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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testToQueryUri_EmptyContext ( ) { final java . lang . String suri = "http://localhost/jenkins" ; final java . net . URI uri = com . offbytwo . jenkins . client . util . UrlUtils . toJsonApiUri ( new java . net . URI ( suri ) , "" , "job/somejob" ) ; final java . lang . String expected = "http://localhost/job/somejob/api/json" ; <FILL_ME> ; } toString ( ) { return literalVersion ; }
### Response:
org . junit . Assert . assertEquals ( expected , uri . toString ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetAllSourceCaches ( ) { <FILL_ME> ; } getAllSourceCaches ( ) { return edu . illinois . library . cantaloupe . cache . CacheFactory . ALL_SOURCE_CACHES ; }
### Response:
org . junit . Assert . assertEquals ( 1 , edu . illinois . library . cantaloupe . cache . CacheFactory . getAllSourceCaches ( ) . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testNotConsistentWithEquals ( ) { org . apache . beam . sdk . coders . MapCoder < java . lang . Integer , byte [ ] > coder = org . apache . beam . sdk . coders . MapCoder . of ( org . apache . beam . sdk . coders . VarIntCoder . of ( ) , org . apache . beam . sdk . coders . ByteArrayCoder . of ( ) ) ; <FILL_ME> ; } consistentWithEquals ( ) { return true ; }
### Response:
org . junit . Assert . assertFalse ( coder . consistentWithEquals ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetInts ( ) { int [ ] data = new int [ ] { - 56 , 0 , 10 , 22 , 34 } ; int [ ] actual = toTest . getInts ( data ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertArrayEquals ( data , actual ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
forEach ( ) { com . gs . collections . api . list . MutableList < java . lang . String > collection = Lists . mutable . of ( ) ; com . gs . collections . api . map . MutableMap < java . lang . Integer , java . lang . String > map = new com . gs . collections . impl . map . fixed . SingletonMap ( 1 , "1" ) ; map . forEach ( com . gs . collections . impl . block . procedure . CollectionAddProcedure . on ( collection ) ) ; <FILL_ME> ; } newListWith ( E [ ] ) { return new com . gs . collections . impl . list . mutable . FastList < E > ( elements ) ; }
### Response:
org . junit . Assert . assertEquals ( com . gs . collections . impl . list . mutable . FastList . newListWith ( "1" ) , collection ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getMeetingsForMonthOf ( ) { bnymellon . codekatas . calendarkata . FullMonth month = this . calendar . getMeetingsForYearMonth ( 2017 , Month . JULY ) ; <FILL_ME> ; System . out . println ( month ) ; } getNumberOfMeetings ( ) { return this . meetings . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 6 , month . getNumberOfMeetings ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getsNameForRuleKeyWithNameSetProperly ( ) { com . facebook . buck . log . thrift . rulekeys . FullRuleKey ruleKey = new com . facebook . buck . log . thrift . rulekeys . FullRuleKey ( "0e869439e0ebd4ee13bc802ec2eae81a06d8d66a" , "//:rule_name" , "rule_type" , com . google . common . collect . ImmutableMap . of ( ) ) ; java . lang . String name = com . facebook . buck . tools . consistency . RuleKeyDiffPrinter . getRuleKeyName ( sampleParsedFile , ruleKey ) ; <FILL_ME> ; } getRuleKeyName ( com . facebook . buck . tools . consistency . RuleKeyFileParser . ParsedRuleKeyFile , com . facebook . buck . log . thrift . rulekeys . FullRuleKey ) { java . lang . String target = ruleKey . name ; if ( ( target != null ) && ( ! ( target . isEmpty ( ) ) ) ) { return target ; } com . facebook . buck . log . thrift . rulekeys . Value argName = ruleKey . values . get ( "arg" ) ; if ( argName != null ) { return java . lang . String . format ( "argument:<sp>%s" , com . facebook . buck . tools . consistency . RuleKeyDiffPrinter . getRuleKeyName ( file , argName ) ) ; } return "UNKNOWN<sp>NAME" ; }
### Response:
org . junit . Assert . assertEquals ( "//:rule_name" , name ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCompareToWithSuperiorMajorVersion ( ) { org . tibennetwork . iarcade . mame . MameVersion version1 = new org . tibennetwork . iarcade . mame . MameVersion ( "0.149" ) ; org . tibennetwork . iarcade . mame . MameVersion version2 = new org . tibennetwork . iarcade . mame . MameVersion ( "1.0" ) ; <FILL_ME> ; } compareTo ( org . tibennetwork . iarcade . mame . MameVersion ) { if ( ( major ) == ( version . getMajor ( ) ) ) { return ( minor ) - ( version . getMinor ( ) ) ; } return ( major ) - ( version . getMajor ( ) ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( version1 . compareTo ( version2 ) ) < 0 ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
compactTest ( ) { byte [ ] letters = array ( ( ( byte ) ( 'a' ) ) , ( ( byte ) ( 'b' ) ) , ( ( byte ) ( ' ' ) ) , ( ( byte ) ( ' ' ) ) , ( ( byte ) ( ' ' ) ) , ( ( byte ) ( ' ' ) ) , ( ( byte ) ( ' ' ) ) , ( ( byte ) ( 'c' ) ) , ( ( byte ) ( ' ' ) ) , ( ( byte ) ( 'd' ) ) , ( ( byte ) ( 'e' ) ) ) ; letters = compact ( letters ) ; <FILL_ME> ; } compact ( double [ ] ) { org . boon . Exceptions . requireNonNull ( array ) ; int nullCount = 0 ; for ( double ch : array ) { if ( ch == ' ' ) { nullCount ++ ; } } double [ ] newArray = new double [ ( array . length ) - nullCount ] ; int j = 0 ; for ( double ch : array ) { if ( ch == ' ' ) { continue ; } newArray [ j ] = ch ; j ++ ; } return newArray ; }
### Response:
org . junit . Assert . assertArrayEquals ( array ( ( ( byte ) ( 'a' ) ) , ( ( byte ) ( 'b' ) ) , ( ( byte ) ( 'c' ) ) , ( ( byte ) ( 'd' ) ) , ( ( byte ) ( 'e' ) ) ) , letters ) | [
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testVoerStapUit ( ) { final nl . bzk . brp . levering . synchronisatie . dto . synchronisatie . SynchronisatieResultaat resultaat = new nl . bzk . brp . levering . synchronisatie . dto . synchronisatie . SynchronisatieResultaat ( new java . util . ArrayList < nl . bzk . brp . model . validatie . Melding > ( ) ) ; final boolean stapResultaat = voorbereidVerwerkingStap . voerStapUit ( null , context , resultaat ) ; <FILL_ME> ; } voerStapUit ( nl . bzk . brp . model . basis . BrpObject , nl . bzk . brp . business . stappen . StappenContext , nl . bzk . brp . business . stappen . StappenResultaat ) { verwerkingsResultaat = new nl . bzk . brp . webservice . business . stappen . BerichtVerwerkingsResultaatImpl ( ) ; valideer ( onderwerp , verwerkingsResultaat ) ; return true ; }
### Response:
org . junit . Assert . assertTrue ( stapResultaat ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
startStop ( ) { org . nustaq . kontraktor . util . Log . Info ( this , "XX" ) ; int threads = DispatcherThread . activeDispatchers . get ( ) ; System . out . println ( ( "Active:" + threads ) ) ; kontraktor . LifeCycleTest . LCycle lCycle = org . nustaq . kontraktor . Actors . AsActor ( kontraktor . LifeCycleTest . LCycle . class ) ; lCycle . init1 ( ) ; lCycle . stop ( ) ; java . lang . Thread . sleep ( 10000 ) ; System . out . println ( ( "Active:" + ( DispatcherThread . activeDispatchers . get ( ) ) ) ) ; <FILL_ME> ; } get ( ) { return ( ( T ) ( result ) ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( DispatcherThread . activeDispatchers . get ( ) ) == threads ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
parentSelfAxis ( ) { final org . xmldb . api . modules . XQueryService service = storeXMLStringAndGetQueryService ( "nested2.xml" , org . exist . xquery . XPathQueryTest . nested2 ) ; storeXMLStringAndGetQueryService ( "numbers.xml" , org . exist . xquery . XPathQueryTest . numbers ) ; queryResource ( service , "nested2.xml" , "/RootElement/descendant::*/parent::ChildA" , 1 ) ; queryResource ( service , "nested2.xml" , "/RootElement/descendant::*[self::ChildB]/parent::RootElement" , 0 ) ; queryResource ( service , "nested2.xml" , "/RootElement/descendant::*[self::ChildA]/parent::RootElement" , 1 ) ; queryResource ( service , "nested2.xml" , "let<sp>$a<sp>:=<sp>('',<sp>'b',<sp>'',<sp>'')<sp>for<sp>$b<sp>in<sp>$a[.]<sp>return<sp><blah>{$b}</blah>" , 1 ) ; final java . lang . String query = "let<sp>$doc<sp>:=<sp><root><page><a>a</a><b>b</b></page></root>" + ( ( ( "return<sp>" + "for<sp>$element<sp>in<sp>$doc/page/*<sp>" ) + "return<sp>" ) + "if($element[self::a]<sp>or<sp>$element[self::b])<sp>then<sp>(<found/>)<sp>else<sp>(<notfound/>)" ) ; final org . exist . xquery . ResourceSet result = service . queryResource ( "numbers.xml" , query ) ; <FILL_ME> ; } getSize ( ) { return model . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 2 , result . getSize ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldRejectWhenTicketIsInvalid ( ) { vip . getTicket ( ) . setComment ( null ) ; org . openstack . atlas . api . validation . results . ValidatorResult result = lbvipvalidator . validate ( vip , org . openstack . atlas . api . mgmt . validation . validators . VIPS_POST ) ; <FILL_ME> ; } passedValidation ( ) { return expectationResultList . isEmpty ( ) ; }
### Response:
org . junit . Assert . assertFalse ( result . passedValidation ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
longName ( ) { org . apache . jackrabbit . oak . plugins . document . DocumentNodeStore ns = mk . getNodeStore ( ) ; org . apache . jackrabbit . oak . spi . state . NodeBuilder builder = ns . getRoot ( ) . builder ( ) ; builder . child ( "test" ) ; ns . merge ( builder , EmptyHook . INSTANCE , CommitInfo . EMPTY ) ; java . lang . String longName = com . google . common . base . Strings . repeat ( "foo_" , 10000 ) ; java . lang . String longPath = java . lang . String . format ( "/test/%s" , longName ) ; builder = ns . getRoot ( ) . builder ( ) ; builder . child ( "test" ) . child ( longName ) ; try { ns . merge ( builder , EmptyHook . INSTANCE , CommitInfo . EMPTY ) ; } catch ( org . apache . jackrabbit . oak . api . CommitFailedException e ) { return ; } java . lang . String id = org . apache . jackrabbit . oak . plugins . document . util . Utils . getIdFromPath ( longPath ) ; org . apache . jackrabbit . oak . plugins . document . NodeDocument doc = ns . getDocumentStore ( ) . find ( Collection . NODES , id , 0 ) ; <FILL_ME> ; } find ( org . apache . jackrabbit . oak . plugins . document . Collection , java . lang . String , int ) { ( getStats ( collection ) . numFindCalls ) ++ ; if ( printStacks ) { new java . lang . Exception ( ( ( ( ( ( ( ( ( "find<sp>[" + ( getStats ( collection ) . numFindCalls ) ) + "]<sp>(" ) + collection ) + ")<sp>" ) + key ) + "<sp>[max:<sp>" ) + maxCacheAge ) + "]" ) ) . printStackTrace ( ) ; } return delegate . find ( collection , key , maxCacheAge ) ; }
### Response:
org . junit . Assert . assertNotNull ( doc ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSumDotMultOuterProd ( ) { System . out . println ( "sumDotMultOuterProd" ) ; double expResult = 3025 ; double result = instance . sumDotMultOuterProd ( x ) ; <FILL_ME> ; } sumDotMultOuterProd ( double [ ] ) { throw new org . genemania . engine . matricks . MatricksException ( "not<sp>implemented" ) ; }
### Response:
org . junit . Assert . assertEquals ( expResult , result , 0.0 ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testNewName ( ) { org . apache . cayenne . map . event . MapEvent event = new org . apache . cayenne . configuration . event . DataNodeEvent ( new java . lang . Object ( ) , new org . apache . cayenne . configuration . DataNodeDescriptor ( "someName" ) ) ; <FILL_ME> ; } getNewName ( ) { return newName ; }
### Response:
org . junit . Assert . assertEquals ( "someName" , event . getNewName ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testLager ( ) { java . util . List < com . plagiatorz . db . dto . ValuePairDTO > retVal = dao . getAllLager ( lo ) ; <FILL_ME> ; } getAllLager ( com . plagiatorz . login . LoginObject ) { java . util . List < com . plagiatorz . db . dto . ValuePairDTO > retVal = new java . util . ArrayList < com . plagiatorz . db . dto . ValuePairDTO > ( ) ; java . sql . ResultSet rs = super . executeSelect ( lo , com . plagiatorz . db . dao . impl . ReferenzDAOImpl . GETALLLAGER , new java . lang . Object [ ] { } ) ; try { com . plagiatorz . db . dto . ValuePairDTO dto ; while ( rs . next ( ) ) { dto = new com . plagiatorz . db . dto . ValuePairDTO ( ) ; dto . fillUpRecord ( rs ) ; retVal . add ( dto ) ; } } catch ( java . sql . SQLException e ) { throw new com . plagiatorz . db . dao . exception . DAOException ( e ) ; } return retVal ; }
