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How to use CalculatorTest class of com.tngtech.jgiven.examples.userguide package

Best JGiven code snippet using com.tngtech.jgiven.examples.userguide.CalculatorTest

Source:CalculatorTest.java

1package com.tngtech.jgiven.examples.userguide;2// tag::noPackage[]3import org.junit.Test;4import com.tngtech.jgiven.junit.SimpleScenarioTest;5public class CalculatorTest extends SimpleScenarioTest<WhenCalculator> {6    @Test7    public void test() {8        when().$_percent_are_added( 10 );9    }10}11// end::noPackage[]...

CalculatorTest

Using AI Code Generation

1[CalculatorTest.java:1]: package com.tngtech.jgiven.examples.userguide;2[CalculatorTest.java:3]: import com.tngtech.jgiven.junit.*;3[CalculatorTest.java:4]: import org.junit.*;4[CalculatorTest.java:6]: public class CalculatorTest extends ScenarioTest<CalculatorTest.CalculatorStage> {5[CalculatorTest.java:9]:     public void addition_is_correct() {6[CalculatorTest.java:10]:         given().the_calculator_$_is_running( "on" );7[CalculatorTest.java:11]:         when().the_user_adds_$_and_$( 1, 2 );8[CalculatorTest.java:12]:         then().the_result_should_be( 3 );9[CalculatorTest.java:13]:     }10[CalculatorTest.java:15]:     public static class CalculatorStage {11[CalculatorTest.java:17]:         public CalculatorStage the_calculator_$_is_running( String state ) {12[CalculatorTest.java:18]:             return self();13[CalculatorTest.java:19]:         }14[CalculatorTest.java:21]:         public CalculatorStage the_user_adds_$_and_$( int a, int b ) {15[CalculatorTest.java:22]:             return self();16[CalculatorTest.java:23]:         }17[CalculatorTest.java:25]:         public CalculatorStage the_result_should_be( int result ) {18[CalculatorTest.java:26]:             return self();19[CalculatorTest.java:27]:         }20[CalculatorTest.java:29]:     }21[CalculatorTest.java:31]: }

CalculatorTest

Using AI Code Generation

1        CalculatorTest.WhenStage, CalculatorTest.ThenStage> {2    public static class GivenStage extends Stage<GivenStage> {3        Calculator calculator;4        public GivenStage a_calculator() {5            calculator = new Calculator();6            return self();7        }8    }9    public static class WhenStage extends Stage<WhenStage> {10        Calculator calculator;11        int result;12        public WhenStage I_add_$_and_$( int arg1, int arg2 ) {13            result = calculator.add( arg1, arg2 );14            return self();15        }16        public WhenStage I_subtract_$_from_$( int arg1, int arg2 ) {17            result = calculator.subtract( arg1, arg2 );18            return self();19        }20    }21    public static class ThenStage extends Stage<ThenStage> {22        int result;23        public ThenStage the_result_should_be( int expectedResult ) {24            assertThat( result ).isEqualTo( expectedResult );25            return self();26        }27    }28}

CalculatorTest

Using AI Code Generation

1@JGivenTest( CalculatorTest.class )2public class CalculatorTest extends ScenarioTest< CalculatorTest.CalculatorTestStage > {3    public void addition_is_correct() {4        given().a_calculator();5        when().I_add_$_and_$( 2, 3 );6        then().the_result_should_be( 5 );7    }8    public void multiplication_is_correct() {9        given().a_calculator();10        when().I_multiply_$_and_$( 2, 3 );11        then().the_result_should_be( 6 );12    }13    public static class CalculatorTestStage {14        Calculator calculator;15        int result;16        public void a_calculator() {17            calculator = new Calculator();18        }19        public void I_add_$_and_$( int a, int b ) {20            result = calculator.add( a, b );21        }22        public void I_multiply_$_and_$( int a, int b ) {23            result = calculator.multiply( a, b );24        }25        public void the_result_should_be( int expectedResult ) {26            assertThat( result ).isEqualTo( expectedResult );27        }28    }29}30given().a_calculator()31when().I_add_$_and_$(2, 3)32then().the_result_should_be(5)33The test steps are executed in the order given, when, then. This is the order in which the test steps are defined in the test class. The methods I_add_$_and_$(int, int) and I_multiply_$_and_$(int, int) have a parameter list that contains the arguments of the test step. The arguments are provided by JUnit as method parameters. The methods I_add_$_and

