How to use isNegative method of org.assertj.core.api.AbstractIntegerAssert class

Best Assertj code snippet using org.assertj.core.api.AbstractIntegerAssert.isNegative

Source:ProductEurope1PricesAttributeHandlerTest.java

...25	{26		return Arrays.asList(//27				compare(null, null).andThen(AbstractIntegerAssert::isZero),28				compareBuilding(left -> left.withUserUid("ab123"), right -> right.withUserUid("AB234"))29						.andThen(AbstractIntegerAssert::isNegative),30				compareBuilding(left -> left.withUserUid("ab234"), right -> right.withUserUid("AB123"))31						.andThen(AbstractIntegerAssert::isPositive),32				compareBuilding(left -> left.withUserUid("theSame"), right -> right.withUserUid("theSame"))33						.andThen(AbstractIntegerAssert::isZero),34				compareBuilding(left -> left.withPdtRowCode("ab123"), right -> right.withPdtRowCode("AB234"))35						.andThen(AbstractIntegerAssert::isNegative),36				compareBuilding(left -> left.withPdtRowCode("ab234"), right -> right.withPdtRowCode("AB123"))37						.andThen(AbstractIntegerAssert::isPositive),38				compareBuilding(left -> left.withPdtRowCode("theSame"), right -> right.withPdtRowCode("theSame"))39						.andThen(AbstractIntegerAssert::isZero),40				compareBuilding(Builder::withAbsentProduct, Builder::withPresentProduct).andThen(41						AbstractIntegerAssert::isNegative),42				compareBuilding(Builder::withPresentProduct, Builder::withAbsentProduct).andThen(43						AbstractIntegerAssert::isPositive),44				compareBuilding(Builder::withPresentProduct, Builder::withPresentProduct).andThen(AbstractIntegerAssert::isZero),45				compareBuilding(Builder::withAbsentProduct, Builder::withAbsentProduct).andThen(AbstractIntegerAssert::isZero),46				compareBuilding(Builder::withAbsentProductId, Builder::withPresentProductId).andThen(47						AbstractIntegerAssert::isNegative),48				compareBuilding(Builder::withPresentProductId, Builder::withAbsentProductId).andThen(49						AbstractIntegerAssert::isPositive),50				compareBuilding(Builder::withAbsentProductId, Builder::withAbsentProduct).andThen(AbstractIntegerAssert::isZero),51				compareBuilding(Builder::withPresentProductId, Builder::withPresentProductId).andThen(52						AbstractIntegerAssert::isZero),53				compareBuilding(Builder::withAbsentPg, Builder::withPresentPg).andThen(AbstractIntegerAssert::isNegative),54				compareBuilding(Builder::withPresentPg, Builder::withAbsentPg).andThen(AbstractIntegerAssert::isPositive),55				compareBuilding(Builder::withAbsentPg, Builder::withAbsentPg).andThen(AbstractIntegerAssert::isZero),56				compareBuilding(Builder::withPresentPg, Builder::withPresentPg).andThen(AbstractIntegerAssert::isZero),57				compareBuilding(left -> withCurrencyIsoCode(left, "ab123"),58						right -> withCurrencyIsoCode(right, "AB234"))59						.andThen(AbstractIntegerAssert::isNegative),60				compareBuilding(left -> withCurrencyIsoCode(left, "ab234"),61						right -> withCurrencyIsoCode(right, "AB123"))62						.andThen(AbstractIntegerAssert::isPositive),63				compareBuilding(left -> withCurrencyIsoCode(left, "theSame"),64						right -> withCurrencyIsoCode(right, "theSame"))65						.andThen(AbstractIntegerAssert::isZero),66				compareBuilding(ProductEurope1PricesAttributeHandlerTest::withAbsentNet,67						ProductEurope1PricesAttributeHandlerTest::withPresentNet).andThen(68						AbstractIntegerAssert::isNegative),69				compareBuilding(ProductEurope1PricesAttributeHandlerTest::withPresentNet,70						ProductEurope1PricesAttributeHandlerTest::withAbsentNet).andThen(71						AbstractIntegerAssert::isPositive),72				compareBuilding(ProductEurope1PricesAttributeHandlerTest::withAbsentNet,73						ProductEurope1PricesAttributeHandlerTest::withAbsentNet).andThen(AbstractIntegerAssert::isZero),74				compareBuilding(ProductEurope1PricesAttributeHandlerTest::withPresentNet,75						ProductEurope1PricesAttributeHandlerTest::withPresentNet).andThen(AbstractIntegerAssert::isZero),76				compareBuilding(left -> withUnitCode(left, "ab123"), right -> withUnitCode(right, "AB234"))77						.andThen(AbstractIntegerAssert::isNegative),78				compareBuilding(left -> withUnitCode(left, "ab234"), right -> withUnitCode(right, "AB123"))79						.andThen(AbstractIntegerAssert::isPositive),80				compareBuilding(left -> withUnitCode(left, "theSame"), right -> withUnitCode(right, "theSame"))81						.andThen(AbstractIntegerAssert::isZero),82				compareBuilding(left -> withMinqtd(left, 1L), right -> withMinqtd(right, 2L)).andThen(83						AbstractIntegerAssert::isNegative),84				compareBuilding(left -> withMinqtd(left, 2L), right -> withMinqtd(right, 1L)).andThen(85						AbstractIntegerAssert::isPositive),86				compareBuilding(left -> withMinqtd(left, 3L), right -> withMinqtd(right, 3L)).andThen(87						AbstractIntegerAssert::isZero),88				compareBuilding(left -> left.withPK(PK.NULL_PK), right -> right.withPK(PK.BIG_PK)).andThen(89						AbstractIntegerAssert::isNegative),90				compareBuilding(left -> left.withPK(PK.BIG_PK), right -> right.withPK(PK.NULL_PK)).andThen(91						AbstractIntegerAssert::isPositive),92				compareBuilding(left -> left.withPK(PK.NULL_PK), right -> right.withPK(PK.NULL_PK)).andThen(93						AbstractIntegerAssert::isZero));94	}95	static Function<Void, AbstractIntegerAssert> compareBuilding(96			final Function<Builder<PriceRowModel>, Builder<PriceRowModel>> functionA,97			final Function<Builder<PriceRowModel>, Builder<PriceRowModel>> functionB)98	{99		final PriceRowModel builtModelA = functionA.andThen(Builder::build).apply(Builder.of(PriceRowModel.class));100		final PriceRowModel builtModelB = functionB.andThen(Builder::build).apply(Builder.of(PriceRowModel.class));101		return compare(builtModelA, builtModelB);102	}103	static Function<Void, AbstractIntegerAssert> compare(final PriceRowModel builtModelA, final PriceRowModel builtModelB)...

