Changeset: a91675a2eb8d for MonetDB
URL: https://dev.monetdb.org/hg/MonetDB?cmd=changeset;node=a91675a2eb8d
Added Files:
ctest/tools/monetdbe/CMakeLists.txt
ctest/tools/monetdbe/backup.c
ctest/tools/monetdbe/example1.c
ctest/tools/monetdbe/example2.c
ctest/tools/monetdbe/example_append.c
ctest/tools/monetdbe/example_blob.c
ctest/tools/monetdbe/example_connections.c
ctest/tools/monetdbe/example_decimals.c
ctest/tools/monetdbe/example_temporal.c
ctest/tools/monetdbe/mapi.c
ctest/tools/monetdbe/mapi.h
documentation/embedded/authors.rst
documentation/embedded/conf.py
documentation/embedded/dev_notes.rst
documentation/embedded/examples.rst
documentation/embedded/index.rst
documentation/embedded/installation.rst
documentation/embedded/introduction.rst
documentation/embedded/monetdbe_api.rst
sql/test/SQLancer/Tests/SingleServer
tools/monetdbe/CMakeLists.txt
tools/monetdbe/monetdbe.c
tools/monetdbe/monetdbe.h
Modified Files:
clients/Tests/MAL-signatures.stable.out
clients/Tests/MAL-signatures.stable.out.int128
clients/Tests/exports.stable.out
clients/mapilib/monetdb-mapi.pc.in
cmake/Modules/FindLZ4.cmake
cmake/monetdb-findpackages.cmake
common/options/CMakeLists.txt
common/stream/CMakeLists.txt
common/stream/monetdb-stream.pc.in
ctest/cmake/detect-iconv.cmake
ctest/tools/CMakeLists.txt
ctest/tools/embedded/backup.c
ctest/tools/embedded/example1.c
ctest/tools/embedded/example2.c
ctest/tools/embedded/example_append.c
ctest/tools/embedded/example_blob.c
ctest/tools/embedded/example_connections.c
ctest/tools/embedded/example_decimals.c
ctest/tools/embedded/example_temporal.c
ctest/tools/embedded/mapi.c
ctest/tools/embedded/mapi.h
gdk/gdk_cross.c
gdk/gdk_join.c
gdk/gdk_select.c
gdk/gdk_utils.c
gdk/monetdb-gdk.pc.in
geom/lib/CMakeLists.txt
geom/monetdb5/CMakeLists.txt
monetdb5/mal/CMakeLists.txt
monetdb5/modules/atoms/str.c
monetdb5/modules/kernel/algebra.c
monetdb5/modules/kernel/algebra.h
monetdb5/modules/kernel/algebra.mal
monetdb5/modules/mal/mal_io.c
monetdb5/modules/mal/pcre.c
monetdb5/modules/mal/pcre.mal
monetdb5/modules/mal/tablet.c
monetdb5/optimizer/opt_mergetable.c
monetdb5/optimizer/opt_postfix.c
monetdb5/optimizer/opt_prelude.c
monetdb5/optimizer/opt_prelude.h
monetdb5/optimizer/opt_profiler.c
monetdb5/optimizer/opt_support.c
monetdb5/tools/CMakeLists.txt
monetdb5/tools/monetdb5.pc.in
sql/backends/monet5/CMakeLists.txt
sql/backends/monet5/rel_bin.c
sql/backends/monet5/sql_result.c
sql/backends/monet5/sql_statement.c
sql/server/rel_optimizer.c
sql/server/rel_rewriter.c
sql/server/rel_select.c
sql/server/rel_unnest.c
sql/server/sql_parser.y
sql/test/BugTracker-2017/Tests/date-arithmetic.Bug-6415.sql
sql/test/SQLancer/Tests/sqlancer01.sql
sql/test/SQLancer/Tests/sqlancer01.stable.out
sql/test/emptydb-upgrade-chain/Tests/upgrade.stable.out.int128
sql/test/emptydb-upgrade-chain/Tests/upgrade.stable.out.ppc64
sql/test/emptydb-upgrade/Tests/upgrade.stable.out.int128
sql/test/subquery/Tests/subquery6.sql
sql/test/subquery/Tests/subquery6.stable.out
sql/test/sys-schema/Tests/systemfunctions.stable.out
sql/test/sys-schema/Tests/systemfunctions.stable.out.int128
sql/test/testdb-upgrade-chain/Tests/upgrade.stable.out.int128
sql/test/testdb-upgrade/Tests/upgrade.stable.out.int128
testing/Mtest.py.in
tools/CMakeLists.txt
tools/embedded/monetdb_embedded.c
tools/embedded/monetdb_embedded.h
Branch: unlock
Log Message:
Merge with default branch.
