flt],dig
address batflt_num2dec_wrd;
comment cast number to decimal(wrd) and check for overflow
+command batcalc.wrd(v:bat[:oid,:str],digits:int,scale:int):bat[:oid,:wrd]
+address batstr_2dec_wrd;
+comment cast to dec(wrd) and check for overflow
+
+command batcalc.wrd(v:bat[:oid,:str],digits:int):bat[:oid,:wrd]
+address batstr_2num_wrd;
+comment cast to wrd and check for overflow
+
+command batcalc.wrd(v:bat[:oid,:oid],digits:int,scale:int):bat[:oid,:wrd]
+address batnil_2dec_wrd;
+comment cast to dec(wrd) and check for overflow
+
+command batcalc.wrd(v:bat[:oid,:oid],digits:int):bat[:oid,:wrd]
+address batnil_2num_wrd;
+comment cast to wrd and check for overflow
+
pattern batcalc.wrd_noerror(b:bat[:oid,:str],s:bat[:oid,:oid]):bat[:oid,:wrd]
address CMDconvert_wrd;
comment cast from str to wrd with candidates list
@@ -40531,6 +40555,10 @@ command batmtime.seconds(d:bat[:oid,:day
address MTIMEdaytime_extract_seconds_bulk;
command batmtime.year(d:bat[:oid,:date]):bat[:oid,:int]
address MTIMEdate_extract_year_bulk;
+command batmkey.hash(b:bat[:oid,:any_1]):bat[:oid,:wrd]
+address MKEYbathash;
+comment calculate a hash value
+
command bat.append(i:bat[:any_1,:any_2],u:any_2,force:bit):bat[:any_1,:any_2]
address BKCappend_val_force_wrap;
comment append the value u to i
@@ -40563,10 +40591,6 @@ command bat.delete(b:bat[:any_1,:any_2],
address BKCdelete_bat_bun;
comment Delete from the first BAT all BUNs with a corresponding BUN in
the second.
-command
bat.deleteHead(b:bat[:any_1,:any_2],src:bat[:any_1,:any]):bat[:any_1,:any_2]
-address BKCdelete_bat;
-comment Delete from the first BAT all BUNs with a corresponding head
in the second.
-
command bat.delete(b:bat[:any_1,:any_2]):bat[:any_1,:any_2]
address BKCdelete_all;
comment Delete all BUNs in a BAT.
@@ -40851,7 +40875,11 @@ command bat.shrink(b:bat[:oid,:any_1],de
address BKCshrinkBAT;
comment Shrink the BAT based on a list of entries identified as to-be-deleted
-command bat.setHash(b:bat[:oid,:any_2],prop:bit):bit
+command bat.setImprints(b:bat[:oid,:any_2]):bit
+address BKCsetImprints;
+comment Create n imprints structure on the column
+
+command bat.setHash(b:bat[:oid,:any_2]):bit
address BKCsetHash;
comment Create a hash structure on the column
@@ -48566,6 +48594,10 @@ command calc.second_interval(sc:int,v:ln
address lng_dec2second_interval;
comment cast lng decimal to a second_interval
+command calc.second_interval(sc:int,v:wrd,ek:int,sk:int):lng
+address wrd_dec2second_interval;
+comment cast wrd decimal to a second_interval
+
command calc.second_interval(sc:int,v:int,ek:int,sk:int):lng
address int_dec2second_interval;
comment cast int decimal to a second_interval
@@ -49151,6 +49183,22 @@ command calc.wrd(v:flt,digits:int,scale:
address flt_num2dec_wrd;
comment cast number to decimal(wrd) and check for overflow
+command calc.wrd(v:str,digits:int,scale:int):wrd
+address str_2dec_wrd;
+comment cast to dec(wrd) and check for overflow
+
+command calc.wrd(v:str,digits:int):wrd
+address str_2num_wrd;
+comment cast to wrd and check for overflow
+
+command calc.wrd(v:void,digits:int,scale:int):wrd
+address nil_2dec_wrd;
+comment cast to dec(wrd) and check for overflow
+
+command calc.wrd(v:void,digits:int):wrd
+address nil_2num_wrd;
+comment cast to wrd and check for overflow
+
command calc.wkb(v:wkb):wkb
address wkbFromWKB;
command calc.wkb{unsafe}(v:str):wkb
@@ -51001,31 +51049,45 @@ comment post: [:xor=]([:rotate=](h, nbit
command mkey.hash(v:hge):wrd
address MKEYhash_hge;
-command mkey.hash(b:bat[:oid,:any_1]):bat[:oid,:wrd]
-address MKEYbathash;
+pattern mkey.hash(v:str):wrd
+address MKEYhash;
comment calculate a hash value
-command mkey.hash(v:str):wrd
-address MKEYhash_str;
-command mkey.hash(v:lng):wrd
-address MKEYhash_lng;
-command mkey.hash(v:dbl):wrd
-address MKEYhash_dbl;
-command mkey.hash(v:wrd):wrd
-address MKEYhash_wrd;
-command mkey.hash(v:flt):wrd
-address MKEYhash_flt;
-command mkey.hash(v:int):wrd
-address MKEYhash_int;
-command mkey.hash(v:sht):wrd