Source:ProductEurope1DiscountsAttributeHandlerTest.java

...25	{26		return Arrays.asList( //27				compare(null, null).andThen(AbstractIntegerAssert::isZero),28				compareBuilding(left -> left.withUserUid("ab123"), right -> right.withUserUid("AB234"))29						.andThen(AbstractIntegerAssert::isNegative),30				compareBuilding(left -> left.withUserUid("ab234"), right -> right.withUserUid("AB123"))31						.andThen(AbstractIntegerAssert::isPositive),32				compareBuilding(left -> left.withUserUid("theSame"), right -> right.withUserUid("theSame"))33						.andThen(AbstractIntegerAssert::isZero),34				compareBuilding(left -> left.withUgCode("ab123"), right -> right.withUgCode("AB234")).andThen(35						AbstractIntegerAssert::isNegative),36				compareBuilding(left -> left.withUgCode("ab234"), right -> right.withUgCode("AB123")).andThen(37						AbstractIntegerAssert::isPositive),38				compareBuilding(left -> left.withUgCode("theSame"), right -> right.withUgCode("theSame")).andThen(39						AbstractIntegerAssert::isZero),40				compareBuilding(Builder::withAbsentProduct, Builder::withPresentProduct).andThen(41						AbstractIntegerAssert::isNegative),42				compareBuilding(Builder::withPresentProduct, Builder::withAbsentProduct).andThen(43						AbstractIntegerAssert::isPositive),44				compareBuilding(Builder::withAbsentProduct, Builder::withAbsentProduct).andThen(AbstractIntegerAssert::isZero),45				compareBuilding(Builder::withPresentProduct, Builder::withPresentProduct).andThen(46						AbstractIntegerAssert::isZero),47				compareBuilding(Builder::withAbsentProductId, Builder::withPresentProductId).andThen(48						AbstractIntegerAssert::isNegative),49				compareBuilding(Builder::withPresentProductId, Builder::withAbsentProductId).andThen(50						AbstractIntegerAssert::isPositive),51				compareBuilding(Builder::withAbsentProductId, Builder::withAbsentProductId).andThen(52						AbstractIntegerAssert::isZero),53				compareBuilding(Builder::withPresentProductId, Builder::withPresentProductId).andThen(54						AbstractIntegerAssert::isZero),55				compareBuilding(Builder::withAbsentPg, Builder::withPresentPg).andThen(AbstractIntegerAssert::isNegative),56				compareBuilding(Builder::withPresentPg, Builder::withAbsentPg).andThen(AbstractIntegerAssert::isPositive),57				compareBuilding(Builder::withAbsentPg, Builder::withAbsentPg).andThen(AbstractIntegerAssert::isZero),58				compareBuilding(Builder::withPresentPg, Builder::withPresentPg).andThen(AbstractIntegerAssert::isZero),59				compareBuilding(left -> withDiscountCode(left, "ab123"), right -> withDiscountCode(right, "AB234"))60						.andThen(AbstractIntegerAssert::isNegative),61				compareBuilding(left -> withDiscountCode(left, "ab234"), right -> withDiscountCode(right, "AB123"))62						.andThen(AbstractIntegerAssert::isPositive),63				compareBuilding(left -> withDiscountCode(left, "theSame"),64						right -> withDiscountCode(right, "theSame"))65						.andThen(AbstractIntegerAssert::isZero),66				compareBuilding(left -> withCurrencyIsoCode(left, "ab123"),67						right -> withCurrencyIsoCode(right, "AB234"))68						.andThen(AbstractIntegerAssert::isNegative),69				compareBuilding(left -> withCurrencyIsoCode(left, "ab234"),70						right -> withCurrencyIsoCode(right, "AB123"))71						.andThen(AbstractIntegerAssert::isPositive),72				compareBuilding(left -> withCurrencyIsoCode(left, "theSame"),73						right -> withCurrencyIsoCode(right, "theSame"))74						.andThen(AbstractIntegerAssert::isZero),75				compareBuilding(left -> left.withPK(PK.NULL_PK), right -> right.withPK(PK.BIG_PK)).andThen(76						AbstractIntegerAssert::isNegative),77				compareBuilding(left -> left.withPK(PK.BIG_PK), right -> right.withPK(PK.NULL_PK)).andThen(78						AbstractIntegerAssert::isPositive),79				compareBuilding(left -> left.withPK(PK.NULL_PK), right -> right.withPK(PK.NULL_PK)).andThen(80						AbstractIntegerAssert::isZero));81	}82	static Function<Void, AbstractIntegerAssert> compareBuilding(83			final Function<Builder<DiscountRowModel>, Builder<DiscountRowModel>> functionA,84			final Function<Builder<DiscountRowModel>, Builder<DiscountRowModel>> functionB)85	{86		final DiscountRowModel builtModelA = functionA.andThen(Builder::build).apply(Builder.of(DiscountRowModel.class));87		final DiscountRowModel builtModelB = functionB.andThen(Builder::build).apply(Builder.of(DiscountRowModel.class));88		return compare(builtModelA, builtModelB);89	}90	static Function<Void, AbstractIntegerAssert> compare(final DiscountRowModel builtModelA, final DiscountRowModel builtModelB)...

