target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
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@Test(expected = IllegalArgumentException.class) public void test2OperatorsFollowing() { evaluator.evaluate( "10**5" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testMissingEndValue() { evaluator.evaluate( "10*" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testNoFunctionArgument() { evaluator.evaluate( "sin()" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testEmptyFunctionArgument() { evaluator.evaluate( "min(,2)" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testSomethingBetweenFunctionAndOpenBracket() { evaluator.evaluate( "sin3(45)" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testMissingArgument() { evaluator.evaluate( "min(1,)" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testInvalidArgumentACos() { evaluator.evaluate( "acos(2)" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testInvalidArgumentASin() { evaluator.evaluate( "asin(2)" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testOnlyCloseBracket() { evaluator.evaluate( ")" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test public void test008() { unescape("abc", "ab\\c"); } | public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == '\\' && ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... |
@Test(expected = IllegalArgumentException.class) public void testDSuffixInLiteral() { evaluator.evaluate( "3d+4" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test(expected = IllegalArgumentException.class) public void testStartWithFunctionSeparator() { evaluator.evaluate( ",3" ); } | @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } } | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... | DoubleEvaluator extends AbstractEvaluator<Double> { @Override protected Double evaluate(final Constant constant, final Object evaluationContext) { if (PI.equals(constant)) { return Math.PI; } else if (E.equals(constant)) { return Math.E; } else { return super.evaluate(constant, evaluationContext); } } DoubleEvaluator()... |
@Test public void testMultipleTranslatedName() { Parameters params = DoubleEvaluator.getDefaultParameters(); params.setTranslation( DoubleEvaluator.AVERAGE, "moyenne" ); params.setTranslation( DoubleEvaluator.AVERAGE, "moy" ); DoubleEvaluator evaluator = new DoubleEvaluator( params ); assertEquals( 2, evaluator.evaluat... | public void setTranslation(final Constant constant, final String translatedName) { setTranslation(constant.getName(), translatedName); } | Parameters { public void setTranslation(final Constant constant, final String translatedName) { setTranslation(constant.getName(), translatedName); } } | Parameters { public void setTranslation(final Constant constant, final String translatedName) { setTranslation(constant.getName(), translatedName); } Parameters(); } | Parameters { public void setTranslation(final Constant constant, final String translatedName) { setTranslation(constant.getName(), translatedName); } Parameters(); void add(final Constant constant); void add(final Function function); void add(final Operator operator); void addConstants(final Collection<Constant> consta... | Parameters { public void setTranslation(final Constant constant, final String translatedName) { setTranslation(constant.getName(), translatedName); } Parameters(); void add(final Constant constant); void add(final Function function); void add(final Operator operator); void addConstants(final Collection<Constant> consta... |
@Test public void testFunctionArgumentSeparators() { Parameters params = DoubleEvaluator.getDefaultParameters(); params.setFunctionArgumentSeparator( ';' ); DoubleEvaluator evaluator = new DoubleEvaluator( params ); assertEquals( 2, evaluator.evaluate( "avg(3;1)" ), 0.001 ); } | public void setFunctionArgumentSeparator(final char separator) { argumentSeparator = new String(new char[]{separator}); } | Parameters { public void setFunctionArgumentSeparator(final char separator) { argumentSeparator = new String(new char[]{separator}); } } | Parameters { public void setFunctionArgumentSeparator(final char separator) { argumentSeparator = new String(new char[]{separator}); } Parameters(); } | Parameters { public void setFunctionArgumentSeparator(final char separator) { argumentSeparator = new String(new char[]{separator}); } Parameters(); void add(final Constant constant); void add(final Function function); void add(final Operator operator); void addConstants(final Collection<Constant> constants); void addE... | Parameters { public void setFunctionArgumentSeparator(final char separator) { argumentSeparator = new String(new char[]{separator}); } Parameters(); void add(final Constant constant); void add(final Function function); void add(final Operator operator); void addConstants(final Collection<Constant> constants); void addE... |
@Test public void testRemainder() { Decimal subject = Decimal.valueOf(5.5D); Decimal result = subject.remainder(Decimal.TWO); Decimal expected = Decimal.valueOf(1.5D); assertTrue(expected.isEqual(result)); } | public Decimal remainder(final Decimal divisor) { if ((this == NaN) || (divisor == NaN) || divisor.isZero()) { return NaN; } return new Decimal(value.remainder(divisor.value, MATH_CONTEXT)); } | Decimal implements Comparable<Decimal>, Serializable { public Decimal remainder(final Decimal divisor) { if ((this == NaN) || (divisor == NaN) || divisor.isZero()) { return NaN; } return new Decimal(value.remainder(divisor.value, MATH_CONTEXT)); } } | Decimal implements Comparable<Decimal>, Serializable { public Decimal remainder(final Decimal divisor) { if ((this == NaN) || (divisor == NaN) || divisor.isZero()) { return NaN; } return new Decimal(value.remainder(divisor.value, MATH_CONTEXT)); } private Decimal(); private Decimal(final BigDecimal val); private Dec... | Decimal implements Comparable<Decimal>, Serializable { public Decimal remainder(final Decimal divisor) { if ((this == NaN) || (divisor == NaN) || divisor.isZero()) { return NaN; } return new Decimal(value.remainder(divisor.value, MATH_CONTEXT)); } private Decimal(); private Decimal(final BigDecimal val); private Dec... | Decimal implements Comparable<Decimal>, Serializable { public Decimal remainder(final Decimal divisor) { if ((this == NaN) || (divisor == NaN) || divisor.isZero()) { return NaN; } return new Decimal(value.remainder(divisor.value, MATH_CONTEXT)); } private Decimal(); private Decimal(final BigDecimal val); private Dec... |
@Test public void testGetWholePart() { Decimal subject = Decimal.valueOf(5.52D); Decimal result = subject.getWholePart(); Decimal expected = Decimal.valueOf(5D); assertTrue(expected.isEqual(result)); } | public Decimal getWholePart() { if (this == NaN) { return NaN; } return new Decimal(new BigDecimal(value.toBigInteger())); } | Decimal implements Comparable<Decimal>, Serializable { public Decimal getWholePart() { if (this == NaN) { return NaN; } return new Decimal(new BigDecimal(value.toBigInteger())); } } | Decimal implements Comparable<Decimal>, Serializable { public Decimal getWholePart() { if (this == NaN) { return NaN; } return new Decimal(new BigDecimal(value.toBigInteger())); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(final int val); private De... | Decimal implements Comparable<Decimal>, Serializable { public Decimal getWholePart() { if (this == NaN) { return NaN; } return new Decimal(new BigDecimal(value.toBigInteger())); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(final int val); private De... | Decimal implements Comparable<Decimal>, Serializable { public Decimal getWholePart() { if (this == NaN) { return NaN; } return new Decimal(new BigDecimal(value.toBigInteger())); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(final int val); private De... |
@Test public void testGetFractionalPart() { Decimal subject = Decimal.valueOf("5.52"); Decimal result = subject.getFractionalPart(); Decimal expected = Decimal.valueOf("0.52"); assertTrue(expected.isEqual(result)); } | public Decimal getFractionalPart() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE)); } | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalPart() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE)); } } | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalPart() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE)); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(final int val); private De... | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalPart() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE)); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(final int val); private De... | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalPart() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE)); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(final int val); private De... |