-address MKEYhash_sht;
-command mkey.hash(v:bte):wrd
-address MKEYhash_bte;
-command mkey.hash(v:bit):wrd
-address MKEYhash_bte;
+pattern mkey.hash(v:lng):wrd
+address MKEYhash;
+comment calculate a hash value
+
+pattern mkey.hash(v:dbl):wrd
+address MKEYhash;
+comment calculate a hash value
+
+pattern mkey.hash(v:wrd):wrd
+address MKEYhash;
+comment calculate a hash value
+
+pattern mkey.hash(v:flt):wrd
+address MKEYhash;
+comment calculate a hash value
+
+pattern mkey.hash(v:int):wrd
+address MKEYhash;
+comment calculate a hash value
+
+pattern mkey.hash(v:sht):wrd
+address MKEYhash;
+comment calculate a hash value
+
+pattern mkey.hash(v:bte):wrd
+address MKEYhash;
+comment calculate a hash value
+
+pattern mkey.hash(v:bit):wrd
+address MKEYhash;
+comment calculate a hash value
+
pattern mkey.hash(v:any):wrd
address MKEYhash;
-comment compute a hash int number from any value
+comment calculate a hash value
command mkey.rotate(v:wrd,nbits:int):wrd
address MKEYrotate;
@@ -51142,7 +51204,7 @@ comment The pow(x,y) function returns t
command mmath.pow(x:flt,y:flt):flt
address MATHbinary_POWflt;
command mmath.rand{unsafe}(v:int):int
-address MATHrandintseed;
+address MATHrandintarg;
comment return a random number
command mmath.rand{unsafe}():int
@@ -51495,10 +51557,18 @@ comment Subtract seconds from a time
command mtime.timestamp(t:timestamp):timestamp
address MTIMEtimestamp2timestamp;
+command mtime.timestamp_add_month_interval(t:timestamp,s:lng):timestamp
+address MTIMEtimestamp_add_month_interval_lng_wrap;
+comment Add months to a timestamp
+
command mtime.timestamp_add_month_interval(t:timestamp,s:int):timestamp
address MTIMEtimestamp_add_month_interval_wrap;
comment Add months to a timestamp
+command mtime.timestamp_sub_month_interval(t:timestamp,s:lng):timestamp
+address MTIMEtimestamp_sub_month_interval_lng_wrap;
+comment Subtract months from a timestamp
+
command mtime.timestamp_sub_month_interval(t:timestamp,s:int):timestamp
address MTIMEtimestamp_sub_month_interval_wrap;
comment Subtract months from a timestamp
@@ -52455,6 +52525,10 @@ command sql.dec_round(v:lng,r:lng):lng
address lng_dec_round_wrap;
comment round off the value v to nearests multiple of r
+command sql.dec_round(v:wrd,r:wrd):wrd
+address wrd_dec_round_wrap;
+comment round off the value v to nearests multiple of r
+
command sql.dec_round(v:int,r:int):int
address int_dec_round_wrap;
comment round off the value v to nearests multiple of r
@@ -52671,6 +52745,10 @@ command sql.round(v:lng,d:int,s:int,r:bt
address lng_round_wrap;
comment round off the decimal v(d,s) to r digits behind the dot (if r < 0,
before the dot)
+command sql.round(v:wrd,d:int,s:int,r:bte):wrd
+address wrd_round_wrap;
+comment round off the decimal v(d,s) to r digits behind the dot (if r < 0,
before the dot)
+
command sql.round(v:int,d:int,s:int,r:bte):int
address int_round_wrap;
comment round off the decimal v(d,s) to r digits behind the dot (if r < 0,
before the dot)
diff --git a/clients/Tests/MAL-signatures_fits_geom.stable.out
b/clients/Tests/MAL-signatures_fits_geom.stable.out
--- a/clients/Tests/MAL-signatures_fits_geom.stable.out
+++ b/clients/Tests/MAL-signatures_fits_geom.stable.out
@@ -2747,6 +2747,10 @@ command batsql.dec_round(v:bat[:oid,:wrd
address wrd_bat_dec_round_wrap;
comment round off the value v to nearests multiple of r
+command batsql.dec_round(v:bat[:oid,:wrd],r:wrd):bat[:oid,:wrd]
+address wrd_bat_dec_round_wrap;
+comment round off the value v to nearests multiple of r
+
command batsql.dec_round(v:bat[:oid,:int],r:int):bat[:oid,:int]
address int_bat_dec_round_wrap;
comment round off the value v to nearests multiple of r
@@ -2779,6 +2783,10 @@ command batsql.round(v:bat[:oid,:wrd],d:
address wrd_bat_round_wrap;
comment round off the decimal v(d,s) to r digits behind the dot (if r < 0,
before the dot)
+command batsql.round(v:bat[:oid,:wrd],d:int,s:int,r:bte):bat[:oid,:wrd]
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