### Response:
org . junit . Assert . assertNotNull ( retVal ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testComputeChecksumParameterized ( ) { long checksumActual = net . gfu . seminar . maven . MathUtils . checksum ( value ) ; System . out . println ( ( ( ( ( ( "Assert<sp>" + ( checksum ) ) + "=<sp>" ) + checksumActual ) + "<sp>of<sp>" ) + ( value ) ) ) ; <FILL_ME> ; } checksum ( long ) { long sum = 0 ; final java . lang . String numberAsString = java . lang . Long . valueOf ( number ) . toString ( ) ; for ( int i = 0 ; i < ( numberAsString . length ( ) ) ; i ++ ) { sum += java . lang . Integer . parseInt ( java . lang . Character . toString ( numberAsString . charAt ( i ) ) ) ; } return sum ; }
### Response:
org . junit . Assert . assertEquals ( checksum , checksumActual ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetSignaturePolicyForBDoc ( ) { org . digidoc4j . Signature signature = this . createSignatureBy ( Container . DocumentType . BDOC , this . pkcs12SignatureToken ) ; <FILL_ME> ; } getPolicy ( ) { java . lang . String oid = null ; if ( ( m_tsTinfo ) != null ) { oid = m_tsTinfo . getPolicy ( ) . getId ( ) ; } return oid ; }
### Response:
org . junit . Assert . assertEquals ( "" , signature . getPolicy ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
updateBotTrigger ( ) { ai . labs . models . BotTriggerConfiguration expected = createExpectedBotTriggerConfiguration ( ) ; javax . ws . rs . core . Response response = restBotTriggerStore . updateBotTrigger ( intent , expected ) ; <FILL_ME> ; org . mockito . Mockito . verify ( botTriggerStore , times ( 1 ) ) . updateBotTrigger ( eq ( intent ) , eq ( expected ) ) ; org . mockito . Mockito . verify ( botTriggersCache , times ( 1 ) ) . put ( eq ( intent ) , eq ( expected ) ) ; } updateBotTrigger ( java . lang . String , ai . labs . models . BotTriggerConfiguration ) { try { botTriggerStore . updateBotTrigger ( intent , botTriggerConfiguration ) ; botTriggersCache . put ( intent , botTriggerConfiguration ) ; return javax . ws . rs . core . Response . ok ( ) . build ( ) ; } catch ( ai . labs . persistence . IResourceStore e ) { throw new javax . ws . rs . NotFoundException ( e . getLocalizedMessage ( ) ) ; } catch ( ai . labs . persistence . IResourceStore e ) { log . error ( e . getLocalizedMessage ( ) , e ) ; throw new javax . ws . rs . InternalServerErrorException ( e . getLocalizedMessage ( ) ) ; } }
### Response:
org . junit . Assert . assertEquals ( 200 , response . getStatus ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetScore ( ) { net . ricecode . similarity . SimilarityScore s = new net . ricecode . similarity . SimilarityScore ( "Test" , 0.99 ) ; <FILL_ME> ; } getScore ( ) { return this . score ; }
### Response:
org . junit . Assert . assertEquals ( 0.99 , s . getScore ( ) , 0.0 ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetCanonicalPathForValidFile ( ) { final java . io . File validFile = mock ( java . io . File . class ) ; final java . lang . String canonicalPath = "the_path" ; when ( validFile . getCanonicalPath ( ) ) . thenReturn ( canonicalPath ) ; final java . lang . String actualPath = org . springframework . roo . support . util . FileUtils . getCanonicalPath ( validFile ) ; <FILL_ME> ; } getCanonicalPath ( java . io . File ) { if ( file == null ) { return null ; } try { return file . getCanonicalPath ( ) ; } catch ( final java . io . IOException ioe ) { throw new java . lang . IllegalStateException ( ( ( "Cannot<sp>determine<sp>canonical<sp>path<sp>for<sp>'" + file ) + "'" ) , ioe ) ; } }
### Response:
org . junit . Assert . assertEquals ( canonicalPath , actualPath ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
setMqttCallbackThrowsOnNull ( tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttCallback ) { final com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttConnection mqttConnection = mockit . Deencapsulation . newInstance ( com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttConnection . class , new java . lang . Class [ ] { java . lang . String . class , java . lang . String . class , java . lang . String . class , java . lang . String . class , javax . net . ssl . SSLContext . class } , tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttConnectionTest . SERVER_URI , tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttConnectionTest . CLIENT_ID , tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttConnectionTest . USER_NAME , tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttConnectionTest . PWORD , mockIotHubSSLContext ) ; tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttCallback testMqttCallback = null ; mockit . Deencapsulation . invoke ( mqttConnection , "setMqttCallback" , new java . lang . Class [ ] { tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttCallback . class } , testMqttCallback ) ; tests . unit . com . microsoft . azure . sdk . iot . device . transport . mqtt . MqttCallback actualMqttCallback = mockit . Deencapsulation . getField ( mqttConnection , "mqttCallback" ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( actualMqttCallback , testMqttCallback ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testExtremeRangeDouble ( ) { final double result = org . apache . commons . lang3 . RandomUtils . nextDouble ( 0 , Double . MAX_VALUE ) ; <FILL_ME> ; } nextDouble ( double , double ) { org . apache . commons . lang3 . Validate . isTrue ( ( endInclusive >= startInclusive ) , "Start<sp>value<sp>must<sp>be<sp>smaller<sp>or<sp>equal<sp>to<sp>end<sp>value." ) ; org . apache . commons . lang3 . Validate . isTrue ( ( startInclusive >= 0 ) , "Both<sp>range<sp>values<sp>must<sp>be<sp>non-negative." ) ; if ( startInclusive == endInclusive ) { return startInclusive ; } return startInclusive + ( ( endInclusive - startInclusive ) * ( org . apache . commons . lang3 . RandomUtils . RANDOM . nextDouble ( ) ) ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( result >= 0 ) && ( result <= ( Double . MAX_VALUE ) ) ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testToString ( ) { java . lang . String s = "ListRecord<sp>[id=1,<sp>name=name,<sp>description=desc,<sp>programName=prog,<sp>createdAt=null,<sp>updatedAt=null]" ; r . setCreatedAt ( null ) ; r . setUpdatedAt ( null ) ; <FILL_ME> ; } toString ( ) { java . lang . StringBuffer buffer = new java . lang . StringBuffer ( ) ; buffer . append ( "Dbms[" ) ; buffer . append ( "product<sp>=<sp>" ) . append ( product ) ; buffer . append ( ",<sp>id<sp>=<sp>" ) . append ( id ) ; buffer . append ( ",<sp>label<sp>=<sp>" ) . append ( label ) ; buffer . append ( ",<sp>defaultDbmsType<sp>=<sp>" ) . append ( defaultDbmsType ) ; buffer . append ( ",<sp>dbmsTypes<sp>=<sp>" ) . append ( getDbmsTypes ( ) ) ; buffer . append ( "]" ) ; return buffer . toString ( ) ; }
### Response:
org . junit . Assert . assertEquals ( s , r . toString ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetMaxRecordsInExtension ( ) { java . util . Map < java . lang . String , java . lang . Integer > counts = com . google . common . collect . Maps . newLinkedHashMap ( ) ; counts . put ( Constants . DWC_ROWTYPE_TAXON , 55 ) ; counts . put ( Constants . DWC_ROWTYPE_EVENT , 100 ) ; counts . put ( Constants . DWC_ROWTYPE_OCCURRENCE , 10 ) ; action . setRecordsByExtensionForVersion ( counts ) ; <FILL_ME> ; } getMaxRecordsInExtension ( ) { int count = 0 ; if ( ! ( recordsByExtensionForVersion . isEmpty ( ) ) ) { for ( java . lang . String rowType : recordsByExtensionForVersion . keySet ( ) ) { int extensionCount = recordsByExtensionForVersion . get ( rowType ) ; count = ( extensionCount > count ) ? extensionCount : count ; } } return count ; }
### Response:
org . junit . Assert . assertEquals ( 100 , action . getMaxRecordsInExtension ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
retrieveAllJarFiles ( ) { de . metanome . backend . algorithm_loading . AlgorithmFinder algoFinder = new de . metanome . backend . algorithm_loading . AlgorithmFinder ( ) ; java . lang . String [ ] algos = algoFinder . getAvailableAlgorithmFileNames ( null ) ; <FILL_ME> ; } getAvailableAlgorithmFileNames ( java . lang . Class ) { java . util . LinkedList < java . lang . String > availableAlgorithms = new java . util . LinkedList ( ) ; java . lang . String pathToFolder = "" ; try { pathToFolder = java . lang . Thread . currentThread ( ) . getContextClassLoader ( ) . getResource ( "algorithms" ) . getPath ( ) ; } catch ( java . lang . NullPointerException e ) { return new java . lang . String [ ] { } ; } java . io . File [ ] jarFiles = retrieveJarFiles ( pathToFolder ) ; for ( java . io . File jarFile : jarFiles ) { if ( ( algorithmSubclass == null ) || ( getAlgorithmInterfaces ( jarFile ) . contains ( algorithmSubclass ) ) ) { availableAlgorithms . add ( jarFile . getName ( ) ) ; } } java . lang . String [ ] stringArray = new java . lang . String [ availableAlgorithms . size ( ) ] ; return availableAlgorithms . toArray ( stringArray ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( algos . length ) > 0 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
assertGetCalendarValueByColumnIndex ( ) { aggregationDistinctQueryResult . next ( ) ; <FILL_ME> ; } getCalendarValue ( java . lang . String , java . lang . Class , java . util . Calendar ) { throw new java . sql . SQLFeatureNotSupportedException ( ) ; }
### Response:
org . junit . Assert . assertThat ( aggregationDistinctQueryResult . getCalendarValue ( 1 , java . lang . Object . class , java . util . Calendar . getInstance ( ) ) , org . hamcrest . CoreMatchers . is ( ( ( java . lang . Object ) ( 10 ) ) ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCaseSensitivity ( ) { final java . lang . String node = "nOdE" ; final java . lang . String result = org . xmpp . packet . JID . nodeprep ( node ) ; <FILL_ME> ; } nodeprep ( java . lang . String ) { if ( node == null ) { return null ; } final org . xmpp . util . ValueWrapper < java . lang . String > cachedResult = org . xmpp . packet . JID . NODEPREP_CACHE . get ( node ) ; final java . lang . String answer ; if ( cachedResult == null ) { try { answer = gnu . inet . encoding . Stringprep . nodeprep ( node ) ; if ( ( answer != null ) && ( ( answer . getBytes ( StandardCharsets . UTF_8 ) . length ) > 1023 ) ) { throw new java . lang . IllegalArgumentException ( ( ( ( ( ( "Node<sp>cannot<sp>be<sp>larger<sp>" + "than<sp>1023<sp>bytes<sp>(after<sp>nodeprepping).<sp>Size<sp>is<sp>" ) + ( answer . getBytes ( StandardCharsets . UTF_8 ) . length ) ) + "<sp>bytes.<sp>Offending<sp>value:<sp>'" ) + node ) + "'" ) ) ; } } catch ( java . lang . Exception ex ) { org . xmpp . packet . JID . NODEPREP_CACHE . put ( node , new org . xmpp . util . ValueWrapper ( org . xmpp . util . ValueWrapper . Representation . ILLEGAL ) ) ; throw new java . lang . IllegalArgumentException ( ( "The<sp>input<sp>is<sp>not<sp>a<sp>valid<sp>JID<sp>node:<sp>" + node ) , ex ) ; } org . xmpp . packet . JID . NODEPREP_CACHE . put ( answer , new org . xmpp . util . ValueWrapper ( org . xmpp . util . ValueWrapper . Representation . USE_KEY ) ) ; if ( ! ( node . equals ( answer ) ) ) { org . xmpp . packet . JID . NODEPREP_CACHE . put ( node , new org . xmpp . util . ValueWrapper ( answer ) ) ; } } else { switch ( cachedResult . getRepresentation ( ) ) { case USE_KEY : answer = node ; break ; case USE_VALUE : answer = cachedResult . getValue ( ) ; break ; case ILLEGAL : throw new java . lang . IllegalArgumentException ( ( "The<sp>input<sp>is<sp>not<sp>a<sp>valid<sp>JID<sp>node:<sp>" + node ) ) ; default : throw new java . lang . IllegalStateException ( "The<sp>implementation<sp>of<sp>JID#nodeprep(String)<sp>is<sp>broken." ) ; } } return answer ; }
