secondo/Algebras/MainMemory/mainmemory_Neu.test

# This file is part of SECONDO.
#
# Copyright (C) 2004, University in Hagen, Department of Computer Science,
# Database Systems for New Applications.
#
# SECONDO is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
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# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with SECONDO; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
#
# An example test spec for the Secondo TestRunner
# run it with :
#
#  TestRunner -i example.test
#
# By default a temporary database directory will be created. If you
# want to use existing databases run
#
#  TestRunner --no-tmp -i <file>
#
# If one of your tests (say number N ) reports an error you can run
# it directly by
#
# TestRunner -i <file> -num N
#
# this is useful for debugging

# A test specification consists of initial commands, a section of commands
# setting up the test, a sequence of test cases, and a section of commands
# cleaning up. The TestRunner uses directives to specify these sections.
# directives are specified in comment lines, all comment lines beginning with a
# directive are interpreted as commands to the TestRunner, non-comment lines are
# passed to Secondo. The possible directives are SETUP, TESTCASE, YIELDS and
# TEARDOWN (here i have written the directives in upper case to avoid confusion,
# the real directives must be written in lower case). The meanings of those
# directives are explained the following commented examples.


# the SETUP directive may specify the name of the test and a
# some algebra modules which are needed for it.
# the SETUP directive must appear exactly once in a test spec

#setup mainmemorytest StandardAlgebra RelationAlgebra MainMemoryAlgebra


open database berlintest

#testcase MemoryRelObject
#yields success
let t1 = ten feed mconsume;

#testcase MemoryRelObject
#yields success
query t1;

#testcase MemoryRelObject
#yields success
delete t1;

#testcase meminit
#yields error
query meminit ("ssn");

#testcase meminit
#yields (int 6000)
query meminit (6000);


#testcase memload1
#yields (bool TRUE)
query memload ("ten");


#testcase mcreateAVLtree
#yields (string "ten_No")
query "ten" mcreateAVLtree ["No"];

#testcase matchbelow
#yields ((rel(tuple((No int))))((10)))
query "ten_No" "ten" matchbelow[11] consume

#testcase matchbelow
#yields ((rel(tuple((No int))))((1)))
query "ten_No" "ten" matchbelow[1] consume

#testcase matchbelow
#yields ((rel(tuple((No int))))((5)))
query "ten_No" "ten" matchbelow[5] consume

#testcase matchbelow
#yields ((rel(tuple((No int))))())
query "ten_No" "ten" matchbelow[0] consume


#testcase memload2
#yields error
query memload (3);

#testcase memload3
#yields error
query memload ("tendd");

#testcase memload4
#yields (bool TRUE)
query memloadflob ("tiergarten");

#testcase memgetcatalog
#yields (int 3)
query memgetcatalog() count;

#testcase memload4
#yields (bool TRUE)
query memload ("strassen");

close database;

open database nrw;

#testcase strassenAccessible
#yields error
query "strassen" mfeed consume;

#testcase memgetcatalog
#yields (int 4)
query memgetcatalog() count;

close database;

open database berlintest;

#testcase memdelete
#yields (bool TRUE)
query memdelete("strassen");

#testcase memloadflob4
#yields (bool TRUE)
query memloadflob ("strassen");

close database;

open database nrw;

#testcase strassenAccessible
#yields  @../Algebras/MainMemory/mm.result5
query "strassen" mfeed letmconsume ["strassenTest"];

#testcase memload5
#yields (bool TRUE)
query memload ("Roads");

#testcase memload6
#yields error
query memloadflob ("Roads");

#testcase memload7
#yields error
query memloadflob (3);

#testcase memload8
#yields error
query memloadflob ("tendd");

#testcase meminit
#yields (int 980)
query meminit (200);

#testcase meminit
#yields (int 6096)
query meminit (8000);

#testcase mfeed
#yields error
query "keinElement" mfeed count

#testcase mfeed
#yields error
query "ten" mfeed consume

#testcase mfeed
#yields (int 3212)
query "strassenTest" mfeed count;

#testcase mfeed
#yields error
query 3 mfeed count;

#testcase letmconsume
#yields error
query "keinStream" letmconsume ["zehn"];

#testcase letmconsume
#yields @../Algebras/MainMemory/mm.result6
query "strassenTest" mfeed letmconsume ["ten"];

#testcase letmconsume
#yields  @../Algebras/MainMemory/mm.result4
query Roads feed head[7] letmconsume ["Roads7"];

#testcase memdelete
#yields error
query memdelete ();

#testcase memdelete
#yields error
query memdelete ("nicht vorhanden");

#testcase memdelete
#yields error
query memdelete (7);

#testcase memdelete
#yields (bool TRUE)
query memdelete ("Roads7");

#testcase memobject
#yields error
query memobject ("nichtvorhanden");

#testcase memobject
#yields error
query memobject (1);

#testcase memobject
#yields @../Algebras/MainMemory/mm.result1
query memobject ("tiergarten");