@Test public void testGetFractionalValue() { Decimal subject = Decimal.valueOf("5.52"); Decimal result = subject.getFractionalValue(); Decimal expected = Decimal.valueOf("52"); assertTrue(expected.isEqual(result)); } | public Decimal getFractionalValue() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE).movePointRight(value.scale()).abs()); } | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalValue() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE).movePointRight(value.scale()).abs()); } } | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalValue() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE).movePointRight(value.scale()).abs()); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private... | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalValue() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE).movePointRight(value.scale()).abs()); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private... | Decimal implements Comparable<Decimal>, Serializable { public Decimal getFractionalValue() { if (this == NaN) { return NaN; } return new Decimal(value.remainder(BigDecimal.ONE).movePointRight(value.scale()).abs()); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private... |
@Test public void testRoundUpToWhole() { Decimal subject = Decimal.valueOf("5.52"); Decimal result = subject.roundUpToWhole(); Decimal expected = Decimal.valueOf("6"); assertTrue(expected.isEqual(result)); subject = Decimal.valueOf("5.0"); result = subject.roundUpToWhole(); expected = Decimal.valueOf("5"); assertTrue(e... | public Decimal roundUpToWhole() { BigDecimal retval = new BigDecimal(value.toString()); return new Decimal(retval.setScale(0, RoundingMode.CEILING)); } | Decimal implements Comparable<Decimal>, Serializable { public Decimal roundUpToWhole() { BigDecimal retval = new BigDecimal(value.toString()); return new Decimal(retval.setScale(0, RoundingMode.CEILING)); } } | Decimal implements Comparable<Decimal>, Serializable { public Decimal roundUpToWhole() { BigDecimal retval = new BigDecimal(value.toString()); return new Decimal(retval.setScale(0, RoundingMode.CEILING)); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(... | Decimal implements Comparable<Decimal>, Serializable { public Decimal roundUpToWhole() { BigDecimal retval = new BigDecimal(value.toString()); return new Decimal(retval.setScale(0, RoundingMode.CEILING)); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(... | Decimal implements Comparable<Decimal>, Serializable { public Decimal roundUpToWhole() { BigDecimal retval = new BigDecimal(value.toString()); return new Decimal(retval.setScale(0, RoundingMode.CEILING)); } private Decimal(); private Decimal(final BigDecimal val); private Decimal(final double val); private Decimal(... |
@Test public void testExtractTo() throws Exception { File tstJar = new File( "test.zip" ); ZipArchive archive = new ZipArchive( tstJar ); archive.addFiles( new File( "src" ) ); archive.flush(); File tmpDir = new File( "tmp" ); tmpDir.mkdirs(); ZipArchive arc = new ZipArchive( new File( "test.zip" ) ); arc.extractTo( tm... | public void extractTo(final File baseDir) throws IOException { extractTo(baseDir, new AllZipEntryFilter()); } | ZipArchive { public void extractTo(final File baseDir) throws IOException { extractTo(baseDir, new AllZipEntryFilter()); } } | ZipArchive { public void extractTo(final File baseDir) throws IOException { extractTo(baseDir, new AllZipEntryFilter()); } ZipArchive(final File archiveFile); ZipArchive(final URL url); } | ZipArchive { public void extractTo(final File baseDir) throws IOException { extractTo(baseDir, new AllZipEntryFilter()); } ZipArchive(final File archiveFile); ZipArchive(final URL url); void addEntry(final String entryName, final byte[] data); void addFiles(final File baseDir); void addFiles(final File baseDir, final ... | ZipArchive { public void extractTo(final File baseDir) throws IOException { extractTo(baseDir, new AllZipEntryFilter()); } ZipArchive(final File archiveFile); ZipArchive(final URL url); void addEntry(final String entryName, final byte[] data); void addFiles(final File baseDir); void addFiles(final File baseDir, final ... |
@Test public void test009() { unescape("ab\\", "ab\\\\"); } | public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == '\\' && ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... |
@Test public void test() { String scope = "CoyoteIoT.azure-devices.net/devices/george"; long expiry = 1470067491; String key = "6LdAO46ea+1oYydWj2ZSoA=="; String test = "SharedAccessSignature sig=xL98QBjQRcRIX%2FFvT%2F8Orjf3YqIt8rm8boGw%2B9Am%2B6c%3D&se=1470067491&sr=CoyoteIoT.azure-devices.net/devices/george"; SasToke... | @Override public String toString() { return buildSasToken(); } | SasToken { @Override public String toString() { return buildSasToken(); } } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); @Override String toString(); } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); @Override String toString(); static final String TOKEN_FORMAT; } |
@Test public void testBuild() { String hostname = "CoyoteIoT.azure-devices.net"; String deviceId = "george"; String scope = IotHubUri.getResourceUri(hostname, deviceId); long expiry = 1470067491; String key = "6LdAO46ea+1oYydWj2ZSoA=="; String test = "SharedAccessSignature sig=xL98QBjQRcRIX%2FFvT%2F8Orjf3YqIt8rm8boGw%2... | @Override public String toString() { return buildSasToken(); } | SasToken { @Override public String toString() { return buildSasToken(); } } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); @Override String toString(); } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); @Override String toString(); static final String TOKEN_FORMAT; } |
@Test public void testBuildOther() { String hostname = "CoyoteIoT.azure-devices.net"; String deviceId = "device-fcbd127a"; String scope = IotHubUri.getResourceUri(hostname, deviceId); long expiry = 1501598806; String key = "ypZ2F76vfOkYYHKsRbQOYP6SKW7/TOo4maD9GmqYMII="; SasToken token = new SasToken(scope, key, expiry)... | @Override public String toString() { return buildSasToken(); } | SasToken { @Override public String toString() { return buildSasToken(); } } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); @Override String toString(); } | SasToken { @Override public String toString() { return buildSasToken(); } SasToken(String scope, String key, long expiry); @Override String toString(); static final String TOKEN_FORMAT; } |
@Test public void basic() throws IOException, ConfigurationException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"TotalCost\", \"factor\" : \"10\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); DataFrame sourceFrame = new D... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException("Multiply transform requires a multiplication factor"); } } | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... |
@Test public void source() throws IOException, ConfigurationException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"TotalCost\", \"source\" : \"Count\", \"factor\" : \"3.50\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); Da... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException("Multiply transform requires a multiplication factor"); } } | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... |
@Test public void setSymbol() throws IOException, ConfigurationException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"TotalCost\", \"source\" : \"Count\", \"factor\" : \"3.50\", \"setsymbol\": true }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = create... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException("Multiply transform requires a multiplication factor"); } } | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... | Multiply extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setSource(getString(ConfigTag.SOURCE)); setFactor(getString(FACTOR)); if (StringUtil.isBlank(getFactor())) { throw new ConfigurationException... |
@Test public void test() throws ConfigurationException, IOException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"Id\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); DataFrame sourceFrame = new DataFrame(); context.setSource... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new ConfigurationException("Invalid boolean value"); } } } | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... |
@Test public void secure() throws ConfigurationException, IOException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"Id\", \"secure\" : true }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); DataFrame sourceFrame = new DataFrame... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new ConfigurationException("Invalid boolean value"); } } } | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... | Guid extends AbstractFieldTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); if (cfg.containsIgnoreCase(ConfigTag.SECURE)) { try { secure = cfg.getBoolean(ConfigTag.SECURE); } catch (Throwable ball) { throw new Configurat... |
@Test public void basic() throws IOException, ConfigurationException, TransformException { String cfgData = "{ \"field\" : \"number\", \"format\" : \"#,###\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); DataFrame sourceFrame = new DataFrame(); sourceFr... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(format)) { String text = ""; short type = fiel... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... |