diffs (truncated from 90418 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
@@ -64,10969 +64,6816 @@ stdout of test 'MAL-signatures` in direc
% .%1, .%1, .%1, .%1, .%1 # table_name
% module, function, signature, address, comment # name
% clob, clob, clob, clob, clob # type
-% 12, 28, 364, 42, 874 # length
-[ "aggr", "allnotequal", "command aggr.allnotequal(l:bat[:any_1],
r:bat[:any_1]):bit ", "SQLallnotequal;", "if all values in r are not
equal to l return true, else if r has nil nil else false" ]
-[ "aggr", "anyequal", "pattern aggr.anyequal(l:any_1, r:any_1):bit ",
"CMDvarEQ;", "" ]
-[ "aggr", "anyequal", "command aggr.anyequal(l:bat[:any_1],
r:bat[:any_1]):bit ", "SQLanyequal;", "if any value in r is equal to l
return true, else if r has nil nil else false" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRavg13_dbl;", "Grouped tail average on
bte" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRavg13_dbl;", "Grouped tail average on
dbl" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRavg13_dbl;", "Grouped tail average on
flt" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:int], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRavg13_dbl;", "Grouped tail average on
int" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRavg13_dbl;", "Grouped tail average on
lng" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRavg13_dbl;", "Grouped tail average on
sht" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], scale:int):bat[:dbl] ", "AGGRavg14_dbl;", "Grouped
tail average on bte" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], scale:int):bat[:dbl] ", "AGGRavg14_dbl;", "Grouped
tail average on dbl" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], scale:int):bat[:dbl] ", "AGGRavg14_dbl;", "Grouped
tail average on flt" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], scale:int):bat[:dbl] ", "AGGRavg14_dbl;", "Grouped
tail average on int" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], scale:int):bat[:dbl] ", "AGGRavg14_dbl;", "Grouped
tail average on lng" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], scale:int):bat[:dbl] ", "AGGRavg14_dbl;", "Grouped
tail average on sht" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg23_dbl;",
"Grouped tail average on bte, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1]) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg23_dbl;",
"Grouped tail average on dbl, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1]) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg23_dbl;",
"Grouped tail average on flt, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:int], g:bat[:oid],
e:bat[:any_1]) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg23_dbl;",
"Grouped tail average on int, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1]) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg23_dbl;",
"Grouped tail average on lng, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1]) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg23_dbl;",
"Grouped tail average on sht, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], scale:int) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg24_dbl;",
"Grouped tail average on bte, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], scale:int) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg24_dbl;",
"Grouped tail average on dbl, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], scale:int) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg24_dbl;",
"Grouped tail average on flt, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], scale:int) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg24_dbl;",
"Grouped tail average on int, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], scale:int) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg24_dbl;",
"Grouped tail average on lng, also returns count" ]
-[ "aggr", "avg", "command aggr.avg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], scale:int) (X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRavg24_dbl;",
"Grouped tail average on sht, also returns count" ]
-[ "aggr", "avg", "pattern aggr.avg(b:bat[:any_2]):dbl ", "CMDcalcavg;",
"Gives the avg of all tail values" ]
-[ "aggr", "avg", "pattern aggr.avg(b:bat[:any_2], scale:int):dbl ",
"CMDcalcavg;", "Gives the avg of all tail values" ]
-[ "aggr", "cardinality", "command aggr.cardinality(b:bat[:any_2]):lng ",
"ALGcard;", "Return the cardinality of the BAT tail values." ]
-[ "aggr", "corr", "command aggr.corr(b1:bat[:bte], b2:bat[:bte],
g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcorr;", "Correlation
aggregate" ]
-[ "aggr", "corr", "command aggr.corr(b1:bat[:dbl], b2:bat[:dbl],
g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcorr;", "Correlation
aggregate" ]
-[ "aggr", "corr", "command aggr.corr(b1:bat[:flt], b2:bat[:flt],
g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcorr;", "Correlation
aggregate" ]
-[ "aggr", "corr", "command aggr.corr(b1:bat[:int], b2:bat[:int],
g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcorr;", "Correlation
aggregate" ]