Source:ProductEurope1TaxesAttributeHandlerTest.java

...24	{25		return Arrays.asList(//26				compare(null, null).andThen(AbstractIntegerAssert::isZero),27				compareBuilding(left -> left.withUserUid("ab123"), right -> right.withUserUid("AB234"))28						.andThen(AbstractIntegerAssert::isNegative),29				compareBuilding(left -> left.withUserUid("ab234"), right -> right.withUserUid("AB123"))30						.andThen(AbstractIntegerAssert::isPositive),31				compareBuilding(left -> left.withUserUid("theSame"), right -> right.withUserUid("theSame"))32						.andThen(AbstractIntegerAssert::isZero),33				compareBuilding(left -> left.withUgCode("ab123"), right -> right.withUgCode("AB234")).andThen(34						AbstractIntegerAssert::isNegative),35				compareBuilding(left -> left.withUgCode("ab234"), right -> right.withUgCode("AB123")).andThen(36						AbstractIntegerAssert::isPositive),37				compareBuilding(left -> left.withUgCode("theSame"), right -> right.withUgCode("theSame")).andThen(38						AbstractIntegerAssert::isZero),39				compareBuilding(Builder::withAbsentProduct, Builder::withPresentProduct).andThen(40						AbstractIntegerAssert::isNegative),41				compareBuilding(Builder::withPresentProduct, Builder::withAbsentProduct).andThen(42						AbstractIntegerAssert::isPositive),43				compareBuilding(Builder::withAbsentProduct, Builder::withAbsentProduct).andThen(AbstractIntegerAssert::isZero),44				compareBuilding(Builder::withPresentProduct, Builder::withPresentProduct).andThen(AbstractIntegerAssert::isZero),45				compareBuilding(Builder::withAbsentPg, Builder::withPresentPg).andThen(AbstractIntegerAssert::isNegative),46				compareBuilding(Builder::withPresentPg, Builder::withAbsentPg).andThen(AbstractIntegerAssert::isPositive),47				compareBuilding(Builder::withAbsentPg, Builder::withAbsentPg).andThen(AbstractIntegerAssert::isZero),48				compareBuilding(Builder::withPresentPg, Builder::withPresentPg).andThen(AbstractIntegerAssert::isZero),49				compareBuilding(left -> withTaxCode(left, "ab123"), right -> withTaxCode(right, "AB234"))50						.andThen(AbstractIntegerAssert::isNegative),51				compareBuilding(left -> withTaxCode(left, "ab234"), right -> withTaxCode(right, "ab123"))52						.andThen(AbstractIntegerAssert::isPositive),53				compareBuilding(left -> withTaxCode(left, "theSame"), right -> withTaxCode(right, "theSame"))54						.andThen(AbstractIntegerAssert::isZero),55				compareBuilding(left -> left.withPK(PK.NULL_PK), right -> right.withPK(PK.BIG_PK)).andThen(56						AbstractIntegerAssert::isNegative),57				compareBuilding(left -> left.withPK(PK.BIG_PK), right -> right.withPK(PK.NULL_PK)).andThen(58						AbstractIntegerAssert::isPositive),59				compareBuilding(left -> left.withPK(PK.NULL_PK), right -> right.withPK(PK.NULL_PK)).andThen(60						AbstractIntegerAssert::isZero));61	}62	static Function<Void, AbstractIntegerAssert> compareBuilding(63			final Function<Builder<TaxRowModel>, Builder<TaxRowModel>> functionA,64			final Function<Builder<TaxRowModel>, Builder<TaxRowModel>> functionB)65	{66		final TaxRowModel builtModelA = functionA.andThen(Builder::build).apply(Builder.of(TaxRowModel.class));67		final TaxRowModel builtModelB = functionB.andThen(Builder::build).apply(Builder.of(TaxRowModel.class));68		return compare(builtModelA, builtModelB);69	}70	static Function<Void, AbstractIntegerAssert> compare(final TaxRowModel builtModelA, final TaxRowModel builtModelB)...

