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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:
testCassandraBatchRowFormat ( ) { org . apache . flink . api . common . io . OutputFormat < org . apache . flink . types . Row > sink = new org . apache . flink . batch . connectors . cassandra . CassandraRowOutputFormat ( injectTableName ( org . apache . flink . streaming . connectors . cassandra . CassandraConnectorITCase . INSERT_DATA_QUERY ) , org . apache . flink . streaming . connectors . cassandra . CassandraConnectorITCase . builder ) ; try { sink . configure ( new org . apache . flink . configuration . Configuration ( ) ) ; sink . open ( 0 , 1 ) ; for ( org . apache . flink . types . Row value : org . apache . flink . streaming . connectors . cassandra . CassandraConnectorITCase . rowCollection ) { sink . writeRecord ( value ) ; } } finally { sink . close ( ) ; } com . datastax . driver . core . ResultSet rs = org . apache . flink . streaming . connectors . cassandra . CassandraConnectorITCase . session . execute ( injectTableName ( org . apache . flink . streaming . connectors . cassandra . CassandraConnectorITCase . SELECT_DATA_QUERY ) ) ; java . util . List < com . datastax . driver . core . Row > rows = rs . all ( ) ; <FILL_ME> ; } size ( ) { lock . lock ( ) ; try { return elements . size ( ) ; } finally { lock . unlock ( ) ; } }
### Response:
org . junit . Assert . assertEquals ( org . apache . flink . streaming . connectors . cassandra . CassandraConnectorITCase . rowCollection . size ( ) , rows . 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:
isAbsoluteFalse ( ) { final java . nio . file . Path path = fileSystem . getPath ( "relative" ) ; <FILL_ME> ; } isAbsolute ( ) { return false ; }
### Response:
org . junit . Assert . assertFalse ( path . isAbsolute ( ) ) | [
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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:
assertMonthsDaysWeakInvariant_T2_Minus_T1UntilT2_Eq_T1 ( ) { if ( ( this . start . getDayOfMonth ( ) ) <= 28 ) { net . time4j . Duration < net . time4j . CalendarUnit > period = this . start . until ( this . end , net . time4j . Duration . in ( net . time4j . CalendarUnit . MONTHS , net . time4j . CalendarUnit . DAYS ) ) ; <FILL_ME> ; } } minus ( net . time4j . engine . CalendarDays ) { return this . plus ( net . time4j . engine . CalendarDays . of ( java . lang . Math . negateExact ( days . getAmount ( ) ) ) ) ; }
### Response:
org . junit . Assert . assertThat ( this . end . minus ( period ) , org . hamcrest . CoreMatchers . is ( this . start ) ) | [
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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:
testGlobStatusFilterWithEmptyPathResults ( ) { org . apache . hadoop . fs . Path [ ] testDirs = new org . apache . hadoop . fs . Path [ ] { getTestRootPath ( org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys , org . apache . hadoop . fs . FSMainOperationsBaseTest . TEST_DIR_AAA ) , getTestRootPath ( org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys , org . apache . hadoop . fs . FSMainOperationsBaseTest . TEST_DIR_AXA ) , getTestRootPath ( org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys , org . apache . hadoop . fs . FSMainOperationsBaseTest . TEST_DIR_AXX ) , getTestRootPath ( org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys , org . apache . hadoop . fs . FSMainOperationsBaseTest . TEST_DIR_AXX ) } ; if ( ( exists ( org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys , testDirs [ 0 ] ) ) == false ) { for ( org . apache . hadoop . fs . Path path : testDirs ) { org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys . mkdirs ( path ) ; } } org . apache . hadoop . fs . FileStatus [ ] filteredPaths = org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys . globStatus ( getTestRootPath ( org . apache . hadoop . fs . FSMainOperationsBaseTest . fSys , "test/hadoop/?" ) , org . apache . hadoop . fs . FSMainOperationsBaseTest . DEFAULT_FILTER ) ; <FILL_ME> ; } getTestRootPath ( org . apache . hadoop . fs . FileContext , java . lang . String ) { return fc . makeQualified ( new org . apache . hadoop . fs . Path ( org . apache . hadoop . fs . FileContextTestHelper . TEST_ROOT_DIR , pathString ) ) ; }
### Response:
org . junit . Assert . assertEquals ( 0 , filteredPaths . 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:
testHasNext ( ) { java . sql . ResultSet resultSet = com . exigeninsurance . x4j . analytic . util . MockResultSet . create ( cols ( "A" , "B" , "C" , "D" ) , data ( row ( 1 , 2 , 3 , 4 ) , row ( 1 , 2 , 3 , 4 ) ) ) ; com . exigeninsurance . x4j . analytic . xlsx . core . node . GroupAdapter adapter = new com . exigeninsurance . x4j . analytic . xlsx . core . node . GroupAdapter ( resultSet ) ; adapter . addGroup ( GroupAdapter . NO_GROUP , new com . exigeninsurance . x4j . analytic . xlsx . core . groups . OpenState ( ) ) ; boolean hasNext = adapter . next ( GroupAdapter . NO_GROUP ) ; <FILL_ME> ; } next ( java . lang . String ) { com . exigeninsurance . x4j . analytic . xlsx . core . groups . Group currentGroup = getCurrentGroup ( group ) ; com . exigeninsurance . x4j . analytic . xlsx . core . groups . GroupTransitionResult groupNext = currentGroup . next ( ) ; if ( groupNext . isSkipping ( ) ) { return groupNext . isNextAfterSkip ( ) ; } boolean next = ! ( dataEnd ( ) ) ; if ( ! next ) { return false ; } if ( ! ( handleGroups ( next , group , currentGroup ) ) ) { currentGroup . transitionOnNext ( next ) ; return false ; } moveNextForward ( currentGroup ) ; handleLast ( group ) ; return next ; }
### Response:
org . junit . Assert . assertTrue ( hasNext ) | [
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13866,
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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:
testSomeMethod4 ( ) { java . util . List < com . wcs . netbeans . liquiface . model . Table > allTables = createTestTables ( ) ; com . wcs . netbeans . liquiface . model . Table centerTable = table1 ; int distance = 0 ; com . wcs . netbeans . liquiface . logic . TableNeighborFilter logika = new com . wcs . netbeans . liquiface . logic . TableNeighborFilter ( allTables , centerTable , distance , com . wcs . netbeans . liquiface . logic . TableNeighborFilter . TableNeighborFilterType . BOTH ) ; java . util . List < com . wcs . netbeans . liquiface . model . Table > filteredTables = logika . getFilteredTables ( ) ; <FILL_ME> ; } getFilteredTables ( ) { return filteredTables ; }
### Response:
org . junit . Assert . assertEquals ( 1 , filteredTables . 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:
test1 ( ) { java_programs . Node station1 = new java_programs . Node ( "Westminster" ) ; java_programs . Node station2 = new java_programs . Node ( "Waterloo" , new java . util . ArrayList < java_programs . Node > ( java . util . Arrays . asList ( station1 ) ) ) ; java_programs . Node station3 = new java_programs . Node ( "Trafalgar<sp>Square" , new java . util . ArrayList < java_programs . Node > ( java . util . Arrays . asList ( station1 , station2 ) ) ) ; java_programs . Node station4 = new java_programs . Node ( "Canary<sp>Wharf" , new java . util . ArrayList < java_programs . Node > ( java . util . Arrays . asList ( station2 , station3 ) ) ) ; java_programs . Node station5 = new java_programs . Node ( "London<sp>Bridge" , new java . util . ArrayList < java_programs . Node > ( java . util . Arrays . asList ( station4 , station3 ) ) ) ; java_programs . Node station6 = new java_programs . Node ( "Tottenham<sp>Court<sp>Road" , new java . util . ArrayList < java_programs . Node > ( java . util . Arrays . asList ( station5 , station4 ) ) ) ; java . lang . Boolean result = new java_programs . DEPTH_FIRST_SEARCH ( ) . depth_first_search ( station6 , station1 ) ; java . lang . String resultStr = "" ; if ( result ) { resultStr = "Path<sp>found!" ; } else { resultStr = "Path<sp>not<sp>found!" ; } <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( "Path<sp>found!" , resultStr ) | [
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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:
isCurrentUserAuthenticatedShouldNotBeAuthenticatedWhenUserIsNotLoggedIn ( ) { org . springframework . security . core . context . SecurityContextHolder . getContext ( ) . setAuthentication ( null ) ; boolean result = springSecurityAuthenticationService . isCurrentUserAuthenticated ( ) ; <FILL_ME> ; } isCurrentUserAuthenticated ( ) { return ( ( ( org . springframework . security . core . context . SecurityContextHolder . getContext ( ) . getAuthentication ( ) ) != null ) && ( org . springframework . security . core . context . SecurityContextHolder . getContext ( ) . getAuthentication ( ) . isAuthenticated ( ) ) ) && ( ! ( ( org . springframework . security . core . context . SecurityContextHolder . getContext ( ) . getAuthentication ( ) ) instanceof org . springframework . security . authentication . AnonymousAuthenticationToken ) ) ; }
### 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:
getRedenVerliesNlTestOK ( ) { final java . lang . String rvnCode = "034" ; final nl . bzk . algemeenbrp . dal . domein . brp . entity . RedenVerliesNLNationaliteit expectedRvn = new nl . bzk . algemeenbrp . dal . domein . brp . entity . RedenVerliesNLNationaliteit ( rvnCode , "034" ) ; final java . lang . String rvnCodePadded = expectedRvn . getCode ( ) ; final java . lang . String expected = java . lang . String . format ( nl . bzk . migratiebrp . ggo . viewer . service . impl . Lo3StamtabelServiceTest . STRING_FORMAT , rvnCodePadded , expectedRvn . getOmschrijving ( ) ) ; org . mockito . Mockito . doReturn ( expectedRvn ) . when ( dynamischeStamtabelRepository ) . getRedenVerliesNLNationaliteitByCode ( rvnCode ) ; final java . lang . String resultRvn = lo3StamtabelService . getRedenVerliesNederlandschap ( rvnCode ) ; <FILL_ME> ; } getRedenVerliesNLNationaliteitByCode ( java . lang . String ) { return redenVerliesNLNationaliteitRepository . findByKey ( code ) ; }
### Response:
org . junit . Assert . assertEquals ( expected , resultRvn ) | [
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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:
decodeExtended ( ) { final java . io . ByteArrayInputStream stream = new java . io . ByteArrayInputStream ( extended ) ; final com . flagstone . transform . coder . SWFDecoder decoder = new com . flagstone . transform . coder . SWFDecoder ( stream ) ; final com . flagstone . transform . coder . Context context = new com . flagstone . transform . coder . Context ( ) ; fixture = new com . flagstone . transform . shape . Shape ( decoder , context ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertNotNull ( fixture ) | [
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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:
testExclude2 ( ) { java . lang . String sdp = "v=0\n" + ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( "a=rtpmap:100<sp>AMR-WB/16000/1\n" 3 + "s=-\n" ) + "b=AS:80\n" 1 ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 5 ) + "m=audio<sp>42412<sp>RTP/AVP<sp>0<sp>8<sp>4<sp>18<sp>97<sp>99<sp>101<sp>100\n" ) + "b=AS:80\n" 1 ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 8 ) + "b=AS:80\n" ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 0 ) + "a=rtpmap:8<sp>PCMA/8000/1\n" ) + "a=rtpmap:4<sp>G723/8000/1\n" ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 2 ) + "a=rtpmap:18<sp>G729/8000/1\n" ) + "a=fmtp:18<sp>annexb=yes\n" ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 6 ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 1 ) + "b=AS:80\n" 0 ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 9 ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 7 ) + "a=rtpmap:100<sp>AMR-WB/16000/1\n" 4 ) ; org . restcomm . mscontrol . sdp . SessionDescriptor sd = new org . restcomm . mscontrol . sdp . SessionDescriptor ( sdp ) ; sd . exclude ( "pcma" ) ; java . lang . String s = sd . toString ( ) ; System . out . println ( s ) ; <FILL_ME> ; } indexOf ( org . restcomm . media . core . spi . utils . Text ) { int pointer = pos ; int limit = ( pos ) + ( len ) ; int mark = pointer ; if ( ( value . length ( ) ) == 0 ) return 0 ; int index = 0 ; while ( pointer < limit ) { if ( ( chars [ pointer ] ) == ( value . charAt ( index ) ) ) index ++ ; else { index = 0 ; mark ++ ; pointer = mark ; } if ( index == ( value . length ( ) ) ) return mark ; pointer ++ ; } return - 1 ; }