-[ "aggr", "corr", "command aggr.corr(b1:bat[:lng], b2:bat[:lng],
g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcorr;", "Correlation
aggregate" ]
-[ "aggr", "corr", "command aggr.corr(b1:bat[:sht], b2:bat[:sht],
g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcorr;", "Correlation
aggregate" ]
-[ "aggr", "corr", "command aggr.corr(b1:bat[:any_2], b2:bat[:any_2]):dbl
", "ALGcorr;", "Gives the correlation of all tail values" ]
-[ "aggr", "count", "command aggr.count(b:bat[:any_1], g:bat[:oid],
e:bat[:any_2], ignorenils:bit):bat[:lng] ", "AGGRcount3;", "" ]
-[ "aggr", "count", "command aggr.count(b:bat[:any_1], g:bat[:oid],
e:bat[:any_2]):bat[:lng] ", "AGGRcount3nils;", "Grouped count" ]
-[ "aggr", "count", "command aggr.count(b:bat[:any],
cnd:bat[:oid]):lng ", "ALGcountCND_bat;", "Return the current size (in
number of elements) in a BAT." ]
-[ "aggr", "count", "command aggr.count(b:bat[:any], cnd:bat[:oid],
ignore_nils:bit):lng ", "ALGcountCND_nil;", "Return the number of elements
currently in a BAT ignores\n\t\tBUNs with nil-tail iff ignore_nils==TRUE."
]
-[ "aggr", "count", "command aggr.count(b:bat[:any]):lng ",
"ALGcount_bat;", "Return the current size (in number of elements) in a
BAT." ]
-[ "aggr", "count", "command aggr.count(b:bat[:any],
ignore_nils:bit):lng ", "ALGcount_nil;", "Return the number of
elements currently in a BAT ignores\n\t\tBUNs with nil-tail iff
ignore_nils==TRUE." ]
-[ "aggr", "count_no_nil", "command aggr.count_no_nil(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2]):bat[:lng] ", "AGGRcount3nonils;", "" ]
-[ "aggr", "count_no_nil", "command aggr.count_no_nil(b:bat[:any_2],
cnd:bat[:oid]):lng ", "ALGcountCND_no_nil;", "Return the number of elements
currently\n\tin a BAT ignoring BUNs with nil-tail" ]
-[ "aggr", "count_no_nil", "command aggr.count_no_nil(b:bat[:any_2]):lng
", "ALGcount_no_nil;", "Return the number of elements
currently\n\tin a BAT ignoring BUNs with nil-tail" ]
-[ "aggr", "covariance", "command aggr.covariance(b1:bat[:bte],
b2:bat[:bte], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariance;",
"Covariance sample aggregate" ]
-[ "aggr", "covariance", "command aggr.covariance(b1:bat[:dbl],
b2:bat[:dbl], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariance;",
"Covariance sample aggregate" ]
-[ "aggr", "covariance", "command aggr.covariance(b1:bat[:flt],
b2:bat[:flt], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariance;",
"Covariance sample aggregate" ]
-[ "aggr", "covariance", "command aggr.covariance(b1:bat[:int],
b2:bat[:int], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariance;",
"Covariance sample aggregate" ]
-[ "aggr", "covariance", "command aggr.covariance(b1:bat[:lng],
b2:bat[:lng], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariance;",
"Covariance sample aggregate" ]
-[ "aggr", "covariance", "command aggr.covariance(b1:bat[:sht],
b2:bat[:sht], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariance;",
"Covariance sample aggregate" ]
-[ "aggr", "covariance", "command aggr.covariance(b1:bat[:any_2],
b2:bat[:any_2]):dbl ", "ALGcovariance;", "Gives the covariance of all
tail values" ]
-[ "aggr", "covariancep", "command aggr.covariancep(b1:bat[:bte],
b2:bat[:bte], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariancep;",
"Covariance population aggregate" ]
-[ "aggr", "covariancep", "command aggr.covariancep(b1:bat[:dbl],
b2:bat[:dbl], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariancep;",
"Covariance population aggregate" ]
-[ "aggr", "covariancep", "command aggr.covariancep(b1:bat[:flt],
b2:bat[:flt], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariancep;",
"Covariance population aggregate" ]
-[ "aggr", "covariancep", "command aggr.covariancep(b1:bat[:int],
b2:bat[:int], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariancep;",
"Covariance population aggregate" ]
-[ "aggr", "covariancep", "command aggr.covariancep(b1:bat[:lng],
b2:bat[:lng], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariancep;",
"Covariance population aggregate" ]
-[ "aggr", "covariancep", "command aggr.covariancep(b1:bat[:sht],
b2:bat[:sht], g:bat[:oid], e:bat[:any_1]):bat[:dbl] ", "AGGRcovariancep;",
"Covariance population aggregate" ]
-[ "aggr", "covariancep", "command aggr.covariancep(b1:bat[:any_2],
b2:bat[:any_2]):dbl ", "ALGcovariancep;", "Gives the covariance of
all tail values" ]
-[ "aggr", "exist", "command aggr.exist(b:bat[:any_2], h:any_1):bit
", "ALGexist;", "" ]
-[ "aggr", "exist", "command aggr.exist(b:bat[:any_2]):bit ",
"SQLexist;", "" ]
-[ "aggr", "exist", "pattern aggr.exist(v:any_2):bit ",
"SQLexist_val;", "" ]
-[ "aggr", "jsonaggr", "command aggr.jsonaggr(val:bat[:dbl]):str ",
"JSONgroupStr;", "Aggregate the double values to array." ]
-[ "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", "median_avg", "command aggr.median_avg(b:bat[:any_1]):dbl ",
"AGGRmedian_avg;", "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", "not_anyequal", "pattern aggr.not_anyequal(l:any_1,
r:any_1):bit ", "CMDvarNE;", "" ]
-[ "aggr", "not_exist", "command aggr.not_exist(b:bat[:any_2]):bit ",
