Datasets:
JoaoJunior
/
formatted-java-code-APR

Dataset card Data Studio Files
xet
 Community
1
bugged
stringlengths
6
599k
fixed
stringlengths
6
40.8M
__index_level_0__
int64
0
3.24M
public static void paint( Context c, Box box ) { CalculatedStyle style = c.getCurrentStyle(); IdentValue listStyle = style.getIdent( CSSName.LIST_STYLE_TYPE ); if ( listStyle == IdentValue.NONE ) { return; } if ( listStyle == IdentValue.LOWER_GREEK ) { listSt...
public static void paint( Context c, Box box ) { CalculatedStyle style = c.getCurrentStyle(); IdentValue listStyle = style.getIdent( CSSName.LIST_STYLE_TYPE ); if ( listStyle == IdentValue.NONE ) { return; } if ( listStyle == IdentValue.LOWER_GREEK ) { listSt...
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public static void paint( Context c, Box box ) { CalculatedStyle style = c.getCurrentStyle(); IdentValue listStyle = style.getIdent( CSSName.LIST_STYLE_TYPE ); if ( listStyle == IdentValue.NONE ) { return; } if ( listStyle == IdentValue.LOWER_GREEK ) { listSt...
public static void paint( Context c, Box box ) { CalculatedStyle style = c.getCurrentStyle(); IdentValue listStyle = style.getIdent( CSSName.LIST_STYLE_TYPE ); if ( listStyle == IdentValue.NONE ) { return; } if ( listStyle == IdentValue.LOWER_GREEK ) { listSt...
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public static void paint( Context c, Box box ) { CalculatedStyle style = c.getCurrentStyle(); IdentValue listStyle = style.getIdent( CSSName.LIST_STYLE_TYPE ); if ( listStyle == IdentValue.NONE ) { return; } if ( listStyle == IdentValue.LOWER_GREEK ) { listSt...
public static void paint( Context c, Box box ) { CalculatedStyle style = c.getCurrentStyle(); IdentValue listStyle = style.getIdent( CSSName.LIST_STYLE_TYPE ); if ( listStyle == IdentValue.NONE ) { return; } if ( listStyle == IdentValue.LOWER_GREEK ) { listSt...
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protected static String toLatin( int val ) { if ( val > 26 ) { int val1 = val % 26; int val2 = val / 26; return toLatin( val2 ) + toLatin( val1 ); } return ( (char)( val + 64 ) ) + ""; }
protected static String toLatin( int val ) { if ( val > 26 ) { int val1 = val % 26; int val2 = val / 26; return toLatin( val2 ) + toLatin( val1 ); } return ( (char)( val + 64 ) ) + ""; }
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protected static String toLatin( int val ) { if ( val > 26 ) { int val1 = val % 26; int val2 = val / 26; return toLatin( val2 ) + toLatin( val1 ); } return ( (char)( val + 64 ) ) + ""; }
protected static String toLatin( int val ) { if ( val > 26 ) { int val1 = val % 26; int val2 = val / 26; return toLatin(val2) + toLatin(val1); } return ( (char)( val + 64 ) ) + ""; }
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protected static String toLatin( int val ) { if ( val > 26 ) { int val1 = val % 26; int val2 = val / 26; return toLatin( val2 ) + toLatin( val1 ); } return ( (char)( val + 64 ) ) + ""; }
protected static String toLatin( int val ) { if ( val > 26 ) { int val1 = val % 26; int val2 = val / 26; return toLatin( val2 ) + toLatin( val1 ); } return ((char) (val + 64)) + ""; }
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protected static String toRoman( int val ) { int[] ints = {1000, 900, 500, 400, 100, 90, 50, 40, 10, 9, 5, 4, 1}; String[] nums = {"M", "CM", "D", "CD", "C", "XC", "L", "XL", "Xx", "IX", "V", "IV", "I"}; StringBuffer sb = new StringBuffer(); for ( int i = 0; i < ints.length; i++ ) { ...
protected static String toRoman(int val) { int[] ints = {1000, 900, 500, 400, 100, 90, 50, 40, 10, 9, 5, 4, 1}; String[] nums = {"M", "CM", "D", "CD", "C", "XC", "L", "XL", "Xx", "IX", "V", "IV", "I"}; StringBuffer sb = new StringBuffer(); for ( int i = 0; i < ints.length; i++ ) { ...