@Test public void doubleTest() throws IOException, ConfigurationException, TransformException { String cfgData = "{ \"field\" : \"number\", \"format\" : \"#,###.000\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); DataFrame sourceFrame = new DataFrame();... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(format)) { String text = ""; short type = fiel... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... |
@Test public void test010() { unescape("ab\\c", "ab\\\\c"); } | public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == '\\' && ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... | Token { public static String unescape(final String text) { if (text == null) { return null; } if (text.indexOf('\\') < 0) { return text; } final int len = text.length(); boolean escaped = false; final StringBuilder builder = new StringBuilder(); for (int i = 0; i < len; ++i) { final char ch = text.charAt(i); if (ch == ... |
@Test public void formatDate() throws IOException, ConfigurationException, TransformException { String cfgData = "{ \"field\" : \"date\", \"format\" : \"HH:mm:ss\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); DataFrame sourceFrame = new DataFrame(); so... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(format)) { String text = ""; short type = fiel... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... |
@Test public void guessDate() throws IOException, ConfigurationException, TransformException { String FIELDNAME = "date"; DataFrame cfg = new DataFrame().set("field", FIELDNAME).set("format", "HH:mm:ss"); Config configuration = new Config(cfg); TransactionContext context = createTransactionContext(); DataFrame sourceFr... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(format)) { String text = ""; short type = fiel... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... |
@Test public void guessDouble() throws IOException, ConfigurationException, TransformException { String FIELDNAME = "number"; DataFrame cfg = new DataFrame().set("field", FIELDNAME).set("format", "#,###.000"); Config configuration = new Config(cfg); TransactionContext context = createTransactionContext(); DataFrame sou... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(format)) { String text = ""; short type = fiel... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... |
@Test public void guessNumber() throws IOException, ConfigurationException, TransformException { String FIELDNAME = "number"; DataFrame cfg = new DataFrame().set("field", FIELDNAME).set("format", "#,###"); Config configuration = new Config(cfg); TransactionContext context = createTransactionContext(); DataFrame sourceF... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(format)) { String text = ""; short type = fiel... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... | Text extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String format = getConfiguration().getString(ConfigTag.FORMAT); if (Stri... |
@Test public void unixTime() throws ConfigurationException, IOException, TransformException, DataFrameException { DataFrame cfg = new DataFrame().set("field", "date").set("format", "seconds"); System.out.println(cfg.toString()); Config configuration = new Config(cfg); DataFrame workingFrame = new DataFrame(); workingFr... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(token)) { String format = token.toLowerCase().t... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... |
@Test public void javaTime() throws ConfigurationException, IOException, TransformException, DataFrameException { DataFrame cfg = new DataFrame().set("field", "date").set("format", "milliseconds"); System.out.println(cfg.toString()); Config configuration = new Config(cfg); DataFrame workingFrame = new DataFrame(); work... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(token)) { String format = token.toLowerCase().t... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... |
@Test public void now() throws ConfigurationException, IOException, TransformException, DataFrameException { DataFrame cfg = new DataFrame().set("field", "date").set("format", "now"); System.out.println(cfg.toString()); Config configuration = new Config(cfg); DataFrame workingFrame = new DataFrame(); workingFrame.put("... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(token)) { String format = token.toLowerCase().t... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... |
@Test public void invalidFormat() throws ConfigurationException, IOException, DataFrameException { DataFrame cfg = new DataFrame().set("field", "date").set("format", "unixTime"); Config configuration = new Config(cfg); DataFrame workingFrame = new DataFrame(); workingFrame.put("date", "1513620300"); try (Date transform... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(token)) { String format = token.toLowerCase().t... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... |
@Test public void bestGuess() throws ConfigurationException, IOException, TransformException, DataFrameException { DataFrame cfg = new DataFrame().set("field", "date"); System.out.println(cfg.toString()); Config configuration = new Config(cfg); DataFrame workingFrame = new DataFrame(); try (Date transformer = new Date(... | @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (StringUtil.isNotBlank(token)) { String format = token.toLowerCase().t... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... | Date extends AbstractFieldTransform implements FrameTransform { @Override public DataFrame process(final DataFrame frame) throws TransformException { DataFrame retval = frame; DataField field = retval.getField(getFieldName()); if (field != null) { String token = getConfiguration().getString(ConfigTag.FORMAT); if (Strin... |
@Test public void basic() throws IOException, ConfigurationException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"TotalCost\", \"subtrahend\" : \"10\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(); DataFrame sourceFrame = n... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationException("Subtract transform requires a subtrahend"); } if (StringUtil.... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... |
@Test public void test011() { unquote(null, null); } | public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } static boolean isSeparator(final char ch); static boole... | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } static boolean isSeparator(final char ch); static boole... |
@Test public void source() throws IOException, ConfigurationException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"TotalCost\", \"minuend\" : \"Count\", \"subtrahend\" : \"3.50\" }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = createTransactionContext(... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationException("Subtract transform requires a subtrahend"); } if (StringUtil.... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... |
@Test public void setSymbol() throws IOException, ConfigurationException, TransformException, DataFrameException { String cfgData = "{ \"field\" : \"TotalCost\", \"minuend\" : \"Count\", \"subtrahend\" : \"3.50\", \"setsymbol\": true }"; Config configuration = parseConfiguration(cfgData); TransactionContext context = c... | @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationException("Subtract transform requires a subtrahend"); } if (StringUtil.... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... | Subtract extends AbstractMathTransform implements FrameTransform { @Override public void setConfiguration(Config cfg) throws ConfigurationException { super.setConfiguration(cfg); setMinuend(getString(MINUEND)); setSubtrahend(getString(SUBTRAHEND)); if (StringUtil.isBlank(getSubtrahend())) { throw new ConfigurationExcep... |
@Test public void equalTo() { assertTrue(CheckFieldMethod.execute(transformContext, "name", "EQ", "Bob")); assertTrue(CheckFieldMethod.execute(transformContext, "name", "==", "Bob")); assertTrue(CheckFieldMethod.execute(transformContext, "name", CheckFieldMethod.Operator.EQ.toString(), "Bob")); assertFalse(CheckFieldMe... | private static Boolean equalTo(final Object fieldObject, final Object expectedObject) { boolean retval = true; if (fieldObject == null && expectedObject == null) { retval = true; } else { if (fieldObject == null || expectedObject == null) { retval = false; } else { if (fieldObject.getClass().equals(expectedObject.getCl... | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean equalTo(final Object fieldObject, final Object expectedObject) { boolean retval = true; if (fieldObject == null && expectedObject == null) { retval = true; } else { if (fieldObject == null || expectedObject == null) { retval = false; } else { if (f... | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean equalTo(final Object fieldObject, final Object expectedObject) { boolean retval = true; if (fieldObject == null && expectedObject == null) { retval = true; } else { if (fieldObject == null || expectedObject == null) { retval = false; } else { if (f... | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean equalTo(final Object fieldObject, final Object expectedObject) { boolean retval = true; if (fieldObject == null && expectedObject == null) { retval = true; } else { if (fieldObject == null || expectedObject == null) { retval = false; } else { if (f... | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean equalTo(final Object fieldObject, final Object expectedObject) { boolean retval = true; if (fieldObject == null && expectedObject == null) { retval = true; } else { if (fieldObject == null || expectedObject == null) { retval = false; } else { if (f... |