### Response:
org . junit . Assert . assertEquals ( ( - 1 ) , s . indexOf ( "pcma" ) ) | [
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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:
testHandlingOfConnectionLoss ( ) { org . I0Itec . zkclient . ContentWatcherTest . LOG . info ( "---<sp>testHandlingOfConnectionLoss" ) ; final org . I0Itec . zkclient . Gateway gateway = new org . I0Itec . zkclient . Gateway ( 4712 , 4711 ) ; gateway . start ( ) ; final org . I0Itec . zkclient . ZkClient zkClient = org . I0Itec . zkclient . testutil . ZkTestSystem . createZkClient ( "localhost:4712" ) ; gateway . stop ( ) ; new java . lang . Thread ( ) { @ org . I0Itec . zkclient . Override public void run ( ) { try { java . lang . Thread . sleep ( 250 ) ; gateway . start ( ) ; zkClient . createPersistent ( org . I0Itec . zkclient . ContentWatcherTest . FILE_NAME , "aaa" ) ; zkClient . writeData ( org . I0Itec . zkclient . ContentWatcherTest . FILE_NAME , "b" ) ; } catch ( java . lang . Exception e ) { } } } . start ( ) ; final org . I0Itec . zkclient . ContentWatcher < java . lang . String > watcher = new org . I0Itec . zkclient . ContentWatcher < java . lang . String > ( zkClient , org . I0Itec . zkclient . ContentWatcherTest . FILE_NAME ) ; watcher . start ( ) ; org . I0Itec . zkclient . TestUtil . waitUntil ( "b" , new java . util . concurrent . Callable < java . lang . String > ( ) { @ org . I0Itec . zkclient . Override public java . lang . String call ( ) throws org . I0Itec . zkclient . Exception { return watcher . getContent ( ) ; } } , TimeUnit . SECONDS , 5 ) ; <FILL_ME> ; watcher . stop ( ) ; zkClient . close ( ) ; gateway . stop ( ) ; } call ( ) { zkConnection . exists ( "/a" , false ) ; return null ; }
### Response:
org . junit . Assert . assertEquals ( "b" , watcher . getContent ( ) ) | [
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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:
testTimestampOrdering ( ) { long smallerTimestamp = this . agentLifeCycleAsyncTaskService . createEventIdentifier ( 0 , Integer . MAX_VALUE ) ; long largerTimestamp = this . agentLifeCycleAsyncTaskService . createEventIdentifier ( 1 , 0 ) ; <FILL_ME> ; } createEventIdentifier ( int , int ) { if ( socketId < 0 ) { throw new java . lang . IllegalArgumentException ( "socketId<sp>may<sp>not<sp>be<sp>less<sp>than<sp>0" ) ; } if ( eventCounter < 0 ) { throw new java . lang . IllegalArgumentException ( "eventCounter<sp>may<sp>not<sp>be<sp>less<sp>than<sp>0" ) ; } return ( ( ( long ) ( socketId ) ) << ( com . navercorp . pinpoint . collector . service . async . AgentLifeCycleAsyncTaskService . INTEGER_BIT_COUNT ) ) | eventCounter ; }
### Response:
org . junit . Assert . assertTrue ( ( smallerTimestamp < largerTimestamp ) ) | [
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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:
getDurationReportByMonthNoAuthenticatedTenants ( ) { testRule . deployForTenant ( org . camunda . bpm . engine . test . api . multitenancy . tenantcheck . MultiTenancyHistoricProcessInstanceReportCmdTenantCheckTest . TENANT_ONE , org . camunda . bpm . engine . test . api . multitenancy . tenantcheck . MultiTenancyHistoricProcessInstanceReportCmdTenantCheckTest . BPMN_PROCESS ) ; startAndCompleteProcessInstance ( null ) ; identityService . setAuthentication ( "user" , null , null ) ; java . util . List < org . camunda . bpm . engine . history . DurationReportResult > result = historyService . createHistoricProcessInstanceReport ( ) . duration ( org . camunda . bpm . engine . test . api . multitenancy . tenantcheck . MONTH ) ; <FILL_ME> ; } size ( ) { return ( ( ( historicProcessInstanceIds . size ( ) ) + ( historicDecisionInstanceIds . size ( ) ) ) + ( historicCaseInstanceIds . size ( ) ) ) + ( historicBatchIds . size ( ) ) ; }
### Response:
org . junit . Assert . assertThat ( result . size ( ) , org . hamcrest . CoreMatchers . is ( 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:
mementoEverydayTest ( ) { com . designpatternsaga . memento . Customer customer = new com . designpatternsaga . memento . Customer ( "Rafael" , "31,<sp>Fairview<sp>Close" , "777-555-7777" ) ; com . designpatternsaga . memento . SerializableMementoDemo . serialize ( customer ) ; com . designpatternsaga . memento . Customer newCustomer = com . designpatternsaga . memento . SerializableMementoDemo . deserialize ( ) ; <FILL_ME> ; } deserialize ( ) { try ( java . io . FileInputStream fileIn = new java . io . FileInputStream ( "customer.ser" ) ; java . io . ObjectInputStream in = new java . io . ObjectInputStream ( fileIn ) ) { return ( ( com . designpatternsaga . memento . Customer ) ( in . readObject ( ) ) ) ; } catch ( java . lang . ClassNotFoundException | java . io . IOException e ) { throw new java . lang . RuntimeException ( e ) ; } }
### Response:
org . junit . Assert . assertEquals ( customer , newCustomer ) | [
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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:
deveObterCodigoEventoComoFoiSetado ( ) { final com . fincatto . documentofiscal . nfe310 . classes . evento . manifestacaodestinatario . NFInfoEventoManifestacaoDestinatario infoEventoManifestacaoDestinatario = new com . fincatto . documentofiscal . nfe310 . classes . evento . manifestacaodestinatario . NFInfoEventoManifestacaoDestinatario ( ) ; final java . lang . String codigoEvento = "123546" ; infoEventoManifestacaoDestinatario . setCodigoEvento ( codigoEvento ) ; <FILL_ME> ; } getCodigoEvento ( ) { return this . codigoEvento ; }
### Response:
org . junit . Assert . assertEquals ( codigoEvento , infoEventoManifestacaoDestinatario . getCodigoEvento ( ) ) | [
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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:
cancel ( ) { final java . lang . String TEST_PROCESS_NAME = "Test<sp>structured<sp>process" ; popup ( ) ; driver . findElement ( org . apromore . portal . uitest . By . xpath ( ( ( IBPSTRUCT_SETUP_DIALOG_XPATH ) + "//button[text()='<sp>Cancel']" ) ) ) . click ( ) ; delay ( ) ; <FILL_ME> ; } isElementPresent ( org . apromore . portal . uitest . By ) { try { driver . findElement ( by ) ; return true ; } catch ( org . apromore . portal . uitest . NoSuchElementException e ) { return false ; } }
### Response:
org . junit . Assert . assertFalse ( isElementPresent ( org . apromore . portal . uitest . By . xpath ( IBPSTRUCT_SETUP_DIALOG_XPATH ) ) ) | [
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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:
testNormalizerStandardizeFitLabels ( ) { org . nd4j . linalg . dataset . NormalizerStandardize original = new org . nd4j . linalg . dataset . NormalizerStandardize ( org . nd4j . linalg . factory . Nd4j . create ( new double [ ] { 0.5 , 1.5 } ) , org . nd4j . linalg . factory . Nd4j . create ( new double [ ] { 2.5 , 3.5 } ) , org . nd4j . linalg . factory . Nd4j . create ( new double [ ] { 4.5 , 5.5 } ) , org . nd4j . linalg . factory . Nd4j . create ( new double [ ] { 6.5 , 7.5 } ) ) ; original . fitLabel ( true ) ; SUT . write ( original , tmpFile ) ; org . nd4j . linalg . dataset . NormalizerStandardize restored = SUT . restore ( tmpFile ) ; <FILL_ME> ; } restore ( org . nd4j . linalg . dataset . api . preprocessor . serializer . InputStream ) { org . nd4j . linalg . dataset . api . preprocessor . serializer . DataInputStream dis = new org . nd4j . linalg . dataset . api . preprocessor . serializer . DataInputStream ( stream ) ; boolean fitLabels = dis . readBoolean ( ) ; double targetMin = dis . readDouble ( ) ; double targetMax = dis . readDouble ( ) ; org . nd4j . linalg . dataset . api . preprocessor . NormalizerMinMaxScaler result = new org . nd4j . linalg . dataset . api . preprocessor . NormalizerMinMaxScaler ( targetMin , targetMax ) ; result . fitLabel ( fitLabels ) ; result . setFeatureStats ( org . nd4j . linalg . factory . Nd4j . read ( dis ) , org . nd4j . linalg . factory . Nd4j . read ( dis ) ) ; if ( fitLabels ) { result . setLabelStats ( org . nd4j . linalg . factory . Nd4j . read ( dis ) , org . nd4j . linalg . factory . Nd4j . read ( dis ) ) ; } return result ; }
### Response:
org . junit . Assert . assertEquals ( original , restored ) | [
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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:
testChannelSizeLimit ( ) { for ( int i = 0 ; i < ( channelSize ) ; i ++ ) { connector . connect ( "127.0.0.1" , io . craft . atom . nio . TestNioTcpAcceptorChannelSizeLimit . PORT ) ; } try { java . lang . Thread . sleep ( 100 ) ; java . util . concurrent . Future < io . craft . atom . io . Channel < byte [ ] > > future = connector . connect ( "127.0.0.1" , io . craft . atom . nio . TestNioTcpAcceptorChannelSizeLimit . PORT ) ; io . craft . atom . io . Channel < byte [ ] > channel = future . get ( 200 , TimeUnit . MILLISECONDS ) ; java . lang . Thread . sleep ( 200 ) ; <FILL_ME> ; } catch ( java . lang . Exception e ) { org . junit . Assert . fail ( ) ; } System . out . println ( java . lang . String . format ( "[CRAFT-ATOM-NIO]<sp>(^_^)<sp><%s><sp>Case<sp>-><sp>test<sp>nio<sp>acceptor<sp>channel<sp>size<sp>limit<sp>" , io . craft . atom . test . CaseCounter . incr ( 1 ) ) ) ; } isOpen ( ) { return ( state ) == ( ChannelState . OPEN ) ; }
### Response:
org . junit . Assert . assertFalse ( channel . isOpen ( ) ) | [
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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:
testCookiesShouldAllowHttpOnlyToBeSet ( ) { org . openqa . selenium . Cookie cookie = new org . openqa . selenium . Cookie ( "name" , "value" , "" , "/" , new java . util . Date ( ) , false , true ) ; <FILL_ME> ; } isHttpOnly ( ) { return isHttpOnly ; }
### Response:
org . junit . Assert . assertTrue ( cookie . isHttpOnly ( ) ) | [
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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:
testEndMS ( ) { com . bixly . pastevid . models . VideoFileItemTest . log ( "VideoFileItem.endMS" ) ; com . bixly . pastevid . models . VideoFileItem instance = new com . bixly . pastevid . models . VideoFileItem ( ) ; long expResult = java . lang . System . currentTimeMillis ( ) ; instance . setEndMS ( expResult ) ; long result = instance . getEndMS ( ) ; <FILL_ME> ; } getEndMS ( ) { return endMS ; }
### 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:
testValueAsObject ( ) { final com . allanbank . mongodb . bson . element . UuidElement element = new com . allanbank . mongodb . bson . element . UuidElement ( "f" , com . allanbank . mongodb . bson . element . UuidElementTest . TEST_UUID ) ; <FILL_ME> ; } getValueAsObject ( ) { return myUuid ; }
### Response:
org . junit . Assert . assertEquals ( com . allanbank . mongodb . bson . element . UuidElementTest . TEST_UUID , element . getValueAsObject ( ) ) | [
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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:
testPowerLevelStaticInvalidAccess ( ) { <FILL_ME> ; } get ( int ) { com . digi . xbee . api . models . PowerLevel powerLevel = com . digi . xbee . api . models . PowerLevel . lookupTable . get ( value ) ; if ( powerLevel != null ) return powerLevel ; return com . digi . xbee . api . models . PowerLevel . LEVEL_UNKNOWN ; }
### Response:
org . junit . Assert . assertEquals ( PowerLevel . LEVEL_UNKNOWN , com . digi . xbee . api . models . PowerLevel . get ( 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:
testAvoidEmptyObjectCreation ( ) { ma . glasnost . orika . MapperFactory factory = ma . glasnost . orika . test . MappingUtil . getMapperFactory ( ) ; factory . registerClassMap ( ma . glasnost . orika . metadata . ClassMapBuilder . map ( ma . glasnost . orika . test . community . Issue38TestCase . A . class , ma . glasnost . orika . test . community . Issue38TestCase . B . class ) . field ( "b.i1" , "i1" ) . field ( "b.i2" , "i2" ) . toClassMap ( ) ) ; ma . glasnost . orika . MapperFacade mapperFacade = factory . getMapperFacade ( ) ; ma . glasnost . orika . test . community . Issue38TestCase . B b = new ma . glasnost . orika . test . community . Issue38TestCase . B ( ) ; b . i1 = null ; b . i2 = null ; ma . glasnost . orika . test . community . Issue38TestCase . A result = mapperFacade . map ( b , ma . glasnost . orika . test . community . Issue38TestCase . A . class ) ; <FILL_ME> ; b . i1 = 2 ; b . i2 = null ; } map ( A , B ) { return ( ( B ) ( pool . get ( ( ( ma . glasnost . orika . test . extensibility . PooledInstancesTestCase . SourcePoolView ) ( instanceA ) ) . getName ( ) ) ) ) ; }