CalculatorTest

Using AI Code Generation

1@JGivenConfiguration(CalculatorTest.class)2public class CalculatorTestStage extends Stage<CalculatorTestStage> {3    Calculator calculator;4    int result;5    public CalculatorTestStage a_calculator() {6        calculator = new Calculator();7        return self();8    }9    public CalculatorTestStage it_is_calculated() {10        result = calculator.add( 40, 2 );11        return self();12    }13    public CalculatorTestStage the_result_is( int expectedResult ) {14        assertThat( result ).isEqualTo( expectedResult );15        return self();16    }17}18@JGivenConfiguration(CalculatorTest.class)19public class CalculatorTestStage extends Stage<CalculatorTestStage> {20    Calculator calculator;21    int result;22    public CalculatorTestStage a_calculator() {23        calculator = new Calculator();24        return self();25    }26    public CalculatorTestStage it_is_calculated() {27        result = calculator.add( 40, 2 );28        return self();29    }30    public CalculatorTestStage the_result_is( int expectedResult ) {31        assertThat( result ).isEqualTo( expectedResult );32        return self();33    }34}

CalculatorTest

Using AI Code Generation

1class CalculatorTest extends Stage<CalculatorTest> {2    Calculator calculator = new Calculator();3    CalculatorTest a_$_and_$_are_entered( int number1, int number2 ) {4        calculator.enter( number1 );5        calculator.enter( number2 );6        return self();7    }8    CalculatorTest the_$_is_displayed( int result ) {9        assertThat( calculator.getResult() ).isEqualTo( result );10        return self();11    }12}13class Calculator {14    private int result;15    public void enter( int number ) {16        result = number;17    }18    public int getResult() {19        return result;20    }21}22class CalculatorTestUsingCalculatorStage extends Stage<CalculatorTestUsingCalculatorStage> {23    CalculatorStage calculatorStage = new CalculatorStage();24    CalculatorTestUsingCalculatorStage a_$_and_$_are_entered( int number1, int number2 ) {25        calculatorStage.a_$_and_$_are_entered( number1, number2 );26        return self();27    }28    CalculatorTestUsingCalculatorStage the_$_is_displayed( int result ) {29        calculatorStage.the_$_is_displayed( result );30        return self();31    }32}33class CalculatorStage extends Stage<CalculatorStage> {34    Calculator calculator = new Calculator();35    CalculatorStage a_$_and_$_are_entered( int number1, int number2 ) {36        calculator.enter( number1 );37        calculator.enter( number2 );38        return self();39    }40    CalculatorStage the_$_is_displayed( int result ) {41        assertThat( calculator.getResult() ).isEqualTo( result );42        return self();43    }44}45class CalculatorTestUsingCalculatorStageAndCalculatorStage extends Stage<CalculatorTestUsingCalculatorStageAndCalculatorStage> {46    CalculatorStage calculatorStage = new CalculatorStage();47    CalculatorTestUsingCalculatorStageAndCalculatorStage a_$_and_$_are_entered( int number1, int number2 ) {48        calculatorStage.a_$_and_$_are_entered( number1, number2 );49        return self();50    }51    CalculatorTestUsingCalculatorStageAndCalculatorStage the_$_is_displayed( int result ) {52        calculatorStage.the_$_is_displayed( result );

CalculatorTest

Using AI Code Generation

1class CalculatorTest {2    GivenCalculator givenCalculator;3    WhenCalculator whenCalculator;4    ThenCalculator thenCalculator;5    void addition_is_correct() {6        givenCalculator.a_number_$_and_a_number_$( 1, 2 );7        whenCalculator.addition_is_calculated();8        thenCalculator.the_result_should_be( 3 );9    }10}

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