@Test public void equalToIgnoreCase() { assertTrue(CheckFieldMethod.execute(transformContext, "name", "EI", "BOB")); assertTrue(CheckFieldMethod.execute(transformContext, "name", CheckFieldMethod.Operator.EI.toString(), "BOB")); assertFalse(CheckFieldMethod.execute(transformContext, "name", "EI", "Robert")); assertFals... | public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { throw new IllegalArgumentException("Null operator p... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... |
@Test public void lessThan() { assertTrue(CheckFieldMethod.execute(transformContext, "one", "LT", "2")); assertTrue(CheckFieldMethod.execute(transformContext, "one", "<", "2")); assertTrue(CheckFieldMethod.execute(transformContext, "one", CheckFieldMethod.Operator.LT.toString(), "2")); } | private static Boolean lessThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) < 0; } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean lessThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) < 0; } } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean lessThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) < 0; } private CheckFieldMethod(); } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean lessThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) < 0; } private CheckFieldMethod(); static Boolean execute(final TransformContext context, final String field, final String operator, fina... | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean lessThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) < 0; } private CheckFieldMethod(); static Boolean execute(final TransformContext context, final String field, final String operator, fina... |
@Test public void lessThanEqualTo() { assertTrue(CheckFieldMethod.execute(transformContext, "one", "LE", "2")); assertTrue(CheckFieldMethod.execute(transformContext, "one", "<=", "2")); assertTrue(CheckFieldMethod.execute(transformContext, "one", CheckFieldMethod.Operator.LE.toString(), "2")); assertTrue(CheckFieldMeth... | public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { throw new IllegalArgumentException("Null operator p... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... |
@Test public void greaterThan() { assertTrue(CheckFieldMethod.execute(transformContext, "two", "GT", "1")); assertTrue(CheckFieldMethod.execute(transformContext, "two", ">", "1")); assertTrue(CheckFieldMethod.execute(transformContext, "two", CheckFieldMethod.Operator.GT.toString(), "1")); assertFalse(CheckFieldMethod.e... | private static Boolean greaterThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) > 0; } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean greaterThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) > 0; } } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean greaterThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) > 0; } private CheckFieldMethod(); } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean greaterThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) > 0; } private CheckFieldMethod(); static Boolean execute(final TransformContext context, final String field, final String operator, f... | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean greaterThan(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) > 0; } private CheckFieldMethod(); static Boolean execute(final TransformContext context, final String field, final String operator, f... |
@Test public void greaterThanEqualTo() { assertTrue(CheckFieldMethod.execute(transformContext, "two", "GE", "1")); assertTrue(CheckFieldMethod.execute(transformContext, "two", ">=", "1")); assertTrue(CheckFieldMethod.execute(transformContext, "two", CheckFieldMethod.Operator.GE.toString(), "1")); assertTrue(CheckFieldM... | public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { throw new IllegalArgumentException("Null operator p... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... | CheckFieldMethod extends AbstractBooleanMethod { public static Boolean execute(final TransformContext context, final String field, final String operator, final String expected) throws IllegalArgumentException { if (field == null) { throw new IllegalArgumentException("Null field parameter"); } if (operator == null) { th... |
@Test public void notEqual() { assertTrue(CheckFieldMethod.execute(transformContext, "name", "NE", "BOB")); assertTrue(CheckFieldMethod.execute(transformContext, "name", "!=", "BOB")); assertTrue(CheckFieldMethod.execute(transformContext, "name", CheckFieldMethod.Operator.NE.toString(), "BOB")); assertTrue(CheckFieldMe... | private static Boolean notEqual(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) != 0; } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean notEqual(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) != 0; } } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean notEqual(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) != 0; } private CheckFieldMethod(); } | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean notEqual(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) != 0; } private CheckFieldMethod(); static Boolean execute(final TransformContext context, final String field, final String operator, fin... | CheckFieldMethod extends AbstractBooleanMethod { private static Boolean notEqual(final Object fieldObject, final Object expectedObject) { return compare(fieldObject, expectedObject) != 0; } private CheckFieldMethod(); static Boolean execute(final TransformContext context, final String field, final String operator, fin... |
@Test public void booleanComplex() { String expression; try { expression = "islast || equals(Working.record_type,\"22\")"; assertTrue(evaluator.evaluateBoolean(expression)); expression = "! islast || equals(Working.record_type,\"22\")"; assertFalse(evaluator.evaluateBoolean(expression)); expression = "islast || equals(... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void test012() { unquote("", ""); } | public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } static boolean isSeparator(final char ch); static boole... | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } static boolean isSeparator(final char ch); static boole... |
@Test public void booleanContextError() { String expression; try { expression = "contextError"; assertFalse(evaluator.evaluateBoolean(expression)); expression = "! contextError"; assertTrue(evaluator.evaluateBoolean(expression)); transformContext.setError(true); expression = "contextError"; assertTrue(evaluator.evaluat... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void booleanEmpty() { String expression; try { expression = "empty(\"Working.NullField\")"; assertTrue(evaluator.evaluateBoolean(expression)); expression = "empty(Working.Field1)"; assert (evaluator.evaluateBoolean(expression)); expression = "empty(\"Working.field1\")"; assertFalse(evaluator.evaluateBoolea... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void booleanEquals() { String expression; try { expression = "equals(5,5)"; assertTrue(evaluator.evaluateBoolean(expression)); expression = "equals(5,4)"; assertFalse(evaluator.evaluateBoolean(expression)); expression = "equals(currentRow,42)"; assertTrue(evaluator.evaluateBoolean(expression)); expression ... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void booleanExists() { String expression; try { expression = "exists(\"Source.RecordType\")"; assertFalse(evaluator.evaluateBoolean(expression)); expression = "exists(\"Working.field1\")"; assertTrue(evaluator.evaluateBoolean(expression)); expression = "exists(\"field1\")"; assertTrue(evaluator.evaluateBoo... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void booleanIsLast() { String expression; try { expression = "islast"; assertTrue(evaluator.evaluateBoolean(expression)); expression = "! islast"; assertFalse(evaluator.evaluateBoolean(expression)); expression = "islast || false"; assertTrue(evaluator.evaluateBoolean(expression)); expression = "! islast ||... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void booleanOperators() { String expression; try { expression = "true == true"; assertTrue(evaluator.evaluateBoolean(expression)); expression = "true == false"; assertFalse(evaluator.evaluateBoolean(expression)); expression = "true && false"; assertFalse(evaluator.evaluateBoolean(expression)); expression =... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void booleanTransactionError() { String expression; try { expression = "transactionError"; assertFalse(evaluator.evaluateBoolean(expression)); expression = "! transactionError"; assertTrue(evaluator.evaluateBoolean(expression)); context.setError(true); expression = "transactionError"; assertTrue(evaluator.... | public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... | Evaluator { public boolean evaluateBoolean( final String expression ) throws IllegalArgumentException { return beval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext... |
