How to use passWhenTestingAPositiveFloat method of org.amshove.kluent.tests.numerical.ShouldBePositiveShould class

Best Kluent code snippet using org.amshove.kluent.tests.numerical.ShouldBePositiveShould.passWhenTestingAPositiveFloat

ShouldBePositiveShould.kt

Source: ShouldBePositiveShould.kt Github

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...27 fun failWhenTestingZeroDouble() {28 assertFails { (0.0).shouldBePositive() }29 }30 @Test31 fun passWhenTestingAPositiveFloat() {32 (0.001f).shouldBePositive()33 }34 @Test35 fun failWhenTestingANegativeFloat() {36 assertFails { (-0.00001f).shouldBePositive() }37 }38 @Test39 fun failWhenTestingZeroFloat() {40 assertFails { (0.0f).shouldBePositive() }41 }42}...

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passWhenTestingAPositiveFloat

Using AI Code Generation

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1org.amshove.kluent.tests.numerical . ShouldBePositiveShould . passWhenTestingAPositiveFloat ( )2org.amshove.kluent.tests.numerical . ShouldBePositiveShould . passWhenTestingAPositiveDouble ( )3org.amshove.kluent.tests.numerical . ShouldBePositiveShould . passWhenTestingAPositiveLong ( )4org.amshove.kluent.tests.numerical . ShouldBePositiveShould . passWhenTestingAPositiveShort ( )5org.amshove.kluent.tests.numerical . ShouldBePositiveShould . passWhenTestingAPositiveByte ( )6org.amshove.kluent.tests.numerical . ShouldBePositiveShould . failWhenTestingANegativeInt ( )7org.amshove.kluent.tests.numerical . ShouldBePositiveShould . failWhenTestingANegativeFloat ( )8org.amshove.kluent.tests.numerical . ShouldBePositiveShould . failWhenTestingANegativeDouble ( )9org.amshove.kluent.tests.numerical . ShouldBePositiveShould . failWhenTestingANegativeLong ( )10org.amshove.kluent.tests.numerical . ShouldBePositiveShould . failWhenTestingANegativeShort ( )

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passWhenTestingAPositiveFloat

Using AI Code Generation

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1import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.passWhenTestingAPositiveFloat2passWhenTestingAPositiveFloat()3import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.passWhenTestingAPositiveDouble4passWhenTestingAPositiveDouble()5import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.failWhenTestingANegativeFloat6failWhenTestingANegativeFloat()7import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.failWhenTestingANegativeDouble8failWhenTestingANegativeDouble()9import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.failWhenTestingZero10failWhenTestingZero()11import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.passWhenTestingAPositiveLong12passWhenTestingAPositiveLong()13import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.failWhenTestingANegativeLong14failWhenTestingANegativeLong()15import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.failWhenTestingZeroLong16failWhenTestingZeroLong()17import org.amshove.kluent.tests.numerical.ShouldBePositiveShould.passWhenTestingAPositiveShort18passWhenTestingAPositiveShort()19import

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passWhenTestingAPositiveFloat

Using AI Code Generation

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1fun passWhenTestingAPositiveFloat() {2 1.0f.shouldBePositive()3}4fun passWhenTestingAPositiveDouble() {5 1.0.shouldBePositive()6}7fun passWhenTestingAPositiveBigInteger() {8 BigInteger("1").shouldBePositive()9}10fun failWhenTestingANegativeByte() {11 invoking {12 (-1).toByte().shouldBePositive()13 } shouldThrow IllegalArgumentException::class withMessage "The value should be positive, but was -1"14}15fun failWhenTestingANegativeShort() {16 invoking {17 (-1).toShort().shouldBePositive()18 } shouldThrow IllegalArgumentException::class withMessage "The value should be positive, but was -1"19}20fun failWhenTestingANegativeInt() {21 invoking {22 -1.shouldBePositive()23 } shouldThrow IllegalArgumentException::class withMessage "The value should be positive, but was -1"24}25fun failWhenTestingANegativeLong() {26 invoking {27 (-1).toLong().shouldBePositive()28 } shouldThrow IllegalArgumentException::class withMessage "The value should be positive, but was -1"29}30fun failWhenTestingANegativeFloat() {31 invoking {32 (-1.0f).shouldBePositive()33 } shouldThrow IllegalArgumentException::class withMessage "The value should be positive, but was -1.0"34}

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passWhenTestingAPositiveFloat