### Response:
org . junit . Assert . assertEquals ( node . toLowerCase ( ) , result ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testIdemixMSPSignerConfigSuccess ( ) { org . hyperledger . fabric . protos . msp . MspConfig . IdemixMSPSignerConfig signerConfig = null ; try { signerConfig = org . hyperledger . fabric . sdk . identity . IdemixIdentitiesTest . readIdemixMSPConfig ( ( ( ( org . hyperledger . fabric . sdk . identity . IdemixIdentitiesTest . TEST_PATH ) + ( org . hyperledger . fabric . sdk . identity . IdemixIdentitiesTest . MSP1OU1 ) ) + ( org . hyperledger . fabric . sdk . identity . IdemixIdentitiesTest . USER_PATH ) ) , org . hyperledger . fabric . sdk . identity . IdemixIdentitiesTest . SIGNER_CONFIG ) ; } catch ( com . google . protobuf . InvalidProtocolBufferException e ) { org . junit . Assert . fail ( ( "Unexpected<sp>IPBException" + ( e . getMessage ( ) ) ) ) ; } catch ( java . io . IOException e ) { org . junit . Assert . fail ( ( "Unexpected<sp>IOException" + ( e . getMessage ( ) ) ) ) ; } <FILL_ME> ; } getMessage ( ) { return message ; }
### Response:
org . junit . Assert . assertNotNull ( signerConfig ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
sum_values_in_list_apache ( ) { double [ ] arrayToSume = org . apache . commons . lang3 . ArrayUtils . toPrimitive ( com . levelup . java . collections . SumValueInList . NUMBERS_FOR_SUM . toArray ( new java . lang . Double [ com . levelup . java . collections . SumValueInList . NUMBERS_FOR_SUM . size ( ) ] ) ) ; double sum = org . apache . commons . math3 . stat . StatUtils . sum ( arrayToSume ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( 100 , sum , 0 ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testModifyFamily ( ) { com . google . cloud . bigtable . admin . v2 . models . ModifyColumnFamiliesRequest request = com . google . cloud . bigtable . admin . v2 . models . ModifyColumnFamiliesRequest . of ( com . google . cloud . bigtable . grpc . TestBigtableTableAdminGCJClient . TABLE_ID ) . addFamily ( "first-family" ) ; com . google . cloud . bigtable . admin . v2 . models . Table response = adminGCJClient . modifyFamilies ( request ) ; java . util . List < com . google . cloud . bigtable . admin . v2 . models . ColumnFamily > columnFamilies = response . getColumnFamilies ( ) ; <FILL_ME> ; } get ( java . lang . Class ) { return ( ( U ) ( unsafeMap . get ( key ) ) ) ; }
### Response:
org . junit . Assert . assertEquals ( "first-family" , columnFamilies . get ( 0 ) . getId ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
zipTypeTest ( ) { java . lang . String name = "Showcase.csar" ; java . io . InputStream inputStream = new java . io . FileInputStream ( ( ( ( path ) + ( java . io . File . separator ) ) + name ) ) ; org . eclipse . winery . yaml . converter . Converter converter = new org . eclipse . winery . yaml . converter . Converter ( ) ; converter . convertY2X ( inputStream ) ; org . eclipse . winery . model . tosca . TServiceTemplate serviceTemplate = org . eclipse . winery . repository . backend . RepositoryFactory . getRepository ( ) . getElement ( new org . eclipse . winery . common . ids . definitions . ServiceTemplateId ( new org . eclipse . winery . common . ids . Namespace ( org . eclipse . winery . yaml . common . Namespaces . DEFAULT_NS , false ) , new org . eclipse . winery . common . ids . XmlId ( "Showcase" , false ) ) ) ; <FILL_ME> ; } getRepository ( ) { if ( ( ( ( org . eclipse . winery . repository . backend . RepositoryFactory . gitBasedRepositoryConfiguration ) == null ) && ( ( org . eclipse . winery . repository . backend . RepositoryFactory . fileBasedRepositoryConfiguration ) == null ) ) && ( ( org . eclipse . winery . repository . backend . RepositoryFactory . jCloudsConfiguration ) == null ) ) { org . eclipse . winery . repository . backend . RepositoryFactory . LOGGER . debug ( "No<sp>repository<sp>configuration<sp>available.<sp>Using<sp>default<sp>configuration." ) ; org . eclipse . winery . repository . backend . RepositoryFactory . reconfigure ( new org . eclipse . winery . repository . configuration . FileBasedRepositoryConfiguration ( ) ) ; } return org . eclipse . winery . repository . backend . RepositoryFactory . repository ; }
### Response:
org . junit . Assert . assertNotNull ( serviceTemplate ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
initalize_int_array_java_shortcut ( ) { int [ ] nflNorthStadiumsCapacity = new int [ ] { 80750 , 61500 , 64121 , 65000 } ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertTrue ( ( ( nflNorthStadiumsCapacity . length ) == 4 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testTextExtent_expandLineBreaks ( ) { org . eclipse . swt . graphics . Point singleLine = org . eclipse . rap . rwt . internal . textsize . TextSizeUtil . textExtent ( getFont ( ) , "First<sp>Line" , 0 ) ; org . eclipse . swt . graphics . Point multiLine = org . eclipse . rap . rwt . internal . textsize . TextSizeUtil . textExtent ( getFont ( ) , "First<sp>Line\nSecond<sp>Line" , 0 ) ; <FILL_ME> ; } getFont ( ) { return new org . eclipse . swt . graphics . Font ( display , org . eclipse . rap . rwt . internal . textsize . TextSizeUtil_Test . FONT_DATA ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( singleLine . y ) < ( multiLine . y ) ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetEndpointProperties ( ) { final java . util . HashMap < java . lang . String , java . lang . Object > properties = new java . util . HashMap ( ) ; final org . apache . camel . support . component . ApiMethodPropertiesHelperTest . TestEndpointConfiguration endpointConfiguration = new org . apache . camel . support . component . ApiMethodPropertiesHelperTest . TestEndpointConfiguration ( ) ; endpointConfiguration . setProperty1 ( org . apache . camel . support . component . ApiMethodPropertiesHelperTest . VALUE_1 ) ; endpointConfiguration . setProperty2 ( org . apache . camel . support . component . ApiMethodPropertiesHelperTest . VALUE_2 ) ; endpointConfiguration . setProperty3 ( org . apache . camel . support . component . ApiMethodPropertiesHelperTest . VALUE_3 ) ; endpointConfiguration . setProperty4 ( java . lang . Boolean . valueOf ( org . apache . camel . support . component . ApiMethodPropertiesHelperTest . VALUE_4 ) ) ; org . apache . camel . support . component . ApiMethodPropertiesHelperTest . propertiesHelper . getEndpointProperties ( endpointConfiguration , properties ) ; <FILL_ME> ; } size ( ) { return results . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 2 , properties . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
handle_shouldNotSetTheVoidReasonIfAlreadyVoided ( ) { org . openmrs . api . handler . VoidHandler < org . openmrs . Voidable > handler = new org . openmrs . api . handler . BaseVoidHandler ( ) ; org . openmrs . Voidable voidable = new org . openmrs . Person ( ) ; voidable . setVoided ( true ) ; voidable . setVoidedBy ( new org . openmrs . User ( 1 ) ) ; handler . handle ( voidable , null , null , "THE<sp>REASON" ) ; <FILL_ME> ; } getVoidReason ( ) { return voidReason ; }
### Response:
org . junit . Assert . assertNull ( voidable . getVoidReason ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testAsInt ( ) { org . apache . tajo . datum . Datum d = org . apache . tajo . datum . DatumFactory . createInt8 ( 5L ) ; <FILL_ME> ; } asInt4 ( ) { throw new org . apache . tajo . datum . exception . InvalidCastException ( ( ( type ) + "<sp>cannot<sp>be<sp>casted<sp>to<sp>INT<sp>type" ) ) ; }
### Response:
org . junit . Assert . assertEquals ( 5 , d . asInt4 ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetStyleCss_WithOverride ( ) { simpleFeature . setAttribute ( PlainFeatureFactory . ATTRIB_NAME_STYLE_CSS , "symbol:cross;fill:100,100,100" ) ; final java . lang . String styleCss = org . esa . beam . framework . ui . product . SimpleFeatureFigureFactory . getStyleCss ( simpleFeature , "symbol:pin;fill:0,0,0" ) ; <FILL_ME> ; } getStyleCss ( org . opengis . feature . simple . SimpleFeature , java . lang . String ) { java . lang . Object styleAttribute = simpleFeature . getAttribute ( PlainFeatureFactory . ATTRIB_NAME_STYLE_CSS ) ; if ( styleAttribute instanceof java . lang . String ) { java . lang . String css = ( ( java . lang . String ) ( styleAttribute ) ) ; if ( ! ( css . trim ( ) . isEmpty ( ) ) ) { final java . lang . StringBuilder sb = new java . lang . StringBuilder ( css ) ; final java . lang . String [ ] cssAttributes = defaultStyleCss . split ( ";" ) ; for ( java . lang . String cssAttribute : cssAttributes ) { if ( ! ( css . contains ( cssAttribute . split ( ":" ) [ 0 ] . trim ( ) ) ) ) { sb . append ( ";" ) ; sb . append ( cssAttribute ) ; } } return sb . toString ( ) ; } } return defaultStyleCss ; }
### Response:
org . junit . Assert . assertEquals ( "symbol:cross;fill:100,100,100" , styleCss ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testReadFlatOptionalFieldWithNullValue ( ) { org . pm4j . core . pm . impl . pathresolver . Pojo p = new org . pm4j . core . pm . impl . pathresolver . Pojo ( null ) ; org . pm4j . common . expr . Expression expr = org . pm4j . core . pm . impl . expr . PathExpressionChain . parse ( "(o)name" ) ; <FILL_ME> ; } exec ( org . pm4j . common . expr . ExprExecCtxt ) { ctxt . setCurrentExpr ( this ) ; java . lang . Object result = execImpl ( ( ( CTXT ) ( ctxt ) ) ) ; ctxt . setCurrentValue ( this , result ) ; return result ; }
### Response:
org . junit . Assert . assertNull ( expr . exec ( new org . pm4j . common . expr . ExprExecCtxt ( p ) ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testRemoveHeadAndVerifyResult ( ) { com . sun . sgs . test . app . util . TestScalableList . txnScheduler . runTask ( new com . sun . sgs . test . util . TestAbstractKernelRunnable ( ) { public void run ( ) throws com . sun . sgs . test . app . util . Exception { com . sun . sgs . app . util . ScalableList < java . lang . String > list = new com . sun . sgs . app . util . ScalableList < java . lang . String > ( 6 , 6 ) ; list . add ( "A" ) ; list . add ( "B" ) ; list . add ( "C" ) ; java . lang . Object obj = list . remove ( 0 ) ; <FILL_ME> ; com . sun . sgs . app . AppContext . getDataManager ( ) . removeObject ( list ) ; } } , com . sun . sgs . test . app . util . TestScalableList . taskOwner ) ; } remove ( java . lang . Object ) { return removeFirstOccurrence ( o ) ; }
### Response:
org . junit . Assert . assertEquals ( "A" , obj ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
addLastLenTest9 ( ) { org . krakenapps . pcap . util . Buffer buffer = initBuffer4 ( ) ; org . krakenapps . pcap . util . Buffer buffer4 = new org . krakenapps . pcap . util . ChainBuffer ( ) ; byte [ ] testArray13 = new byte [ ] { 71 , 72 , 73 , 74 , 75 , 76 } ; byte [ ] testArray14 = new byte [ ] { 77 , 78 , 79 } ; byte [ ] testArray15 = new byte [ ] { 80 , 81 } ; byte [ ] testArray16 = new byte [ ] { 82 , 83 , 84 , 85 , 86 , 87 , 88 , 89 } ; buffer4 . addLast ( testArray13 ) ; buffer4 . addLast ( testArray14 ) ; buffer4 . addLast ( testArray15 ) ; buffer4 . addLast ( testArray16 ) ; buffer4 . get ( ) ; buffer4 . get ( ) ; buffer . addLast ( buffer4 , 4 ) ; byte [ ] skip = new byte [ 41 ] ; buffer . gets ( skip ) ; int expected = 73 ; int i = 0 ; while ( i < 4 ) { <FILL_ME> ; expected ++ ; i ++ ; } } get ( ) { return value ; }
### Response:
org . junit . Assert . assertEquals ( expected , buffer . get ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getFormatsShouldReturnFormatForGeoloc ( ) { <FILL_ME> ; } getFormats ( ) { return com . gisgraphy . helper . OutputFormatHelper . listFormatByService ( GisgraphyServiceType . GEOLOC ) ; }
### Response:
org . junit . Assert . assertEquals ( java . util . Arrays . asList ( com . gisgraphy . helper . OutputFormatHelper . listFormatByService ( GisgraphyServiceType . GEOLOC ) ) , java . util . Arrays . asList ( action . getFormats ( ) ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
size_isZeroAfterCreation ( ) { <FILL_ME> ; } size ( ) { return new org . eclipse . jface . internal . databinding . swt . ControlSizeProperty ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 0 , array . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testPermissionsFilter ( ) { final org . oscm . build . ant . Files . IFileFilter filter = org . oscm . build . ant . Files . permissionsFilter ( 493 ) ; final org . oscm . build . ant . Files . IFile file = filter . filter ( new org . oscm . build . ant . FilesTest . FileStub ( "doit.sh" ) ) ; <FILL_ME> ; } getPermissions ( ) { return UNDEF_PERMISSIONS ; }