"SQLnot_exist;", "" ]
-[ "aggr", "not_exist", "pattern aggr.not_exist(v:any_2):bit ",
"SQLnot_exist_val;", "" ]
-[ "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" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:flt], g:bat[:oid],
e:bat[:any_1]):bat[:flt] ", "AGGRprod3_flt;", "Grouped tail
product on flt" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]):bat[:int] ", "AGGRprod3_int;", "Grouped tail
product on bte" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:int], g:bat[:oid],
e:bat[:any_1]):bat[:int] ", "AGGRprod3_int;", "Grouped tail
product on int" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:sht], g:bat[:oid],
e:bat[:any_1]):bat[:int] ", "AGGRprod3_int;", "Grouped tail
product on sht" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]):bat[:lng] ", "AGGRprod3_lng;", "Grouped tail
product on bte" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:int], g:bat[:oid],
e:bat[:any_1]):bat[:lng] ", "AGGRprod3_lng;", "Grouped tail
product on int" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:lng], g:bat[:oid],
e:bat[:any_1]):bat[:lng] ", "AGGRprod3_lng;", "Grouped tail
product on lng" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:sht], g:bat[:oid],
e:bat[:any_1]):bat[:lng] ", "AGGRprod3_lng;", "Grouped tail
product on sht" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]):bat[:sht] ", "AGGRprod3_sht;", "Grouped tail
product on bte" ]
-[ "aggr", "prod", "command aggr.prod(b:bat[:sht], g:bat[:oid],
e:bat[:any_1]):bat[:sht] ", "AGGRprod3_sht;", "Grouped tail
product on sht" ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte]):bte ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte]):dbl ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte]):int ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte]):lng ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte]):sht ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], nil_if_empty:bit):bte
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], nil_if_empty:bit):dbl
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], nil_if_empty:bit):int
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], nil_if_empty:bit):lng
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], nil_if_empty:bit):sht
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid]):bte ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid]):dbl ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid]):int ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid]):lng ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid]):sht ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid],
nil_if_empty:bit):bte ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid],
nil_if_empty:bit):dbl ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid],
nil_if_empty:bit):int ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid],
nil_if_empty:bit):lng ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:bte], s:bat[:oid],
nil_if_empty:bit):sht ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:dbl]):dbl ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:dbl], nil_if_empty:bit):dbl
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:dbl], s:bat[:oid]):dbl ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:dbl], s:bat[:oid],
nil_if_empty:bit):dbl ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt]):dbl ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt]):flt ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt], nil_if_empty:bit):dbl
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt], nil_if_empty:bit):flt
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt], s:bat[:oid]):dbl ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt], s:bat[:oid]):flt ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt], s:bat[:oid],
nil_if_empty:bit):dbl ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:flt], s:bat[:oid],
nil_if_empty:bit):flt ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int]):dbl ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int]):int ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int]):lng ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], nil_if_empty:bit):dbl
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], nil_if_empty:bit):int
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], nil_if_empty:bit):lng
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], s:bat[:oid]):dbl ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], s:bat[:oid]):int ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], s:bat[:oid]):lng ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], s:bat[:oid],
nil_if_empty:bit):dbl ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], s:bat[:oid],
nil_if_empty:bit):int ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:int], s:bat[:oid],
nil_if_empty:bit):lng ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng]):dbl ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng]):lng ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng], nil_if_empty:bit):dbl
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng], nil_if_empty:bit):lng
