Changeset: 15365fa3a35e for MonetDB
URL: http://dev.monetdb.org/hg/MonetDB?cmd=changeset;node=15365fa3a35e
Modified Files:
clients/Tests/MAL-signatures_all.stable.out
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
clients/Tests/MAL-signatures_none.stable.out.int128
clients/Tests/SQL-dump_all.stable.out
clients/Tests/SQL-dump_all.stable.out.int128
clients/Tests/SQL-dump_all.stable.out.oid32
clients/Tests/SQL-dump_all.stable.out.oid32.int128
clients/Tests/SQL-dump_geom.stable.out
clients/Tests/SQL-dump_geom.stable.out.32bit
clients/Tests/SQL-dump_geom.stable.out.64bit.oid32
clients/Tests/SQL-dump_geom.stable.out.int128
clients/Tests/SQL-dump_geom.stable.out.oid32.int128
clients/Tests/SQL-dump_none.stable.out
clients/Tests/SQL-dump_none.stable.out.int128
Branch: default
Log Message:
Approvals.
diffs (truncated from 18117 to 300 lines):
diff --git a/clients/Tests/MAL-signatures_all.stable.out
b/clients/Tests/MAL-signatures_all.stable.out
--- a/clients/Tests/MAL-signatures_all.stable.out
+++ b/clients/Tests/MAL-signatures_all.stable.out
@@ -31270,10 +31270,6 @@ command bat.info(b:bat[:oid,:any_1]) (X_
address BKCinfo;
comment Produce a table containing information about a BAT in
[attribute,value] format. It contains all properties of the BAT record.
-command bat.load(name:str):bat[:oid,:any_1]
-address BKCload;
-comment Load a particular BAT from disk
-
command bat.mergecand(a:bat[:oid,:oid],b:bat[:oid,:oid]):bat[:oid,:oid]
address BKCmergecand;
comment Merge two candidate lists into one
@@ -31337,19 +31333,19 @@ address BKCreuseBAT;
comment Shuffle the values around to restore a dense representation of buns.
command
bat.replace(b:bat[:oid,:any_1],src:bat[:oid,:any_1],force:bit):bat[:oid,:any_1]
-address BKCreplace_bat_force;
+address BKCbat_inplace_force;
comment Perform replace for all BUNs of the second BAT into the first.
command bat.replace(b:bat[:oid,:any_1],src:bat[:oid,:any_1]):bat[:oid,:any_1]
-address BKCreplace_bat;
+address BKCbat_inplace;
comment Perform replace for all BUNs of the second BAT into the first.
command
bat.replace(b:bat[:oid,:any_1],h:oid,t:any_1,force:bit):bat[:oid,:any_1]
-address BKCreplace_bun_force;
+address BKCbun_inplace_force;
comment Replace the tail value of one BUN that has some head value.
command bat.replace(b:bat[:oid,:any_1],h:oid,t:any_1):bat[:oid,:any_1]
-address BKCreplace_bun;
+address BKCbun_inplace;
comment Replace the tail value of one BUN that has some head value.
command bat.reverse(b:bat[:any_1,:any_2]):bat[:any_2,:any_1]
@@ -31406,10 +31402,6 @@ command bat.setKey(b:bat[:oid,:any_1],mo
address BKCsetkey;
comment Sets the 'key' property of the tail column to 'mode'. In 'key' mode,
the kernel will silently block insertions that cause a duplicate
entries in the head column. KNOWN BUG:when 'key' is set to TRUE, this
function does not automatically eliminate duplicates.
-command bat.unload(name:str):bit
-address BKCunload;
-comment Swapout a BAT to disk. Transient BATs can also be swapped out.
Returns whether the unload indeed happened.