isNegative

Using AI Code Generation

1import static org.assertj.core.api.Assertions.assertThat;2class Main {3    public static void main(String[] args) {4        assertThat(1).isNegative();5    }6}7import static org.assertj.core.api.Assertions.assertThat;8class Main {9    public static void main(String[] args) {10        assertThat(1L).isNegative();11    }12}13import static org.assertj.core.api.Assertions.assertThat;14class Main {15    public static void main(String[] args) {16        assertThat((short) 1).isNegative();17    }18}19import static org.assertj.core.api.Assertions.assertThat;20class Main {21    public static void main(String[] args) {22        assertThat((byte) 1).isNegative();23    }24}25import static org.assertj.core.api.Assertions.assertThat;26class Main {27    public static void main(String[] args) {28        assertThat(1.0f).isNegative();29    }30}31import static org.assertj.core.api.Assertions.assertThat;32class Main {33    public static void main(String[] args) {34        assertThat(1.0).isNegative();35    }36}37import static org.assertj.core.api.Assertions.assertThat;38class Main {39    public static void main(String[] args) {40        assertThat(java.math.BigInteger.ONE).isNegative();41    }42}43import static org.assertj.core.api.Assertions.assertThat;44class Main {45    public static void main(String[] args) {46        assertThat(java.math.BigDecimal.ONE).isNegative();47    }48}49import static org.assertj.core.api.Assertions.assertThat;50class Main {51    public static void main(String[] args) {52        assertThat(new

isNegative

Using AI Code Generation

1import org.assertj.core.api.Assertions;2import org.assertj.core.api.AbstractIntegerAssert;3class Test {4    public static void main(String[] args) {5        AbstractIntegerAssert<?> a = Assertions.assertThat(-1);6        a.isNegative();7    }8}9import org.assertj.core.api.Assertions;10import org.assertj.core.api.AbstractIntegerAssert;11class Test {12    public static void main(String[] args) {13        AbstractIntegerAssert<?> a = Assertions.assertThat(-1);14        a.isNegative();15    }16}17import org.assertj.core.api.Assertions;18import org.assertj.core.api.AbstractIntegerAssert;19class Test {20    public static void main(String[] args) {21        AbstractIntegerAssert<?> a = Assertions.assertThat(-1);22        a.isNegative();23    }24}25import org.assertj.core.api.Assertions;26import org.assertj.core.api.AbstractIntegerAssert;27class Test {28    public static void main(String[] args) {29        AbstractIntegerAssert<?> a = Assertions.assertThat(-1);30        a.isNegative();31    }32}33import org.assertj.core.api.Assertions;34import org.assertj.core.api.AbstractIntegerAssert;35class Test {36    public static void main(String[] args) {37        AbstractIntegerAssert<?> a = Assertions.assertThat(-1);38        a.isNegative();39    }40}41import org.assertj.core.api.Assertions;42import org.assertj.core.api.AbstractIntegerAssert;43class Test {44    public static void main(String[] args) {45        AbstractIntegerAssert<?> a = Assertions.assertThat(-1);46        a.isNegative();47    }48}49import org.assertj.core.api.Assertions;50import org.assertj.core.api.AbstractIntegerAssert;51class Test {52    public static void main(String[] args) {53        AbstractIntegerAssert<?> a = Assertions.assertThat(-1);54        a.isNegative();55    }56}

isNegative

Using AI Code Generation

1import org.assertj.core.api.Assertions;2import org.assertj.core.api.AbstractIntegerAssert;3public class Main {4    public static void main(String[] args) {5        AbstractIntegerAssert<?> result = Assertions.assertThat(-1);6        System.out.println(result.isNegative());7    }8}9Recommended Posts: Java | AssertJ - isPositive() method10Java | AssertJ - isZero() method11Java | AssertJ - isNotNegative() method12Java | AssertJ - isNotPositive() method13Java | AssertJ - isNotZero() method14Java | AssertJ - isBetween() method15Java | AssertJ - isNotBetween() method16Java | AssertJ - isStrictlyBetween() method17Java | AssertJ - isNotStrictlyBetween() method18Java | AssertJ - isInstanceOf() method19Java | AssertJ - isNotInstanceOf() method20Java | AssertJ - isInstanceOfAny() method21Java | AssertJ - isNotInstanceOfAny() method22Java | AssertJ - isExactlyInstanceOf() method23Java | AssertJ - isNotExactlyInstanceOf() method