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng], s:bat[:oid]):dbl ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng], s:bat[:oid]):lng ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng], s:bat[:oid],
nil_if_empty:bit):dbl ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:lng], s:bat[:oid],
nil_if_empty:bit):lng ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht]):dbl ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht]):int ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht]):lng ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht]):sht ", "CMDBATprod;",
"Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], nil_if_empty:bit):dbl
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], nil_if_empty:bit):int
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], nil_if_empty:bit):lng
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], nil_if_empty:bit):sht
", "CMDBATprod;", "Calculate aggregate product of B." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid]):dbl ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid]):int ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid]):lng ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid]):sht ",
"CMDBATprod;", "Calculate aggregate product of B with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid],
nil_if_empty:bit):dbl ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid],
nil_if_empty:bit):int ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid],
nil_if_empty:bit):lng ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "prod", "pattern aggr.prod(b:bat[:sht], s:bat[:oid],
nil_if_empty:bit):sht ", "CMDBATprod;", "Calculate aggregate product of B
with candidate list." ]
-[ "aggr", "quantile", "command aggr.quantile(b:bat[:any_1],
q:bat[:dbl]):any_1 ", "AGGRquantile;", "Quantile aggregate" ]
-[ "aggr", "quantile_avg", "command aggr.quantile_avg(b:bat[:any_1],
q:bat[:dbl]):dbl ", "AGGRquantile_avg;", "Quantile aggregate" ]
-[ "aggr", "stdev", "command aggr.stdev(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdev3_dbl;", "Grouped tail
standard deviation (sample/non-biased) on bte" ]
-[ "aggr", "stdev", "command aggr.stdev(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdev3_dbl;", "Grouped tail
standard deviation (sample/non-biased) on dbl" ]
-[ "aggr", "stdev", "command aggr.stdev(b:bat[:flt], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdev3_dbl;", "Grouped tail
standard deviation (sample/non-biased) on flt" ]
-[ "aggr", "stdev", "command aggr.stdev(b:bat[:int], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdev3_dbl;", "Grouped tail
standard deviation (sample/non-biased) on int" ]
-[ "aggr", "stdev", "command aggr.stdev(b:bat[:lng], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdev3_dbl;", "Grouped tail
standard deviation (sample/non-biased) on lng" ]
-[ "aggr", "stdev", "command aggr.stdev(b:bat[:sht], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdev3_dbl;", "Grouped tail
standard deviation (sample/non-biased) on sht" ]
-[ "aggr", "stdev", "command aggr.stdev(b:bat[:any_2]):dbl ",
"ALGstdev;", "Gives the standard deviation of all tail values" ]
-[ "aggr", "stdevp", "command aggr.stdevp(b:bat[:bte], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdevp3_dbl;", "Grouped tail standard
deviation (population/biased) on bte" ]
-[ "aggr", "stdevp", "command aggr.stdevp(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdevp3_dbl;", "Grouped tail standard
deviation (population/biased) on dbl" ]
-[ "aggr", "stdevp", "command aggr.stdevp(b:bat[:flt], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdevp3_dbl;", "Grouped tail standard
deviation (population/biased) on flt" ]
-[ "aggr", "stdevp", "command aggr.stdevp(b:bat[:int], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdevp3_dbl;", "Grouped tail standard
deviation (population/biased) on int" ]
-[ "aggr", "stdevp", "command aggr.stdevp(b:bat[:lng], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdevp3_dbl;", "Grouped tail standard
deviation (population/biased) on lng" ]
-[ "aggr", "stdevp", "command aggr.stdevp(b:bat[:sht], g:bat[:oid],
e:bat[:any_1]):bat[:dbl] ", "AGGRstdevp3_dbl;", "Grouped tail standard
deviation (population/biased) on sht" ]
-[ "aggr", "stdevp", "command aggr.stdevp(b:bat[:any_2]):dbl ",
"ALGstdevp;", "Gives the standard deviation of all tail values" ]
-[ "aggr", "str_group_concat", "command
aggr.str_group_concat(b:bat[:str], g:bat[:oid], e:bat[:any_1]):bat[:str] ",
"AGGRstr_group_concat;", "Grouped string tail concat" ]
-[ "aggr", "str_group_concat", "command
aggr.str_group_concat(b:bat[:str], sep:bat[:str], g:bat[:oid],
e:bat[:any_1]):bat[:str] ", "AGGRstr_group_concat_sep;", "Grouped string
tail concat with custom separator" ]
-[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str]):str ", "CMDBATstr_group_concat;",
"Calculate aggregate string concatenate of B." ]
-[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str], nil_if_empty:bit):str ",
"CMDBATstr_group_concat;", "Calculate aggregate string concatenate of B."