Using AI Code Generation

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1fun `passWhenTestingAPositiveFloat`() { 1.0f.shouldBePositive() }2fun `failWhenTestingANegativeFloat`() { (-1.0f).shouldNotBePositive() }3fun `failWhenTestingANegativeFloat`() { (-1.0f).shouldNotBePositive() }4fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }5fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }6fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }7fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }8fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }9fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }10fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }11fun `failWhenTestingZeroFloat`() { 0f.shouldNotBePositive() }

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passWhenTestingAPositiveFloat

Using AI Code Generation

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1fun `passWhenTestingAPositiveFloat` () {2 1.0F.shouldBePositive()3}4fun `passWhenTestingAPositiveDouble` () {5 1.0.shouldBePositive()6}7fun `failWhenTestingANegativeInt` () {8 assertFails { (-1).shouldBePositive() }9}10fun `failWhenTestingANegativeLong` () {11 assertFails { (-1L).shouldBePositive() }12}13fun `failWhenTestingANegativeFloat` () {14 assertFails { (-1.0F).shouldBePositive() }15}16fun `failWhenTestingANegativeDouble` () {17 assertFails { (-1.0).shouldBePositive() }18}19fun `failWhenTestingZero` () {20 assertFails { 0.shouldBePositive() }21}22fun `failWhenTestingZeroFloat` () {23 assertFails { 0.0F.shouldBePositive() }24}25fun `failWhenTestingZeroDouble` () {26 assertFails { 0.0.shouldBePositive() }27}28fun `failWhenTestingANegativeIntWithACustomMessage` ()

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passWhenTestingAPositiveFloat

Using AI Code Generation

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1 public void passWhenTestingAPositiveFloat() {2 val aFloat = 1.0f;3 val result = aFloat.shouldBePositive();4 assertThat(result).isSameAs(aFloat);5 }6 public void passWhenTestingAPositiveDouble() {7 val aDouble = 1.0;8 val result = aDouble.shouldBePositive();9 assertThat(result).isSameAs(aDouble);10 }11 public void failWhenTestingANegativeByte() {12 val aByte: Byte = -1;13 val exception = assertFails {14 aByte.shouldBePositive();15 }16 assertEquals("Expected $aByte to be positive, but it was not", exception.message);17 }18 public void failWhenTestingANegativeShort() {19 val aShort: Short = -1;20 val exception = assertFails {21 aShort.shouldBePositive();22 }23 assertEquals("Expected $aShort to be positive, but it was not", exception.message);24 }25 public void failWhenTestingANegativeInt() {26 val anInt = -1;27 val exception = assertFails {28 anInt.shouldBePositive();29 }30 assertEquals("Expected $anInt to be positive, but it was not", exception.message);31 }

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passWhenTestingAPositiveFloat

Using AI Code Generation

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1import org.amshove.kluent.tests.numerical.ShouldBePositiveShould2class TestClass {3 fun `test case`() {4 val shouldBePositiveShould = ShouldBePositiveShould()5 shouldBePositiveShould.passWhenTestingAPositiveFloat()6 }7}8import org.amshove.kluent.tests.numerical.ShouldBePositiveShould9class TestClass {10 fun `test case`() {11 val shouldBePositiveShould = ShouldBePositiveShould()12 shouldBePositiveShould.passWhenTestingAPositiveInt()13 }14}15import org.amshove.kluent.tests.numerical.ShouldBePositiveShould16class TestClass {17 fun `test case`() {18 val shouldBePositiveShould = ShouldBePositiveShould()19 shouldBePositiveShould.passWhenTestingAPositiveLong()20 }21}22import org.amshove.kluent.tests.numerical.ShouldBePositiveShould23class TestClass {24 fun `test case`() {25 val shouldBePositiveShould = ShouldBePositiveShould()26 shouldBePositiveShould.passWhenTestingAPositiveShort()27 }28}29import org.amshove.kluent.tests.numerical.ShouldBePositiveShould30class TestClass {31 fun `test case`() {32 val shouldBePositiveShould = ShouldBePositiveShould()33 shouldBePositiveShould.passWhenTestingAPositiveUByte()34 }35}36import org.amshove.kluent.tests.numerical.ShouldBePositiveShould37class TestClass {38 fun `test case`() {39 val shouldBePositiveShould = ShouldBePositiveShould()40 shouldBePositiveShould.passWhenTestingAPositiveUInt()41 }42}

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