### Response:
org . junit . Assert . assertNull ( result . 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:
OpenWriter ( ) { com . mysema . codegen . MemSourceFileObject obj = new com . mysema . codegen . MemSourceFileObject ( "Test" ) ; obj . openWriter ( ) . write ( "Hello<sp>World" ) ; <FILL_ME> ; } getCharContent ( boolean ) { return contents ; }
### Response:
org . junit . Assert . assertEquals ( "Hello<sp>World" , obj . getCharContent ( true ) . 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:
testMapThenParallelMap ( ) { org . stringtemplate . v4 . STGroup group = new org . stringtemplate . v4 . STGroup ( ) ; group . defineTemplate ( "bold" , "x" , "[<x>]" ) ; group . defineTemplate ( "test" , "names,phones" , "hi<sp><[names:bold()],phones:{n,p<sp>|<sp><n>:<p>;}>" ) ; org . stringtemplate . v4 . ST st = group . getInstanceOf ( "test" ) ; st . add ( "bold" 1 , "bold" 2 ) ; st . add ( "bold" 1 , "Tom" ) ; st . add ( "bold" 1 , "bold" 3 ) ; st . add ( "bold" 0 , "x5001" ) ; st . add ( "bold" 0 , "x5002" ) ; java . lang . String expected = "hi<sp>[Ter]:x5001;[Tom]:x5002;[Sumana]:;" ; java . lang . String result = st . render ( ) ; <FILL_ME> ; } render ( ) { return render ( java . util . Locale . getDefault ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( expected , result ) | [
2,
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13866,
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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:
testCache ( ) { org . talend . repository . model . StableRepositoryNode container = new org . talend . repository . model . StableRepositoryNode ( null , "SAP" , org . talend . commons . ui . runtime . image . ECoreImage . FOLDER_CLOSE_ICON ) ; container . setChildrenObjectType ( ERepositoryObjectType . METADATA_CON_TABLE ) ; container . setProperties ( EProperties . CONTENT_TYPE , ERepositoryObjectType . METADATA_SAP_BW_INFOCUBE ) ; org . talend . core . repository . ui . utils . RepositoryNodeCache rnc = new org . talend . core . repository . ui . utils . RepositoryNodeCache ( container ) ; org . talend . repository . model . StableRepositoryNode child = new org . talend . repository . model . StableRepositoryNode ( null , "SAP<sp>BW" , org . talend . commons . ui . runtime . image . ECoreImage . FOLDER_CLOSE_ICON ) ; child . setChildrenObjectType ( ERepositoryObjectType . METADATA_CON_TABLE ) ; child . setProperties ( EProperties . CONTENT_TYPE , ERepositoryObjectType . METADATA_SAP_BW_INFOCUBE ) ; rnc . addChildFolderCache ( child ) ; <FILL_ME> ; } removeChildFolderCache ( org . talend . repository . model . IRepositoryNode ) { return folderCacheMap . remove ( getFolderKey ( childFolderNode ) ) ; }
### Response:
org . junit . Assert . assertTrue ( ( child == ( rnc . removeChildFolderCache ( child ) ) ) ) | [
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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:
testMixedRangesAndElements ( ) { org . antlr . v4 . runtime . misc . IntervalSet s = new org . antlr . v4 . runtime . misc . IntervalSet ( ) ; s . add ( 1 ) ; s . add ( 'a' , 'z' ) ; s . add ( '0' , '9' ) ; java . lang . String expecting = "{1,<sp>48..57,<sp>97..122}" ; <FILL_ME> ; } toString ( ) { return ( ( a ) + ".." ) + ( b ) ; }
### Response:
org . junit . Assert . assertEquals ( s . toString ( ) , expecting ) | [
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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:
testEnums ( ) { ser . Basics obj = new ser . Basics ( 123 ) ; out . writeObject ( obj ) ; in . resetForReuseUseArray ( out . getCopyOfWrittenBuffer ( ) ) ; out . flush ( ) ; ser . Basics res = ( ( ser . Basics ) ( in . readObject ( ) ) ) ; java . lang . Object [ ] exceptions1 = res . exceptions ; java . lang . Object [ ] exceptions2 = obj . exceptions ; res . exceptions = obj . exceptions = null ; for ( int i = 1 ; i < ( exceptions1 . length ) ; i ++ ) { <FILL_ME> ; } readObject ( ) { byte type = peekIn ( ) ; if ( type == ( MinBin . END ) ) { readIn ( ) ; return MinBin . END_MARKER ; } if ( org . nustaq . serialization . minbin . MinBin . isPrimitive ( type ) ) { if ( org . nustaq . serialization . minbin . MinBin . isArray ( type ) ) { return readArray ( ) ; } switch ( type ) { case MinBin . INT_8 : return ( ( byte ) ( readInt ( ) ) ) ; case MinBin . INT_16 : return ( ( short ) ( readInt ( ) ) ) ; case MinBin . CHAR : return ( ( char ) ( readInt ( ) ) ) ; case MinBin . INT_32 : return ( ( int ) ( readInt ( ) ) ) ; case MinBin . INT_64 : return ( ( long ) ( readInt ( ) ) ) ; default : throw new java . lang . RuntimeException ( ( "unexpected<sp>primitive<sp>type:" + type ) ) ; } } else { if ( ( org . nustaq . serialization . minbin . MinBin . getTagId ( type ) ) == ( MinBin . HANDLE ) ) { return new org . nustaq . serialization . minbin . MBRef ( ( ( java . lang . Integer ) ( readTag ( readIn ( ) ) ) ) ) ; } return readTag ( readIn ( ) ) ; } }
### Response:
org . junit . Assert . assertTrue ( ( ( exceptions1 [ i ] . getClass ( ) ) == ( exceptions2 [ i ] . getClass ( ) ) ) ) | [
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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:
testGetPersoonElementen ( ) { final nl . bzk . brp . bijhouding . bericht . model . RelatieElement relatieElement = builder . maakHuwelijkElement ( "CI_huwelijk" , builder . maakRelatieGroepElement ( "CI_relatie" , "1" , new nl . bzk . brp . bijhouding . bericht . model . ElementBuilder . RelatieGroepParameters ( ) ) , java . util . Collections . emptyList ( ) ) ; final nl . bzk . brp . bijhouding . bericht . model . CorrectieVervalRelatieActieElement actieElement = new nl . bzk . brp . bijhouding . bericht . model . CorrectieVervalRelatieActieElement ( actieAttributen , datumAanvangGeldigheid , null , null , null , relatieElement ) ; <FILL_ME> ; } getPersoonElementen ( ) { return huwelijkOfGp . getPersoonElementen ( ) ; }
### Response:
org . junit . Assert . assertTrue ( actieElement . getPersoonElementen ( ) . 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:
shouldNotPerformAnalysisWhenDependencyDistanceIsLessThan0 ( ) { when ( this . extractor . getMaxDistance ( ) ) . thenReturn ( ( - 1 ) ) ; final java . util . List < org . pitest . testapi . TestUnit > actual = this . testee . filterTestsByDependencyAnalysis ( this . tus ) ; <FILL_ME> ; verify ( this . extractor , never ( ) ) . extractCallDependenciesForPackages ( anyString ( ) , any ( java . util . function . Predicate . class ) ) ; } filterTestsByDependencyAnalysis ( java . util . List ) { if ( ( this . analyser . getMaxDistance ( ) ) < 0 ) { return tus ; } else { return org . pitest . functional . FCollection . filter ( tus , isWithinReach ( ) ) ; } }
### Response:
org . junit . Assert . assertSame ( this . tus , 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:
testMapSingleValue ( ) { org . stringtemplate . v4 . STGroup group = new org . stringtemplate . v4 . STGroup ( ) ; group . defineTemplate ( "a" , "x" , "[<x>]" ) ; group . defineTemplate ( "test" , "name" , "hi<sp><name:a()>!" ) ; org . stringtemplate . v4 . ST st = group . getInstanceOf ( "test" ) ; st . add ( "name" , "Ter" ) ; java . lang . String expected = "hi<sp>[Ter]!" ; java . lang . String result = st . render ( ) ; <FILL_ME> ; } render ( ) { return render ( java . util . Locale . getDefault ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( expected , 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:
testGetPriority ( ) { <FILL_ME> ; } getPriority ( ) { return 3 ; }
### Response:
org . junit . Assert . assertEquals ( 7 , provider . getPriority ( ) ) | [
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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:
equalsFail ( ) { org . apache . hadoop . fs . shell . find . Result one = org . apache . hadoop . fs . shell . find . Result . FAIL ; org . apache . hadoop . fs . shell . find . Result two = Result . FAIL . combine ( Result . FAIL ) ; <FILL_ME> ; } combine ( org . apache . hadoop . fs . shell . find . Result ) { return new org . apache . hadoop . fs . shell . find . Result ( ( ( this . isPass ( ) ) && ( other . isPass ( ) ) ) , ( ( this . isDescend ( ) ) && ( other . isDescend ( ) ) ) ) ; }
### Response:
org . junit . Assert . assertEquals ( one , two ) | [
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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:
whenGetObjectAtSecondPosition_thenReturnExpectedBean ( ) { org . robobinding . itempresentationmodel . BeanCursorTest . Bean bean2 = beanCursor . getObjectAtPosition ( 1 ) ; <FILL_ME> ; } get ( java . lang . Object ) { return getReferenceObject ( map . get ( key ) ) ; }
### Response:
org . junit . Assert . assertEquals ( beans . get ( 1 ) , bean2 ) | [
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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:
testSetId ( ) { target . setId ( "abc" ) ; <FILL_ME> ; } getId ( ) { return id ; }
### Response:
org . junit . Assert . assertThat ( target . getId ( ) , org . hamcrest . CoreMatchers . is ( "abc" ) ) | [
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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:
readData_badData ( ) { org . mockito . Mockito . when ( filereader . fileExist ( org . mockito . Mockito . anyString ( ) ) ) . thenReturn ( true ) ; org . mockito . Mockito . when ( filereader . readAllLine ( org . mockito . Mockito . anyString ( ) ) ) . thenReturn ( new java . lang . String [ ] { "1.413badtime5177E9<sp>ON" , "1.moreBadData683E9<sp>UNKNOWN" } ) ; info = cameraReader . readData ( traceFolder , 0 , 0 ) ; <FILL_ME> ; } size ( ) { return sessionTable . size ( ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( info . size ( ) ) == 1 ) ) | [
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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:
testLongName ( ) { try { javax . jcr . Session s = getAdminSession ( ) ; java . lang . StringBuilder buff = new java . lang . StringBuilder ( ) ; for ( int i = 0 ; i < 100 ; i ++ ) { buff . append ( "0123456789" ) ; } java . lang . String longName = "n" + ( buff . toString ( ) ) ; javax . jcr . Node n = s . getRootNode ( ) . addNode ( longName ) ; s . save ( ) ; javax . jcr . Session s2 = createAdminSession ( ) ; javax . jcr . Node n2 = s2 . getRootNode ( ) . getNode ( longName ) ; <FILL_ME> ; s2 . logout ( ) ; } catch ( javax . jcr . nodetype . ConstraintViolationException ex ) { } } getPath ( ) { if ( ( path ) == null ) { path = concat ( parent . getPath ( ) , name ) ; } return path ; }
### Response:
org . junit . Assert . assertEquals ( n . getPath ( ) , n2 . getPath ( ) ) | [
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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:
testCountByG_U_R_F_M_StatusInTrash_EmptyRepositories ( ) { com . liferay . portal . kernel . dao . orm . QueryDefinition < com . liferay . document . library . kernel . model . DLFileEntry > queryDefinition = new com . liferay . portal . kernel . dao . orm . QueryDefinition ( ) ; queryDefinition . setStatus ( WorkflowConstants . STATUS_IN_TRASH , true ) ; <FILL_ME> ; } doCountBy_G_U_R_F_M_EmptyRepositories ( long , java . lang . String , com . liferay . portal . kernel . dao . orm . QueryDefinition ) { java . util . List < java . lang . Long > repositoryIds = new java . util . ArrayList ( ) ; java . util . List < java . lang . Long > folderIds = new java . util . ArrayList ( ) ; return doCountBy_G_U_R_F_M ( userId , repositoryIds , folderIds , mimeType , queryDefinition ) ; }
### Response:
org . junit . Assert . assertEquals ( 4 , doCountBy_G_U_R_F_M_EmptyRepositories ( 0 , null , queryDefinition ) ) | [
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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:
testFindRolesInsertedByLiquibase ( ) { try ( final java . sql . Connection connection = embeddedDatabaseRule . getConnection ( ) ) { final java . util . List < java . lang . String > rolesForUser = new org . zapodot . junit . db . plugin . dao . RoleDao ( connection ) . rolesForUser ( "Ada" ) ; <FILL_ME> ; } } rolesForUser ( java . lang . String ) { try ( final java . sql . PreparedStatement statement = connection . prepareStatement ( "Select<sp>*<sp>FROM<sp>ROLE<sp>r<sp>INNER<sp>JOIN<sp>USERROLE<sp>ur<sp>on<sp>r.ID<sp>=<sp>ur.ROLE_ID<sp>INNER<sp>JOIN<sp>USER<sp>u<sp>on<sp>ur.USER_ID<sp>=<sp>u.ID<sp>where<sp>u.NAME<sp>=<sp>?" ) ) { statement . setString ( 1 , userName ) ; try ( final java . sql . ResultSet resultSet = statement . executeQuery ( ) ) { final java . util . List < java . lang . String > roles = new java . util . LinkedList ( ) ; while ( resultSet . next ( ) ) { roles . add ( resultSet . getString ( "name" ) ) ; } return roles ; } } }
### Response:
org . junit . Assert . assertEquals ( 0 , rolesForUser . 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:
testResultUndefinedForNoReturnInIntFunction ( ) { v8 . executeIntegerScript ( "function<sp>foo()<sp>{};<sp>42" ) ; int result = v8 . executeIntegerFunction ( "foo" , null ) ; <FILL_ME> ; } executeIntegerFunction ( java . lang . String , com . eclipsesource . v8 . V8Array ) { throw new java . lang . UnsupportedOperationException ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 3 , result ) | [
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:
testEofHandlingByteArray ( ) { nom . tam . util . BufferedDataInputStream create8ByteInput = create8ByteInput ( ) ; java . io . EOFException expectedEof = null ; try { create8ByteInput . read ( new byte [ 0 ] , 0 , 0 ) ; } catch ( java . io . EOFException eof ) { expectedEof = eof ; } <FILL_ME> ; } read ( byte [ ] , int , int ) { int result = 0 ; try { result = super . read ( b , off , len ) ; return result ; } catch ( java . io . IOException e ) { throw e ; } finally { handledOccuredException ( result ) ; } }
### Response:
org . junit . Assert . assertNull ( expectedEof ) | [
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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:
testSetFromNeuron ( ) { org . neuroph . core . Connection instance = new org . neuroph . core . Connection ( fromNeuron , toNeuron ) ; <FILL_ME> ; } getFromNeuron ( ) { return fromNeuron ; }
### Response:
org . junit . Assert . assertEquals ( fromNeuron , instance . getFromNeuron ( ) ) | [
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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:
testZoekGeboorteDatumHuisnummer ( ) { final java . util . Set < nl . bzk . brp . domain . algemeen . ZoekCriterium > zoekCriteria = new java . util . HashSet ( ) ; nl . bzk . brp . domain . algemeen . ZoekCriterium zoekCriteria1 = new nl . bzk . brp . domain . algemeen . ZoekCriterium ( getAttribuutElement ( Element . PERSOON_ADRES_HUISNUMMER ) , nl . bzk . algemeenbrp . dal . domein . brp . enums . Zoekoptie . EXACT , 8 ) ; nl . bzk . brp . domain . algemeen . ZoekCriterium zoekCriteria2 = new nl . bzk . brp . domain . algemeen . ZoekCriterium ( getAttribuutElement ( Element . PERSOON_GEBOORTE_DATUM ) , nl . bzk . algemeenbrp . dal . domein . brp . enums . Zoekoptie . EXACT , 19811002 ) ; zoekCriteria . add ( zoekCriteria1 ) ; zoekCriteria . add ( zoekCriteria2 ) ; nl . bzk . brp . delivery . dataaccess . bevraging . SqlStamementZoekPersoon sql = new nl . bzk . brp . delivery . dataaccess . bevraging . SqlBepaler ( zoekCriteria , 10 , true , null , false ) . maakSql ( ) ; final java . util . List < java . lang . Long > ids = zoekPersoonRepository . zoekPersonen ( sql , postgres ) ; <FILL_ME> ; } size ( ) { return elementen . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 1 , ids . 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:
shouldExpandStringsComposedByTildeSlash ( ) { java . lang . String result = expander . expand ( "~/" ) ; java . lang . String expected = ( java . lang . System . getProperty ( "user.home" ) ) + "/" ; <FILL_ME> ; } getProperty ( java . lang . String ) { readLock . lock ( ) ; try { return properties . getProperty ( key ) ; } finally { readLock . unlock ( ) ; } }
### Response:
org . junit . Assert . assertEquals ( expected , 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:
testBug934819 ( ) { org . openscience . cdk . interfaces . IAtomContainer superStructure = org . openscience . cdk . fingerprint . AbstractFixedLengthFingerprinterTest . bug934819_2 ( ) ; org . openscience . cdk . interfaces . IAtomContainer subStructure = org . openscience . cdk . fingerprint . AbstractFixedLengthFingerprinterTest . bug934819_1 ( ) ; org . openscience . cdk . tools . manipulator . AtomContainerManipulator . percieveAtomTypesAndConfigureAtoms ( superStructure ) ; org . openscience . cdk . tools . manipulator . AtomContainerManipulator . percieveAtomTypesAndConfigureAtoms ( subStructure ) ; addImplicitHydrogens ( superStructure ) ; addImplicitHydrogens ( subStructure ) ; org . openscience . cdk . fingerprint . IFingerprinter fingerprinter = getBitFingerprinter ( ) ; java . util . BitSet superBS = fingerprinter . getBitFingerprint ( superStructure ) . asBitSet ( ) ; java . util . BitSet subBS = fingerprinter . getBitFingerprint ( subStructure ) . asBitSet ( ) ; <FILL_ME> ; } and ( java . util . BitSet , java . util . BitSet ) { java . util . BitSet c = ( ( java . util . BitSet ) ( a . clone ( ) ) ) ; c . and ( b ) ; return c ; }
### Response:
org . junit . Assert . assertThat ( org . openscience . cdk . fingerprint . AbstractFixedLengthFingerprinterTest . and ( superBS , subBS ) , org . hamcrest . CoreMatchers . is ( subBS ) ) | [
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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:
testRemoveDouble ( ) { java . lang . Double [ ] inputArray1 = new java . lang . Double [ ] { 0.1 , 3.1 , 5.1 } ; java . lang . Double [ ] outputArray = org . openl . rules . helpers . RulesUtilsTest . instance . testDoubleRemove ( inputArray1 , 1 ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertTrue ( org . openl . rules . helpers . Arrays . equals ( new java . lang . Double [ ] { 0.1 , 5.1 } , outputArray ) ) | [
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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:
createWithRiskDataParams ( ) { com . braintreegateway . integrationtest . CustomerRequest request = new com . braintreegateway . integrationtest . CustomerRequest ( ) . creditCard ( ) . number ( "4111111111111111" ) . expirationDate ( "05/12" ) . done ( ) . riskData ( ) . customerBrowser ( "IE6" ) . customerIP ( "192.168.0.1" ) . done ( ) ; com . braintreegateway . integrationtest . Result < com . braintreegateway . integrationtest . Customer > result = gateway . customer ( ) . create ( request ) ; <FILL_ME> ; } isSuccess ( ) { return success ; }
### Response:
org . junit . Assert . assertTrue ( result . isSuccess ( ) ) | [
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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:
testMultiLayerIdInex ( ) { de . vandermeer . svg2vector . applications . is . Svg2Vector_IS app = new de . vandermeer . svg2vector . applications . is . Svg2Vector_IS ( ) ; java . lang . String [ ] args = org . apache . commons . lang3 . ArrayUtils . addAll ( de . vandermeer . svg2vector . applications . is . Test_Svg2Vector_IS_PNG . STD_OPTIONS , "-f" , "src/test/resources/svg-files/rina-ipc.svgz" , "-d" , ( ( de . vandermeer . svg2vector . applications . is . Test_Svg2Vector_IS_PNG . OUT_DIR_PREFIX ) + "layers-id-index" ) , "-l" , "-I" , "-i" ) ; <FILL_ME> ; } executeApplication ( java . lang . String [ ] ) { int ret = super . executeApplication ( args ) ; if ( ret != 0 ) { return ret ; } de . vandermeer . svg2vector . applications . base . SvgTargets target = this . getProps ( ) . getTarget ( ) ; java . lang . String fn = this . optionInkscapeExec . getValue ( ) ; if ( ( ret = this . checkIsExecutable ( fn ) ) < 0 ) { return ret ; } this . printDetailMessage ( ( "Inkscape<sp>exec:<sp>" + fn ) ) ; this . setWarnings ( target ) ; de . vandermeer . svg2vector . applications . is . IsCmd isCmd = new de . vandermeer . svg2vector . applications . is . IsCmd ( fn , target , this . getProps ( ) ) ; isCmd . appendTargetSettings ( target , this . optionExpDpi , this . optionExpPdfver , this . optionExpPslevel ) ; de . vandermeer . svg2vector . applications . is . IsCmd isTmpCmd = new de . vandermeer . svg2vector . applications . is . IsCmd ( fn , de . vandermeer . svg2vector . applications . base . SvgTargets . svg , this . getProps ( ) ) ; if ( this . optionSvgFirst . inCli ( ) ) { this . printProgressMessage ( "converting<sp>to<sp>temporary<sp>SVG<sp>first" ) ; this . printDetailMessage ( ( "Inkscape<sp>cmd<sp>tmp:<sp>" + isTmpCmd ) ) ; } else { this . printProgressMessage ( "converting<sp>directly<sp>to<sp>target" ) ; this . printDetailMessage ( ( "Inkscape<sp>cmd:<sp>" + isCmd ) ) ; } ret = this . createTempArtifacts ( isTmpCmd ) ; if ( ret < 0 ) { return ret ; } ret = this . convertInput ( isCmd , target ) ; if ( ret < 0 ) { return ret ; } this . removeTempArtifacts ( ) ; this . printProgressMessage ( "finished<sp>successfully" ) ; return 0 ; }
### Response:
org . junit . Assert . assertEquals ( 0 , app . executeApplication ( args ) ) | [
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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:
testSave ( ) { java . util . List < software . amazon . awssdk . services . dynamodb . pojos . StringSetAttributeClass > objs = new java . util . ArrayList < software . amazon . awssdk . services . dynamodb . pojos . StringSetAttributeClass > ( ) ; for ( int i = 0 ; i < 5 ; i ++ ) { software . amazon . awssdk . services . dynamodb . pojos . StringSetAttributeClass obj = getUniqueObject ( ) ; objs . add ( obj ) ; } software . amazon . awssdk . services . dynamodb . datamodeling . DynamoDbMapper util = new software . amazon . awssdk . services . dynamodb . datamodeling . DynamoDbMapper ( dynamo ) ; for ( software . amazon . awssdk . services . dynamodb . pojos . StringSetAttributeClass obj : objs ) { util . save ( obj ) ; } for ( software . amazon . awssdk . services . dynamodb . pojos . StringSetAttributeClass obj : objs ) { software . amazon . awssdk . services . dynamodb . pojos . StringSetAttributeClass loaded = util . load ( software . amazon . awssdk . services . dynamodb . pojos . StringSetAttributeClass . class , obj . getKey ( ) ) ; <FILL_ME> ; } } getKey ( ) { return this . key ; }
### Response:
org . junit . Assert . assertEquals ( obj , loaded ) | [
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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:
testAddition ( ) { org . apache . commons . math3 . analysis . polynomials . PolynomialFunction p1 = new org . apache . commons . math3 . analysis . polynomials . PolynomialFunction ( new double [ ] { - 2 , 1 } ) ; org . apache . commons . math3 . analysis . polynomials . PolynomialFunction p2 = new org . apache . commons . math3 . analysis . polynomials . PolynomialFunction ( new double [ ] { 2 , - 1 , 0 } ) ; checkNullPolynomial ( p1 . add ( p2 ) ) ; p2 = p1 . add ( p1 ) ; checkPolynomial ( p2 , "-4<sp>+<sp>2<sp>x" ) ; p1 = new org . apache . commons . math3 . analysis . polynomials . PolynomialFunction ( new double [ ] { 1 , - 4 , 2 } ) ; p2 = new org . apache . commons . math3 . analysis . polynomials . PolynomialFunction ( new double [ ] { - 1 , 3 , - 2 } ) ; p1 = p1 . add ( p2 ) ; <FILL_ME> ; checkPolynomial ( p1 , "-x" ) ; } degree ( ) { return ( coefficients . length ) - 1 ; }
### Response:
org . junit . Assert . assertEquals ( 1 , p1 . degree ( ) ) | [
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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:
