Sequential: Yes
Database  : berlintest
Restore   : No

Operator  : memload
Number    : 1
Signature : string -> bool
Example   : query memload ("ten")
Result    : TRUE

Operator  : meminit
Number    : 2
Signature : int -> int
Example   : query meminit (256)
Result    : 256

Operator  : mfeed
Number    : 3
Signature : string -> stream(tuple) | mem(rel(tuple)) -> stream(tuple)
Example   : query "ten" mfeed count
Result    : 10

Operator  : letmconsume
Number    : 4
Signature : stream(tuple(...)) x string -> mem(rel(tuple(...))) 
Example   : query "ten" mfeed letmconsume ["mten"]
Result    : ((mem(rel(tuple((No int))))) "mten")


Operator  : memobject
Number    : 5
Signature : string -> MEMLOADABLE | mem(MEMLOADABLE) -> MEMLOADABLE
Example   : query memobject ("ten") count
Result    : 10

Operator  : memlet
Number    : 6
Signature : string x MEMLOADABLE -> bool
Example   : query memlet ("fuenf", ten feed head[5])
Result    : TRUE

Operator  : memdelete
Number    : 7
Signature : string -> bool
Example   : query memdelete ("ten")
Result    : TRUE

Operator  : memupdate
Number    : 8
Signature : string x MEMLOADABLE -> bool | mem(MEMLOADABLE) x MEMLOADABLE -> bool
Example   : query memupdate ("fuenf", ten feed head[7])
Result    : TRUE

Operator  : memload
Number    : 9
Signature : string -> bool
Example   : query memload ("strassen")
Result    : TRUE

Operator  : memgetcatalog
Number    : 10
Signature : -> stream(tuple(...))
Example   : query memgetcatalog () count
Result    : 3

Operator  : memlet
Number    : 11
Signature : string x m:MEMLOADABLE -> bool
Example   : query memlet ("fuenf2", ten feed head[5])
Result    : TRUE

Operator  : mcreateRtree
Number    : 12
Signature : string x Ident -> mem(rtree dim) | mem(rel(...)) x Ident -> mem(rtree dim)
Example   : query "strassen" mcreateRtree [GeoData]
Result    : ( (mem(rtree 2 )) "strassen_GeoData")

Operator  : memsize
Number    : 13
Signature : -> int
Example   : query memsize ()
Result    : 256

Operator  : memload
Number    : 14
Signature : string -> bool
Example   : query memload ("ten")
Result    : TRUE

Operator  : minsert
Number    : 15
Signature : stream(tuple) x string -> stream(tuple) | stream(tuple) x mem(tuple) -> stream(tuple)
Example   : query ten feed head[5] minsert["ten"] count
Result    : 5

Operator  : mwindowintersects
Number    : 16
Signature : {string, mem(rtree dim) }  x {string, mem(rel(tuple(X)))}  x T -> stream(tuple(X)) , T in SPATIALdimD
Example   : query "strassen_GeoData" "strassen" mwindowintersects[thecenter] count
Result    : 1266

Operator  : mwindowintersectsS
Number    : 17
Signature : {string, mem(rtree)} x  T -> stream(tid) 
Example   : query "strassen_GeoData" mwindowintersectsS[thecenter] count
Result    : 1266

Operator  : mconsume
Number    : 18
Signature : stream(tuple) -> memoryRelObject
Example   : query "ten" mfeed head[2] mconsume
Result    : ((memoryRelObject(tuple((No int))))((1)(2)))

Operator  : memclear
Number    : 19
Signature : -> bool
Example   : query memclear ()
Result    : TRUE

Operator  : memload
Number    : 20
Signature : string -> bool
Example   : query memload ("Staedte")
Result    : TRUE

Operator  : mcreateAVLtree
Number    : 21
Signature : {string, mem(rel(...)) }  x Ident -> mem(rel(...))
Example   : query "Staedte" mcreateAVLtree [SName]
Result    : ( (mem (avltree string)) "Staedte_SName")

Operator  : mexactmatch
Number    : 22
Signature : {string, mem(avltree T)}  x {string, rel(tuple(X))}  x T -> stream(tuple(X))
Example   : query "Staedte_SName" "Staedte" mexactmatch ["Aachen"] count;
Result    : 1

Operator  : mrange
Number    : 23
Signature : {string, mem(avltree T) } x {string, mem(rel(tuple(X)))}  x T x T-> stream(tuple(X))
Example   : query "Staedte_SName" "Staedte" mrange ["Aachen", "Dortmund"] count;
Result    : 10

Operator  : memload
Number    : 24
Signature : string -> bool
Example   : query memload ("ten")
Result    : TRUE

Operator  : mcreateAVLtree
Number    : 25
Signature : {string, mem(rel(...))}  x Ident -> mem(avltree X)
Example   : query "ten" mcreateAVLtree[No]
Result    : ((mem (avltree int )) "ten_No")