### Response:
org . junit . Assert . assertEquals ( 493 , file . getPermissions ( ) ) | [
2,
2,
2,
2,
2,
2,
2,
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getTablesToRepairRemoveOneTableFromListTest ( ) { io . cassandrareaper . jmx . JmxProxy proxy = io . cassandrareaper . jmx . JmxProxyTest . mockJmxProxyImpl ( ) ; when ( context . jmxConnectionFactory . connectAny ( cluster ) ) . thenReturn ( proxy ) ; when ( context . jmxConnectionFactory . connectAny ( org . mockito . Mockito . any ( java . util . Collection . class ) ) ) . thenReturn ( proxy ) ; when ( proxy . getTablesForKeyspace ( org . mockito . Mockito . anyString ( ) ) ) . thenReturn ( com . google . common . collect . Sets . newHashSet ( io . cassandrareaper . core . Table . builder ( ) . withName ( "table1" ) . withCompactionStrategy ( io . cassandrareaper . service . RepairUnitServiceTest . STCS ) . build ( ) , io . cassandrareaper . core . Table . builder ( ) . withName ( "table2" ) . withCompactionStrategy ( io . cassandrareaper . service . RepairUnitServiceTest . STCS ) . build ( ) , io . cassandrareaper . core . Table . builder ( ) . withName ( "table3" ) . withCompactionStrategy ( io . cassandrareaper . service . RepairUnitServiceTest . STCS ) . build ( ) ) ) ; io . cassandrareaper . core . RepairUnit unit = io . cassandrareaper . core . RepairUnit . builder ( ) . clusterName ( cluster . getName ( ) ) . keyspaceName ( "test" ) . columnFamilies ( com . google . common . collect . Sets . newHashSet ( "table1" , "table2" ) ) . blacklistedTables ( com . google . common . collect . Sets . newHashSet ( "table1" ) ) . incrementalRepair ( false ) . repairThreadCount ( 4 ) . build ( com . datastax . driver . core . utils . UUIDs . timeBased ( ) ) ; <FILL_ME> ; } getTablesToRepair ( io . cassandrareaper . jmx . JmxProxy , io . cassandrareaper . core . Cluster , io . cassandrareaper . core . RepairUnit ) { java . lang . String keyspace = repairUnit . getKeyspaceName ( ) ; java . util . Set < java . lang . String > tables ; if ( repairUnit . getColumnFamilies ( ) . isEmpty ( ) ) { java . util . Set < java . lang . String > twcsBlacklisted = findBlacklistedCompactionStrategyTables ( cluster , keyspace ) ; tables = proxy . getTablesForKeyspace ( keyspace ) . stream ( ) . map ( Table :: getName ) . filter ( ( tableName ) -> ! ( repairUnit . getBlacklistedTables ( ) . contains ( tableName ) ) ) . filter ( ( tableName ) -> ! ( twcsBlacklisted . contains ( tableName ) ) ) . collect ( java . util . stream . Collectors . toSet ( ) ) ; } else { tables = repairUnit . getColumnFamilies ( ) . stream ( ) . filter ( ( tableName ) -> ! ( repairUnit . getBlacklistedTables ( ) . contains ( tableName ) ) ) . collect ( java . util . stream . Collectors . toSet ( ) ) ; } com . google . common . base . Preconditions . checkState ( ( ( repairUnit . getBlacklistedTables ( ) . isEmpty ( ) ) || ( ! ( tables . isEmpty ( ) ) ) ) , "Invalid<sp>blacklist<sp>definition.<sp>It<sp>filtered<sp>out<sp>all<sp>tables<sp>in<sp>the<sp>keyspace." ) ; return tables ; }
### Response:
org . junit . Assert . assertEquals ( com . google . common . collect . Sets . newHashSet ( "table2" ) , service . getTablesToRepair ( proxy , cluster , unit ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testFindByIdNullKey ( ) { org . kaaproject . kaa . common . dto . EndpointProfileDto expected = generateEndpointProfile ( null , null , null , null ) ; org . kaaproject . kaa . server . common . dao . model . EndpointProfile found = endpointProfileDao . findById ( null ) ; <FILL_ME> ; } findById ( java . lang . Long ) { return findById ( id , false ) ; }
### Response:
org . junit . Assert . assertNull ( found ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
setAsText_shouldSetUsingConceptUuid ( ) { org . openmrs . propertyeditor . ProgramEditor editor = new org . openmrs . propertyeditor . ProgramEditor ( ) ; editor . setAsText ( "concept.0a9afe04-088b-44ca-9291-0a8c3b5c96fa" ) ; <FILL_ME> ; } getValue ( ) { return value ; }
### Response:
org . junit . Assert . assertNotNull ( editor . getValue ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testInvalidVar ( ) { addAttribute ( "invalid" , ".1.3.6.1.2.1.2" , "0" , "string" ) ; org . opennms . netmgt . collectd . SnmpNodeCollector collector = createNodeCollector ( ) ; <FILL_ME> ; } getEntry ( ) { return m_entry ; }
### Response:
org . junit . Assert . assertTrue ( collector . getEntry ( ) . isEmpty ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetDeploymentTiffResourceData ( ) { org . camunda . bpm . engine . rest . Resource resource = org . camunda . bpm . engine . rest . helper . MockProvider . createMockDeploymentTiffResource ( ) ; org . camunda . bpm . engine . rest . List < org . camunda . bpm . engine . rest . Resource > resources = new org . camunda . bpm . engine . rest . ArrayList < org . camunda . bpm . engine . rest . Resource > ( ) ; resources . add ( resource ) ; java . io . InputStream input = new java . io . ByteArrayInputStream ( createMockDeploymentResourceByteData ( ) ) ; when ( mockRepositoryService . getDeploymentResources ( eq ( org . camunda . bpm . engine . rest . EXAMPLE_DEPLOYMENT_ID ) ) ) . thenReturn ( resources ) ; when ( mockRepositoryService . getResourceAsStreamById ( eq ( org . camunda . bpm . engine . rest . EXAMPLE_DEPLOYMENT_ID ) , eq ( org . camunda . bpm . engine . rest . EXAMPLE_DEPLOYMENT_TIFF_RESOURCE_ID ) ) ) . thenReturn ( input ) ; io . restassured . response . Response response = io . restassured . RestAssured . given ( ) . pathParam ( "id" , org . camunda . bpm . engine . rest . EXAMPLE_DEPLOYMENT_ID ) . pathParam ( "resourceId" , org . camunda . bpm . engine . rest . EXAMPLE_DEPLOYMENT_TIFF_RESOURCE_ID ) . then ( ) . expect ( ) . statusCode ( Status . OK . getStatusCode ( ) ) . contentType ( "image/tiff" ) . header ( "Content-Disposition" , ( "attachment;<sp>filename=" + ( org . camunda . bpm . engine . rest . helper . MockProvider . EXAMPLE_DEPLOYMENT_TIFF_RESOURCE_NAME ) ) ) . when ( ) . get ( org . camunda . bpm . engine . rest . DeploymentRestServiceInteractionTest . SINGLE_RESOURCE_DATA_URL ) ; java . lang . String responseContent = response . asString ( ) ; <FILL_ME> ; } get ( java . lang . String ) { org . camunda . bpm . engine . rest . hal . cache . HalResourceCacheEntry cacheEntry = cache . get ( id ) ; if ( cacheEntry != null ) { if ( expired ( cacheEntry ) ) { remove ( cacheEntry . getId ( ) ) ; return null ; } else { return cacheEntry . getResource ( ) ; } } else { return null ; } }
### Response:
org . junit . Assert . assertNotNull ( responseContent ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testUniqueKeyEntity ( ) { org . apache . cayenne . map . EntityResolver resolver = runtime . getDataDomain ( ) . getEntityResolver ( ) ; java . lang . String ejbql = "select<sp>a<sp>FROM<sp>Artist<sp>a" ; org . apache . cayenne . query . EJBQLQuery q1 = new org . apache . cayenne . query . EJBQLQuery ( ejbql ) ; q1 . setCacheStrategy ( QueryCacheStrategy . LOCAL_CACHE ) ; org . apache . cayenne . query . EJBQLQuery q2 = new org . apache . cayenne . query . EJBQLQuery ( ejbql ) ; q2 . setCacheStrategy ( QueryCacheStrategy . LOCAL_CACHE ) ; <FILL_ME> ; } getMetaData ( org . apache . cayenne . map . EntityResolver ) { final org . apache . cayenne . query . QueryMetadata metadata = query . getMetaData ( resolver ) ; return new org . apache . cayenne . query . QueryMetadataProxy ( metadata ) { public org . apache . cayenne . query . Query getOriginatingQuery ( ) { return null ; } public org . apache . cayenne . remote . String getCacheKey ( ) { return cacheKey ; } } ; }
### Response:
org . junit . Assert . assertEquals ( q1 . getMetaData ( resolver ) . getCacheKey ( ) , q2 . getMetaData ( resolver ) . getCacheKey ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testConvert ( ) { org . hl7 . fhir . dstu2016may . model . Questionnaire input = new org . hl7 . fhir . dstu2016may . model . Questionnaire ( ) ; input . setTitle ( "My<sp>title" ) ; org . hl7 . fhir . dstu3 . model . Questionnaire output = org . hl7 . fhir . convertors . VersionConvertor_14_30 . convertQuestionnaire ( input ) ; java . lang . String context = output . getTitle ( ) ; <FILL_ME> ; } getTitle ( ) { return title ; }
### Response:
org . junit . Assert . assertEquals ( "My<sp>title" , context ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
GetLaboratoryOrderOutcomeEN13606SuccessTest ( ) { riv . clinicalprocess . healthcond . actoutcome . getlaboratoryorderoutcomeresponder . _3 . GetLaboratoryOrderOutcomeResponseType resp = getLaboratoryOrderOutcomeServices . getLaboratoryOrderOutcome ( se . skl . skltpservices . npoadapter . test . integration . EndToEndIntegrationTest . LOGICAL_ADDRESS_VS_1 , se . skl . skltpservices . npoadapter . test . integration . IntegrationTestDataUtil . createGetLaboratoryOrderOutcomeType ( IntegrationTestDataUtil . NO_TRIGGER ) ) ; <FILL_ME> ; } createGetLaboratoryOrderOutcomeType ( int ) { final riv . clinicalprocess . healthcond . actoutcome . getlaboratoryorderoutcomeresponder . _3 . GetLaboratoryOrderOutcomeType type = new riv . clinicalprocess . healthcond . actoutcome . getlaboratoryorderoutcomeresponder . _3 . GetLaboratoryOrderOutcomeType ( ) ; type . setPatientId ( se . skl . skltpservices . npoadapter . test . integration . IntegrationTestDataUtil . labPersonIdType ( ) ) ; type . setSourceSystemHSAId ( se . skl . skltpservices . npoadapter . test . integration . IntegrationTestDataUtil . SOURCE_SYSTEM_HSA_ID ) ; type . setTimePeriod ( se . skl . skltpservices . npoadapter . test . integration . IntegrationTestDataUtil . labDatePeriodType ( ) ) ; return type ; }
### Response:
org . junit . Assert . assertFalse ( resp . getLaboratoryOrderOutcome ( ) . isEmpty ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetNormalizedComponentsGrayWhite ( ) { java . awt . image . ComponentColorModel model = new com . twelvemonkeys . imageio . color . UInt32ColorModel ( com . twelvemonkeys . imageio . color . UInt32ColorModelTest . GRAY , false , false ) ; float [ ] normalized = model . getNormalizedComponents ( new int [ ] { - 1 } , null , 0 ) ; for ( float norm : normalized ) { <FILL_ME> ; } } getNormalizedComponents ( java . lang . Object , float [ ] , int ) { int numComponents = getNumComponents ( ) ; if ( normComponents == null ) { normComponents = new float [ numComponents + normOffset ] ; } int [ ] ipixel = ( ( int [ ] ) ( pixel ) ) ; for ( int c = 0 , nc = normOffset ; c < numComponents ; c ++ , nc ++ ) { normComponents [ nc ] = ( ( float ) ( ( ipixel [ c ] ) & 4294967295L ) ) / ( ( float ) ( ( 1L << ( getComponentSize ( c ) ) ) - 1 ) ) ; } int numColorComponents = getNumColorComponents ( ) ; if ( ( hasAlpha ( ) ) && ( isAlphaPremultiplied ( ) ) ) { float alpha = normComponents [ ( numColorComponents + normOffset ) ] ; if ( alpha != 0.0F ) { float invAlpha = 1.0F / alpha ; for ( int c = normOffset ; c < ( numColorComponents + normOffset ) ; c ++ ) { normComponents [ c ] *= invAlpha ; } } } return normComponents ; }
