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How to use passWhenTestingANegativeFloat method of org.amshove.kluent.tests.numerical.ShouldBeNegativeShould class

Best Kluent code snippet using org.amshove.kluent.tests.numerical.ShouldBeNegativeShould.passWhenTestingANegativeFloat

ShouldBeNegativeShould.kt

Source:ShouldBeNegativeShould.kt

...27    fun failWhenTestingZeroDouble() {28        assertFails { (0.0).shouldBeNegative() }29    }30    @Test31    fun passWhenTestingANegativeFloat() {32        (-0.9999f).shouldBeNegative()33    }34    @Test35    fun failWhenTestingAPositiveFloat() {36        assertFails { (0.0001f).shouldBeNegative() }37    }38    @Test39    fun failWhenTestingZeroFloat() {40        assertFails { (0.0f).shouldBeNegative() }41    }42}...

passWhenTestingANegativeFloat

Using AI Code Generation

1    fun `passWhenTestingANegativeFloat`() {2        (-1.0f).should.be.negative()3    }4    fun `passWhenTestingANegativeDouble`() {5        (-1.0).should.be.negative()6    }7    fun `passWhenTestingANegativeLong`() {8        (-1L).should.be.negative()9    }10    fun `passWhenTestingANegativeShort`() {11        (-1).toShort().should.be.negative()12    }13    fun `passWhenTestingANegativeByte`() {14        (-1).toByte().should.be.negative()15    }16    fun `failWhenTestingAPositiveInt`() {17        assertFails { 1.should.be.negative() }18    }19    fun `failWhenTestingAPositiveFloat`() {20        assertFails { 1.0f.should.be.negative() }21    }22    fun `failWhenTestingAPositiveDouble`() {23        assertFails { 1.0.should.be.negative() }24    }25    fun `failWhenTestingAPositiveLong`() {26        assertFails {

passWhenTestingANegativeFloat

Using AI Code Generation

1fun `passWhenTestingANegativeFloat`() {2    -0.1f.shouldBeNegative()3}4fun `passWhenTestingANegativeDouble`() {5    -0.1.shouldBeNegative()6}7fun `passWhenTestingANegativeBigInteger`() {8    BigInteger("-1").shouldBeNegative()9}10fun `passWhenTestingANegativeBigDecimal`() {11    BigDecimal("-1").shouldBeNegative()12}13@Test(expected = AssertionError::class)14fun `failWhenTestingAPositiveByte`() {15    1.toByte().shouldBeNegative()16}17@Test(expected = AssertionError::class)18fun `failWhenTestingAPositiveShort`() {19    1.toShort().shouldBeNegative()20}21@Test(expected = AssertionError::class)22fun `failWhenTestingAPositiveInt`() {23    1.shouldBeNegative()24}25@Test(expected = AssertionError::class)26fun `failWhenTestingAPositiveLong`() {27    1L.shouldBeNegative()28}29@Test(expected = AssertionError::class)30fun `failWhenTestingAPositiveFloat`() {31    0.1f.shouldBeNegative()32}33@Test(expected = AssertionError::class)34fun `failWhenTestingAPositiveDouble`() {

passWhenTestingANegativeFloat

Using AI Code Generation

1public void usePassWhenTestingANegativeFloat() {2    passWhenTestingANegativeFloat(-1f);3}4public void usePassWhenTestingANegativeFloat() {5    passWhenTestingANegativeFloat(-1f);6}7public void usePassWhenTestingANegativeFloat() {8    passWhenTestingANegativeFloat(-1f);9}10public void usePassWhenTestingANegativeFloat() {11    passWhenTestingANegativeFloat(-1f);12}13public void usePassWhenTestingANegativeFloat() {14    passWhenTestingANegativeFloat(-1f);15}16public void usePassWhenTestingANegativeFloat() {17    passWhenTestingANegativeFloat(-1f);18}19public void usePassWhenTestingANegativeFloat() {20    passWhenTestingANegativeFloat(-1f);21}22public void usePassWhenTestingANegativeFloat() {23    passWhenTestingANegativeFloat(-1f);24}25public void usePassWhenTestingANegativeFloat() {26    passWhenTestingANegativeFloat(-1f);27}28public void usePassWhenTestingANegativeFloat() {29    passWhenTestingANegativeFloat(-1f);30}

passWhenTestingANegativeFloat

Using AI Code Generation

1    fun testPassWhenTestingANegativeFloat() {2        -0.0f.shouldBeNegative()3        -1.0f.shouldBeNegative()4        (-0.0f).shouldBeNegative()5        (-1.0f).shouldBeNegative()6        (-2.0f).shouldBeNegative()7        -Float.MAX_VALUE.shouldBeNegative()8        (-Float.MAX_VALUE).shouldBeNegative()9    }10    fun testPassWhenTestingANegativeDouble() {11        -0.0.shouldBeNegative()12        -1.0.shouldBeNegative()13        (-0.0).shouldBeNegative()14        (-1.0).shouldBeNegative()15        (-2.0).shouldBeNegative()16        -Double.MAX_VALUE.shouldBeNegative()17        (-Double.MAX_VALUE).shouldBeNegative()18    }19    fun testFailWhenTestingAPositiveByte() {20        assertFails { 0.toByte().shouldBeNegative() }21        assertFails { 1.toByte().shouldBeNegative() }22        assertFails { (0.toByte()).shouldBeNegative() }23        assertFails { (1.toByte()).shouldBeNegative() }24        assertFails { (2.toByte()).shouldBeNegative() }25        assertFails { Byte.MAX_VALUE.shouldBeNegative() }26        assertFails { (Byte.MAX_VALUE).shouldBeNegative() }27    }28    fun testFailWhenTestingAPositiveShort() {29        assertFails { 0.toShort().shouldBeNegative() }30        assertFails { 1.toShort().shouldBeNegative() }31        assertFails { (0.toShort()).shouldBeNegative() }32        assertFails { (1.toShort()).shouldBeNegative() }33        assertFails { (2.toShort()).shouldBeNegative() }34        assertFails { Short.MAX_VALUE.shouldBeNegative() }35        assertFails { (Short.MAX_VALUE).shouldBeNegative() }36    }

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