@Test public void testEvaluateNumeric() { assertEquals(-2, evaluator.evaluateNumeric("2+-2^2"), 0.001); assertEquals(2, evaluator.evaluateNumeric("6 / 3"), 0.001); assertEquals(Double.POSITIVE_INFINITY, evaluator.evaluateNumeric("2/0"), 0.001); assertEquals(2, evaluator.evaluateNumeric("7 % 2.5"), 0.001); assertEquals(... | public double evaluateNumeric( final String expression ) { return neval.evaluate( expression ); } | Evaluator { public double evaluateNumeric( final String expression ) { return neval.evaluate( expression ); } } | Evaluator { public double evaluateNumeric( final String expression ) { return neval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public double evaluateNumeric( final String expression ) { return neval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext( final TransformContext context ... | Evaluator { public double evaluateNumeric( final String expression ) { return neval.evaluate( expression ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext( final TransformContext context ... |
@Test public void testEvaluator() { final Evaluator subject = new Evaluator(); assertNotNull(subject); } | public Evaluator() { } | Evaluator { public Evaluator() { } } | Evaluator { public Evaluator() { } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public Evaluator() { } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext( final TransformContext context ); } | Evaluator { public Evaluator() { } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext( final TransformContext context ); } |
@Test public void testSetContext() { evaluator.setContext(transformContext); } | public void setContext( final TransformContext context ) { beval.setContext( context ); neval.setContext( context ); } | Evaluator { public void setContext( final TransformContext context ) { beval.setContext( context ); neval.setContext( context ); } } | Evaluator { public void setContext( final TransformContext context ) { beval.setContext( context ); neval.setContext( context ); } Evaluator(); Evaluator( final TransformContext context ); } | Evaluator { public void setContext( final TransformContext context ) { beval.setContext( context ); neval.setContext( context ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext( final Tran... | Evaluator { public void setContext( final TransformContext context ) { beval.setContext( context ); neval.setContext( context ); } Evaluator(); Evaluator( final TransformContext context ); boolean evaluateBoolean( final String expression ); double evaluateNumeric( final String expression ); void setContext( final Tran... |
@Test public void test013() { unquote("abc", "abc"); } | public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } } | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } static boolean isSeparator(final char ch); static boole... | Token { public static String unquote(String text) { if (text == null) { return null; } final int len = text.length(); if (len < 2 || text.charAt(0) != '"' || text.charAt(len - 1) != '"') { return text; } text = text.substring(1, len - 1); return unescape(text); } static boolean isSeparator(final char ch); static boole... |
@Test public void shouldOriginUriReturnAssociatedIfCookieUriIsEmpty() throws URISyntaxException { URI associated = new URI("http", "google.com", "/", ""); HttpCookie cookie = new HttpCookie("name", "value"); OriginUri uri = new OriginUri(cookie, associated); assertEquals(associated, uri.uri()); } | URI uri() { return uri; } | OriginUri { URI uri() { return uri; } } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } |
@Test public void shouldAddCookieToSharedPreferences() throws URISyntaxException { URI uri = URI.create("http: CookieStore store = new CookieTray(preferences); HttpCookie httpCookie = new HttpCookie("name", "value"); store.add(uri, httpCookie); String cookieVal = new SerializableCookie(httpCookie).asString(); verify(ed... | @Override public synchronized void add(URI associatedUri, HttpCookie cookie) { URI uri = new OriginUri(cookie, associatedUri).uri(); Set<HttpCookie> targetCookies = cookiesCache.get(uri); if (targetCookies == null) { targetCookies = new HashSet<>(); cookiesCache.put(uri, targetCookies); } targetCookies.remove(cookie); ... | CookieTray implements CookieStore { @Override public synchronized void add(URI associatedUri, HttpCookie cookie) { URI uri = new OriginUri(cookie, associatedUri).uri(); Set<HttpCookie> targetCookies = cookiesCache.get(uri); if (targetCookies == null) { targetCookies = new HashSet<>(); cookiesCache.put(uri, targetCookie... | CookieTray implements CookieStore { @Override public synchronized void add(URI associatedUri, HttpCookie cookie) { URI uri = new OriginUri(cookie, associatedUri).uri(); Set<HttpCookie> targetCookies = cookiesCache.get(uri); if (targetCookies == null) { targetCookies = new HashSet<>(); cookiesCache.put(uri, targetCookie... | CookieTray implements CookieStore { @Override public synchronized void add(URI associatedUri, HttpCookie cookie) { URI uri = new OriginUri(cookie, associatedUri).uri(); Set<HttpCookie> targetCookies = cookiesCache.get(uri); if (targetCookies == null) { targetCookies = new HashSet<>(); cookiesCache.put(uri, targetCookie... | CookieTray implements CookieStore { @Override public synchronized void add(URI associatedUri, HttpCookie cookie) { URI uri = new OriginUri(cookie, associatedUri).uri(); Set<HttpCookie> targetCookies = cookiesCache.get(uri); if (targetCookies == null) { targetCookies = new HashSet<>(); cookiesCache.put(uri, targetCookie... |
@Test public void shouldBeAbleToRemoveCookie() { addCookies(1, false); CookieStore store = new CookieTray(preferences); store.remove(URI.create("http: verify(editor).remove("http: } | @Override public synchronized boolean remove(URI uri, HttpCookie cookie) { Set<HttpCookie> targetCookies = cookiesCache.get(uri); boolean cookieRemoved = targetCookies != null && targetCookies.remove(cookie); if (cookieRemoved) { removeFromPersistence(uri, cookie); } return cookieRemoved; } | CookieTray implements CookieStore { @Override public synchronized boolean remove(URI uri, HttpCookie cookie) { Set<HttpCookie> targetCookies = cookiesCache.get(uri); boolean cookieRemoved = targetCookies != null && targetCookies.remove(cookie); if (cookieRemoved) { removeFromPersistence(uri, cookie); } return cookieRem... | CookieTray implements CookieStore { @Override public synchronized boolean remove(URI uri, HttpCookie cookie) { Set<HttpCookie> targetCookies = cookiesCache.get(uri); boolean cookieRemoved = targetCookies != null && targetCookies.remove(cookie); if (cookieRemoved) { removeFromPersistence(uri, cookie); } return cookieRem... | CookieTray implements CookieStore { @Override public synchronized boolean remove(URI uri, HttpCookie cookie) { Set<HttpCookie> targetCookies = cookiesCache.get(uri); boolean cookieRemoved = targetCookies != null && targetCookies.remove(cookie); if (cookieRemoved) { removeFromPersistence(uri, cookie); } return cookieRem... | CookieTray implements CookieStore { @Override public synchronized boolean remove(URI uri, HttpCookie cookie) { Set<HttpCookie> targetCookies = cookiesCache.get(uri); boolean cookieRemoved = targetCookies != null && targetCookies.remove(cookie); if (cookieRemoved) { removeFromPersistence(uri, cookie); } return cookieRem... |
@Test public void shouldOriginUriReturnUriFromHttpCookie() throws URISyntaxException { URI associated = new URI("http", "google.com", "/", ""); HttpCookie cookie = new HttpCookie("name", "value"); cookie.setDomain("abc.xyz"); OriginUri uri = new OriginUri(cookie, associated); assertNotEquals(associated, uri.uri()); } | URI uri() { return uri; } | OriginUri { URI uri() { return uri; } } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } |
@Test public void shouldOriginUriProperlyFormatUri() throws URISyntaxException { URI associated = new URI("http", "google.com", "/", ""); HttpCookie cookie = new HttpCookie("name", "value"); cookie.setDomain("abc.xyz"); cookie.setPath("/home"); OriginUri uri = new OriginUri(cookie, associated); assertEquals("http: } | URI uri() { return uri; } | OriginUri { URI uri() { return uri; } } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } |
@Test public void shouldSkipDotWhileFormattingUri() throws URISyntaxException { URI associated = new URI("http", "google.com", "/", ""); HttpCookie cookie = new HttpCookie("name", "value"); cookie.setDomain(".abc.xyz"); OriginUri uri = new OriginUri(cookie, associated); assertEquals("http: } | URI uri() { return uri; } | OriginUri { URI uri() { return uri; } } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } | OriginUri { URI uri() { return uri; } OriginUri(HttpCookie cookie, URI associated); } |
@Test public void shouldReturnNoCookiesOnEmptyStore() { CookieStore store = new CookieTray(preferences); assertTrue(store.getCookies().isEmpty()); } | @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... |
@Test public void shouldReturnNoUrisOnEmptyStore() { CookieStore store = new CookieTray(preferences); assertTrue(store.getURIs().isEmpty()); } | @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } } | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } CookieTray(SharedPreferences preferences); CookieTray(Context context); } | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } CookieTray(SharedPreferences preferences); CookieTray(Context context); @Override synchronized void add(URI associatedUri, HttpCookie cookie); @Override synchronized List<HttpCookie>... | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } CookieTray(SharedPreferences preferences); CookieTray(Context context); @Override synchronized void add(URI associatedUri, HttpCookie cookie); @Override synchronized List<HttpCookie>... |
@Test public void shouldReturnAllCookies() { addCookies(10, false); CookieStore store = new CookieTray(preferences); assertEquals(10, store.getCookies().size()); } | @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... |
@Test public void shouldFilterCookiesOutByUri() { addCookies(10, false); CookieStore store = new CookieTray(preferences); assertEquals(1, store.get(URI.create("http: } | @Override public synchronized List<HttpCookie> get(URI uri) { return getValidCookies(uri); } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> get(URI uri) { return getValidCookies(uri); } } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> get(URI uri) { return getValidCookies(uri); } CookieTray(SharedPreferences preferences); CookieTray(Context context); } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> get(URI uri) { return getValidCookies(uri); } CookieTray(SharedPreferences preferences); CookieTray(Context context); @Override synchronized void add(URI associatedUri, HttpCookie cookie); @Override synchronized List<HttpCookie> get(URI... | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> get(URI uri) { return getValidCookies(uri); } CookieTray(SharedPreferences preferences); CookieTray(Context context); @Override synchronized void add(URI associatedUri, HttpCookie cookie); @Override synchronized List<HttpCookie> get(URI... |
@Test public void shouldFilterOutExpiredCookies() { addCookies(10, true); CookieStore store = new CookieTray(preferences); assertEquals(0, store.getCookies().size()); } | @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } } | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... | CookieTray implements CookieStore { @Override public synchronized List<HttpCookie> getCookies() { List<HttpCookie> cookies = new ArrayList<>(); for (URI storedUri : cookiesCache.keySet()) { cookies.addAll(getValidCookies(storedUri)); } return cookies; } CookieTray(SharedPreferences preferences); CookieTray(Context con... |
@Test public void shouldReturnStoredUris() { addCookies(7, false); CookieStore store = new CookieTray(preferences); assertEquals(7, store.getURIs().size()); } | @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } } | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } CookieTray(SharedPreferences preferences); CookieTray(Context context); } | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } CookieTray(SharedPreferences preferences); CookieTray(Context context); @Override synchronized void add(URI associatedUri, HttpCookie cookie); @Override synchronized List<HttpCookie>... | CookieTray implements CookieStore { @Override public synchronized List<URI> getURIs() { return new ArrayList<>(cookiesCache.keySet()); } CookieTray(SharedPreferences preferences); CookieTray(Context context); @Override synchronized void add(URI associatedUri, HttpCookie cookie); @Override synchronized List<HttpCookie>... |
@Test public void _2_connectionFailureShouldBeDetected() throws Exception { suroServer.getInjector().getInstance(InputManager.class).getInput("thrift").shutdown(); HttpResponse response = runQuery("surohealthcheck"); assertEquals(500, response.getStatusLine().getStatusCode()); } | public void shutdown() { try { log.info("StatusServer shutting down"); executor.shutdownNow(); } catch (Exception e) { log.error("Exception while shutting down: " + e.getMessage(), e); } } | StatusServer { public void shutdown() { try { log.info("StatusServer shutting down"); executor.shutdownNow(); } catch (Exception e) { log.error("Exception while shutting down: " + e.getMessage(), e); } } } | StatusServer { public void shutdown() { try { log.info("StatusServer shutting down"); executor.shutdownNow(); } catch (Exception e) { log.error("Exception while shutting down: " + e.getMessage(), e); } } @Inject StatusServer(ServerConfig config, Injector injector); } | StatusServer { public void shutdown() { try { log.info("StatusServer shutting down"); executor.shutdownNow(); } catch (Exception e) { log.error("Exception while shutting down: " + e.getMessage(), e); } } @Inject StatusServer(ServerConfig config, Injector injector); static ServletModule createJerseyServletModule(); voi... | StatusServer { public void shutdown() { try { log.info("StatusServer shutting down"); executor.shutdownNow(); } catch (Exception e) { log.error("Exception while shutting down: " + e.getMessage(), e); } } @Inject StatusServer(ServerConfig config, Injector injector); static ServletModule createJerseyServletModule(); voi... |
@Test public void testAlwaysFalse() { assertFalse(AlwaysFalseMessageFilter.INSTANCE.apply(DUMMY_INPUT)); } | @Override public boolean apply(Object input) { return false; } | AlwaysFalseMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return false; } } | AlwaysFalseMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return false; } private AlwaysFalseMessageFilter(); } | AlwaysFalseMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return false; } private AlwaysFalseMessageFilter(); @Override boolean apply(Object input); @Override String toString(); @Override int hashCode(); @Override boolean equals(Object obj); } | AlwaysFalseMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return false; } private AlwaysFalseMessageFilter(); @Override boolean apply(Object input); @Override String toString(); @Override int hashCode(); @Override boolean equals(Object obj); static final AlwaysFalseMessageFilt... |
@Test public void testNotTrueIsFalse() { assertFalse(new NotMessageFilter(getTrueFilter()).apply(DUMMY_INPUT)); } | @Override public boolean apply(Object input) { return notPredicate.apply(input); } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } NotMessageFilter(MessageFilter filter); } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } NotMessageFilter(MessageFilter filter); @Override boolean apply(Object input); @Override String toString(); @Override boolean equals(Object o); @Override int hashCode(); } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } NotMessageFilter(MessageFilter filter); @Override boolean apply(Object input); @Override String toString(); @Override boolean equals(Object o); @Override int hashCode(); } |
@Test public void testNotFalseIsTrue() { assertTrue(new NotMessageFilter(getFalseFilter()).apply(DUMMY_INPUT)); } | @Override public boolean apply(Object input) { return notPredicate.apply(input); } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } NotMessageFilter(MessageFilter filter); } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } NotMessageFilter(MessageFilter filter); @Override boolean apply(Object input); @Override String toString(); @Override boolean equals(Object o); @Override int hashCode(); } | NotMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return notPredicate.apply(input); } NotMessageFilter(MessageFilter filter); @Override boolean apply(Object input); @Override String toString(); @Override boolean equals(Object o); @Override int hashCode(); } |
@Test public void testAlwaysFalseReturnsFalse() { assertFalse(alwaysFalse().apply(DUMMY_INPUT)); } | public static MessageFilter alwaysFalse() { return AlwaysFalseMessageFilter.INSTANCE; } | MessageFilters { public static MessageFilter alwaysFalse() { return AlwaysFalseMessageFilter.INSTANCE; } } | MessageFilters { public static MessageFilter alwaysFalse() { return AlwaysFalseMessageFilter.INSTANCE; } private MessageFilters(); } | MessageFilters { public static MessageFilter alwaysFalse() { return AlwaysFalseMessageFilter.INSTANCE; } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); static Me... | MessageFilters { public static MessageFilter alwaysFalse() { return AlwaysFalseMessageFilter.INSTANCE; } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); static Me... |