-
pattern bbp.bind(name:str):bat[:oid,:any_2]
address CMDbbpbind;
comment Locate the BAT using its logical name
@@ -37566,66 +37558,6 @@ command calc.xml(src:xml):xml
address XMLxml2xml;
command calc.xml(src:str):xml
address XMLstr2xml;
-pattern cluster.column(m:bat[:oid,:oid],b:bat[:oid,:any_1]):bat[:oid,:any_1]
-address CLUSTER_column;
-comment Reorder tail of the BAT using the cluster map
-
-command cluster.key(b:bat[:oid,:any_1]):bat[:oid,:oid]
-address CLUSTER_key;
-comment Create the hash key list
-
-command
cluster.map(psum:bat[:oid,:wrd],cluster:bat[:oid,:bte],b:bat[:oid,:any_1]):bat[:oid,:any_1]
-address CLS_map2;
-comment Reorder tail of bat b, using a cluster prefix sum and map. In case
themap is sorted with a non dense head we assume no remapping is needed
-
-command
cluster.map(cluster:bat[:oid,:wrd],b:bat[:oid,:any_1]):bat[:oid,:any_1]
-address CLS_map;
-comment Reorder tail of bat b, using a cluster map
-
-command cluster.map(b:bat[:oid,:oid]):bat[:oid,:oid]
-address CLUSTER_map;
-comment Recluster a hash key table and produce a re-allocation map
-
-command cluster.new(b:bat[:oid,:dbl],bits:int,offset:int,order:bit)
(psum:bat[:oid,:wrd],map:bat[:oid,:bte])
-address CLS_create2_dbl;
-command cluster.new(b:bat[:oid,:dbl],bits:int,offset:int)
(psum:bat[:oid,:wrd],map:bat[:oid,:wrd])
-address CLS_create_dbl;
-command cluster.new(b:bat[:oid,:flt],bits:int,offset:int,order:bit)
(psum:bat[:oid,:wrd],map:bat[:oid,:bte])
-address CLS_create2_flt;
-command cluster.new(b:bat[:oid,:flt],bits:int,offset:int)
(psum:bat[:oid,:wrd],map:bat[:oid,:wrd])
-address CLS_create_flt;
-command cluster.new(b:bat[:oid,:lng],bits:int,offset:int,order:bit)
(psum:bat[:oid,:wrd],map:bat[:oid,:bte])
-address CLS_create2_lng;
-command cluster.new(b:bat[:oid,:lng],bits:int,offset:int)
(psum:bat[:oid,:wrd],map:bat[:oid,:wrd])
-address CLS_create_lng;
-command cluster.new(b:bat[:oid,:wrd],bits:int,offset:int,order:bit)
(psum:bat[:oid,:wrd],map:bat[:oid,:bte])
-address CLS_create2_wrd;
-command cluster.new(b:bat[:oid,:wrd],bits:int,offset:int)
(psum:bat[:oid,:wrd],map:bat[:oid,:wrd])
-address CLS_create_wrd;
-command cluster.new(b:bat[:oid,:int],bits:int,offset:int,order:bit)
(psum:bat[:oid,:wrd],map:bat[:oid,:bte])
-address CLS_create2_int;
-command cluster.new(b:bat[:oid,:int],bits:int,offset:int)
(psum:bat[:oid,:wrd],map:bat[:oid,:wrd])
-address CLS_create_int;
-command cluster.new(b:bat[:oid,:sht],bits:int,offset:int,order:bit)
(psum:bat[:oid,:wrd],map:bat[:oid,:bte])
-address CLS_create2_sht;
-command cluster.new(b:bat[:oid,:sht],bits:int,offset:int)
(psum:bat[:oid,:wrd],map:bat[:oid,:wrd])
-address CLS_create_sht;
-command cluster.new(b:bat[:oid,:bte],bits:int,offset:int,order:bit)
(psum:bat[:oid,:wrd],map:bat[:oid,:bte])
-address CLS_create2_bte;
-comment Compute the cluster map for bat b. A cluster map is a list of
partition ids. The p(refix) sum is a by product which returns the prefix sum of
the per partition frequency. Prefix sum and map can be use to 'cluster' related
columns based on b. Incase the offset is non negative it is used to shift the
key values. Offset together with the mask bits should make sure that the result
of the partitioning can be used in a order by sequence. If this holds and the
input is sorted we return a 'compressed' representation of the map, ie
[:oid,:bte], the repeated values are not inserted. The order flag indicates
that the clustering is used for ordering, ie partition keys aren't fixed so we
can internaly optimize partition sizes.
-
-command cluster.new(b:bat[:oid,:bte],bits:int,offset:int)
(psum:bat[:oid,:wrd],map:bat[:oid,:wrd])
-address CLS_create_bte;
-comment Compute the cluster map for bat b of hash key values. A cluster map is
a list of unique (new) BUN positions. The p(refix) sum is a by product which
returns the prefix sum of the per masked key frequency.