]
-[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str], s:bat[:oid]):str ",
"CMDBATstr_group_concat;", "Calculate aggregate string concatenate of B
with candidate list." ]
-[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str], s:bat[:oid], nil_if_empty:bit):str ",
"CMDBATstr_group_concat;", "Calculate aggregate string concatenate of B
with candidate list." ]
-[ "aggr", "str_group_concat", "pattern
aggr.str_group_concat(b:bat[:str], sep:bat[:str]):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], 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" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], 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[:lng], 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[:sht], 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[:bte], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1cand_dbl;", "Grouped average aggregate with candidates list"
]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1cand_dbl;", "Grouped average aggregate with candidates list"
]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1cand_dbl;", "Grouped average aggregate with candidates list"
]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1cand_dbl;", "Grouped average aggregate with candidates list"
]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1cand_dbl;", "Grouped average aggregate with candidates list"
]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubavg1cand_dbl;", "Grouped average aggregate with candidates list"
]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int):bat[:dbl] ",
"AGGRsubavg1s_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, scale:int):bat[:dbl] ",
"AGGRsubavg1s_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, scale:int):bat[:dbl] ",
"AGGRsubavg1s_dbl;", "Grouped average aggregate" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int):bat[:dbl] ",
"AGGRsubavg1s_dbl;", "Grouped average aggregate" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int):bat[:dbl] ",
"AGGRsubavg1s_dbl;", "Grouped average aggregate" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int):bat[:dbl] ",
"AGGRsubavg1s_dbl;", "Grouped average aggregate" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit,
scale:int):bat[:dbl] ", "AGGRsubavg1scand_dbl;", "Grouped average
aggregate with candidates list" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit,
scale:int):bat[:dbl] ", "AGGRsubavg1scand_dbl;", "Grouped average
aggregate with candidates list" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit,
scale:int):bat[:dbl] ", "AGGRsubavg1scand_dbl;", "Grouped average
aggregate with candidates list" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit,
scale:int):bat[:dbl] ", "AGGRsubavg1scand_dbl;", "Grouped average
aggregate with candidates list" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit,
scale:int):bat[:dbl] ", "AGGRsubavg1scand_dbl;", "Grouped average
aggregate with candidates list" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit,
scale:int):bat[:dbl] ", "AGGRsubavg1scand_dbl;", "Grouped average
aggregate with candidates list" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2cand_dbl;", "Grouped average aggregate with
candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2cand_dbl;", "Grouped average aggregate with
candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2cand_dbl;", "Grouped average aggregate with
candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2cand_dbl;", "Grouped average aggregate with
candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2cand_dbl;", "Grouped average aggregate with
candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2cand_dbl;", "Grouped average aggregate with
candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2s_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2s_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2s_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2s_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2s_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit, scale:int) (X_0:bat[:dbl],
X_1:bat[:lng]) ", "AGGRsubavg2s_dbl;", "Grouped average aggregate, also
returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit, scale:int)
(X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRsubavg2scand_dbl;", "Grouped
average aggregate with candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:dbl], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit, scale:int)
(X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRsubavg2scand_dbl;", "Grouped
average aggregate with candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:flt], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit, scale:int)
(X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRsubavg2scand_dbl;", "Grouped
average aggregate with candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:int], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit, scale:int)
(X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRsubavg2scand_dbl;", "Grouped
average aggregate with candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:lng], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit, scale:int)
(X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRsubavg2scand_dbl;", "Grouped
average aggregate with candidates list, also returns count" ]
-[ "aggr", "subavg", "command aggr.subavg(b:bat[:sht], g:bat[:oid],
e:bat[:any_1], s:bat[:oid], skip_nils:bit, abort_on_error:bit, scale:int)
(X_0:bat[:dbl], X_1:bat[:lng]) ", "AGGRsubavg2scand_dbl;", "Grouped
average aggregate with candidates list, also returns count" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:bte],
b2:bat[:bte], g:bat[:oid], e:bat[:any_1], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorr;", "Grouped correlation
aggregate" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:dbl],
b2:bat[:dbl], g:bat[:oid], e:bat[:any_1], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorr;", "Grouped correlation
aggregate" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:flt],
b2:bat[:flt], g:bat[:oid], e:bat[:any_1], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorr;", "Grouped correlation
aggregate" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:int],
b2:bat[:int], g:bat[:oid], e:bat[:any_1], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorr;", "Grouped correlation
aggregate" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:lng],
b2:bat[:lng], g:bat[:oid], e:bat[:any_1], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorr;", "Grouped correlation