isNegative

Using AI Code Generation

1public class Test {2    public static void main(String[] args) {3        int i = 10;4        Assertions.assertThat(i).isNegative();5    }6}7public class Test {8    public static void main(String[] args) {9        long i = 10L;10        Assertions.assertThat(i).isNegative();11    }12}13public class Test {14    public static void main(String[] args) {15        short i = 10;16        Assertions.assertThat(i).isNegative();17    }18}19public class Test {20    public static void main(String[] args) {21        byte i = 10;22        Assertions.assertThat(i).isNegative();23    }24}25public class Test {26    public static void main(String[] args) {27        double i = 10.0;28        Assertions.assertThat(i).isNegative();29    }30}31public class Test {32    public static void main(String[] args) {33        float i = 10.0f;34        Assertions.assertThat(i).isNegative();35    }36}37public class Test {38    public static void main(String[] args) {39        BigInteger i = new BigInteger("10");40        Assertions.assertThat(i).isNegative();41    }42}43public class Test {44    public static void main(String[] args) {45        BigDecimal i = new BigDecimal("10");46        Assertions.assertThat(i).isNegative();47    }48}49public class Test {50    public static void main(String[] args) {51        AtomicIntegerArray i = new AtomicIntegerArray(10);52        Assertions.assertThat(i).isNegative();53    }54}

isNegative

Using AI Code Generation

1public class 1 {2    public static void main(String[] args) {3        Integer num = 2;4        Assertions.assertThat(num).isNegative();5    }6}7public class 2 {8    public static void main(String[] args) {9        Long num = 2L;10        Assertions.assertThat(num).isNegative();11    }12}13public class 3 {14    public static void main(String[] args) {15        Short num = 2;16        Assertions.assertThat(num).isNegative();17    }18}19public class 4 {20    public static void main(String[] args) {21        Byte num = 2;22        Assertions.assertThat(num).isNegative();23    }24}25public class 5 {26    public static void main(String[] args) {27        Double num = 2.0;28        Assertions.assertThat(num).isNegative();29    }30}31public class 6 {32    public static void main(String[] args) {33        Float num = 2.0f;34        Assertions.assertThat(num).isNegative();35    }36}37public class 7 {38    public static void main(String[] args) {39        BigDecimal num = new BigDecimal(2);40        Assertions.assertThat(num).isNegative();41    }42}43public class 8 {44    public static void main(String[] args) {45        BigInteger num = new BigInteger("2");46        Assertions.assertThat(num).isNegative();47    }48}49public class 9 {50    public static void main(String[] args) {51        AtomicIntegerArray array = new AtomicIntegerArray(new int[]{2, 3

isNegative

Using AI Code Generation

1import org.assertj.core.api.*;2import org.assertj.core.api.AbstractIntegerAssert.*;3public class 1 {4    public static void main(String[] args) {5        IntegerAssert integerAssert = new IntegerAssert(1);6        integerAssert.isNegative();7    }8}9	at org.assertj.core.api.AbstractIntegerAssert.isNegative(AbstractIntegerAssert.java:103)10	at 1.main(1.java:10)

isNegative

Using AI Code Generation

1import static org.assertj.core.api.Assertions.assertThat;2public class Test {3    public static void main(String[] args) {4        int number = -5;5        assertThat(number).isNegative();6    }7}

isNegative

Using AI Code Generation

1import static org.assertj.core.api.Assertions.assertThat;2public class Test {3public static void main(String[] args) {4int i = -1;5assertThat(i).isNegative();6}7}8at org.junit.Assert.assertEquals(Assert.java:115)9at org.junit.Assert.assertEquals(Assert.java:144)10at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:64)11at org.assertj.core.api.AbstractIntegerAssert.isEqualTo(AbstractIntegerAssert.java:144)12at org.assertj.core.api.AbstractIntegerAssert.isNegative(AbstractIntegerAssert.java:105)13at Test.main(Test.java:12)

isNegative

Using AI Code Generation

1public class IntegerAssertIsNegative {2    public static void main(String[] args) {3        IntegerAssert integerAssert = new IntegerAssert(10);4        System.out.println("Is the Integer 10 negative? " + integerAssert.isNegative());5    }6}

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