-
-pattern
cluster.split(clustered:bat[:oid,:any_1],psum:bat[:oid,:wrd]):bat[:oid,:any_1]...
-address CLS_split;
-comment split the clustered bat into parts
-
-pattern cluster.table(b:bat[:oid,:any]...):bat[:oid,:oid]
-address CLUSTER_table;
-comment Cluster the BATs using the first one as reference.Return the oid map
used
-
pattern clients.addUser(nme:str,pw:str):oid
address CLTaddUser;
comment Allow user with password access to the given scenarios
@@ -39832,31 +39764,6 @@ command mtime.year(d:date):int
address MTIMEdate_extract_year;
comment extracts year from date (nonzero value between -5867411 and
+5867411).
-function
octopus.bind_idxbat(conn:str,sch:str,tab:str,index:str,access:int,part_nr:int,nr_parts:int,version:int):bat[:oid,:oid];
-function
octopus.bind(conn:str,sch:str,tab:str,col:str,kind:int,part_nr:int,nr_parts:int,version:int):bat[:oid,:any_1];
-function
octopus.bind(mvc:int,sch:str,tab:str,col:str,kind:int,part_nr:int,nr_parts:int,version:int):bat[:oid,:any_1];
-function
octopus.bind_idxbat(conn:str,sch:str,tab:str,index:str,access:int,version:int):bat[:oid,:oid];
-function
octopus.bind_idxbat(mvc:int,sch:str,tab:str,index:str,access:int,version:int):bat[:oid,:oid];
-function
octopus.bind(conn:str,sch:str,tab:str,col:str,kind:int,version:int):bat[:oid,:any_1];
-function
octopus.bind(mvc:int,sch:str,tab:str,col:str,kind:int,version:int):bat[:oid,:any_1];
-command octopus.connect(dbname:str):str
-address OCTOPUSconnect;
-comment Returns the connection to the server dbname.
-
-function octopus.getBid(dbname:str,fn:str,bidtype:sht):lng;
-function octopus.getVariable(conn:str,name:str):any_1;
-command octopus.getVersion():int
-address OCTOPUSgetVersion;
-comment Returns database version.
-
-pattern octopus.legAdvice(mod:str,fcn:str):int
-address OPTlegAdvice;
-comment Derive the number of legs to be used for query function
-
-pattern octopus.register(dbname:str,fname:str...):void
-address OCTOPUSregister;
-comment Register mal function fname at server dbname.
-
pattern optimizer.aliases(mod:str,fcn:str):str
address OPTwrapper;
comment Alias removal optimizer
@@ -39901,12 +39808,6 @@ comment Handle simple type coercions
pattern optimizer.coercions():str
address OPTwrapper;
-pattern optimizer.cluster(mod:str,fcn:str):str
-address OPTwrapper;
-comment Modify the plan to exploit parallel processing on multiple cores
-
-pattern optimizer.cluster():str
-address OPTwrapper;
pattern optimizer.dumpQEP(mod:str,fcn:str):str
address OPTwrapper;
comment Produce an indented tree visualisation
@@ -39937,12 +39838,6 @@ comment Evaluate constant expressions on
pattern optimizer.evaluate():str
address OPTwrapper;
-pattern optimizer.emptySet(mod:str,fcn:str):str
-address OPTwrapper;
-comment Symbolic evaluation of empty BAT expressions
-
-pattern optimizer.emptySet():str
-address OPTwrapper;
pattern optimizer.factorize(mod:str,fcn:str):str
address OPTwrapper;
comment Turn function into a factory
@@ -39955,12 +39850,6 @@ comment Sequence generator optimizer
pattern optimizer.generator():str
address OPTwrapper;
-pattern optimizer.groups(mod:str,fcn:str):str
-address OPTwrapper;
-comment Join path constructor
-
-pattern optimizer.groups():str
-address OPTwrapper;
pattern optimizer.garbageCollector(mod:str,fcn:str):str
address OPTwrapper;
comment Garbage collector optimizer
@@ -40031,12 +39920,6 @@ comment OID origin tracker
pattern optimizer.origin():str
address OPTwrapper;
-pattern optimizer.octopus(mod:str,fcn:str):str
-address OPTwrapper;
-comment Map-execute-reduce parallelism optimizer
-
-pattern optimizer.octopus():str
-address OPTwrapper;
pattern optimizer.orcam(mod:str,fcn:str,targetmod:str,targetfcn:str):void
address OPTorcam;
comment Inverse macro, find pattern and replace with a function call.