aggregate" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:sht],
b2:bat[:sht], g:bat[:oid], e:bat[:any_1], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorr;", "Grouped correlation
aggregate" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:bte],
b2:bat[:bte], g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorrcand;", "Grouped
correlation aggregate with candidate list" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:dbl],
b2:bat[:dbl], g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorrcand;", "Grouped
correlation aggregate with candidate list" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:flt],
b2:bat[:flt], g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorrcand;", "Grouped
correlation aggregate with candidate list" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:int],
b2:bat[:int], g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorrcand;", "Grouped
correlation aggregate with candidate list" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:lng],
b2:bat[:lng], g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorrcand;", "Grouped
correlation aggregate with candidate list" ]
-[ "aggr", "subcorr", "command aggr.subcorr(b1:bat[:sht],
b2:bat[:sht], g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit,
abort_on_error:bit):bat[:dbl] ", "AGGRsubcorrcand;", "Grouped
correlation aggregate with candidate list" ]
-[ "aggr", "subcount", "command aggr.subcount(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], skip_nils:bit):bat[:lng] ", "AGGRsubcount;",
"Grouped count aggregate" ]
-[ "aggr", "subcount", "command aggr.subcount(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], s:bat[:oid], skip_nils:bit):bat[:lng] ",
"AGGRsubcountcand;", "Grouped count aggregate with candidates list" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:bte], b2:bat[:bte], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariance;",
"Grouped covariance sample aggregate" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:dbl], b2:bat[:dbl], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariance;",
"Grouped covariance sample aggregate" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:flt], b2:bat[:flt], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariance;",
"Grouped covariance sample aggregate" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:int], b2:bat[:int], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariance;",
"Grouped covariance sample aggregate" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:lng], b2:bat[:lng], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariance;",
"Grouped covariance sample aggregate" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:sht], b2:bat[:sht], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariance;",
"Grouped covariance sample aggregate" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:bte], b2:bat[:bte], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancecand;", "Grouped covariance sample aggregate with
candidate list" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:dbl], b2:bat[:dbl], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancecand;", "Grouped covariance sample aggregate with
candidate list" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:flt], b2:bat[:flt], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancecand;", "Grouped covariance sample aggregate with
candidate list" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:int], b2:bat[:int], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancecand;", "Grouped covariance sample aggregate with
candidate list" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:lng], b2:bat[:lng], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancecand;", "Grouped covariance sample aggregate with
candidate list" ]
-[ "aggr", "subcovariance", "command
aggr.subcovariance(b1:bat[:sht], b2:bat[:sht], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancecand;", "Grouped covariance sample aggregate with
candidate list" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:bte], b2:bat[:bte], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariancep;",
"Grouped covariance population aggregate" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:dbl], b2:bat[:dbl], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariancep;",
"Grouped covariance population aggregate" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:flt], b2:bat[:flt], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariancep;",
"Grouped covariance population aggregate" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:int], b2:bat[:int], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariancep;",
"Grouped covariance population aggregate" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:lng], b2:bat[:lng], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariancep;",
"Grouped covariance population aggregate" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:sht], b2:bat[:sht], g:bat[:oid], e:bat[:any_1],
skip_nils:bit, abort_on_error:bit):bat[:dbl] ", "AGGRsubcovariancep;",
"Grouped covariance population aggregate" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:bte], b2:bat[:bte], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancepcand;", "Grouped covariance population aggregate with
candidate list" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:dbl], b2:bat[:dbl], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancepcand;", "Grouped covariance population aggregate with
candidate list" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:flt], b2:bat[:flt], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancepcand;", "Grouped covariance population aggregate with
candidate list" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:int], b2:bat[:int], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancepcand;", "Grouped covariance population aggregate with
candidate list" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:lng], b2:bat[:lng], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancepcand;", "Grouped covariance population aggregate with
candidate list" ]
-[ "aggr", "subcovariancep", "command
aggr.subcovariancep(b1:bat[:sht], b2:bat[:sht], g:bat[:oid], e:bat[:any_1],
s:bat[:oid], skip_nils:bit, abort_on_error:bit):bat[:dbl] ",
"AGGRsubcovariancepcand;", "Grouped covariance population aggregate with
candidate list" ]
-[ "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."