testNoHarborProperty ( ) { com . vmware . xenon . common . test . TestContext t = new com . vmware . xenon . common . test . TestContext ( 1 , java . time . Duration . ofSeconds ( 15 ) ) ; harborInitRegistryService . handleStart ( com . vmware . xenon . common . Operation . createGet ( null ) . setCompletion ( t . getCompletion ( ) ) ) ; t . await ( ) ; com . vmware . admiral . service . common . RegistryService . RegistryState harborRegistry = getHarborRegistry ( false ) ; <FILL_ME> ; } getHarborRegistry ( boolean ) { if ( exists ) { return sender . sendGetAndWait ( com . vmware . xenon . common . UriUtils . buildUri ( host , Harbor . DEFAULT_REGISTRY_LINK ) , com . vmware . admiral . service . common . RegistryService . RegistryState . class ) ; } else { com . vmware . xenon . common . test . TestRequestSender . FailureResponse failureResponse = sender . sendAndWaitFailure ( com . vmware . xenon . common . Operation . createGet ( host , Harbor . DEFAULT_REGISTRY_LINK ) ) ; org . junit . Assert . assertEquals ( Operation . STATUS_CODE_NOT_FOUND , failureResponse . op . getStatusCode ( ) ) ; return null ; } }
### Response:
org . junit . Assert . assertNull ( harborRegistry ) | [
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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:
getGroupDisplayNameWithGroupPrimaryRealm ( ) { java . lang . String group = "vmmgrp1" ; com . ibm . websphere . simplicity . log . Log . info ( com . ibm . ws . security . wim . adapter . ldap . fat . URAPIs_Federation_2LDAPs_2RealmsTest . c , "getGroupDisplayNameWithGroupPrimaryRealm" , "Checking<sp>with<sp>a<sp>valid<sp>group." ) ; <FILL_ME> ; } getGroupDisplayName ( java . lang . String ) { return userRegistry . getGroupDisplayName ( securityName ) ; }
### Response:
org . junit . Assert . assertEquals ( "vmmgrp1" , com . ibm . ws . security . wim . adapter . ldap . fat . URAPIs_Federation_2LDAPs_2RealmsTest . servlet . getGroupDisplayName ( group ) ) | [
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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:
add347 ( ) { tdd . Calculator sut = new tdd . Calculator ( ) ; <FILL_ME> ; } add ( java . lang . String , int ) { int oldSize = size ( item ) ; int newSize = oldSize + num ; list . put ( item , newSize ) ; }
### Response:
org . junit . Assert . assertThat ( sut . add ( 3 , 4 ) , org . hamcrest . CoreMatchers . is ( 7 ) ) | [
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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:
testBuild ( ) { org . lnu . is . domain . education . form . type . EducationFormType context = new org . lnu . is . domain . education . form . type . EducationFormType ( ) ; java . lang . String expectedQuery = "SELECT<sp>e<sp>FROM<sp>EducationFormType<sp>e<sp>WHERE<sp>e.status=:status<sp>AND<sp>e.crtUserGroup<sp>IN<sp>(:userGroups)<sp>" ; org . lnu . is . pagination . MultiplePagedSearch < org . lnu . is . domain . education . form . type . EducationFormType > pagedSearch = new org . lnu . is . pagination . MultiplePagedSearch ( ) ; pagedSearch . setEntity ( context ) ; java . lang . String actualQuery = unit . build ( pagedSearch ) ; <FILL_ME> ; } setEntity ( T ) { this . entity = entity ; }
### Response:
org . junit . Assert . assertEquals ( expectedQuery , actualQuery ) | [
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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:
testToUnsignedByteArrayInt_LeadingBytesZero ( ) { byte [ ] actual = de . persosim . simulator . utils . Utils . toUnsignedByteArray ( ( ( int ) ( 1122867 ) ) ) ; byte [ ] expected = new byte [ ] { ( ( byte ) ( 0 ) ) , ( ( byte ) ( 17 ) ) , ( ( byte ) ( 34 ) ) , ( ( byte ) ( 51 ) ) } ; <FILL_ME> ; } toUnsignedByteArray ( java . math . BigInteger ) { if ( bigInt == null ) { throw new java . lang . NullPointerException ( ) ; } byte [ ] resultTMP ; byte [ ] resultFINAL ; java . math . BigInteger bigIntTmp ; if ( ( ( resultTMP [ 0 ] ) == ( ( byte ) ( 0 ) ) ) && ( ( resultTMP . length ) > 1 ) ) { resultFINAL = new byte [ ( resultTMP . length ) - 1 ] ; java . lang . System . arraycopy ( resultTMP , 1 , resultFINAL , 0 , resultFINAL . length ) ; } else { resultFINAL = resultTMP ; } return resultFINAL ; }
### Response:
org . junit . Assert . assertArrayEquals ( 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:
neverWritableColumnsShouldNotBeInValueMap_shouldReturnFalse ( ) { com . vaadin . v7 . data . util . sqlcontainer . ColumnProperty property = new com . vaadin . v7 . data . util . sqlcontainer . ColumnProperty ( "NAME" , true , false , true , false , "Ville" , java . lang . String . class ) ; <FILL_ME> ; } isPersistent ( ) { if ( isVersionColumn ( ) ) { return false ; } return ( isReadOnlyChangeAllowed ( ) ) && ( ! ( isReadOnly ( ) ) ) ; }
### Response:
org . junit . Assert . assertFalse ( property . isPersistent ( ) ) | [
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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:
testSetWrongWidgetProperty3 ( ) { clientPair . appClient . send ( "loadProfileGzipped" ) ; cc . blynk . server . core . model . Profile profile = clientPair . appClient . parseProfile ( 1 ) ; cc . blynk . server . core . model . widgets . Widget widget = profile . dashBoards [ 0 ] . findWidgetByPin ( 0 , ( ( short ) ( 4 ) ) , PinType . VIRTUAL ) ; <FILL_ME> ; clientPair . hardwareClient . setProperty ( 4 , "url" , "0" ) ; clientPair . hardwareClient . verifyResult ( cc . blynk . integration . TestUtil . ok ( 1 ) ) ; } parseProfile ( java . io . InputStream ) { try { return cc . blynk . server . core . model . DataStreamValuesUpdateCorrectTest . profileReader . readValue ( reader ) ; } catch ( java . lang . Exception e ) { throw new java . lang . RuntimeException ( "Error<sp>parsing<sp>profile" ) ; } }
### Response:
org . junit . Assert . assertEquals ( widget . x , 1 ) | [
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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:
mapOrderDoesNotChangeHash ( ) { java . util . Map < ? , ? > map1 = com . google . common . collect . ImmutableMap . of ( "firstKey" , 24 , "secondKey" , new java . lang . Float ( 13.5 ) ) ; java . util . Map < ? , ? > map2 = com . google . common . collect . ImmutableMap . of ( "secondKey" , new java . lang . Float ( 13.5 ) , "firstKey" , 24 ) ; com . google . common . hash . Hasher hasher1 = com . google . common . hash . Hashing . sha1 ( ) . newHasher ( ) ; com . google . common . hash . Hasher hasher2 = com . google . common . hash . Hashing . sha1 ( ) . newHasher ( ) ; com . facebook . buck . json . JsonObjectHashing . hashJsonObject ( hasher1 , map1 ) ; com . facebook . buck . json . JsonObjectHashing . hashJsonObject ( hasher2 , map2 ) ; <FILL_ME> ; } hash ( ) { HASH hash = delegate . hash ( ) ; onHash ( hash , secondHasher . hash ( ) ) ; return hash ; }
### Response:
org . junit . Assert . assertEquals ( hasher1 . hash ( ) . toString ( ) , hasher2 . hash ( ) . 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:
testCanGetLargerTree ( ) { java . util . List < uk . gov . dstl . baleen . types . language . WordToken > tokens = java . util . Arrays . asList ( wt0 , wt7 ) ; uk . gov . dstl . baleen . uima . grammar . DependencyTree actual = graph . minimalTree ( tokens ) ; uk . gov . dstl . baleen . uima . grammar . DependencyTree expected = new uk . gov . dstl . baleen . uima . grammar . DependencyTree ( "visited_VBD" ) ; expected . addDependency ( "nsubj" , "Ben_NNP" ) ; expected . addDependency ( "dobj" , "London_NNP" ) . addDependency ( "conj" , "York_NNP" ) ; <FILL_ME> ; } matches ( java . lang . String ) { return queue . regionMatches ( true , pos , seq , 0 , seq . length ( ) ) ; }
### Response:
org . junit . Assert . assertTrue ( expected . matches ( actual ) ) | [
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:
testWeekOfMonth ( ) { java . lang . Object result = run ( "WEEK_OF_MONTH(epoch)" ) ; <FILL_ME> ; } run ( org . apache . commons . cli . CommandLine ) { try ( org . apache . curator . framework . CuratorFramework client = org . apache . metron . common . configuration . ConfigurationsUtils . getClient ( org . apache . metron . common . cli . ConfigurationManager . ConfigurationOptions . ZK_QUORUM . get ( cli ) ) ) { client . start ( ) ; run ( client , cli ) ; } }
### Response:
org . junit . Assert . assertEquals ( 4 , result ) | [
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
2,
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2,
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2,
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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:
testOfferLast ( ) { com . sun . sgs . test . app . util . TestScalableDeque . 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 . ScalableDeque < java . lang . Integer > d = new com . sun . sgs . app . util . ScalableDeque < java . lang . Integer > ( ) ; d . offerLast ( 1 ) ; <FILL_ME> ; } } , com . sun . sgs . test . app . util . TestScalableDeque . taskOwner ) ; } getLast ( ) { com . sun . sgs . app . util . ScalableDeque . Element < E > e = tailElement ( ) ; if ( e == null ) { throw new java . util . NoSuchElementException ( ) ; } return e . getValue ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 1 , ( ( int ) ( d . getLast ( ) ) ) ) | [
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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:
getUUIDSuccessfullyRetrievesCachedEntry ( ) { configuration . linkingMethod = "uuid" ; when ( player . getUniqueId ( ) ) . thenReturn ( uuid ) ; when ( player . getName ( ) ) . thenReturn ( org . communitybridge . linker . UserPlayerLinkerTest . PLAYER_NAME ) ; when ( userIDDao . getUserID ( org . communitybridge . linker . UserPlayerLinkerTest . PLAYER_NAME ) ) . thenReturn ( org . communitybridge . linker . UserPlayerLinkerTest . NAME_USER_ID ) ; when ( userIDDao . getUserID ( uuid . toString ( ) ) ) . thenReturn ( org . communitybridge . linker . UserPlayerLinkerTest . UUID_USER_ID ) ; userPlayerLinker . getUserID ( player ) ; <FILL_ME> ; } getUUID ( java . lang . String ) { return getIdentifier ( userID ) ; }
### Response:
org . junit . Assert . assertEquals ( uuid . toString ( ) , userPlayerLinker . getUUID ( org . communitybridge . linker . UserPlayerLinkerTest . UUID_USER_ID ) ) | [
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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:
testWordMissingOOXMLBeans ( ) { java . lang . String [ ] fileNames = new java . lang . String [ ] { "testWORD_missing_ooxml_bean1.docx" } ; java . io . PrintStream origErr = System . err ; for ( java . lang . String fileName : fileNames ) { java . io . ByteArrayOutputStream errContent = new java . io . ByteArrayOutputStream ( ) ; java . lang . System . setErr ( new java . io . PrintStream ( errContent , true , org . apache . tika . parser . microsoft . ooxml . UTF_8 . name ( ) ) ) ; getXML ( fileName , parseContext ) ; java . lang . System . setErr ( origErr ) ; java . lang . String err = errContent . toString ( org . apache . tika . parser . microsoft . ooxml . UTF_8 . name ( ) ) ; <FILL_ME> ; } } length ( ) { return count ; }
### Response:
org . junit . Assert . assertTrue ( ( ( err . 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:
testDoNothingOneElementConfig ( ) { org . dcache . gplazma . strategies . AuthenticationStrategy strategy = strategyFactory . newAuthenticationStrategy ( ) ; <FILL_ME> ; strategy . setPlugins ( oneDoNothingPlugins ) ; java . util . Set < java . lang . Object > publicCredential = com . google . common . collect . Sets . newHashSet ( ) ; java . util . Set < java . lang . Object > privateCredential = com . google . common . collect . Sets . newHashSet ( ) ; java . util . Set < java . security . Principal > identifiedPrincipals = com . google . common . collect . Sets . newHashSet ( ) ; java . util . Set < org . dcache . auth . attributes . Restriction > restrictions = com . google . common . collect . Sets . newHashSet ( ) ; strategy . authenticate ( org . dcache . gplazma . strategies . AuthenticationStrategyTests . IGNORING_LOGIN_MONITOR , publicCredential , privateCredential , identifiedPrincipals , restrictions ) ; } newAuthenticationStrategy ( ) { return new org . dcache . gplazma . strategies . DefaultAuthenticationStrategy ( ) ; }
### Response:
org . junit . Assert . assertNotNull ( strategy ) | [
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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:
testCheckReconnectSocketFailure ( ) { final java . util . concurrent . atomic . AtomicBoolean interrupt = new java . util . concurrent . atomic . AtomicBoolean ( ) ; final ch . cyberduck . core . pool . StatelessSessionPool pool = new ch . cyberduck . core . pool . StatelessSessionPool ( new ch . cyberduck . core . TestLoginConnectionService ( ) { @ ch . cyberduck . core . pool . Override public boolean check ( final ch . cyberduck . core . Session < ? > session , final ch . cyberduck . core . Cache < ch . cyberduck . core . Path > cache , final ch . cyberduck . core . threading . CancelCallback callback ) { return true ; } } , new ch . cyberduck . core . NullSession ( new ch . cyberduck . core . Host ( new ch . cyberduck . core . TestProtocol ( ) ) ) { @ ch . cyberduck . core . pool . Override public void interrupt ( ) throws ch . cyberduck . core . exception . BackgroundException { interrupt . set ( true ) ; super . interrupt ( ) ; } } , ch . cyberduck . core . PathCache . empty ( ) , new ch . cyberduck . core . DisabledTranscriptListener ( ) , new ch . cyberduck . core . vault . DefaultVaultRegistry ( new ch . cyberduck . core . DisabledPasswordCallback ( ) ) ) ; final ch . cyberduck . core . Session < ? > session = pool . borrow ( BackgroundActionState . running ) ; pool . release ( session , new ch . cyberduck . core . exception . BackgroundException ( "m" , new java . net . SocketException ( "m" ) ) ) ; <FILL_ME> ; } get ( ) { try { final ch . cyberduck . core . Path home = new ch . cyberduck . core . shared . DefaultHomeFinderService ( session ) . find ( ) ; if ( ! ( home . isRoot ( ) ) ) { final ch . cyberduck . core . sds . io . swagger . client . model . Node node = new ch . cyberduck . core . sds . io . swagger . client . api . NodesApi ( session . getClient ( ) ) . getFsNode ( java . lang . Long . parseLong ( nodeid . getFileid ( home , new ch . cyberduck . core . DisabledListProgressListener ( ) ) ) , org . apache . commons . lang3 . StringUtils . EMPTY , null ) ; if ( null == ( node . getQuota ( ) ) ) { ch . cyberduck . core . sds . SDSQuotaFeature . log . warn ( java . lang . String . format ( "No<sp>quota<sp>set<sp>for<sp>node<sp>%s" , home ) ) ; } else { return new ch . cyberduck . core . sds . Space ( node . getSize ( ) , ( ( node . getQuota ( ) ) - ( node . getSize ( ) ) ) ) ; } } final ch . cyberduck . core . sds . io . swagger . client . model . CustomerData info = new ch . cyberduck . core . sds . io . swagger . client . api . UserApi ( session . getClient ( ) ) . getCustomerInfo ( org . apache . commons . lang3 . StringUtils . EMPTY , null ) ; return new ch . cyberduck . core . sds . Space ( info . getSpaceUsed ( ) , ( ( info . getSpaceLimit ( ) ) - ( info . getSpaceUsed ( ) ) ) ) ; } catch ( ch . cyberduck . core . sds . io . swagger . client . ApiException e ) { throw new ch . cyberduck . core . sds . SDSExceptionMappingService ( ) . map ( "Failure<sp>to<sp>read<sp>attributes<sp>of<sp>{0}" , e , new ch . cyberduck . core . Path ( java . lang . String . valueOf ( Path . DELIMITER ) , java . util . EnumSet . of ( Path . Type . volume , Path . Type . directory ) ) ) ; } }
### 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:
testBasicDiscoveryRR ( ) { com . flipkart . ranger . finder . sharded . SimpleShardedServiceFinder < com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo > serviceFinder = com . flipkart . ranger . ServiceFinderBuilders . < com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo > shardedFinderBuilder ( ) . withConnectionString ( testingCluster . getConnectString ( ) ) . withNamespace ( "test" ) . withServiceName ( "test-service" ) . withNodeSelector ( new com . flipkart . ranger . finder . RoundRobinServiceNodeSelector < com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo > ( ) ) . withDeserializer ( new com . flipkart . ranger . model . Deserializer < com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo > ( ) { @ com . flipkart . ranger . model . Override public com . flipkart . ranger . model . ServiceNode < com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo > deserialize ( byte [ ] data ) { try { return objectMapper . readValue ( data , new com . fasterxml . jackson . core . type . TypeReference < com . flipkart . ranger . model . ServiceNode < com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo > > ( ) { } ) ; } catch ( java . io . IOException e ) { e . printStackTrace ( ) ; } return null ; } } ) . build ( ) ; serviceFinder . start ( ) ; com . flipkart . ranger . model . ServiceNode < com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo > node = serviceFinder . get ( new com . flipkart . ranger . model . ServiceNoProviderTest . TestShardInfo ( 1 ) ) ; <FILL_ME> ; serviceFinder . stop ( ) ; } get ( T ) { java . util . List < com . flipkart . ranger . model . ServiceNode < T > > nodes = shardSelector . nodes ( criteria , serviceRegistry ) ; if ( ( null == nodes ) || ( nodes . isEmpty ( ) ) ) { return null ; } return nodeSelector . select ( nodes ) ; }
### Response:
org . junit . Assert . assertNull ( node ) | [
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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:
testToMap_allowValuelessKeys ( ) { java . lang . String [ ] values = new java . lang . String [ ] { "key1:value1" , "key2:value2" , "key3:value3" } ; java . lang . String separator = ":" ; java . util . Map < java . lang . String , java . lang . String > expResult = new java . util . HashMap < java . lang . String , java . lang . String > ( ) ; expResult . put ( "key1" , "key2" 0 ) ; expResult . put ( "key2" , "value2" ) ; expResult . put ( "key3" , "value3" ) ; java . util . Map < java . lang . String , java . lang . String > result = com . adobe . acs . commons . util . ParameterUtil . toMap ( values , separator , true , "testing-default" ) ; <FILL_ME> ; } toMap ( java . lang . String [ ] , java . lang . String , boolean , java . lang . String ) { return com . adobe . acs . commons . util . ParameterUtil . toMap ( values , separator , allowValuelessKeys , defaultValue , false ) ; }
### 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:
testIsSubProject4 ( ) { java . io . File build = root . newFile ( "build.gradle" ) ; java . io . File settings = root . newFile ( "settings.gradle" ) ; java . io . File module = root . newFolder ( "subprojects" , "module" ) ; java . nio . file . Files . write ( settings . toPath ( ) , java . util . Arrays . asList ( "include<sp>':module'" ) ) ; java . io . File subBuild = root . newFile ( "subprojects/module/build.gradle" ) ; org . netbeans . modules . gradle . spi . GradleFiles gf = new org . netbeans . modules . gradle . spi . GradleFiles ( module ) ; <FILL_ME> ; } isSubProject ( ) { return ( isProject ( ) ) && ( ! ( isRootProject ( ) ) ) ; }
### Response:
org . junit . Assert . assertTrue ( gf . isSubProject ( ) ) | [
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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:
testFetchByPrimaryKeysWithMultiplePrimaryKeysWhereNoPrimaryKeysExist ( ) { long pk1 = com . liferay . portal . kernel . test . util . RandomTestUtil . nextLong ( ) ; long pk2 = com . liferay . portal . kernel . test . util . RandomTestUtil . nextLong ( ) ; java . util . Set < java . io . Serializable > primaryKeys = new java . util . HashSet < java . io . Serializable > ( ) ; primaryKeys . add ( pk1 ) ; primaryKeys . add ( pk2 ) ; java . util . Map < java . io . Serializable , com . liferay . message . boards . model . MBDiscussion > mbDiscussions = _persistence . fetchByPrimaryKeys ( primaryKeys ) ; <FILL_ME> ; } isEmpty ( ) { return _portalCacheListeners . isEmpty ( ) ; }
### Response:
org . junit . Assert . assertTrue ( mbDiscussions . 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:
hasInternetConnection ( ) { mockStatic ( java . net . InetAddress . class ) ; when ( java . net . InetAddress . getByName ( anyString ( ) ) ) . thenReturn ( null ) ; <FILL_ME> ; } hasConnection ( fi . helsinki . cs . tmc . cli . core . CliContext ) { try { java . net . InetAddress . getByName ( "www.mooc.fi" ) ; } catch ( java . lang . Exception e ) { fi . helsinki . cs . tmc . cli . backend . TmcUtil . logger . warn ( "No<sp>internet" , e . getCause ( ) ) ; return false ; } return true ; }
### Response:
org . junit . Assert . assertTrue ( fi . helsinki . cs . tmc . cli . backend . TmcUtil . hasConnection ( ctx ) ) | [
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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:
updateUser_usesDAO_001 ( ) { when ( userRepository . save ( userA ) ) . thenReturn ( userA ) ; when ( securityContext . getAuthentication ( ) ) . thenReturn ( authentication ) ; when ( authentication . getPrincipal ( ) ) . thenReturn ( userA ) ; edu . zipcloud . cloudstreetmarket . core . entities . User user = communityServiceImpl . updateUser ( userA ) ; <FILL_ME> ; verify ( userRepository , times ( 1 ) ) . save ( userA ) ; verify ( securityContext , times ( 1 ) ) . getAuthentication ( ) ; verify ( authentication , times ( 1 ) ) . getPrincipal ( ) ; } updateUser ( edu . zipcloud . cloudstreetmarket . core . entities . User ) { com . google . common . base . Preconditions . checkNotNull ( user ) ; if ( ( edu . zipcloud . cloudstreetmarket . core . util . AuthenticationUtil . isThePrincipal ( user . getId ( ) ) ) || ( edu . zipcloud . cloudstreetmarket . core . util . AuthenticationUtil . userHasRole ( edu . zipcloud . cloudstreetmarket . core . services . ROLE_ADMIN ) ) ) { user . setPassword ( passwordEncoder . encode ( user . getPassword ( ) ) ) ; return userRepository . save ( user ) ; } else { throw new org . springframework . security . authentication . BadCredentialsException ( "You<sp>are<sp>not<sp>authorized<sp>to<sp>perfom<sp>this<sp>operation!" ) ; } }
### Response:
org . junit . Assert . assertEquals ( userA , user ) | [
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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:
getAboutResponse_OobAvailable ( ) { org . springframework . http . ResponseEntity responseEntityMock = mock ( org . springframework . http . ResponseEntity . class ) ; com . vmware . vrack . hms . rest . factory . HmsOobAgentRestTemplate restTemplateMock = mock ( com . vmware . vrack . hms . rest . factory . HmsOobAgentRestTemplate . class ) ; whenNew ( com . vmware . vrack . hms . rest . factory . HmsOobAgentRestTemplate . class ) . withNoArguments ( ) . thenReturn ( restTemplateMock ) ; when ( restTemplateMock . exchange ( any ( org . springframework . http . HttpMethod . class ) , anyString ( ) , any ( java . lang . Class . class ) ) ) . thenReturn ( responseEntityMock ) ; when ( responseEntityMock . getStatusCode ( ) ) . thenReturn ( HttpStatus . OK ) ; com . vmware . vrack . hms . controller . HMSLocalRestService hmsLocalRestService = new com . vmware . vrack . hms . controller . HMSLocalRestService ( ) ; java . util . Map < java . lang . String , com . vmware . vrack . hms . common . resource . AboutResponse > response = hmsLocalRestService . getAboutResponse ( ) ; <FILL_ME> ; } getAboutResponse ( ) { try { com . vmware . vrack . hms . aggregator . HMSAboutResponseAggregator aggregator = new com . vmware . vrack . hms . aggregator . HMSAboutResponseAggregator ( ) ; return aggregator . getHMSAboutResponse ( ) ; } catch ( java . lang . Exception e ) { com . vmware . vrack . hms . controller . HMSLocalRestService . logger . error ( "Exception<sp>while<sp>getting<sp>About<sp>Information<sp>for<sp>HMS." , e ) ; throw new com . vmware . vrack . hms . common . exception . HMSRestException ( HttpStatus . INTERNAL_SERVER_ERROR . value ( ) , "Server<sp>Error" , "Exception<sp>while<sp>getting<sp>HMS<sp>Build<sp>Version" ) ; } }
### Response:
org . junit . Assert . assertNotNull ( 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:
testGenerateClassWithInheritance ( ) { org . eclipse . emf . common . util . EList < org . eclipse . uml2 . uml . Generalization > generalizations = new org . eclipse . emf . common . util . UniqueEList < org . eclipse . uml2 . uml . Generalization > ( ) ; org . eclipse . uml2 . uml . Generalization generalization = mock ( org . eclipse . uml2 . uml . Generalization . class ) ; org . eclipse . uml2 . uml . Class clazzGeneralization = mock ( org . eclipse . uml2 . uml . Class . class ) ; generalizations . add ( generalization ) ; when ( generalization . getGeneral ( ) ) . thenReturn ( clazzGeneralization ) ; when ( clazzGeneralization . getQualifiedName ( ) ) . thenReturn ( "de::test::SuperCompany" ) ; when ( clazz . getGeneralizations ( ) ) . thenReturn ( generalizations ) ; org . eclipse . jdt . core . dom . AST ast = org . eclipse . jdt . core . dom . AST . newAST ( org . eclipse . jdt . core . dom . AST . JLS3 ) ; org . eclipse . jdt . core . dom . CompilationUnit cu = ast . newCompilationUnit ( ) ; org . eclipse . jdt . core . dom . TypeDeclaration td = ast . newTypeDeclaration ( ) ; td . setInterface ( true ) ; org . eclipse . jdt . core . dom . Modifier modifier = ast . newModifier ( org . eclipse . jdt . core . dom . Modifier . ModifierKeyword . PUBLIC_KEYWORD ) ; td . modifiers ( ) . add ( modifier ) ; td . setName ( ast . newSimpleName ( "Company" ) ) ; org . eclipse . jdt . core . dom . Name name = ast . newName ( "de.test.SuperCompany" ) ; org . eclipse . jdt . core . dom . SimpleType simpleType = ast . newSimpleType ( name ) ; td . superInterfaceTypes ( ) . add ( simpleType ) ; org . eclipse . jdt . core . dom . TypeDeclaration typeDeclaration = interfaceGenerator . generateClass ( clazz , ast , cu ) ; <FILL_ME> ; } toString ( ) { return ( ( ( ( ( "AddressImpl<sp>[oldAddress=" + ( oldAddress ) ) + ",<sp>street=" ) + ( street ) ) + ",<sp>person=" ) + ( person . getName ( ) ) ) + "]" ; }
### Response:
org . junit . Assert . assertEquals ( typeDeclaration . toString ( ) , td . 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:
canAddMapOfRuleKeyAppendable ( ) { com . google . common . collect . ImmutableMap < java . lang . String , com . facebook . buck . core . rulekey . RuleKeyTest . TestRuleKeyAppendable > map = com . google . common . collect . ImmutableMap . of ( "foo" , new com . facebook . buck . core . rulekey . RuleKeyTest . TestRuleKeyAppendable ( "foo" ) , "bar" , new com . facebook . buck . core . rulekey . RuleKeyTest . TestRuleKeyAppendable ( "bar" ) ) ; com . facebook . buck . core . rules . SourcePathRuleFinder ruleFinder = new com . facebook . buck . core . rules . SourcePathRuleFinder ( new com . facebook . buck . core . rules . resolver . impl . TestActionGraphBuilder ( ) ) ; com . facebook . buck . core . sourcepath . resolver . SourcePathResolver resolver = com . facebook . buck . core . sourcepath . resolver . impl . DefaultSourcePathResolver . from ( ruleFinder ) ; com . facebook . buck . core . rulekey . RuleKey key = createBuilder ( resolver , ruleFinder ) . setReflectively ( "map" , map ) . build ( RuleKey :: new ) ; <FILL_ME> ; } build ( com . facebook . buck . core . rules . ActionGraphBuilder ) { return build ( graphBuilder , filesystem , TargetGraph . EMPTY ) ; }
### Response:
org . junit . Assert . assertNotNull ( key ) | [
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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:
testAddingTheSameIsNoOp ( ) { ru . r2cloud . DefaultScheduleEntry entry = ru . r2cloud . satellite . ScheduleTest . create ( ) ; schedule . add ( entry ) ; schedule . add ( entry ) ; <FILL_ME> ; } isCancelled ( ) { return cancelled ; }
### Response:
org . junit . Assert . assertFalse ( entry . isCancelled ( ) ) | [
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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:
testCreationTimestamp ( ) { org . candlepin . model . Product newProduct = this . createProduct ( owner ) ; org . candlepin . model . Pool pool = createPool ( owner , newProduct , 1L , org . candlepin . test . TestUtil . createDate ( 2011 , 3 , 30 ) , org . candlepin . test . TestUtil . createDate ( 2022 , 11 , 29 ) ) ; poolCurator . create ( pool ) ; <FILL_ME> ; } getCreated ( ) { return created ; }
### Response:
org . junit . Assert . assertNotNull ( pool . getCreated ( ) ) | [
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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:
testOnNeg_Long ( ) { this . codeGenerator . onConstant ( new com . googlecode . aviator . lexer . token . NumberToken ( 3L , "3" ) ) ; this . codeGenerator . onNeg ( null ) ; java . lang . Object result = this . eval ( new java . util . HashMap < java . lang . String , java . lang . Object > ( ) ) ; <FILL_ME> ; } eval ( java . io . Reader , javax . script . ScriptContext ) { throw new java . lang . UnsupportedOperationException ( ) ; }
### Response:
org . junit . Assert . assertEquals ( ( - 3L ) , 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:
testCheckHdfsNameEmpty ( ) { java . lang . String testHost = "" ; namedCluster . setHdfsHost ( ( ( "<sp>" + testHost ) + "<sp>" ) ) ; <FILL_ME> ; } isHdfsHostEmpty ( org . pentaho . di . core . variables . VariableSpace ) { java . lang . String hostNameParsed = getHostNameParsed ( variableSpace ) ; return ( hostNameParsed == null ) || ( hostNameParsed . trim ( ) . isEmpty ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( true , namedCluster . isHdfsHostEmpty ( null ) ) | [
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:
testConstructor ( ) { org . openhealthtools . mdht . uml . cda . hitsp . operations . SocialHistorySectionOperations obj = new org . openhealthtools . mdht . uml . cda . hitsp . operations . SocialHistorySectionOperations ( ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertTrue ( true ) | [
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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:
testGetMethodParamsString ( ) { org . uberfire . client . callbacks . Callback < java . util . List < java . lang . String > > callback = spy ( new org . uberfire . client . callbacks . Callback < java . util . List < java . lang . String > > ( ) { @ org . kie . workbench . common . widgets . client . datamodel . Override public void callback ( java . util . List < java . lang . String > result ) { <FILL_ME> ; } } ) ; oracle . getMethodParams ( "String" , "valueOf(Integer)" , callback ) ; verify ( callback ) . callback ( anyList ( ) ) ; } size ( ) { return index . size ( ) ; }
### 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:
testParseIonic_StatisticalUnit ( ) { final java . lang . String [ ] properties = new java . lang . String [ ] { "unitId" , "typeAbbreviation" , "instanceName" , "geometry" } ; final javax . xml . namespace . QName featureName = org . geotools . data . wfs . WFSTestData . IONIC_STATISTICAL_UNIT . TYPENAME ; final java . net . URL schemaLocation = org . geotools . data . wfs . WFSTestData . IONIC_STATISTICAL_UNIT . SCHEMA ; final org . opengis . feature . simple . SimpleFeatureType featureType = getTypeView ( featureName , schemaLocation , CUBEWERX_ROADSEG . CRS , properties ) ; final org . geotools . data . wfs . internal . GetFeatureParser parser = getParser ( featureName , schemaLocation , featureType , IONIC_STATISTICAL_UNIT . DATA , null ) ; int nof = parser . getNumberOfFeatures ( ) ; <FILL_ME> ; org . opengis . feature . FeatureVisitor assertor = new org . geotools . data . wfs . internal . parsers . AbstractGetFeatureParserTest . FeatureAssertor ( featureType ) ; testParseGetFeatures ( featureName , featureType , parser , assertor , 2 ) ; } getNumberOfFeatures ( ) { return - 1 ; }
### Response:
org . junit . Assert . assertEquals ( ( - 1 ) , nof ) | [
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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:
testCollectionLiteralExp04 ( ) { testpackage . Class1 class1 ; class1 = new testpackage . Class1 ( ) ; java . util . List < java . lang . Integer > expectedResult = new java . util . ArrayList < java . lang . Integer > ( ) ; expectedResult . add ( 0 ) ; expectedResult . add ( 1 ) ; expectedResult . add ( 2 ) ; <FILL_ME> ; } testCollectionLiteralExp04 ( ) { testpackage . Class1 class1 ; class1 = new testpackage . Class1 ( ) ; java . util . List < java . lang . Integer > expectedResult = new java . util . ArrayList < java . lang . Integer > ( ) ; expectedResult . add ( 0 ) ; expectedResult . add ( 1 ) ; expectedResult . add ( 2 ) ; org . junit . Assert . assertEquals ( expectedResult , class1 . testCollectionLiteralExp04 ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( expectedResult , class1 . testCollectionLiteralExp04 ( ) ) | [
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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_isValidForSqlQuery_String_ok ( ) { ch . puzzle . itc . mobiliar . business . deploy . entity . CustomFilter c = ch . puzzle . itc . mobiliar . business . deploy . entity . CustomFilter . builder ( stringType ) . filterDisplayName ( "filter<sp>DisplayName" ) . deploymentTableColumnName ( "deploymentTableColumnName" ) . comparatorSelection ( ComparatorFilterOption . eq ) . build ( ) ; c . setValue ( "test" ) ; <FILL_ME> ; } isValidForSqlQuery ( ) { return ( ( ! ( filterType . equals ( FilterType . SpecialFilterType ) ) ) && ( ( hasValidNullValue ( ) ) || ( ( ( value ) != null ) && ( ! ( value . toString ( ) . trim ( ) . isEmpty ( ) ) ) ) ) ) && ( ( comparatorSelection ) != null ) ; }
### Response:
org . junit . Assert . assertTrue ( c . isValidForSqlQuery ( ) ) | [
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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:
testEquals_differentHigh ( ) { com . sumzerotrading . data . BarData [ ] bars = getEqualBars ( ) ; bars [ 0 ] . setHigh ( BigDecimal . ZERO ) ; <FILL_ME> ; } getEqualBars ( ) { java . time . LocalDateTime cal = java . time . LocalDateTime . now ( ) ; java . math . BigDecimal open = new java . math . BigDecimal ( 1 ) ; java . math . BigDecimal high = new java . math . BigDecimal ( 2 ) ; java . math . BigDecimal low = new java . math . BigDecimal ( 3 ) ; java . math . BigDecimal close = new java . math . BigDecimal ( 4 ) ; java . math . BigDecimal volume = new java . math . BigDecimal ( 5 ) ; long openInterest = 6 ; com . sumzerotrading . data . BarData [ ] bars = new com . sumzerotrading . data . BarData [ 2 ] ; bars [ 0 ] = new com . sumzerotrading . data . BarData ( cal , open , high , low , close , volume , openInterest ) ; bars [ 1 ] = new com . sumzerotrading . data . BarData ( cal , open , high , low , close , volume , openInterest ) ; return bars ; }
### Response:
org . junit . Assert . assertFalse ( bars [ 0 ] . equals ( bars [ 1 ] ) ) | [
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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:
setScript ( ) { System . out . println ( "<sp>set<sp>and<sp>get<sp>the<sp>script" ) ; java . lang . String script = "dest<sp>=<sp>42;" ; jiffle . setScript ( script ) ; java . lang . String result = jiffle . getScript ( ) ; <FILL_ME> ; } contains ( java . awt . geom . Rectangle2D ) { return contains ( rect . getMinX ( ) , rect . getMinY ( ) , rect . getWidth ( ) , rect . getHeight ( ) ) ; }
### Response:
org . junit . Assert . assertTrue ( result . contains ( script ) ) | [
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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:
isExtensionAllowedAllowAll ( ) { com . tinkerpop . rexster . extension . ExtensionAllowed configuration = new com . tinkerpop . rexster . extension . ExtensionAllowed ( "*:*" ) ; com . tinkerpop . rexster . extension . ExtensionSegmentSet extensionSegmentSet = new com . tinkerpop . rexster . extension . ExtensionSegmentSet ( this . mockTheUri ( "ns" , "extension" , "" ) , ExtensionPoint . GRAPH ) ; <FILL_ME> ; } isExtensionAllowed ( com . tinkerpop . rexster . extension . ExtensionSegmentSet ) { boolean allowed = false ; if ( ! ( extensionAllowedCache . containsKey ( extensionSegmentSet ) ) ) { for ( com . tinkerpop . rexster . extension . ExtensionAllowed extensionAllowed : this . extensionAllowables ) { if ( extensionAllowed . isExtensionAllowed ( extensionSegmentSet ) ) { allowed = true ; break ; } } this . extensionAllowedCache . put ( extensionSegmentSet , allowed ) ; } else { allowed = this . extensionAllowedCache . get ( extensionSegmentSet ) ; } return allowed ; }
### Response:
org . junit . Assert . assertTrue ( configuration . isExtensionAllowed ( extensionSegmentSet ) ) | [
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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:
toStringValues ( ) { biweekly . util . UtcOffset offset = new biweekly . util . UtcOffset ( true , 1 , 0 ) ; biweekly . util . ICalDate start = new biweekly . util . ICalDate ( date ( "2016-01-17" ) ) ; biweekly . util . ICalDate end = new biweekly . util . ICalDate ( date ( "2016-01-18" ) ) ; biweekly . property . Daylight property = new biweekly . property . Daylight ( true , offset , start , end , "s" , "d" ) ; <FILL_ME> ; } toStringValues ( ) { biweekly . property . ValuedProperty < java . lang . String > property = new biweekly . property . ValuedProperty < java . lang . String > ( "value" ) ; org . junit . Assert . assertFalse ( property . toStringValues ( ) . isEmpty ( ) ) ; }