Operator  : matchbelow
Number    : 26
Signature : {string, mem(avltree T)} x {string, mem(rel(tuple(X)))}  x T -> stream(tuple(X))
Example   : query "ten_No" "ten" matchbelow [2] count;
Result    : 1

Operator  : memloadflob
Number    : 27
Signature : string -> bool
Example   : query memloadflob ("Trains")
Result    : TRUE

Operator  : letmconsumeflob
Number    : 28
Signature : stream(tuple(...)) x string -> mem(rel(tuple(...)))
Example   : query Trains feed letmconsumeflob ["trainsFlob"]
Result    : ((mem(rel(tuple((Id int)(Line int)(Up bool)(Trip mpoint))))) "trainsFlob")

Operator  : memletflob
Number    : 29
Signature : string x MEMLOADABLE -> bool
Example   : query memletflob ("trains5", Trains feed head[5])
Result    : TRUE

Operator  : memload
Number    : 30
Signature : string -> bool
Example   : query memload ("strassen")
Result    : TRUE

Operator  : mcreateRtree2
Number    : 31
Signature : stream(Tuple) x Ident x string -> mem(rtree...)
Example   : query "strassen" mfeed projectextend [Name,Typ, GeoData; TID: tupleid(.)] mcreateRtree2 [GeoData, "strassen_GeoData"]
Result    : ((mem(rtree 2 )) "strassen_GeoData")

Operator  : mcreateMtree2
Number    : 32
Signature : stream(Tuple) x T x T x string -> mem(mtree ...) 
Example   : query Kinos feed addid mcreateMtree2 [GeoData, TID, "kinos_GeoData_mtree"]
Result    : ((mem (mtree point))"kinos_GeoData_mtree")

Operator  : mdistRange2 
Number    : 33
Signature : {string, mem(mtree T)} x T x real -> stream(tid)
Example   :  query "kinos_GeoData_mtree" mdistRange2[alexanderplatz, 2000.0] transformstream Kinos gettuples sort = Kinos feed filter[ distance(.GeoData, alexanderplatz) < 2000.0] sort 
Result    : TRUE

Operator  : mdistScan2
Number    : 34
Signature : {string, mem(mtree T)} x T -> stream(tid)
Example   : query "kinos_GeoData_mtree" mdistScan2[alexanderplatz] transformstream Kinos gettuples projectextend[; D : distance(.GeoData, alexanderplatz)] transformstream isOrdered
Result    : TRUE


Operator  : memload
Number    : 35
Signature : string -> bool
Example   : query memload ("Kinos")
Result    : TRUE

Operator  : mcreateMtree
Number    : 36
Signature : {string, mem(rel(X))}  x Ident x string -> mem(mtree Y)
Example   : query "Kinos" mcreateMtree[GeoData, "Kinos_GeoData_mtree2"]
Result    : ((mem (mtree point)) "Kinos_GeoData_mtree2")

Operator  : mdistRange
Number    : 37
Signature : {string, mem(mtree T)}  x {string, rel(X)}  x T x real -> stream(X)
Example   : query "Kinos_GeoData_mtree2" "Kinos" mdistRange[alexanderplatz, 2000.0] count
Result    : 17

Operator  : mdistScan
Number    : 38
Signature : {string, mem(mtree T)}  x {string, mem(rel X)}  x T -> stream(X)
Example   : query "Kinos_GeoData_mtree2" "Kinos" mdistScan[alexanderplatz] head[17] extend[D : distance(.GeoData, alexanderplatz)] max[D]  <= 2000.0
Result    : TRUE


Operator  : mcreateAVLtree2
Number    : 39
Signature : stream(tuple) x ident x ident x string -> mem(rel(tuple))
Example   : query strassen feed addid mcreateAVLtree2[Name, TID, "strassen_Name7"]
Result    : ( (mem (avltree string)) "strassen_Name7")

Operator  : mexactmatchS
Number    : 40
Signature : {string, mem(avltree T) } x T -> stream(TID)
Example   : query "strassen_Name7" mexactmatchS["Hirzerweg"] count
Result    : 5

Operator  : mrangeS
Number    : 41  
Signature : {string, mem(avltree T} x T x T -> stream(TID)
Example   : query "strassen_Name7" mrangeS["A", "B"] count
Result    : 247

Operator  : matchbelowS
Number    : 42  
Signature : {string, mem(avltree T} x T -> stream(TID)
Example   : query "strassen_Name7" matchbelowS["B"] count
Result    : 1

Operator  : gettuples
Number    : 43
Signature : stream(tid) x {string, mem(rel(tuple(X)))} -> stream(tuple(X))
Example   : query "ten_No" mrangeS[4, 5] "ten" gettuples consume count 
Result    : 2



Operator  : memclear
Number    : 44
Signature : -> bool
Example   : query memclear()
Result    : TRUE