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protected static String toRoman( int val ) { int[] ints = {1000, 900, 500, 400, 100, 90, 50, 40, 10, 9, 5, 4, 1}; String[] nums = {"M", "CM", "D", "CD", "C", "XC", "L", "XL", "Xx", "IX", "V", "IV", "I"}; StringBuffer sb = new StringBuffer(); for ( int i = 0; i < ints.length; i++ ) { ...
protected static String toRoman( int val ) { int[] ints = {1000, 900, 500, 400, 100, 90, 50, 40, 10, 9, 5, 4, 1}; String[] nums = {"M", "CM", "D", "CD", "C", "XC", "L", "XL", "Xx", "IX", "V", "IV", "I"}; StringBuffer sb = new StringBuffer(); for ( int i = 0; i < ints.length; i++ ) { ...
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protected JDBCPersistenceManager createPM() throws Exception { return new JDBCPersistenceManager(sc.getDataSource(), sc.getTransactionManager()); }
protected JDBCPersistenceManager createPM() throws Exception { JDBCPersistenceManager p = new JDBCPersistenceManager(sc.getDataSource(), sc.getTransactionManager()); p.start(); return p; }
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protected void doSetup(boolean batch) throws Exception { pm = createPM(); pm.setUsingBatchUpdates(batch); ms = new SimpleMessageStore("s0"); pm.start(); }
protected void doSetup(boolean batch) throws Exception { pm = createPM(); pm.setUsingBatchUpdates(batch); ms = new SimpleMessageStore("s0"); pm.start(); }
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public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
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public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
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public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
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public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
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public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
public void testAddRemoveReference() throws Exception { doSetup(false); Channel channel1 = new SimpleChannel(0, ms); Channel channel2 = new SimpleChannel(1, ms); Message[] messages = createMessages(10); for (int i = 0; i < 5; i++) { Message m1 = messages[i * 2...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message m0 = this.createMessage((byte)0, false); Message m1 = this.createMessage((byte)1, false); Message m2 = this.createMessage((byte)2, false); Message m3 = this.crea...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
public void testGetNumberOfReferences() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); MessageReference ref2 = ms.reference(m[1]); MessageReference ref3 = ms...
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public void testGetReferenceInfos() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); ref1.setOrdering(0); MessageReference ref2 = ms.reference(m[1]); ref2...
public void testGetReferenceInfos() throws Exception { doSetup(false); Channel channel = new SimpleChannel(0, ms); Message[] m = createMessages(10); MessageReference ref1 = ms.reference(m[0]); ref1.setOrdering(0); MessageReference ref2 = ms.reference(m[1]); ref2...
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public void testNonRecoverableState_1() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_1() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_10() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_10() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_11() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_11() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_12() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_12() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_13() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_13() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_14() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_14() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_15() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_15() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_16() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_16() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_17() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_17() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_18() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_18() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_19() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_19() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_2() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_2() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_20() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_20() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_21() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_21() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_22() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_22() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_23() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_23() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_24() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_24() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_25() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_25() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_26() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_26() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_27() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_27() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_28() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_28() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_29() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_29() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_3() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_3() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_30() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_30() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_31() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_31() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_32() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_32() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_33() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_33() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_34() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_34() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_35() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_35() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_36() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_36() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_37() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_37() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_38() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_38() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_39() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_39() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_4() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_4() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_40() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_40() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_41() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_41() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_42() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
public void testNonRecoverableState_42() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; } ...
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public void testNonRecoverableState_5() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_5() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_6() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_6() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_7() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_7() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_8() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_8() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_9() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
public void testNonRecoverableState_9() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now return; ...
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public void testNonRecoverableState_remove_1() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now retu...
public void testNonRecoverableState_remove_1() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now retu...
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public void testNonRecoverableState_remove_2() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now retu...
public void testNonRecoverableState_remove_2() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (state.acceptReliableMessages()) { // only state that does not accept reliable messages is tested now retu...