#testcase memgetcatalog
#yields error
query memgetcatalog(tiergarten) count;

#testcase memgetcatalog
#yields error
query memgetcatalog(3) count;

#testcase memgetcatalog
#yields error
query memgetcatalog("test") count;

#testcase memgetcatalog()
#yields (int 6)
query memgetcatalog() count;

#testcase memlet
#yields error
query memlet("Roads6", Roads feed head[6], 3);

#testcase memlet
#yields error
query memlet("Roads6", nichtvorhanden);

#testcase memlet
#yields (bool TRUE)
query memlet("Roads6", Roads feed head[6]);

#testcase memlet
#yields error
query memlet("Roads6", Roads feed head[8]);

#testcase memgetcatalog()
#yields (int 7)
query memgetcatalog() count;

#testcase memlet
#yields (bool TRUE)
query memlet("tiergartenmm", tiergarten);

#testcase memletflob
#yields error
query memletflob("Roads20", Roads feed head[6], 3);

#testcase memletflob
#yields error
query memlet("Roads20", nichtvorhanden);

#testcase memletflob
#yields (bool TRUE)
query memletflob("Roads20", Roads feed head[20]);

#testcase memletflob
#yields error
query memletflob("Roads20", Roads feed head[8]);

#testcase memgetcatalog()
#yields (int 9)
query memgetcatalog() count;

#testcase memletflob
#yields (bool TRUE)
query memletflob("tiergartenmmflob", tiergarten);

#testcase memupdate
#yields error
query memupdate("Roads6", Buildings feed head[8]);

#testcase memgetcatalog()
#yields (int 10)
query memgetcatalog() count

#testcase memupdate
#yields error
query memupdate("tiergarten", Roads feed head[8]);

#testcase memupdate
#yields error
query memupdate("tiergarten", testrectangle);

#testcase memupdate
#yields (bool TRUE)
query memupdate("tiergarten", testregion);

#testcase memupdate
#yields error
query memupdate("nichtVorhanden", Roads feed head[8]);

#testcase memupdate
#yields (bool TRUE)
query memupdate("Roads6", Roads feed head[8]);

#testcase mcreateRtree
#yields error
query "nichtVorhanden" mcreateRtree ["GeoData"];

#testcase mcreateRtree
#yields error
query "Roads" mcreateRtree ["Name"];

#testcase mcreateRtree
#yields error
query "Roads" mcreateRtree ["noAttribute"];

#testcase mcreateRtree
#yields error
query "Roads" mcreateRtree [7];

#testcase mcreateRtree
#yields error
query "Roads" mcreateRtree ["GeoData", "Name"];

#testcase mcreateRtree
#yields (string "Roads_GeoData")
query "Roads" mcreateRtree ["GeoData"];

#testcase mcreateRtree2
#yields (string "Roads_GeoData_2")
query "Roads" mfeed projectextend [Name,Type, GeoData; TID: tupleid(.)] mcreateRtree2  [GeoData, "Roads_GeoData_2"];

#testcase mwindowintersects
#yields (int 74583)
query mwindowintersects ("Roads_GeoData_2", "Roads", testrectangle) count;

#testcase mcreateRtree
#yields (string "Waterways_GeoData")
query Waterways feed letmconsume ["Waterways"] mcreateRtree ["GeoData"];

#testcase memdelete
#yields (bool TRUE)
query memdelete ("Waterways");

#testcase memsize
#yields error
query memsize("test");

#testcase memsize
#yields error
query memsize(300);

#testcase memsize
#yields (int 6096)
query memsize();

#testcase minsert....
#yields error
query minsert (Railways feed head [5], "Roads20") count

#testcase minsert....
#yields error
query minsert (Roads feed head [5], "Roa") count

#testcase minsert....
#yields error
query minsert (Roads feed head [5], 7) count

#testcase minsert....
#yields error
query minsert (Roads, "Roads20") count

#testcase minsert....
#yields (int 25)
query minsert (Roads feed head [5], "Roads20") count

#testcase mwindowintersects
#yields (int 14671)
query mwindowintersects ("Roads_GeoData", "Roads", bbox(testregion)) count;

#testcase mwindowintersects
#yields (int 74583)
query mwindowintersects ("Roads_GeoData", "Roads", bbox(testrectangle)) count;

#testcase mwindowintersects
#yields (int 74583)
query mwindowintersects ("Roads_GeoData", "Roads", testrectangle) count;

#testcase mwindowintersects
#yields error
query mwindowintersects ("nichts", "Roads", testrectangle) count;

#testcase mwindowintersects
#yields error
query mwindowintersects ("Roads_GeoData", "nichts", testrectangle) count;

#testcase mwindowintersects
#yields (int 0)
query mwindowintersects ("Roads_GeoData", "Roads", tiergarten) count;

#testcase mcreateAVLtree
#yields error
query "nichtVorh" mcreateAVLtree ["Name"]