### Response:
org . junit . Assert . assertFalse ( property . toStringValues ( ) . 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:
limitL11 ( ) { java . lang . String sqlite = "SELECT<sp>*<sp>FROM<sp>users<sp>order<sp>by<sp>created<sp>desc<sp>LIMIT<sp>11" ; java . lang . String api = null ; int limit = 11 ; org . apache . usergrid . query . validator . QueryRequest request = new org . apache . usergrid . query . validator . QueryRequest ( ) ; request . setDbQuery ( sqlite ) ; request . getApiQuery ( ) . setQuery ( api ) ; request . getApiQuery ( ) . setLimit ( limit ) ; org . apache . usergrid . query . validator . QueryResponse response = validator . execute ( request ) ; <FILL_ME> ; } toString ( ) { java . lang . StringBuilder sb = new java . lang . StringBuilder ( ) ; if ( ( serviceName ) != null ) { sb . append ( "/" ) ; sb . append ( serviceName ) ; } for ( int i = 0 ; i < ( parameters . size ( ) ) ; i ++ ) { org . apache . usergrid . services . ServiceParameter p = parameters . get ( i ) ; if ( p instanceof org . apache . usergrid . services . ServiceParameter . QueryParameter ) { if ( i == ( ( parameters . size ( ) ) - 1 ) ) { sb . append ( '?' ) ; } else { sb . append ( ';' ) ; } boolean has_prev_param = false ; java . lang . String q = p . toString ( ) ; if ( isNotBlank ( q ) ) { try { sb . append ( "ql=" ) . append ( java . net . URLEncoder . encode ( q , "UTF-8" ) ) ; } catch ( java . io . UnsupportedEncodingException e ) { org . apache . usergrid . services . ServiceRequest . logger . error ( "Unable<sp>to<sp>encode<sp>url" , e ) ; } has_prev_param = true ; } int limit = p . getQuery ( ) . getLimit ( ) ; if ( limit != ( org . apache . usergrid . persistence . Query . DEFAULT_LIMIT ) ) { if ( has_prev_param ) { sb . append ( '&' ) ; } sb . append ( "limit=" ) . append ( limit ) ; has_prev_param = true ; } if ( ( p . getQuery ( ) . getStartResult ( ) ) != null ) { if ( has_prev_param ) { sb . append ( '&' ) ; } sb . append ( "start=" ) . append ( p . getQuery ( ) . getStartResult ( ) ) ; has_prev_param = true ; } } else { sb . append ( '/' ) ; sb . append ( p . toString ( ) ) ; } } return sb . toString ( ) ; }
### Response:
org . junit . Assert . assertTrue ( response . toString ( ) , response . 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:
infeasibleAtoms ( ) { org . openscience . cdk . isomorphism . AtomMatcher mock = mock ( org . openscience . cdk . isomorphism . AtomMatcher . class ) ; when ( mock . matches ( any ( org . openscience . cdk . interfaces . IAtom . class ) , any ( org . openscience . cdk . interfaces . IAtom . class ) ) ) . thenReturn ( false ) ; org . openscience . cdk . isomorphism . VFSubState state = createBenzeneToNaphthalene ( mock , mock ( org . openscience . cdk . isomorphism . BondMatcher . class ) ) ; for ( int i = 0 ; i < ( state . nMax ( ) ) ; i ++ ) { for ( int j = 0 ; j < ( state . mMax ( ) ) ; j ++ ) { <FILL_ME> ; } } } feasible ( int , int ) { if ( ! ( atomMatcher . matches ( container1 . getAtom ( n ) , container2 . getAtom ( m ) ) ) ) return false ; int nTerminal1 = 0 ; int nTerminal2 = 0 ; int nRemain1 = 0 ; int nRemain2 = 0 ; for ( int n_prime : g1 [ n ] ) { int m_prime = m1 [ n_prime ] ; if ( m_prime != ( UNMAPPED ) ) { org . openscience . cdk . interfaces . IBond bond2 = bonds2 . get ( m , m_prime ) ; if ( bond2 == null ) return false ; if ( ! ( bondMatcher . matches ( bonds1 . get ( n , n_prime ) , bond2 ) ) ) return false ; } else { if ( ( t1 [ n_prime ] ) > 0 ) nTerminal1 ++ ; else nRemain1 ++ ; } } for ( int m_prime : g2 [ m ] ) { int n_prime = m2 [ m_prime ] ; if ( n_prime != ( UNMAPPED ) ) { org . openscience . cdk . interfaces . IBond bond1 = bonds1 . get ( n , n_prime ) ; if ( bond1 == null ) return false ; if ( ! ( bondMatcher . matches ( bond1 , bonds2 . get ( m , m_prime ) ) ) ) return false ; } else { if ( ( t2 [ m_prime ] ) > 0 ) nTerminal2 ++ ; else nRemain2 ++ ; } } return ( nTerminal1 == nTerminal2 ) && ( nRemain1 == nRemain2 ) ; }
### Response:
org . junit . Assert . assertFalse ( state . feasible ( i , j ) ) | [
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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:
testGetPlayers ( ) { world . bentobox . bentobox . api . addons . AddonTest . TestClass test = new world . bentobox . bentobox . api . addons . AddonTest . TestClass ( ) ; world . bentobox . bentobox . managers . PlayersManager pm = mock ( world . bentobox . bentobox . managers . PlayersManager . class ) ; when ( world . bentobox . bentobox . api . addons . AddonTest . plugin . getPlayers ( ) ) . thenReturn ( pm ) ; <FILL_ME> ; } getPlayers ( ) { return plugin . getPlayers ( ) ; }
### Response:
org . junit . Assert . assertEquals ( pm , test . getPlayers ( ) ) | [
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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:
coercesValidLogLevel ( ) { java . util . logging . Level expected = java . util . logging . Level . WARNING ; java . util . logging . Level actual = coercer . coerce ( createCellRoots ( filesystem ) , filesystem , pathFromRoot , EmptyTargetConfiguration . INSTANCE , "WARNING" ) ; <FILL_ME> ; } createCellRoots ( com . facebook . buck . io . filesystem . ProjectFilesystem ) { com . facebook . buck . io . filesystem . ProjectFilesystem toUse = ( filesystem == null ) ? new com . facebook . buck . io . filesystem . impl . FakeProjectFilesystem ( ) : filesystem ; return com . facebook . buck . core . cell . TestCellPathResolver . get ( toUse ) ; }
### 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:
testCreateXMLFileByMap ( ) { org . xmlbeam . types . CloseableMap < java . lang . String > map = new org . xmlbeam . XBProjector ( ) . io ( ) . file ( "example.xml" ) . bindXPath ( "/rootpath" ) . asMapOf ( java . lang . String . class ) ; map . put ( "foo" , "bar" ) ; map . close ( ) ; <FILL_ME> ; } close ( ) { documentWriter . close ( ) ; }
### Response:
org . junit . Assert . assertTrue ( new java . io . File ( "example.xml" ) . delete ( ) ) | [
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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:
newMessage ( ) { org . eclipse . kapua . message . device . data . KapuaDataMessage message = kapuaDataMessageFactory . newKapuaDataMessage ( ) ; <FILL_ME> ; } newKapuaDataMessage ( ) { return org . eclipse . kapua . message . device . data . xml . DataMessageXmlRegistry . KAPUA_DATA_MESSAGE_FACTORY . newKapuaDataMessage ( ) ; }
### Response:
org . junit . Assert . assertNotNull ( message ) | [
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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:
testCombinedInsertCheckForData ( ) { int res ; java . util . List < com . ctrip . platform . dal . dao . unitbase . ClientTestModel > modelList = null ; try { res = dao . combinedInsert ( new com . ctrip . platform . dal . dao . unittests . DalHints ( ) , null , modelList ) ; org . junit . Assert . fail ( ) ; } catch ( java . lang . Throwable e ) { } modelList = new java . util . ArrayList ( ) ; if ( ( diff . category ) == ( com . ctrip . platform . dal . common . enums . DatabaseCategory . Oracle ) ) return ; res = dao . combinedInsert ( new com . ctrip . platform . dal . dao . unittests . DalHints ( ) , null , modelList ) ; <FILL_ME> ; } combinedInsert ( com . ctrip . platform . dal . dao . DalHints , com . ctrip . platform . dal . dao . KeyHolder , java . util . List ) { if ( ( null == daoPojos ) || ( ( daoPojos . size ( ) ) <= 0 ) ) { return 0 ; } hints = com . ctrip . platform . dal . dao . DalHints . createIfAbsent ( hints ) ; return client . combinedInsert ( hints , keyHolder , daoPojos ) ; }
### Response:
org . junit . Assert . assertEquals ( 0 , 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:
testConvertWithEmptyFields ( ) { org . lnu . is . domain . person . pension . PersonPension source = new org . lnu . is . domain . person . pension . PersonPension ( ) ; org . lnu . is . resource . person . pension . PersonPensionResource expected = new org . lnu . is . resource . person . pension . PersonPensionResource ( ) ; org . lnu . is . resource . person . pension . PersonPensionResource actual = unit . convert ( source ) ; <FILL_ME> ; } convert ( org . lnu . is . domain . admin . unit . AdminUnit ) { return convert ( source , new org . lnu . is . resource . adminunit . AdminUnitResource ( ) ) ; }
### 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:
testMoveLocalizable ( ) { final long [ ] initial = new long [ ] { 532 , 632 , 987421 } ; final long [ ] displacement = new long [ ] { 85 , 8643 , - 973 } ; final net . imglib2 . Point p = new net . imglib2 . Point ( initial ) ; final net . imglib2 . Point d = new net . imglib2 . Point ( displacement ) ; p . move ( d ) ; for ( int i = 0 ; i < ( initial . length ) ; i ++ ) { <FILL_ME> ; } } getLongPosition ( int ) { return source . getLongPosition ( d ) ; }
### Response:
org . junit . Assert . assertEquals ( p . getLongPosition ( i ) , ( ( initial [ i ] ) + ( displacement [ i ] ) ) ) | [
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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:
testCompressionPolicyBuilder ( ) { java . util . Collection < org . apache . neethi . Assertion > c = new java . util . ArrayList < org . apache . neethi . Assertion > ( ) ; org . apache . cxf . ws . policy . AssertionInfoMap aim = new org . apache . cxf . ws . policy . AssertionInfoMap ( c ) ; org . apache . cxf . message . Message m = org . talend . esb . policy . compression . test . CompressionCommonTest . getMessageStub ( aim , null ) ; try { <FILL_ME> ; } catch ( org . xml . sax . SAXException e ) { e . printStackTrace ( ) ; } catch ( java . io . IOException e ) { e . printStackTrace ( ) ; } catch ( javax . xml . parsers . ParserConfigurationException e ) { e . printStackTrace ( ) ; } } getAssertion ( org . apache . cxf . message . Message ) { org . apache . cxf . ws . policy . AssertionInfoMap aim = message . get ( org . apache . cxf . ws . policy . AssertionInfoMap . class ) ; if ( aim != null ) { java . util . Collection < org . apache . cxf . ws . policy . AssertionInfo > ais = aim . get ( org . talend . esb . policy . compression . impl . CompressionPolicyBuilder . COMPRESSION ) ; if ( ais == null ) { return null ; } for ( org . apache . cxf . ws . policy . AssertionInfo ai : ais ) { if ( ( ai . getAssertion ( ) ) instanceof org . talend . esb . policy . compression . impl . CompressionAssertion ) { return ai ; } } } return null ; }
### Response:
org . junit . Assert . assertNull ( org . talend . esb . policy . compression . impl . CompressionPolicyBuilder . getAssertion ( m ) ) | [
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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:
REG_EXPAND_SZ_getData ( ) { final byte [ ] data = new byte [ ] { '?' , 0 , 0 , 0 } ; final com . rapid7 . client . dcerpc . msrrp . dto . RegistryValue value = new com . rapid7 . client . dcerpc . msrrp . dto . RegistryValue ( "test" , com . rapid7 . client . dcerpc . msrrp . dto . RegistryValueType . REG_EXPAND_SZ , data ) ; <FILL_ME> ; } getData ( ) { return data ; }
### Response:
org . junit . Assert . assertArrayEquals ( data , value . getData ( ) ) | [
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1,
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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:
testJacksonUnableToDeserializeInvalidJson ( ) { com . xebia . jacksonlombok . JacksonLombokAnnotationIntrospectorTest . ImmutablePojo output = mapperWithExtention . readValue ( com . xebia . jacksonlombok . JacksonLombokAnnotationIntrospectorTest . INVALID_JSON , com . xebia . jacksonlombok . JacksonLombokAnnotationIntrospectorTest . ImmutablePojo . class ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertThat ( output , org . hamcrest . core . Is . is ( instance ) ) | [
2,
2,
2,
2,
2,
2,
2,
2,
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2,
2,
2,
2,
2,
2,
2,
2,
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