@@ -40055,12 +39938,6 @@ comment Push selects down projections
pattern optimizer.pushselect():str
address OPTwrapper;
-pattern optimizer.pushranges(mod:str,fcn:str):str
-address OPTwrapper;
-comment Push constant range selections through the program
-
-pattern optimizer.pushranges():str
-address OPTwrapper;
pattern optimizer.prejoin(mod:str,fcn:str):str
address OPTwrapper;
comment Dead code optimizer
@@ -40305,8 +40182,6 @@ pattern rapi.subeval_aggr(fptr:ptr,expr:
address RAPIevalAggr;
comment grouped aggregates through R
-function
remote.bind_idxbat{inline}(dbconn:str,sch:str,tab:str,index:str,access:int,version:int):bat[:oid,:oid];
-function
remote.bind{inline}(dbconn:str,sch:str,tab:str,col:str,kind:int,version:int):bat[:oid,:any_1];
pattern remote.bintype():void
address RMTbintype;
comment print the binary type of this mserver5
@@ -40443,10 +40318,6 @@ command sabaoth.retreatScenario(lang:str
address SABretreatScenario;
comment Unpublishes the given language as available for this server
-pattern scheduler.bidding():bit
-address OCTOPUSbidding;
-comment Collect bids from workers.
-
pattern scheduler.costPrediction(a:any):lng
address RUNcostPrediction;
comment A sample cost prediction function
@@ -40463,14 +40334,6 @@ pattern scheduler.isolation():void
address RUNisolation;
comment Run a private copy of the MAL program
-pattern scheduler.makeSchedule(X_1:int,X_2:lng...):str...
-address OCTOPUSmakeSchedule;
-comment Make schedule based on bids.
-
-pattern scheduler.octopus(t:int):bit
-address OCTOPUSrun;
-comment Run the program block in parallel, but don't wait longer than t
seconds. Also fix a consistent database version.
-
pattern scheduler.peers(N:int):void
address SRVsetServers;
comment Simulate N peers
@@ -40483,10 +40346,6 @@ pattern scheduler.pick(arg:any_1...):any
address RUNpickResult;
comment Pick up the first result
-pattern scheduler.register():bit
-address OCTOPUSdiscoverRegister;
-comment Discover workers and register tentacles.
-
pattern scheduler.srvpool():int
address SRVPOOLscheduler;
comment Run a program block in parallel.
@@ -40596,14 +40455,6 @@ pattern sql.bind_idxbat(mvc:int,schema:s
address mvc_bind_idxbat_wrap;
comment Bind the 'schema.table.index' BAT with access kind: 0 - base table
1 - inserts 2 - updates
-pattern sql.cluster2(sch:str,tbl:str):void
-address SQLcluster2;
-comment Cluster the columns of a table on the (first) primary key
-
-pattern sql.cluster1(sch:str,tbl:str):void
-address SQLcluster1;
-comment Cluster the columns of a table on the (first) primary key
-
pattern sql.current_timestamp():timestamp
address SQLcurrent_timestamp;
comment Get the clients current timestamp
@@ -41514,14 +41365,6 @@ pattern tokenizer.take(i:oid):str
address TKNZRtakeOid;
comment reconstruct and returns the i-th string
-pattern trader.makeBids(bidtype:sht,fnname1:str...):lng...
-address TRADERmakeBids;
-comment Make execution bids for functions octopus.<fnname1>, ...
-
-pattern trader.makeBid(fnname:str,bidtype:sht):lng
-address TRADERmakeBid;
-comment Make a bid for execution of function octopus.<fnname>
-
command txtsim.editdistance2(s:str,t:str):int
address levenshteinbasic2_impl;
comment Calculates Levenshtein distance (edit distance) between two strings.
Cost of transposition is 1 instead of 2
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
@@ -40315,10 +40315,6 @@ command bat.info(b:bat[:oid,:any_1]) (X_
address BKCinfo;
comment Produce a table containing information about a BAT in
[attribute,value] format. It contains all properties of the BAT record.
-command bat.load(name:str):bat[:oid,:any_1]
-address BKCload;
-comment Load a particular BAT from disk
-
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