### Response:
org . junit . Assert . assertEquals ( 1 , norm , 0 ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testIncludesContext ( ) { java . util . ArrayList < com . nextdoor . bender . operation . substitution . Substitution > substitutions = new java . util . ArrayList < com . nextdoor . bender . operation . substitution . Substitution > ( ) ; substitutions . add ( new com . nextdoor . bender . operation . substitution . context . ContextSubstitution ( "foo" , java . util . Arrays . asList ( "functionName" ) , java . util . Collections . emptyList ( ) , true ) ) ; com . nextdoor . bender . testutils . DummyDeserializerHelper . DummpyMapEvent devent = new com . nextdoor . bender . testutils . DummyDeserializerHelper . DummpyMapEvent ( ) ; com . nextdoor . bender . aws . TestContext ctx = new com . nextdoor . bender . aws . TestContext ( ) ; ctx . setFunctionName ( "fun<sp>name" ) ; ctx . setInvokedFunctionArn ( "some<sp>arn" ) ; com . nextdoor . bender . InternalEvent ievent = new com . nextdoor . bender . InternalEvent ( "" , new com . nextdoor . bender . LambdaContext ( ctx ) , 10 ) ; ievent . setEventObj ( devent ) ; ievent . setEventTime ( 20 ) ; com . nextdoor . bender . operation . substitution . SubstitutionOperation op = new com . nextdoor . bender . operation . substitution . SubstitutionOperation ( substitutions ) ; op . perform ( ievent ) ; java . util . Map < java . lang . String , java . lang . Object > expected = new java . util . HashMap < java . lang . String , java . lang . Object > ( ) { { put ( "functionName" , "fun<sp>name" ) ; } } ; <FILL_ME> ; } getField ( java . lang . String ) { if ( ( this . payload ) == null ) { throw new com . nextdoor . bender . deserializer . FieldNotFoundException ( ( field + "<sp>is<sp>not<sp>in<sp>payload<sp>because<sp>payload<sp>is<sp>null" ) ) ; } com . google . gson . JsonObject json = this . payload . getAsJsonObject ( ) ; java . lang . Object obj ; try { obj = com . nextdoor . bender . deserializer . json . JsonPathProvider . read ( json , field ) ; } catch ( com . jayway . jsonpath . InvalidPathException e ) { throw new com . nextdoor . bender . deserializer . FieldNotFoundException ( ( ( "Field<sp>cannot<sp>be<sp>found<sp>because<sp>" + field ) + "<sp>is<sp>an<sp>invalid<sp>path" ) ) ; } if ( ( obj == null ) || ( obj instanceof com . google . gson . JsonNull ) ) { throw new com . nextdoor . bender . deserializer . FieldNotFoundException ( ( field + "<sp>is<sp>not<sp>in<sp>payload." ) ) ; } if ( obj instanceof com . google . gson . JsonPrimitive ) { if ( ( ( com . google . gson . JsonPrimitive ) ( obj ) ) . isString ( ) ) { return ( ( com . google . gson . JsonPrimitive ) ( obj ) ) . getAsString ( ) ; } } return obj ; }
### Response:
org . junit . Assert . assertEquals ( expected , devent . getField ( "foo" ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
test_isBackEnabled ( ) { boolean result = browser . isBackEnabled ( ) ; <FILL_ME> ; } isBackEnabled ( ) { return canGoBack ; }
### Response:
org . junit . Assert . assertFalse ( result ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSum2 ( ) { org . nd4j . linalg . api . ndarray . INDArray n = org . nd4j . linalg . factory . Nd4j . create ( org . nd4j . linalg . factory . Nd4j . linspace ( 1 , 8 , 8 ) . data ( ) , new int [ ] { 2 , 2 , 2 } ) ; System . out . println ( ( "N<sp>result:<sp>" + n ) ) ; org . nd4j . linalg . api . ndarray . INDArray test = org . nd4j . linalg . factory . Nd4j . create ( new float [ ] { 3 , 7 , 11 , 15 } , new int [ ] { 2 , 2 } ) ; System . out . println ( ( "Test<sp>result:<sp>" + test ) ) ; org . nd4j . linalg . api . ndarray . INDArray sum = n . sum ( ( - 1 ) ) ; System . out . println ( ( "Sum<sp>result:<sp>" + sum ) ) ; <FILL_ME> ; } sum ( int [ ] ) { return org . nd4j . linalg . factory . Nd4j . createComplex ( super . sum ( dimension ) ) ; }
### Response:
org . junit . Assert . assertEquals ( test , sum ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSmallerParseCommand ( ) { java . io . ByteArrayInputStream inputStream = new java . io . ByteArrayInputStream ( "SMALLER<sp>5\n" . getBytes ( ) ) ; com . icegreen . greenmail . imap . ImapRequestLineReader reader = new com . icegreen . greenmail . imap . ImapRequestLineReader ( inputStream , null ) ; javax . mail . search . SearchTerm expectedTerm = new javax . mail . search . SizeTerm ( javax . mail . search . ComparisonTerm . LT , 5 ) ; javax . mail . search . SearchTerm searchTerm = parser . searchTerm ( reader ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( expectedTerm , searchTerm ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
entityWithStreamMetadataMinimal ( ) { final org . apache . olingo . commons . api . edm . EdmEntitySet edmEntitySet = org . apache . olingo . server . core . serializer . json . ODataJsonSerializerv01Test . entityContainer . getEntitySet ( "ESWithStream" ) ; final org . apache . olingo . commons . api . data . EntityCollection collection = data . readAll ( edmEntitySet ) ; java . io . InputStream result = serializer . entityCollection ( org . apache . olingo . server . core . serializer . json . ODataJsonSerializerv01Test . metadata , edmEntitySet . getEntityType ( ) , collection , org . apache . olingo . server . api . serializer . EntityCollectionSerializerOptions . with ( ) . contextURL ( org . apache . olingo . commons . api . data . ContextURL . with ( ) . entitySet ( edmEntitySet ) . build ( ) ) . build ( ) ) . getContent ( ) ; final java . lang . String resultString = org . apache . commons . io . IOUtils . toString ( result ) ; final java . lang . String expectedResult = "{\"@context\":\"$metadata#ESWithStream\"," + ( ( ( "\"@metadataEtag\":\"W/\\\"metadataETag\\\"\"," + "\"value\":[{\"PropertyInt16\":32767}," ) + "{\"PropertyInt16\":7,\"PropertyStream@mediaEtag\":\"eTag\"," ) + "\"PropertyStream@mediaContentType\":\"image/jpeg\"}]}" ) ; <FILL_ME> ; } toString ( boolean ) { return getSegmentValue ( includeFilters ) ; }
### Response:
org . junit . Assert . assertEquals ( expectedResult , resultString ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSetIsOldForValidValues ( ) { co . nubetech . hiho . merge . HihoValue hihoValue = new co . nubetech . hiho . merge . HihoValue ( ) ; hihoValue . setIsOld ( true ) ; <FILL_ME> ; } getIsOld ( ) { return isOld . get ( ) ; }
### Response:
org . junit . Assert . assertEquals ( true , hihoValue . getIsOld ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testTriangleWithEdges4 ( ) { java . lang . StringBuilder query = new java . lang . StringBuilder ( ) ; query . append ( "match<sp>" ) ; query . append ( "{class:TriangleV,<sp>as:<sp>friend1}" ) ; query . append ( "<sp>.outE('TriangleE').inV(){as:<sp>friend2,<sp>where:<sp>(uid<sp>=<sp>1)}" ) ; query . append ( "<sp>.outE('TriangleE').inV(){as:<sp>friend3}," ) ; query . append ( "{class:TriangleV,<sp>as:<sp>friend1}" ) ; query . append ( "<sp>.outE('TriangleE').inV(){as:<sp>friend3}" ) ; query . append ( "return<sp>$matches" ) ; java . util . List < ? > result = com . orientechnologies . orient . graph . sql . OMatchStatementExecutionTest . db . command ( new com . orientechnologies . orient . core . sql . OCommandSQL ( query . toString ( ) ) ) . execute ( ) ; <FILL_ME> ; } size ( ) { throw new java . lang . UnsupportedOperationException ( "Not<sp>implemented<sp>yet" ) ; }
### Response:
org . junit . Assert . assertEquals ( 1 , result . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testNoSegments ( ) { org . hipparchus . geometry . euclidean . twod . SubLine empty = new org . hipparchus . geometry . euclidean . twod . SubLine ( new org . hipparchus . geometry . euclidean . twod . Line ( new org . hipparchus . geometry . euclidean . twod . Vector2D ( ( - 1 ) , ( - 7 ) ) , new org . hipparchus . geometry . euclidean . twod . Vector2D ( 7 , ( - 1 ) ) , 1.0E-10 ) , new org . hipparchus . geometry . partitioning . RegionFactory < org . hipparchus . geometry . euclidean . oned . Euclidean1D > ( ) . getComplement ( new org . hipparchus . geometry . euclidean . oned . IntervalsSet ( 1.0E-10 ) ) ) ; java . util . List < org . hipparchus . geometry . euclidean . twod . Segment > segments = empty . getSegments ( ) ; <FILL_ME> ; } size ( ) { return size ; }
### Response:
org . junit . Assert . assertEquals ( 0 , segments . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testAddAndClear ( ) { for ( org . sejda . core . notification . context . NotificationContext victim : contexts ) { victim . clearListeners ( ) ; <FILL_ME> ; testNotificationContextAddListener ( victim ) ; testNotificationContextClear ( victim ) ; testNotificationContextRemoveListener ( victim ) ; } } size ( ) { return listeners . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 0 , victim . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
singleChannelCleanup ( ) { io . grpc . ManagedChannel channel = mock ( io . grpc . ManagedChannel . class ) ; org . junit . runners . model . Statement statement = mock ( org . junit . runners . model . Statement . class ) ; org . mockito . InOrder inOrder = inOrder ( statement , channel ) ; io . grpc . testing . GrpcCleanupRule grpcCleanup = new io . grpc . testing . GrpcCleanupRule ( ) ; grpcCleanup . register ( channel ) ; boolean awaitTerminationFailed = false ; try { grpcCleanup . apply ( statement , null ) . evaluate ( ) ; } catch ( java . lang . AssertionError e ) { awaitTerminationFailed = true ; } <FILL_ME> ; inOrder . verify ( statement ) . evaluate ( ) ; inOrder . verify ( channel ) . shutdown ( ) ; inOrder . verify ( channel ) . awaitTermination ( anyLong ( ) , any ( java . util . concurrent . TimeUnit . class ) ) ; inOrder . verify ( channel ) . shutdownNow ( ) ; } evaluate ( ) { channel = grpcServerRule . getChannel ( ) ; server = grpcServerRule . getServer ( ) ; }
### Response:
org . junit . Assert . assertTrue ( awaitTerminationFailed ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testIteratorPreparedQuery ( ) { final com . j256 . ormlite . dao . Dao < com . j256 . ormlite . dao . JdbcBaseDaoImplTest . Foo , java . lang . Integer > fooDao = createDao ( com . j256 . ormlite . dao . JdbcBaseDaoImplTest . Foo . class , true ) ; final int numItems = 100 ; fooDao . callBatchTasks ( new com . j256 . ormlite . dao . JdbcBaseDaoImplTest . InsertCallable ( numItems , fooDao ) ) ; int lastX = 10 ; com . j256 . ormlite . stmt . PreparedQuery < com . j256 . ormlite . dao . JdbcBaseDaoImplTest . Foo > preparedQuery = fooDao . queryBuilder ( ) . where ( ) . ge ( com . j256 . ormlite . dao . JdbcBaseDaoImplTest . Foo . VAL_FIELD_NAME , ( numItems - lastX ) ) . prepare ( ) ; com . j256 . ormlite . dao . CloseableIterator < com . j256 . ormlite . dao . JdbcBaseDaoImplTest . Foo > iterator = fooDao . iterator ( preparedQuery ) ; try { int itemC = 0 ; while ( iterator . hasNext ( ) ) { iterator . next ( ) ; itemC ++ ; } <FILL_ME> ; } finally { iterator . close ( ) ; } } next ( ) { if ( resultSet . next ( ) ) { return true ; } else if ( ! ( preparedStmt . getMoreResults ( ) ) ) { return false ; } else { return resultSet . next ( ) ; } }
### Response:
org . junit . Assert . assertEquals ( lastX , itemC ) | [
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1,
1,
1,
1,
1,
1,
1,
1,
1,
1,
1,
1,
1,
1
] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
key ( ) { org . eclipse . collections . api . map . MutableMap < java . lang . String , java . lang . Integer > map = org . eclipse . collections . impl . map . mutable . UnifiedMap . newWithKeysValues ( "One" , 1 ) ; org . eclipse . collections . api . set . MutableSet < Map . Entry < java . lang . String , java . lang . Integer > > entries = org . eclipse . collections . impl . set . mutable . SetAdapter . adapt ( map . entrySet ( ) ) ; org . eclipse . collections . api . set . MutableSet < java . lang . String > keys = entries . collect ( org . eclipse . collections . impl . block . factory . Functions . getKeyFunction ( ) ) ; <FILL_ME> ; } newSetWith ( K [ ] ) { return org . eclipse . collections . impl . set . mutable . UnifiedSet . < K > newSet ( elements . length ) . with ( elements ) ; }
### Response:
org . junit . Assert . assertEquals ( org . eclipse . collections . impl . set . mutable . UnifiedSet . newSetWith ( "One" ) , keys ) | [
2,
2,
2,
2,
2,
2,
2,
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
someTest ( ) { final java . lang . String uuidtype = "UUIDType" ; final java . lang . String utf8type = "UTF8Type" ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( uuidtype . length ( ) , utf8type . length ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCleanSession_maintainClientSubscriptions ( ) { org . dna . mqtt . moquette . server . ServerIntegrationPahoTest . LOG . info ( "***<sp>testCleanSession_maintainClientSubscriptions<sp>***" ) ; org . dna . mqtt . moquette . server . MqttConnectOptions options = new org . dna . mqtt . moquette . server . MqttConnectOptions ( ) ; options . setCleanSession ( false ) ; m_client . connect ( options ) ; m_client . subscribe ( "/topic" , 0 ) ; m_client . disconnect ( ) ; org . dna . mqtt . moquette . server . MqttClient anotherClient = new org . dna . mqtt . moquette . server . MqttClient ( "tcp://localhost:1883" , "TestClient" , org . dna . mqtt . moquette . server . ServerIntegrationPahoTest . s_dataStore ) ; m_callback = new org . dna . mqtt . moquette . server . ServerIntegrationPahoTest . TestCallback ( ) ; anotherClient . setCallback ( m_callback ) ; anotherClient . connect ( options ) ; anotherClient . publish ( "/topic" , "Test<sp>my<sp>payload" . getBytes ( ) , 0 , false ) ; <FILL_ME> ; } getTopic ( ) { return m_topic ; }