@Test public void testAlwaysTrueReturnsTrue() { assertTrue(alwaysTrue().apply(DUMMY_INPUT)); } | public static MessageFilter alwaysTrue(){ return AlwaysTrueMessageFilter.INSTANCE; } | MessageFilters { public static MessageFilter alwaysTrue(){ return AlwaysTrueMessageFilter.INSTANCE; } } | MessageFilters { public static MessageFilter alwaysTrue(){ return AlwaysTrueMessageFilter.INSTANCE; } private MessageFilters(); } | MessageFilters { public static MessageFilter alwaysTrue(){ return AlwaysTrueMessageFilter.INSTANCE; } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); static Messa... | MessageFilters { public static MessageFilter alwaysTrue(){ return AlwaysTrueMessageFilter.INSTANCE; } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); static Messa... |
@Test public void testNotAlwaysNegates(){ assertTrue(not(getFalseFilter()).apply(DUMMY_INPUT)); assertFalse(not(getTrueFilter()).apply(DUMMY_INPUT)); } | public static MessageFilter not(MessageFilter filter) { return new NotMessageFilter(filter); } | MessageFilters { public static MessageFilter not(MessageFilter filter) { return new NotMessageFilter(filter); } } | MessageFilters { public static MessageFilter not(MessageFilter filter) { return new NotMessageFilter(filter); } private MessageFilters(); } | MessageFilters { public static MessageFilter not(MessageFilter filter) { return new NotMessageFilter(filter); } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); st... | MessageFilters { public static MessageFilter not(MessageFilter filter) { return new NotMessageFilter(filter); } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); st... |
@Test public void testOr() { assertTrue(or(getFalseFilter(), getFalseFilter(), getTrueFilter()).apply(DUMMY_INPUT)); assertFalse(or(getFalseFilter(), getFalseFilter()).apply(DUMMY_INPUT)); } | public static MessageFilter or(MessageFilter...filters) { return new OrMessageFilter(filters); } | MessageFilters { public static MessageFilter or(MessageFilter...filters) { return new OrMessageFilter(filters); } } | MessageFilters { public static MessageFilter or(MessageFilter...filters) { return new OrMessageFilter(filters); } private MessageFilters(); } | MessageFilters { public static MessageFilter or(MessageFilter...filters) { return new OrMessageFilter(filters); } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); ... | MessageFilters { public static MessageFilter or(MessageFilter...filters) { return new OrMessageFilter(filters); } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters); ... |
@Test public void testAnd(){ assertTrue(and(getTrueFilter(), getTrueFilter()).apply(DUMMY_INPUT)); assertFalse(and(getTrueFilter(), getFalseFilter()).apply(DUMMY_INPUT)); } | public static MessageFilter and(MessageFilter...filters) { return new AndMessageFilter(filters); } | MessageFilters { public static MessageFilter and(MessageFilter...filters) { return new AndMessageFilter(filters); } } | MessageFilters { public static MessageFilter and(MessageFilter...filters) { return new AndMessageFilter(filters); } private MessageFilters(); } | MessageFilters { public static MessageFilter and(MessageFilter...filters) { return new AndMessageFilter(filters); } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters)... | MessageFilters { public static MessageFilter and(MessageFilter...filters) { return new AndMessageFilter(filters); } private MessageFilters(); static MessageFilter alwaysTrue(); static MessageFilter alwaysFalse(); static MessageFilter or(MessageFilter...filters); static MessageFilter or(Iterable<MessageFilter> filters)... |
@Test public void testAllAcceptancesLeadToAcceptance() { List<? extends MessageFilter> filters = ImmutableList.of( VerificationUtil.getTrueFilter(), VerificationUtil.getTrueFilter(), VerificationUtil.getTrueFilter()); AndMessageFilter filter = new AndMessageFilter(filters); assertTrue(filter.apply(VerificationUtil.DUMM... | @Override public boolean apply(Object input) { return andPredicate.apply(input); } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override boolean equals(Object o); @Override i... | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override boolean equals(Object o); @Override i... |
@Test public void test() throws TTransportException, IOException { InputManager inputManager = mock(InputManager.class); doReturn(mock(SuroInput.class)).when(inputManager).getInput("thrift"); HealthCheck healthCheck = new HealthCheck(new ServerConfig() { @Override public int getPort() { return suroServer.getServerPort(... | @GET @Produces("text/plain") public synchronized String get() { try { if (inputManager.getInput("thrift") != null) { if (client == null) { client = getClient("localhost", config.getPort(), 5000); } ServiceStatus status = client.getStatus(); if (status != ServiceStatus.ALIVE) { throw new RuntimeException("NOT ALIVE!!!")... | HealthCheck { @GET @Produces("text/plain") public synchronized String get() { try { if (inputManager.getInput("thrift") != null) { if (client == null) { client = getClient("localhost", config.getPort(), 5000); } ServiceStatus status = client.getStatus(); if (status != ServiceStatus.ALIVE) { throw new RuntimeException("... | HealthCheck { @GET @Produces("text/plain") public synchronized String get() { try { if (inputManager.getInput("thrift") != null) { if (client == null) { client = getClient("localhost", config.getPort(), 5000); } ServiceStatus status = client.getStatus(); if (status != ServiceStatus.ALIVE) { throw new RuntimeException("... | HealthCheck { @GET @Produces("text/plain") public synchronized String get() { try { if (inputManager.getInput("thrift") != null) { if (client == null) { client = getClient("localhost", config.getPort(), 5000); } ServiceStatus status = client.getStatus(); if (status != ServiceStatus.ALIVE) { throw new RuntimeException("... | HealthCheck { @GET @Produces("text/plain") public synchronized String get() { try { if (inputManager.getInput("thrift") != null) { if (client == null) { client = getClient("localhost", config.getPort(), 5000); } ServiceStatus status = client.getStatus(); if (status != ServiceStatus.ALIVE) { throw new RuntimeException("... |
@Test public void testOneRejectionLeadsToRejection() { List<? extends MessageFilter> filters = ImmutableList.of( VerificationUtil.getTrueFilter(), VerificationUtil.getTrueFilter(), VerificationUtil.getFalseFilter() ); AndMessageFilter filter = new AndMessageFilter(filters); assertFalse(filter.apply(VerificationUtil.DUM... | @Override public boolean apply(Object input) { return andPredicate.apply(input); } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override boolean equals(Object o); @Override i... | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override boolean equals(Object o); @Override i... |
@Test public void testAndMessageFilterShortcuts() { MessageFilter falseFilter = VerificationUtil.getFalseFilter(); MessageFilter trueFilter = VerificationUtil.getTrueFilter(); List<? extends MessageFilter> filters = ImmutableList.of( falseFilter, trueFilter ); assertFalse(new AndMessageFilter(filters).apply(Verificatio... | @Override public boolean apply(Object input) { return andPredicate.apply(input); } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); } | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override boolean equals(Object o); @Override i... | AndMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return andPredicate.apply(input); } AndMessageFilter(MessageFilter... filters); AndMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override boolean equals(Object o); @Override i... |
@Test public void testAllRejectionsLeadToRejection() { List<? extends MessageFilter> filters = ImmutableList.of(getFalseFilter(), getFalseFilter(), getFalseFilter()); OrMessageFilter filter = new OrMessageFilter(filters); assertFalse(filter.apply(DUMMY_INPUT)); } | @Override public boolean apply(Object input) { return orPredicate.apply(input); } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override String toString(); @Override boolean equa... | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override String toString(); @Override boolean equa... |
@Test public void testOneAcceptanceLeadsToAcceptance() { List<? extends MessageFilter> filters = ImmutableList.of(getFalseFilter(), getTrueFilter(), getFalseFilter()); OrMessageFilter filter = new OrMessageFilter(filters); assertTrue(filter.apply(DUMMY_INPUT)); } | @Override public boolean apply(Object input) { return orPredicate.apply(input); } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override String toString(); @Override boolean equa... | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override String toString(); @Override boolean equa... |
