How to use except method of org.jmock.test.unit.internal.StateMachineTests class

Best Jmock-library code snippet using org.jmock.test.unit.internal.StateMachineTests.except

Source:StateMachineTests.java

...18    }19    20    public void testCanEnterAState() {21        String state = "A";22        Set<String> otherStates = except(anyState, state);23        24        stateMachine.is(state).activate();25        26        assertTrue("should report being in state " + state, 27                   stateMachine.is(state).isActive());28        assertFalse("should not report not being in state " + state, 29                    stateMachine.isNot(state).isActive());30        31        for (String otherState : otherStates) {32            assertFalse("should not report being in state " + otherState, 33                        stateMachine.is(otherState).isActive());34            assertTrue("should report not being in state " + otherState, 35                       stateMachine.isNot(otherState).isActive());36        }37    }38    public void testCanChangeState() {39        String state = "B";40        Set<String> otherStates = except(anyState, state);41        42        stateMachine.is("A").activate();43        stateMachine.is(state).activate();44        45        assertTrue("should report being in state " + state, 46                   stateMachine.is(state).isActive());47        assertFalse("should not report not being in state " + state, 48                    stateMachine.isNot(state).isActive());49        50        for (String otherState : otherStates) {51            assertFalse("should not report being in state " + otherState, 52                        stateMachine.is(otherState).isActive());53            assertTrue("should report not being in state " + otherState, 54                       stateMachine.isNot(otherState).isActive());55        }56    }57    public void testCanBePutIntoAnInitialState() {58        String initialState = "A";59        Set<String> otherStates = except(anyState, initialState);60        61        stateMachine.startsAs(initialState);62        63        assertTrue("should report being in state " + initialState, 64                   stateMachine.is(initialState).isActive());65        assertFalse("should not report not being in state " + initialState, 66                    stateMachine.isNot(initialState).isActive());67        68        for (String otherState : otherStates) {69            assertFalse("should not report being in state " + otherState, 70                        stateMachine.is(otherState).isActive());71            assertTrue("should report not being in state " + otherState, 72                       stateMachine.isNot(otherState).isActive());73        }74    }75    76    public void testCanBePutIntoANewState() {77        String nextState = "B";78        79        Set<String> otherStates = except(anyState, nextState);80        stateMachine.startsAs("A");81        82        stateMachine.become(nextState);83        84        assertTrue("should report being in state " + nextState, 85                   stateMachine.is(nextState).isActive());86        assertFalse("should not report not being in state " + nextState, 87                    stateMachine.isNot(nextState).isActive());88        89        for (String otherState : otherStates) {90            assertFalse("should not report being in state " + otherState, 91                        stateMachine.is(otherState).isActive());92            assertTrue("should report not being in state " + otherState, 93                       stateMachine.isNot(otherState).isActive());94        }95    }96    97    public void testDescribesItselfAsNameAndCurrentState() {98        assertEquals("description with no current state",99                     "stateMachineName has no current state", StringDescription.toString(stateMachine));100        101        stateMachine.is("stateName").activate();102        103        assertEquals("description with a current state",104                     "stateMachineName is stateName", StringDescription.toString(stateMachine));105        assertEquals("description with a current state from toString",106                     "stateMachineName is stateName", stateMachine.toString());107    }108    109    public void testHasSelfDescribingStates() {110        assertEquals("stateMachineName is A", StringDescription.toString(stateMachine.is("A")));111        assertEquals("stateMachineName is not A", StringDescription.toString(stateMachine.isNot("A")));112    }113    114    private <T> Set<T> except(Set<T> s, T e) {115        Set<T> result = new HashSet<T>(s);116        result.remove(e);117        return result;118    }119    120    private final Set<String> anyState = new HashSet<String>() {{121        add("A");122        add("B");123        add("C");124        add("D");125    }};126}...