#testcase mcreateAVLtree
#yields error
query Roads mcreateAVLtree ["Name"]

#testcase mcreateAVLtree
#yields error
query 7 mcreateAVLtree ["Name"]

#testcase mcreateAVLtree
#yields error
query "Roads" mcreateAVLtree ["nichtVor"]

#testcase mcreateAVLtree
#yields error
#query "Roads" mcreateAVLtree ["GeoData"]

#testcase mcreateAVLtree
#yields (string "Roads_Name")
query "Roads" mcreateAVLtree ["Name"]

#testcase mcreateAVLtree
#yields (string "Waterways_Name")
query Waterways feed letmconsume ["Waterways"] mcreateAVLtree ["Name"]

#testcase memdelete
#yields (bool TRUE)
query memdelete ("Waterways");

#testcase mexactmatch
#yields error
query "Roads_Name" "gibtsNicht" mexactmatch["Zweifaller Weg"] count

#testcase mexactmatch
#yields error
query "Roads_Name" "Roads" mexactmatch[7] count

#testcase mexactmatch
#yields error
query "gibtsNicht" "Roads" mexactmatch["Zweifaller Weg"] count

#testcase mexactmatch
#yields error
query 7 "Roads" mexactmatch["Zweifaller Weg"] count

#testcase mexactmatch
#yields error
query "Roads_Name" 7 mexactmatch["Zweifaller Weg"] count

#testcase mexactmatch
#yields (int 7)
query "Roads_Name" "Roads" mexactmatch["Zweifaller Weg"] count

#testcase mexactmatch
#yields (int 1)
query "Roads_Name" "Roads" mexactmatch["Sennetrift"] count

#testcase mexactmatch
#yields (int 70)
query "Roads_Name" "Roads" mexactmatch["Lütticher Straße"] count

#testcase mexactmatch
#yields (int 0)
query "Roads_Name" "Roads" mexactmatch["Spass Straße"] count

#testcase memlet
#yields (bool TRUE)
query memlet ("Roads30", Roads feed head[30]);

#testcase mexactmatch
#yields (int 0)
query "Roads_Name" "Roads" mexactmatch["Ötter Weg"] count

#testcase mcreateAVLtree
#yields (string "Roads30_Name")
query "Roads30" mcreateAVLtree ["Name"]

#testcase mexactmatch
#yields (int 3)
query "Roads30_Name" "Roads30" mexactmatch[""] count



#noch andere Testfälle für mrange



#testcase mrange
#yields (int 6)
query "Roads30_Name" "Roads30" mrange ["Kellnerstraße", "Paulstraße"] count

#testcase mrange
#yields (int 7)
query "Roads30_Name" "Roads30" mrange ["", "Dürener Straße"] count

#testcase mrange
#yields (int 6)
query "Roads30_Name" "Roads30" mrange ["", "Clam Straße"] count

#testcase mrange
#yields (int 3)
query "Roads30_Name" "Roads30" mrange ["Zweifaller Weg", "Österwieher Straße"] count

#testcase mrange
#yields (int 1)
query "Roads30_Name" "Roads30" mrange ["Österwieher Straße", "Österwieher Weg"] count

#testcase mrange
#yields (int 3)
query "Roads30_Name" "Roads30" mrange ["", ""] count

#testcase mrange
#yields (int 70)
query "Roads_Name" "Roads" mrange ["Lütticher Straße", "Lütticher Straße"] count


#noch andere Testfälle für matchbelow

#testcase matchbelow
#yields @../Algebras/MainMemory/mm.result3
query "Roads30_Name" "Roads30" matchbelow ["Paulstraße"] consume

#testcase matchbelow(Nordstrasse gibts nicht)
#yields @../Algebras/MainMemory/mm.result3
query "Roads30_Name" "Roads30" matchbelow ["Nordstraße"] consume




#testcase memclear
#yields error
query memclear("test");

#testcase memclear
#yields error
query memclear(6);

#testcase memclear
#yields (bool TRUE)
query memclear();

#testcase memgetcatalog
#yields (int 0)
query memgetcatalog() count;

close database;

open database berlintest;

#testcase memload
#yields (bool TRUE)
query memloadflob("ten");

#testcase mconsume ...
#yields ((memoryRelObject(tuple ((No int))))((1) (2) (3) (4) (5) (6) (7) (8) (9) (10)))
query "ten" mfeed mconsume

#testcase mconsume ...
#yields ((memoryRelObject(tuple ((No int))))((1) (2) (3) (4) (5) (6) (7) (8) (9) (10)))
query ten feed mconsume

#testcase memload
#yields (bool TRUE)
query memload("UnitTrains");

#testcase mcreateRtree
#yields (string "UnitTrains_UTrip")
query "UnitTrains" mcreateRtree ["UTrip"];

#testcase mcreateRtree
#yields (string undefined)
query "UnitTrains" mcreateRtree ["UTrip"];

close database;