@Test public void testOrMessageFilterShortcuts() { MessageFilter falseFilter = getFalseFilter(); MessageFilter trueFilter = getTrueFilter(); List<? extends MessageFilter> filters = ImmutableList.of(trueFilter, falseFilter); assertTrue(new OrMessageFilter(filters).apply(DUMMY_INPUT)); verify(falseFilter, never()).apply(... | @Override public boolean apply(Object input) { return orPredicate.apply(input); } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); } | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override String toString(); @Override boolean equa... | OrMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return orPredicate.apply(input); } OrMessageFilter(MessageFilter... filters); OrMessageFilter(Iterable<? extends MessageFilter> filters); @Override boolean apply(Object input); @Override String toString(); @Override boolean equa... |
@Test public void test() { assertTrue(AlwaysTrueMessageFilter.INSTANCE.apply(DUMMY_INPUT)); } | @Override public boolean apply(Object input) { return true; } | AlwaysTrueMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return true; } } | AlwaysTrueMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return true; } private AlwaysTrueMessageFilter(); } | AlwaysTrueMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return true; } private AlwaysTrueMessageFilter(); @Override boolean apply(Object input); @Override String toString(); @Override int hashCode(); @Override boolean equals(Object obj); } | AlwaysTrueMessageFilter extends BaseMessageFilter { @Override public boolean apply(Object input) { return true; } private AlwaysTrueMessageFilter(); @Override boolean apply(Object input); @Override String toString(); @Override int hashCode(); @Override boolean equals(Object obj); static final AlwaysTrueMessageFilter I... |
@Test public void testDoFilter() throws Exception { RoutingKeyFilter filter = new RoutingKeyFilter("(?i)key"); MessageContainer container = makeMessageContainer("routingkEYname", null, null); assertTrue(filter.doFilter(container)); } | @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } } | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } @JsonCreator RoutingKeyFilter(@JsonProperty(JSON_PROPERTY_REGEX) String regex); } | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } @JsonCreator RoutingKeyFilter(@JsonProperty(JSON_PROPERTY_REGEX) String regex); @JsonProperty(JSON_PROPERTY_REGEX) String getRegex(); @Over... | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } @JsonCreator RoutingKeyFilter(@JsonProperty(JSON_PROPERTY_REGEX) String regex); @JsonProperty(JSON_PROPERTY_REGEX) String getRegex(); @Over... |
@Test public void negativeTest() throws Exception { RoutingKeyFilter filter = new RoutingKeyFilter("nomatch"); MessageContainer container = makeMessageContainer("routingkey", null, null); assertFalse(filter.doFilter(container)); } | @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } } | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } @JsonCreator RoutingKeyFilter(@JsonProperty(JSON_PROPERTY_REGEX) String regex); } | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } @JsonCreator RoutingKeyFilter(@JsonProperty(JSON_PROPERTY_REGEX) String regex); @JsonProperty(JSON_PROPERTY_REGEX) String getRegex(); @Over... | RoutingKeyFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filterPattern.matcher(message.getRoutingKey()).find(); } @JsonCreator RoutingKeyFilter(@JsonProperty(JSON_PROPERTY_REGEX) String regex); @JsonProperty(JSON_PROPERTY_REGEX) String getRegex(); @Over... |
@Test public void testXPathFilterWorksWithMap() throws Exception { String path = " Integer value = 6; XPathFilter filter = new XPathFilter(String.format("xpath(\"%s\") > 5", path), new JsonMapConverter()); assertTrue(filter.doFilter(makeMessageContainer("key", path, value))); } | @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } } | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } @JsonCreator XPathFilter(
@JsonProperty(JSON_PROPERTY_FILTER) String expression,
@JsonProperty(JSON_PROPERTY_CONVERTER) MessageConverter conv... | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } @JsonCreator XPathFilter(
@JsonProperty(JSON_PROPERTY_FILTER) String expression,
@JsonProperty(JSON_PROPERTY_CONVERTER) MessageConverter conv... | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } @JsonCreator XPathFilter(
@JsonProperty(JSON_PROPERTY_FILTER) String expression,
@JsonProperty(JSON_PROPERTY_CONVERTER) MessageConverter conv... |
@Test public void test() throws Exception { AtomicReference<Injector> injector = new AtomicReference<Injector>(); Properties properties = new Properties(); properties.setProperty(DynamicPropertyRoutingMapConfigurator.ROUTING_MAP_PROPERTY, "{}"); properties.setProperty(DynamicPropertySinkConfigurator.SINK_PROPERTY, "{\n... | @PostConstruct public void start() { try { statusServer.start(); sinkManager.initialStart(); inputManager.initialStart(); } catch (Exception e) { log.error("Exception while starting up server: " + e.getMessage(), e); Throwables.propagate(e); } } | SuroService { @PostConstruct public void start() { try { statusServer.start(); sinkManager.initialStart(); inputManager.initialStart(); } catch (Exception e) { log.error("Exception while starting up server: " + e.getMessage(), e); Throwables.propagate(e); } } } | SuroService { @PostConstruct public void start() { try { statusServer.start(); sinkManager.initialStart(); inputManager.initialStart(); } catch (Exception e) { log.error("Exception while starting up server: " + e.getMessage(), e); Throwables.propagate(e); } } @Inject private SuroService(StatusServer statusServer, Inpu... | SuroService { @PostConstruct public void start() { try { statusServer.start(); sinkManager.initialStart(); inputManager.initialStart(); } catch (Exception e) { log.error("Exception while starting up server: " + e.getMessage(), e); Throwables.propagate(e); } } @Inject private SuroService(StatusServer statusServer, Inpu... | SuroService { @PostConstruct public void start() { try { statusServer.start(); sinkManager.initialStart(); inputManager.initialStart(); } catch (Exception e) { log.error("Exception while starting up server: " + e.getMessage(), e); Throwables.propagate(e); } } @Inject private SuroService(StatusServer statusServer, Inpu... |
@Test public void testExistFilter() throws Exception { XPathFilter filter = new XPathFilter("xpath(\"data.fit.sessionId\") exists", new JsonMapConverter()); assertTrue(filter.doFilter(new DefaultMessageContainer(new Message( "routingKey", jsonMapper.writeValueAsBytes( new ImmutableMap.Builder<String, Object>() .put("da... | @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } } | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } @JsonCreator XPathFilter(
@JsonProperty(JSON_PROPERTY_FILTER) String expression,
@JsonProperty(JSON_PROPERTY_CONVERTER) MessageConverter conv... | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } @JsonCreator XPathFilter(
@JsonProperty(JSON_PROPERTY_FILTER) String expression,
@JsonProperty(JSON_PROPERTY_CONVERTER) MessageConverter conv... | XPathFilter implements Filter { @Override public boolean doFilter(MessageContainer message) throws Exception { return filter.apply(converter.convert(message)); } @JsonCreator XPathFilter(
@JsonProperty(JSON_PROPERTY_FILTER) String expression,
@JsonProperty(JSON_PROPERTY_CONVERTER) MessageConverter conv... |
@Test public void testOpenAndReadFromStart() throws IOException { final FileBlockingQueue<String> queue = getFileBlockingQueue(); createFile(queue, 3000); int count = 0; for (String m : new Iterable<String>() { @Override public Iterator<String> iterator() { return queue.iterator(); } }) { assertEquals(m, "testString" +... | @Override public Iterator<E> iterator() { return new Iterator<E>() { @Override public boolean hasNext() { return !isEmpty(); } @Override public E next() { try { E x = consumeElement(); return x; } catch (IOException e) { throw new RuntimeException(e); } } @Override public void remove() { throw new UnsupportedOperationE... | FileBlockingQueue extends AbstractQueue<E> implements BlockingQueue<E> { @Override public Iterator<E> iterator() { return new Iterator<E>() { @Override public boolean hasNext() { return !isEmpty(); } @Override public E next() { try { E x = consumeElement(); return x; } catch (IOException e) { throw new RuntimeException... | FileBlockingQueue extends AbstractQueue<E> implements BlockingQueue<E> { @Override public Iterator<E> iterator() { return new Iterator<E>() { @Override public boolean hasNext() { return !isEmpty(); } @Override public E next() { try { E x = consumeElement(); return x; } catch (IOException e) { throw new RuntimeException... | FileBlockingQueue extends AbstractQueue<E> implements BlockingQueue<E> { @Override public Iterator<E> iterator() { return new Iterator<E>() { @Override public boolean hasNext() { return !isEmpty(); } @Override public E next() { try { E x = consumeElement(); return x; } catch (IOException e) { throw new RuntimeException... | FileBlockingQueue extends AbstractQueue<E> implements BlockingQueue<E> { @Override public Iterator<E> iterator() { return new Iterator<E>() { @Override public boolean hasNext() { return !isEmpty(); } @Override public E next() { try { E x = consumeElement(); return x; } catch (IOException e) { throw new RuntimeException... |
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