]
-[ "aggr", "subjsonaggr", "command aggr.subjsonaggr(val:bat[:str],
g:bat[:oid], e:bat[:any_1], s:bat[:oid], skip_nils:bit):bat[:str] ",
"JSONsubjsoncand;", "Grouped aggregation of values with candidates list."
]
-[ "aggr", "submax", "command aggr.submax(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], skip_nils:bit):bat[:oid] ", "AGGRsubmax;",
"Grouped maximum aggregate" ]
-[ "aggr", "submax", "command aggr.submax(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], skip_nils:bit):bat[:any_1] ", "AGGRsubmax_val;",
"Grouped maximum aggregate" ]
-[ "aggr", "submax", "command aggr.submax(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], s:bat[:oid], skip_nils:bit):bat[:oid] ",
"AGGRsubmaxcand;", "Grouped maximum aggregate with candidates list"
]
-[ "aggr", "submax", "command aggr.submax(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], s:bat[:oid], skip_nils:bit):bat[:any_1] ",
"AGGRsubmaxcand_val;", "Grouped maximum aggregate with candidates list"
]
-[ "aggr", "submedian", "command aggr.submedian(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], skip_nils:bit):bat[:any_1] ",
"AGGRsubmedian;", "Grouped median aggregate" ]
-[ "aggr", "submedian", "command aggr.submedian(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], s:bat[:oid], skip_nils:bit):bat[:any_1] ",
"AGGRsubmediancand;", "Grouped median aggregate with candidate list" ]
-[ "aggr", "submedian_avg", "command
aggr.submedian_avg(b:bat[:any_1], g:bat[:oid], e:bat[:any_2],
skip_nils:bit):bat[:dbl] ", "AGGRsubmedian_avg;", "Grouped median
aggregate" ]
-[ "aggr", "submedian_avg", "command
aggr.submedian_avg(b:bat[:any_1], g:bat[:oid], e:bat[:any_2], s:bat[:oid],
skip_nils:bit):bat[:dbl] ", "AGGRsubmediancand_avg;", "Grouped median
aggregate with candidate list" ]
-[ "aggr", "submin", "command aggr.submin(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], skip_nils:bit):bat[:oid] ", "AGGRsubmin;",
"Grouped minimum aggregate" ]
-[ "aggr", "submin", "command aggr.submin(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], skip_nils:bit):bat[:any_1] ", "AGGRsubmin_val;",
"Grouped minimum aggregate" ]
-[ "aggr", "submin", "command aggr.submin(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], s:bat[:oid], skip_nils:bit):bat[:oid] ",
"AGGRsubmincand;", "Grouped minimum aggregate with candidates list"
]
-[ "aggr", "submin", "command aggr.submin(b:bat[:any_1],
g:bat[:oid], e:bat[:any_2], s:bat[:oid], skip_nils:bit):bat[:any_1] ",
"AGGRsubmincand_val;", "Grouped minimum aggregate with candidates list"
]
-[ "aggr", "subnot_exist", "command aggr.subnot_exist(b:bat[:any_2],
g:bat[:oid], e:bat[:oid], no_nil:bit):bat[:bit] ", "SQLsubnot_exist;",
"" ]
-[ "aggr", "subprod", "command aggr.subprod(b:bat[:bte], g:bat[:oid],
e:bat[:any_1], skip_nils:bit, abort_on_error:bit):bat[:bte] ",
"AGGRsubprod_bte;", "Grouped product aggregate" ]
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