### Response:
org . junit . Assert . assertEquals ( "/topic" , m_callback . getTopic ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testIsConnectedAfterClose ( ) { org . bff . javampd . server . MPD mpd = new org . bff . javampd . server . MPD . Builder ( ) . server ( org . bff . javampd . TestProperties . getInstance ( ) . getServer ( ) ) . port ( org . bff . javampd . TestProperties . getInstance ( ) . getPort ( ) ) . build ( ) ; mpd . close ( ) ; <FILL_ME> ; } isConnected ( ) { return this . connected ; }
### Response:
org . junit . Assert . assertFalse ( mpd . isConnected ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSetTargetGroupWithSameGroup ( ) { addLayouts ( true , false ) ; javax . servlet . http . HttpServletRequest request = getHttpServletRequest ( ) ; com . liferay . portal . kernel . test . ReflectionTestUtil . invoke ( com . liferay . portal . struts . FindStrutsAction . class , "_setTargetLayout" , new java . lang . Class < ? > [ ] { javax . servlet . http . HttpServletRequest . class , long . class , long . class } , request , _blogsEntryGroupId , _blogLayout . getPlid ( ) ) ; com . liferay . portal . kernel . model . Layout layout = ( ( com . liferay . portal . kernel . model . Layout ) ( request . getAttribute ( WebKeys . LAYOUT ) ) ) ; <FILL_ME> ; } getAttribute ( java . lang . String ) { return _attributes . get ( key ) ; }
### Response:
org . junit . Assert . assertNull ( layout ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
normalGetTableCallWorks ( ) { com . hotels . bdp . waggledance . client . CloseableThriftHiveMetastoreIface thriftHiveMetastoreIface = factory . newInstance ( delegate ) ; when ( delegate . get_table ( com . hotels . bdp . waggledance . client . compatibility . HiveCompatibleThriftHiveMetastoreIfaceFactoryTest . DB_NAME , com . hotels . bdp . waggledance . client . compatibility . HiveCompatibleThriftHiveMetastoreIfaceFactoryTest . TABLE_NAME ) ) . thenReturn ( table ) ; org . apache . hadoop . hive . metastore . api . Table tableResult = thriftHiveMetastoreIface . get_table ( com . hotels . bdp . waggledance . client . compatibility . HiveCompatibleThriftHiveMetastoreIfaceFactoryTest . DB_NAME , com . hotels . bdp . waggledance . client . compatibility . HiveCompatibleThriftHiveMetastoreIfaceFactoryTest . TABLE_NAME ) ; <FILL_ME> ; } get_table ( java . lang . String , java . lang . String ) { com . hotels . bdp . waggledance . mapping . model . DatabaseMapping mapping = databaseMappingService . databaseMapping ( dbname ) ; return mapping . transformOutboundTable ( mapping . getClient ( ) . get_table ( mapping . transformInboundDatabaseName ( dbname ) , tbl_name ) ) ; }
### Response:
org . junit . Assert . assertThat ( tableResult , org . hamcrest . CoreMatchers . is ( table ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
when_shipmentroute_pastMaxLoatAtAct1ShouldBe10 ( ) { stateManager . informInsertionStarts ( java . util . Arrays . asList ( shipment_route ) , java . util . Collections . < com . graphhopper . jsprit . core . algorithm . state . Job > emptyList ( ) ) ; com . graphhopper . jsprit . core . algorithm . state . Capacity atAct1 = stateManager . getActivityState ( shipment_route . getActivities ( ) . get ( 0 ) , InternalStates . PAST_MAXLOAD , com . graphhopper . jsprit . core . algorithm . state . Capacity . class ) ; <FILL_ME> ; } get ( com . graphhopper . jsprit . core . problem . solution . route . VehicleRoute ) { return com . graphhopper . jsprit . core . algorithm . state . Arrays . asList ( route . getVehicle ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( 10 , atAct1 . get ( 0 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testRetrieve ( ) { com . shippo . model . Shipment testObject = ( ( com . shippo . model . Shipment ) ( com . shippo . model . ShipmentTest . getDefaultObject ( ) ) ) ; com . shippo . model . Shipment retrievedObject ; retrievedObject = com . shippo . model . Shipment . retrieve ( ( ( java . lang . String ) ( testObject . objectId ) ) ) ; <FILL_ME> ; } retrieve ( java . lang . String ) { return com . shippo . model . Shipment . retrieve ( id , null ) ; }
### Response:
org . junit . Assert . assertEquals ( testObject . objectId , retrievedObject . objectId ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGraphQuerySortOnPropertyThatHasNoValuesInTheIndex ( ) { super . testGraphQuerySortOnPropertyThatHasNoValuesInTheIndex ( ) ; getSearchIndex ( ) . clearCache ( ) ; org . vertexium . query . QueryResultsIterable < org . vertexium . elasticsearch5 . Vertex > vertices = graph . query ( org . vertexium . elasticsearch5 . AUTHORIZATIONS_A ) . sort ( "age" , SortDirection . ASCENDING ) . vertices ( ) ; <FILL_ME> ; } count ( java . lang . Iterable ) { if ( iterable instanceof org . vertexium . util . Collection ) { return ( ( org . vertexium . util . Collection ) ( iterable ) ) . size ( ) ; } int count = 0 ; for ( T ignore : iterable ) { count ++ ; } org . vertexium . util . CloseableUtils . closeQuietly ( iterable ) ; return count ; }
### Response:
org . junit . Assert . assertEquals ( 2 , count ( vertices ) ) | [
2,
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2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testUGIUnderNonHadoopContext ( ) { javax . security . auth . Subject nonHadoopSubject = new javax . security . auth . Subject ( ) ; javax . security . auth . Subject . doAs ( nonHadoopSubject , new java . security . PrivilegedExceptionAction < java . lang . Void > ( ) { public org . apache . hadoop . security . Void run ( ) throws java . io . IOException { org . apache . hadoop . security . UserGroupInformation ugi = org . apache . hadoop . security . UserGroupInformation . getCurrentUser ( ) ; <FILL_ME> ; return null ; } } ) ; } getCurrentUser ( ) { java . security . AccessControlContext context = java . security . AccessController . getContext ( ) ; javax . security . auth . Subject subject = javax . security . auth . Subject . getSubject ( context ) ; if ( ( subject == null ) || ( subject . getPrincipals ( org . apache . hadoop . security . User . class ) . isEmpty ( ) ) ) { return org . apache . hadoop . security . UserGroupInformation . getLoginUser ( ) ; } else { return new org . apache . hadoop . security . UserGroupInformation ( subject ) ; } }
### Response:
org . junit . Assert . assertNotNull ( ugi ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
should_not_accept_class_without_entity_annotation ( ) { boolean isValid = org . apache . deltaspike . data . impl . util . EntityUtils . isEntityClass ( org . apache . deltaspike . data . impl . util . EntityUtilsTest . EntityWithoutId . class ) ; <FILL_ME> ; } isEntityClass ( java . lang . Class ) { return ( entityClass . isAnnotationPresent ( javax . persistence . Entity . class ) ) || ( org . apache . deltaspike . jpa . spi . descriptor . xml . PersistenceUnitDescriptorProvider . getInstance ( ) . isEntity ( entityClass ) ) ; }
### Response:
org . junit . Assert . assertFalse ( isValid ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSuccess ( ) { com . ctrip . xpipe . redis . core . protocal . pojo . SlaveRole keeperRole = new com . ctrip . xpipe . redis . core . protocal . pojo . SlaveRole ( com . ctrip . xpipe . api . server . Server . SERVER_ROLE . KEEPER , "localhost" , randomPort ( ) , com . ctrip . xpipe . redis . core . protocal . MASTER_STATE . REDIS_REPL_CONNECTED , 0 ) ; com . ctrip . xpipe . simpleserver . Server server = startServer ( keeperPort , com . ctrip . xpipe . netty . ByteBufUtils . readToString ( keeperRole . format ( ) ) ) ; com . ctrip . xpipe . redis . core . protocal . pojo . SlaveRole real = addKeeperCommand . execute ( ) . get ( ) ; <FILL_ME> ; } get ( ) { return curatorFramework ; }
### Response:
org . junit . Assert . assertEquals ( keeperRole , real ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testAllocateLargeBuffer ( ) { io . grpc . cronet . CronetWritableBufferAllocator allocator = new io . grpc . cronet . CronetWritableBufferAllocator ( ) ; io . grpc . internal . WritableBuffer buffer = allocator . allocate ( ( ( 1024 * 1024 ) * 1024 ) ) ; <FILL_ME> ; } writableBytes ( ) { return writableBytes ; }
### Response:
org . junit . Assert . assertEquals ( ( 1024 * 1024 ) , buffer . writableBytes ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testLoadKeyStoreFromFileUsingSystemProperties ( ) { java . lang . System . setProperty ( CertUtils . KEY_STORE_SYSTEM_PROPERTY , io . fabric8 . kubernetes . client . internal . CertUtilsTest . FABRIC8_STORE_PATH ) ; java . lang . System . setProperty ( CertUtils . KEY_STORE_PASSWORD_SYSTEM_PROPERTY , java . lang . String . valueOf ( io . fabric8 . kubernetes . client . internal . CertUtilsTest . FABRIC8_STORE_PASSPHRASE ) ) ; java . lang . String privateKeyPath = io . fabric8 . kubernetes . client . utils . Utils . filePath ( getClass ( ) . getResource ( "/ssl/fabric8" ) ) ; java . lang . String multipleCertsPath = io . fabric8 . kubernetes . client . utils . Utils . filePath ( getClass ( ) . getResource ( "/ssl/multiple-certs.pem" ) ) ; java . security . KeyStore trustStore = io . fabric8 . kubernetes . client . internal . CertUtils . createKeyStore ( null , multipleCertsPath , null , privateKeyPath , "RSA" , "changeit" , null , null ) ; <FILL_ME> ; verifyFabric8InStore ( trustStore ) ; } createKeyStore ( java . lang . String , java . lang . String , java . lang . String , java . lang . String , java . lang . String , java . lang . String , java . lang . String , java . lang . String ) { try ( java . io . InputStream certInputStream = io . fabric8 . kubernetes . client . internal . CertUtils . getInputStreamFromDataOrFile ( clientCertData , clientCertFile ) ; java . io . InputStream keyInputStream = io . fabric8 . kubernetes . client . internal . CertUtils . getInputStreamFromDataOrFile ( clientKeyData , clientKeyFile ) ) { return io . fabric8 . kubernetes . client . internal . CertUtils . createKeyStore ( certInputStream , keyInputStream , clientKeyAlgo , clientKeyPassphrase . toCharArray ( ) , keyStoreFile , io . fabric8 . kubernetes . client . internal . CertUtils . getKeyStorePassphrase ( keyStorePassphrase ) ) ; } }
### Response:
org . junit . Assert . assertEquals ( 2 , trustStore . size ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
multiply ( ) { final int a = 2 ; final int b = 21 ; int result = this . cut . multiply ( a , b ) ; System . out . println ( ( "multiply<sp>=<sp>" + result ) ) ; <FILL_ME> ; } multiply ( int , int ) { return a * b ; }
### Response:
org . junit . Assert . assertThat ( result , org . hamcrest . CoreMatchers . is ( ( a * b ) ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testValueOfEmptyCode ( ) { <FILL_ME> ; } valueOfTypeCode ( java . lang . String ) { if ( org . apache . commons . lang3 . StringUtils . isBlank ( typeCode ) ) { return org . springframework . roo . project . DependencyType . JAR ; } if ( "test-jar" . equals ( typeCode ) ) { return org . springframework . roo . project . DependencyType . TESTJAR ; } try { return org . springframework . roo . project . DependencyType . valueOf ( typeCode . toUpperCase ( ) ) ; } catch ( final java . lang . IllegalArgumentException invalidCode ) { return org . springframework . roo . project . DependencyType . OTHER ; } }
