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

...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}...

passWhenTestingAPositiveFloat

Using AI Code Generation

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 ( )

passWhenTestingAPositiveFloat

Using AI Code Generation

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

passWhenTestingAPositiveFloat

Using AI Code Generation

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}

passWhenTestingAPositiveFloat

Using AI Code Generation

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() }

passWhenTestingAPositiveFloat

Using AI Code Generation

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` ()

passWhenTestingAPositiveFloat

Using AI Code Generation

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    }

passWhenTestingAPositiveFloat

Using AI Code Generation

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}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.