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public void testNonRecoverableState_remove_3() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
public void testNonRecoverableState_remove_3() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
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public void testNonRecoverableState_remove_4() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
public void testNonRecoverableState_remove_4() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
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public void testNonRecoverableState_remove_5() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
public void testNonRecoverableState_remove_5() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
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public void testNonRecoverableState_remove_6() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
public void testNonRecoverableState_remove_6() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now return; ...
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public void testNonRecoverableState_remove_6_mixed() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now retur...
public void testNonRecoverableState_remove_6_mixed() throws Throwable { if (state.isRecoverable()) { // only non-recoverable state is tested now return; } if (!state.acceptReliableMessages()) { // only state that accepts reliable messages is tested now retur...
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public void testRecoverableState_43() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); // recoverable state, unreliable messag...
public void testRecoverableState_43() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); // recoverable state, unreliable messag...
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public void testRecoverableState_44() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
public void testRecoverableState_44() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
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public void testRecoverableState_45() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); // recoverable state, reliable message, ...
public void testRecoverableState_45() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); // recoverable state, reliable message, ...
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public void testRecoverableState_46() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
public void testRecoverableState_46() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
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public void testRecoverableState_47() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Transaction tx = tr.createTransaction()...
public void testRecoverableState_47() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Transaction tx = tr.createTransaction()...
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public void testRecoverableState_48() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
public void testRecoverableState_48() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
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public void testRecoverableState_49() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Transaction tx = tr.createTransaction();...
public void testRecoverableState_49() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Transaction tx = tr.createTransaction();...
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public void testRecoverableState_50() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
public void testRecoverableState_50() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
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public void testRecoverableState_51() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Transaction tx = tr.createTransaction()...
public void testRecoverableState_51() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Transaction tx = tr.createTransaction()...
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public void testRecoverableState_52() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
public void testRecoverableState_52() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
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public void testRecoverableState_53() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Transaction tx = tr.createTransaction();...
public void testRecoverableState_53() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Transaction tx = tr.createTransaction();...
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public void testRecoverableState_54() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
public void testRecoverableState_54() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Transaction tx = tr.createTransaction(); MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMB...
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public void testRecoverableState_55() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
public void testRecoverableState_55() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
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public void testRecoverableState_56() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
public void testRecoverableState_56() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
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public void testRecoverableState_57() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Delivery d = new SimpleDelivery(channel,...
public void testRecoverableState_57() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Delivery d = new SimpleDelivery(channel,...
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public void testRecoverableState_58() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
public void testRecoverableState_58() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { refs[i] = ...
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public void testRecoverableState_59() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
public void testRecoverableState_59() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
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public void testRecoverableState_60() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
public void testRecoverableState_60() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
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public void testRecoverableState_61() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Delivery d = new SimpleDelivery(channel,...
public void testRecoverableState_61() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Delivery d = new SimpleDelivery(channel,...
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public void testRecoverableState_62() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
public void testRecoverableState_62() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
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public void testRecoverableState_63() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
public void testRecoverableState_63() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
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public void testRecoverableState_64() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
public void testRecoverableState_64() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
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public void testRecoverableState_65() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Delivery d = new SimpleDelivery(channel,...
public void testRecoverableState_65() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", true, "payload0")); Delivery d = new SimpleDelivery(channel,...
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public void testRecoverableState_66() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
public void testRecoverableState_66() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(int i = 0; i < NUMBER_OF_MESSAGES; i++) { MessageReference ref...
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public void testRecoverableState_67() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
public void testRecoverableState_67() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference ref = ms.reference(MessageFactory.createMessage("message0", false, "payload0")); Delivery d = new SimpleDelivery(channel...
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public void testRecoverableState_68() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(in...
public void testRecoverableState_68() throws Throwable { if (!state.isRecoverable()) { // only recoverable state is tested now return; } MessageReference[] refs = new MessageReference[NUMBER_OF_MESSAGES]; Delivery[] deliveries = new Delivery[NUMBER_OF_MESSAGES]; for(in...
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