### Response:
org . junit . Assert . assertEquals ( DependencyType . JAR , org . springframework . roo . project . DependencyType . valueOfTypeCode ( "" ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSidewalkNo ( ) { java . util . List < com . graphhopper . routing . util . TestAlgoCollector . OneRun > list = new java . util . ArrayList ( ) ; list . add ( new com . graphhopper . routing . util . TestAlgoCollector . OneRun ( 57.154888 , ( - 2.101822 ) , 57.153445 , ( - 2.099869 ) , 329 , 31 ) ) ; list . add ( new com . graphhopper . routing . util . TestAlgoCollector . OneRun ( 57.154888 , ( - 2.101822 ) , 57.147299 , ( - 2.096286 ) , 1118 , 68 ) ) ; boolean testAlsoCH = false ; boolean is3D = false ; runAlgo ( testCollector , ( ( com . graphhopper . GraphHopperIT . DIR ) + "/map-sidewalk-no.osm.gz" ) , "target/graph-sidewalkno" , list , "hike" , testAlsoCH , "hike" , "fastest" , is3D ) ; <FILL_ME> ; } toString ( ) { return "OSM<sp>File<sp>header:" + ( super . toString ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( testCollector . toString ( ) , 0 , testCollector . errors . size ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSetClassWeights ( ) { System . out . println ( "class_weights" ) ; java . util . HashMap < java . lang . String , java . lang . Double > values = new java . util . HashMap ( ) ; for ( int x = 0 ; x <= 10 ; x ++ ) { values . put ( java . lang . String . valueOf ( x ) , ( ( double ) ( x ) ) ) ; } edu . oswego . csc480_hci521_2013 . shared . h2o . urlbuilders . RFBuilder instance = new edu . oswego . csc480_hci521_2013 . shared . h2o . urlbuilders . RFBuilder ( "test.hex" ) ; java . lang . String expResult = "http://localhost:54321/RF.json?data_key=test.hex&class_weights=3%3D3.0%2C2%3D2.0" + ( "%2C10%3D10.0%2C1%3D1.0%2C0%3D0.0%2C7%3D7.0%2C6%3D6.0%2C5%3D5.0%2C4%" + "3D4.0%2C9%3D9.0%2C8%3D8.0" ) ; java . lang . String result = instance . setClassWeights ( values ) . build ( encoder ) ; <FILL_ME> ; } build ( edu . oswego . csc480_hci521_2013 . shared . h2o . urlbuilders . UrlEncoder ) { java . lang . StringBuilder query = new java . lang . StringBuilder ( ) ; for ( java . lang . String key : args . keySet ( ) ) { for ( java . lang . String value : args . get ( key ) ) { if ( ( query . length ( ) ) == 0 ) { query . append ( key ) . append ( '=' ) . append ( encoder . encode ( value ) ) ; } else { query . append ( '&' ) . append ( key ) . append ( '=' ) . append ( encoder . encode ( value ) ) ; } } } java . lang . String url = ( ( ( ( ( ( ( protocol ) + "://" ) + ( host ) ) + ":" ) + ( port ) ) + ( page ) ) + ( ( query . length ( ) ) > 0 ? "?" : "" ) ) + ( query . toString ( ) ) ; return url ; }
### Response:
org . junit . Assert . assertEquals ( expResult , result ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
zouGeenMeldingMoetenGevenOmdatVoorvoegselsAndersZijn ( ) { betrokkenheden . add ( createOuderBetrokkenheidBericht ( "123" ) ) ; final nl . bzk . brp . model . operationeel . kern . PersoonModel eerderkindModel = mock ( nl . bzk . brp . model . operationeel . kern . PersoonModel . class ) ; createPathToEerderKindModel ( eerderkindModel ) ; final nl . bzk . brp . model . bericht . kern . PersoonGeboorteGroepBericht persoonGeboorteGroepBericht = new nl . bzk . brp . model . bericht . kern . PersoonGeboorteGroepBericht ( ) ; persoonGeboorteGroepBericht . setDatumGeboorte ( nl . bzk . brp . util . DatumUtil . vandaag ( ) ) ; kindBericht . setGeboorte ( persoonGeboorteGroepBericht ) ; final nl . bzk . brp . model . operationeel . kern . PersoonGeboorteGroepModel persoonGeboorteGroepModel = mock ( nl . bzk . brp . model . operationeel . kern . PersoonGeboorteGroepModel . class ) ; final nl . bzk . brp . model . bericht . kern . PersoonGeslachtsaanduidingGroepBericht persoonGeslachtsaanduidingGroepBericht = new nl . bzk . brp . model . bericht . kern . PersoonGeslachtsaanduidingGroepBericht ( ) ; persoonGeslachtsaanduidingGroepBericht . setGeslachtsaanduiding ( Geslachtsaanduiding . MAN ) ; kindBericht . setGeslachtsaanduiding ( persoonGeslachtsaanduidingGroepBericht ) ; final nl . bzk . brp . model . operationeel . kern . PersoonGeslachtsaanduidingGroepModel persoonGeslachtsaanduidingGroepModel = mock ( nl . bzk . brp . model . operationeel . kern . PersoonGeslachtsaanduidingGroepModel . class ) ; final nl . bzk . brp . model . bericht . kern . PersoonSamengesteldeNaamGroepBericht persoonSamengesteldeNaamGroepBericht = new nl . bzk . brp . model . bericht . kern . PersoonSamengesteldeNaamGroepBericht ( ) ; persoonSamengesteldeNaamGroepBericht . setGeslachtsnaam ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Geslachtsnaam ( "Janssen" ) ) ; persoonSamengesteldeNaamGroepBericht . setScheidingsteken ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Scheidingsteken ( "/" ) ) ; persoonSamengesteldeNaamGroepBericht . setVoornamen ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Voornamen ( "Jan" ) ) ; persoonSamengesteldeNaamGroepBericht . setVoorvoegsel ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Voorvoegsel ( "den" ) ) ; kindBericht . setSamengesteldeNaam ( persoonSamengesteldeNaamGroepBericht ) ; final nl . bzk . brp . model . operationeel . kern . PersoonSamengesteldeNaamGroepModel persoonSamengesteldeNaamGroepModel = mock ( nl . bzk . brp . model . operationeel . kern . PersoonSamengesteldeNaamGroepModel . class ) ; when ( eerderkindModel . getGeboorte ( ) ) . thenReturn ( persoonGeboorteGroepModel ) ; when ( persoonGeboorteGroepModel . getDatumGeboorte ( ) ) . thenReturn ( nl . bzk . brp . util . DatumUtil . vandaag ( ) ) ; when ( eerderkindModel . getGeslachtsaanduiding ( ) ) . thenReturn ( persoonGeslachtsaanduidingGroepModel ) ; when ( persoonGeslachtsaanduidingGroepModel . getGeslachtsaanduiding ( ) ) . thenReturn ( Geslachtsaanduiding . MAN ) ; when ( eerderkindModel . getSamengesteldeNaam ( ) ) . thenReturn ( persoonSamengesteldeNaamGroepModel ) ; when ( persoonSamengesteldeNaamGroepModel . getGeslachtsnaam ( ) ) . thenReturn ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Geslachtsnaam ( "Janssen" ) ) ; when ( persoonSamengesteldeNaamGroepModel . getScheidingsteken ( ) ) . thenReturn ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Scheidingsteken ( "/" ) ) ; when ( persoonSamengesteldeNaamGroepModel . getVoornamen ( ) ) . thenReturn ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Voornamen ( "Jan" ) ) ; when ( persoonSamengesteldeNaamGroepModel . getVoorvoegsel ( ) ) . thenReturn ( new nl . bzk . brp . model . algemeen . attribuuttype . kern . Voorvoegsel ( "op<sp>den" ) ) ; java . util . List < nl . bzk . brp . model . validatie . Melding > meldingen = brby0126 . executeer ( relatieModel , relatieBericht , null ) ; <FILL_ME> ; } size ( ) { return elementen . size ( ) ; }
### Response:
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testAnsiEmpty ( ) { final java . lang . String [ ] options = new java . lang . String [ ] { "" , ( ( ( PatternParser . NO_CONSOLE_NO_ANSI ) + "=false,<sp>" ) + ( PatternParser . DISABLE_ANSI ) ) + "=false" } ; final org . apache . logging . log4j . core . pattern . HighlightConverter converter = org . apache . logging . log4j . core . pattern . HighlightConverter . newInstance ( null , options ) ; final org . apache . logging . log4j . core . LogEvent event = org . apache . logging . log4j . core . impl . Log4jLogEvent . newBuilder ( ) . setLevel ( Level . INFO ) . setLoggerName ( "a.b.c" ) . setMessage ( new org . apache . logging . log4j . message . SimpleMessage ( "message<sp>in<sp>a<sp>bottle" ) ) . build ( ) ; final java . lang . StringBuilder buffer = new java . lang . StringBuilder ( ) ; converter . format ( event , buffer ) ; <FILL_ME> ; } toString ( ) { return this . internal ; }
### Response:
org . junit . Assert . assertEquals ( "" , buffer . toString ( ) ) | [
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSetValue ( ) { final java . lang . String expected = "expected" ; input . value = "something" ; selectorView . setValue ( expected ) ; final java . lang . String actual = input . value ; <FILL_ME> ; } setValue ( java . lang . Double ) { this . value = value ; }
### Response:
org . junit . Assert . assertEquals ( expected , actual ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
isPrimaryObjectsOnly_grouping ( ) { net . ripe . db . whois . query . query . Query query = net . ripe . db . whois . query . query . Query . parse ( "-r<sp>10.0.0.0" ) ; <FILL_ME> ; } isPrimaryObjectsOnly ( ) { net . ripe . db . whois . query . query . Query query = net . ripe . db . whois . query . query . Query . parse ( "-rG<sp>10.0.0.0" ) ; org . junit . Assert . assertTrue ( query . isPrimaryObjectsOnly ( ) ) ; }
### Response:
org . junit . Assert . assertFalse ( query . isPrimaryObjectsOnly ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetNextAvailablePortInt ( ) { int p1 = org . apache . camel . test . AvailablePortFinder . getNextAvailable ( 9123 ) ; int p2 = org . apache . camel . test . AvailablePortFinder . getNextAvailable ( 9123 ) ; <FILL_ME> ; } getNextAvailable ( int ) { if ( ( fromPort < ( org . apache . camel . test . AvailablePortFinder . currentMinPort . get ( ) ) ) || ( fromPort > ( org . apache . camel . test . AvailablePortFinder . MAX_PORT_NUMBER ) ) ) { throw new java . lang . IllegalArgumentException ( ( "From<sp>port<sp>number<sp>not<sp>in<sp>valid<sp>range:<sp>" + fromPort ) ) ; } for ( int i = fromPort ; i <= ( org . apache . camel . test . AvailablePortFinder . MAX_PORT_NUMBER ) ; i ++ ) { if ( org . apache . camel . test . AvailablePortFinder . available ( i ) ) { org . apache . camel . test . AvailablePortFinder . LOG . info ( "getNextAvailable({})<sp>-><sp>{}" , fromPort , i ) ; return i ; } } throw new java . util . NoSuchElementException ( ( "Could<sp>not<sp>find<sp>an<sp>available<sp>port<sp>above<sp>" + fromPort ) ) ; }
### Response:
org . junit . Assert . assertEquals ( p1 , p2 ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetStoragePolicy ( ) { org . finra . herd . model . api . xml . StoragePolicyKey storagePolicyKey = new org . finra . herd . model . api . xml . StoragePolicyKey ( STORAGE_POLICY_NAMESPACE_CD , STORAGE_POLICY_NAME ) ; org . finra . herd . model . api . xml . StoragePolicy storagePolicy = new org . finra . herd . model . api . xml . StoragePolicy ( ID , storagePolicyKey , new org . finra . herd . model . api . xml . StoragePolicyRule ( STORAGE_POLICY_RULE_TYPE , STORAGE_POLICY_RULE_VALUE ) , new org . finra . herd . model . api . xml . StoragePolicyFilter ( BDEF_NAMESPACE , BDEF_NAME , FORMAT_USAGE_CODE , FORMAT_FILE_TYPE_CODE , STORAGE_NAME ) , new org . finra . herd . model . api . xml . StoragePolicyTransition ( STORAGE_POLICY_TRANSITION_TYPE ) , org . finra . herd . model . jpa . StoragePolicyStatusEntity . ENABLED ) ; when ( storagePolicyService . getStoragePolicy ( storagePolicyKey ) ) . thenReturn ( storagePolicy ) ; org . finra . herd . model . api . xml . StoragePolicy resultStoragePolicy = storagePolicyRestController . getStoragePolicy ( storagePolicyKey . getNamespace ( ) , storagePolicyKey . getStoragePolicyName ( ) ) ; verify ( storagePolicyService ) . getStoragePolicy ( storagePolicyKey ) ; verifyNoMoreInteractions ( storagePolicyService ) ; <FILL_ME> ; } getStoragePolicy ( org . finra . herd . model . api . xml . StoragePolicyKey ) { storagePolicyHelper . validateStoragePolicyKey ( storagePolicyKey ) ; org . finra . herd . model . jpa . StoragePolicyEntity storagePolicyEntity = storagePolicyDaoHelper . getStoragePolicyEntityByKey ( storagePolicyKey ) ; return createStoragePolicyFromEntity ( storagePolicyEntity ) ; }
### Response:
org . junit . Assert . assertEquals ( storagePolicy , resultStoragePolicy ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testRecordInsert ( ) { getTransactionService ( ) . begin ( ) ; final org . bonitasoft . engine . data . instance . model . archive . impl . SAShortTextDataInstanceImpl dataInstance = insertDataWithYesterdayDate ( ) ; <FILL_ME> ; getTransactionService ( ) . complete ( ) ; } insertDataWithYesterdayDate ( ) { return insertData ( ( ( java . lang . System . currentTimeMillis ( ) ) - ( org . bonitasoft . engine . archive . ArchiveServiceTest . ONE_DAY ) ) ) ; }
### Response:
org . junit . Assert . assertNotNull ( dataInstance ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testMostNorthWestNeighbour ( ) { this . constructPopulation ( ) ; org . evosuite . ga . Neighbourhood < org . evosuite . ga . Chromosome > neighbourhood = new org . evosuite . ga . Neighbourhood ( org . evosuite . Properties . POPULATION ) ; java . util . List < org . evosuite . ga . Chromosome > neighbors = new java . util . ArrayList ( ) ; neighbors = neighbourhood . CompactThirteen ( population , 0 ) ; org . evosuite . ga . Chromosome exepcted_individual = population . get ( 15 ) ; org . evosuite . ga . Chromosome returned_individual = neighbors . get ( 4 ) ; <FILL_ME> ; } get ( int ) { return this . pathCondition . get ( index ) ; }
### Response:
org . junit . Assert . assertEquals ( exepcted_individual , returned_individual ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testResolveFullyQualifiedTrumpsSamePackage ( ) { typeResolver = com . thoughtworks . qdox . type . TypeResolver . byPackageName ( "foo" , classLibrary , java . util . Collections . < java . lang . String > emptyList ( ) ) ; when ( classLibrary . hasClassReference ( "foo.Bar" ) ) . thenReturn ( true ) ; when ( classLibrary . hasClassReference ( "open.Bar" ) ) . thenReturn ( true ) ; <FILL_ME> ; } resolveType ( java . lang . String ) { java . lang . String result = resolvedTypeCache . get ( typeName ) ; if ( result == null ) { if ( ( declaringClass ) != null ) { int dollarIndex = declaringClass . indexOf ( '$' ) ; while ( ( result == null ) && ( dollarIndex > 0 ) ) { java . lang . String subType = ( declaringClass . substring ( 0 , ( dollarIndex + 1 ) ) ) + typeName ; result = resolveFromLibrary ( subType ) ; dollarIndex = declaringClass . indexOf ( '$' , ( dollarIndex + 1 ) ) ; } if ( result == null ) { java . lang . String nestedBinaryName = ( ( declaringClass ) + '$' ) + ( typeName . replace ( '.' , '$' ) ) ; result = resolveFromLibrary ( nestedBinaryName ) ; } } if ( result == null ) { result = resolveTypeInternal ( typeName ) ; } if ( result != null ) { resolvedTypeCache . put ( typeName , result ) ; } } return result ; }
### Response:
org . junit . Assert . assertEquals ( "open.Bar" , typeResolver . resolveType ( "open.Bar" ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetIncludedObjects_MissingPath ( ) { io . agrest . DB . insert ( "e2" , "id,<sp>name" , "1,<sp>'xxx'" ) ; io . agrest . DB . insert ( "e2" , "id,<sp>name" , "2,<sp>'yyy'" ) ; io . agrest . DB . insert ( "e2" , "id,<sp>name" , "3,<sp>'zzz'" ) ; io . agrest . DB . insert ( "id,<sp>e2_id,<sp>name" 0 , "id,<sp>e2_id,<sp>name" , "7,<sp>2,<sp>'zzz'" ) ; io . agrest . DB . insert ( "id,<sp>e2_id,<sp>name" 0 , "id,<sp>e2_id,<sp>name" , "8,<sp>1,<sp>'yyy'" ) ; io . agrest . DB . insert ( "id,<sp>e2_id,<sp>name" 0 , "id,<sp>e2_id,<sp>name" , "id,<sp>e2_id,<sp>name" 1 ) ; io . agrest . DataResponse < io . agrest . it . fixture . cayenne . E2 > response = createAgService ( ) . select ( io . agrest . it . fixture . cayenne . E2 . class ) . get ( ) ; java . util . Collection < io . agrest . it . fixture . cayenne . E3 > objects = response . getIncludedObjects ( io . agrest . it . fixture . cayenne . E3 . class , "e3s" ) ; <FILL_ME> ; } toIdsString ( java . util . Collection ) { return objects . stream ( ) . map ( ( o ) -> ( ( o . getObjectId ( ) . getEntityName ( ) ) + ":" ) + ( org . apache . cayenne . Cayenne . intPKForObject ( o ) ) ) . collect ( joining ( ";" ) ) ; }
### Response:
org . junit . Assert . assertEquals ( "" , toIdsString ( objects ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetByNameSuccessForCorrectName ( ) { org . kaaproject . kaa . server . common . core . algorithms . override . ArrayOverrideStrategy arrayMergeStrategy = org . kaaproject . kaa . server . common . core . algorithms . override . ArrayOverrideStrategy . getByName ( ArrayOverrideStrategy . APPEND . getName ( ) ) ; <FILL_ME> ; } getName ( ) { return name ; }
### Response:
org . junit . Assert . assertTrue ( ( ( ArrayOverrideStrategy . APPEND ) == arrayMergeStrategy ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testPaLocalFormatDoesNotApply ( ) { org . camunda . bpm . engine . runtime . ProcessInstance pi = runtimeService . startProcessInstanceByKey ( "testProcess" ) ; java . util . Date date = new java . util . Date ( ( ( org . camunda . bpm . integrationtest . functional . spin . dataformat . JsonSerializable . ONE_DAY_IN_MILLIS ) * 10 ) ) ; org . camunda . bpm . integrationtest . functional . spin . dataformat . JsonSerializable jsonSerializable = new org . camunda . bpm . integrationtest . functional . spin . dataformat . JsonSerializable ( date ) ; runtimeService . setVariable ( pi . getId ( ) , "jsonSerializable" , org . camunda . bpm . engine . variable . Variables . objectValue ( jsonSerializable ) . serializationDataFormat ( SerializationDataFormats . JSON ) . create ( ) ) ; org . camunda . bpm . engine . variable . value . ObjectValue objectValue = runtimeService . getVariableTyped ( pi . getId ( ) , "jsonSerializable" , false ) ; java . lang . String serializedValue = objectValue . getValueSerialized ( ) ; java . lang . String expectedSerializedValue = jsonSerializable . toExpectedJsonString ( ) ; com . fasterxml . jackson . databind . ObjectMapper objectMapper = new com . fasterxml . jackson . databind . ObjectMapper ( ) ; com . fasterxml . jackson . databind . JsonNode actualJsonTree = objectMapper . readTree ( serializedValue ) ; com . fasterxml . jackson . databind . JsonNode expectedJsonTree = objectMapper . readTree ( expectedSerializedValue ) ; <FILL_ME> ; } toExpectedJsonString ( ) { java . lang . StringBuilder jsonBuilder = new java . lang . StringBuilder ( ) ; jsonBuilder . append ( "{\"dateProperty\":\"" ) ; jsonBuilder . append ( dateProperty . withZone ( DateTimeZone . UTC ) . toString ( org . camunda . bpm . integrationtest . functional . spin . dataformat . JodaJsonSerializable . DATE_TIME_FORMATTER ) ) ; jsonBuilder . append ( "\"}" ) ; return jsonBuilder . toString ( ) ; }
### Response:
org . junit . Assert . assertEquals ( expectedJsonTree , actualJsonTree ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testFindAllWithDifferentContext ( ) { org . springframework . context . support . GenericApplicationContext myContext = new org . springframework . context . support . GenericApplicationContext ( ) ; myContext . refresh ( ) ; java . util . List < org . geoserver . wps . ppio . ProcessParameterIO > matches = org . geoserver . wps . ppio . ProcessParameterIO . findAll ( new org . geotools . data . Parameter ( "testPPIO" , org . geoserver . wps . ppio . ProcessParameterIOTest . TestType . class ) , myContext ) ; <FILL_ME> ; } size ( ) { if ( ( featureCache ) != null ) { return featureCache . size ( ) ; } if ( ( org . geoserver . wfs . FeatureSizeFeatureCollection . FEATURE_CACHE_LIMIT ) > 0 ) { try { int count = featureSource . getCount ( query ) ; if ( count == 0 ) { featureCache = new java . util . ArrayList ( ) ; return count ; } if ( count > 0 ) { return count ; } java . util . List < org . opengis . feature . simple . SimpleFeature > tempFeatureCache = new java . util . ArrayList ( ) ; try ( org . geotools . data . simple . SimpleFeatureIterator it = featureSource . getFeatures ( query ) . features ( ) ) { count = 0 ; while ( it . hasNext ( ) ) { org . opengis . feature . simple . SimpleFeature feature = it . next ( ) ; if ( ( tempFeatureCache . size ( ) ) < ( org . geoserver . wfs . FeatureSizeFeatureCollection . FEATURE_CACHE_LIMIT ) ) { tempFeatureCache . add ( feature ) ; } count ++ ; } if ( count <= ( org . geoserver . wfs . FeatureSizeFeatureCollection . FEATURE_CACHE_LIMIT ) ) { featureCache = tempFeatureCache ; } else { tempFeatureCache . clear ( ) ; } return count ; } } catch ( java . io . IOException e ) { throw new java . lang . RuntimeException ( e ) ; } } return super . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 0 , matches . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testExecutionCorrelationByBusinessKeyWithVariablesUsingFluentCorrelateAll ( ) { java . lang . String businessKey = "aBusinessKey" ; runtimeService . startProcessInstanceByKey ( "process" , businessKey ) ; runtimeService . startProcessInstanceByKey ( "process" , businessKey ) ; runtimeService . createMessageCorrelation ( "newInvoiceMessage" ) . processInstanceBusinessKey ( businessKey ) . setVariable ( "aKey" , "aValue" ) . correlateAll ( ) ; long correlatedExecutions = runtimeService . createExecutionQuery ( ) . processVariableValueEquals ( "aKey" , "aValue" ) . count ( ) ; <FILL_ME> ; } count ( ) { return count ( ALL_STATES ) ; }
### Response:
org . junit . Assert . assertEquals ( 2 , correlatedExecutions ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testDay ( ) { org . apache . cayenne . exp . Expression exp = org . apache . cayenne . exp . ExpressionFactory . exp ( "day(dateColumn)<sp>=<sp>28" ) ; try { long res = org . apache . cayenne . query . ObjectSelect . query ( org . apache . cayenne . testdo . date_time . DateTestEntity . class , exp ) . selectCount ( context ) ; <FILL_ME> ; } catch ( org . apache . cayenne . CayenneRuntimeException e ) { if ( unitDbAdapter . supportsExtractPart ( ASTExtract . DateTimePart . DAY ) ) { throw e ; } } } selectCount ( org . apache . cayenne . ObjectContext ) { return count ( ) . selectOne ( context ) ; }
### Response:
org . junit . Assert . assertEquals ( 1 , res ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
test10_DuplicateColName ( ) { java . lang . String testSQL = "select<sp>COUNTRY,<sp>COUNTRY,<sp>CITY<sp>from<sp>" + ( getTestTableName ( ) ) ; ( ( org . eclipse . birt . data . engine . api . querydefn . OdaDataSetDesign ) ( this . dataSet ) ) . setQueryText ( testSQL ) ; java . lang . String [ ] bindingNameRow = new java . lang . String [ 2 ] ; bindingNameRow [ 0 ] = "ROW_COUNTRY" ; bindingNameRow [ 1 ] = "ROW_CITY" ; org . eclipse . birt . data . engine . api . IBaseExpression [ ] bindingExprRow = new org . eclipse . birt . data . engine . api . IBaseExpression [ 2 ] ; bindingExprRow [ 0 ] = new org . eclipse . birt . data . engine . api . querydefn . ScriptExpression ( "dataSetRow.COUNTRY" ) ; bindingExprRow [ 1 ] = new org . eclipse . birt . data . engine . api . querydefn . ScriptExpression ( "dataSetRow.CITY" ) ; org . eclipse . birt . data . engine . api . querydefn . QueryDefinition queryDefn = this . createQuery ( null , null , null , null , null , null , null , null , null , bindingNameRow , bindingExprRow ) ; org . eclipse . birt . data . engine . api . IPreparedQuery preparedQuery = dataEngine . prepare ( queryDefn ) ; org . eclipse . birt . data . engine . api . IQueryResults queryResults = preparedQuery . execute ( null ) ; org . eclipse . birt . data . engine . api . IResultIterator resultIt = queryResults . getResultIterator ( ) ; <FILL_ME> ; resultIt . getValue ( bindingNameRow [ 0 ] ) ; resultIt . getValue ( bindingNameRow [ 1 ] ) ; } next ( ) { if ( ! ( hasNext ( ) ) ) { throw new java . util . NoSuchElementException ( ) ; } org . eclipse . birt . report . engine . emitter . ods . SheetData [ ] rowDatas = new org . eclipse . birt . report . engine . emitter . ods . SheetData [ columnIndexes . length ] ; for ( int i = 0 ; i < ( columnIndexes . length ) ; i ++ ) { java . util . ArrayList < org . eclipse . birt . report . engine . emitter . ods . SheetData > columnData = columns . get ( i ) ; int cursor = columnIndexes [ i ] ; int size = columnData . size ( ) ; for ( int j = cursor ; j < size ; j ++ ) { org . eclipse . birt . report . engine . emitter . ods . SheetData data = columnData . get ( j ) ; int dataRowIndex = data . getRowIndex ( ) ; if ( dataRowIndex == ( rowIndex ) ) { rowDatas [ i ] = data ; columnIndexes [ i ] = j + 1 ; break ; } else if ( dataRowIndex > ( rowIndex ) ) { columnIndexes [ i ] = j ; break ; } } } ( rowIndex ) ++ ; return rowDatas ; }
### Response:
org . junit . Assert . assertTrue ( resultIt . next ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetClientName ( ) { classUnderTest . setClientName ( "aTestString" ) ; <FILL_ME> ; } getClientName ( ) { return clientName ; }
### Response:
org . junit . Assert . assertEquals ( "aTestString" , classUnderTest . getClientName ( ) ) | [
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