except

Using AI Code Generation

1package org.jmock.test.unit.internal;2import org.jmock.Expectations;3import org.jmock.Mockery;4import org.jmock.api.Action;5import org.jmock.api.Invocation;6import org.jmock.lib.action.CustomAction;7import org.jmock.lib.action.ReturnValueAction;8import org.jmock.lib.action.ThrowAction;9import org.jmock.lib.action.VoidAction;10import org.jmock.lib.legacy.ClassImposteriser;11import org.jmock.test.unit.internal.StateMachineTests.StateMachine;12import org.junit.Assert;13import org.junit.Test;14public class StateMachineTests {15    Mockery context = new Mockery() {{16        setImposteriser(ClassImposteriser.INSTANCE);17    }};18    public void testStateMachine() {19        final StateMachine machine = context.mock(StateMachine.class);20        context.checking(new Expectations() {{21            allowing(machine).getState(); will(returnValue("initial"));22            oneOf(machine).setState("initial", "A"); will(returnValue(true));23            oneOf(machine).setState("A", "B"); will(returnValue(true));24            oneOf(machine).setState("B", "C"); will(returnValue(true));25            oneOf(machine).setState("C", "D"); will(returnValue(true));26            oneOf(machine).setState("D", "E"); will(returnValue(true));27            oneOf(machine).setState("E", "F"); will(returnValue(true));28            oneOf(machine).setState("F", "G"); will(returnValue(true));29            oneOf(machine).setState("G", "H"); will(returnValue(true));30            oneOf(machine).setState("H", "I"); will(returnValue(true));31            oneOf(machine).setState("I", "J"); will(returnValue(true));32            oneOf(machine).setState("J", "K"); will(returnValue(true));33            oneOf(machine).setState("K", "L"); will(returnValue(true));34            oneOf(machine).setState("L", "M"); will(returnValue(true));35            oneOf(machine).setState("M", "N"); will(returnValue(true));36            oneOf(machine).setState("N", "O"); will(returnValue(true));37            oneOf(machine).setState("O", "P"); will(returnValue(true));38            oneOf(machine).setState("P", "Q"); will(returnValue(true));39            oneOf(machine).setState("Q", "R"); will(returnValue(true));40            oneOf(machine).setState("R",

except

Using AI Code Generation

1    public void testExceptMethod() {2        StateMachine stateMachine = new StateMachine();3        stateMachine.addState("a");4        stateMachine.addState("b");5        stateMachine.addState("c");6        stateMachine.addState("d");7        stateMachine.addTransition("a", "b");8        stateMachine.addTransition("b", "c");9        stateMachine.addTransition("c", "d");10        stateMachine.addTransition("d", "a");11        stateMachine.setInitialState("a");12        stateMachine.setFinalState("a");13        stateMachine.setFinalState("b");14        stateMachine.setFinalState("c");15        stateMachine.setFinalState("d");16        stateMachine.except("a", "b");17        stateMachine.except("b", "c");18        stateMachine.except("c", "d");19        stateMachine.except("d", "a");20        stateMachine.except("a", "c");21        stateMachine.except("b", "d");22        stateMachine.except("c", "a");23        stateMachine.except("d", "b");24        stateMachine.except("a", "d");25        stateMachine.except("b", "a");26        stateMachine.except("c", "b");27        stateMachine.except("d", "c");28        stateMachine.except("a", "a");29        stateMachine.except("b", "b");30        stateMachine.except("c", "c");31        stateMachine.except("d", "d");32        stateMachine.except("a", "a");33        stateMachine.except("b", "b");34        stateMachine.except("c", "c");35        stateMachine.except("d", "d");36        stateMachine.except("a", "b");37        stateMachine.except("b", "c");38        stateMachine.except("c", "d");39        stateMachine.except("d", "a");40        stateMachine.except("a", "c");41        stateMachine.except("b", "d");42        stateMachine.except("c", "a");43        stateMachine.except("d", "b");44        stateMachine.except("a", "d");45        stateMachine.except("b", "a");46        stateMachine.except("c", "b");47        stateMachine.except("d", "c");

except

Using AI Code Generation

1public class StateMachineTests {2    private StateMachine stateMachine;3    public void setUp() throws Exception {4        stateMachine = new StateMachine();5    }6    public void testInitialStateIsNotStarted() {7        assertEquals(StateMachine.NOT_STARTED, stateMachine.getCurrentState());8    }9    public void testTransitionToStarted() {10        stateMachine.transitionToStarted();11        assertEquals(StateMachine.STARTED, stateMachine.getCurrentState());12    }13    public void testTransitionToStopped() {14        stateMachine.transitionToStarted();15        stateMachine.transitionToStopped();16        assertEquals(StateMachine.STOPPED, stateMachine.getCurrentState());17    }18    public void testTransitionToStartedFromStopped() {19        stateMachine.transitionToStarted();20        stateMachine.transitionToStopped();21        stateMachine.transitionToStarted();22        assertEquals(StateMachine.STARTED, stateMachine.getCurrentState());23    }24    public void testTransitionToStartedFromStarted() {25        stateMachine.transitionToStarted();26        stateMachine.transitionToStarted();27        assertEquals(StateMachine.STARTED, stateMachine.getCurrentState());28    }29    public void testTransitionToStoppedFromStopped() {30        stateMachine.transitionToStarted();31        stateMachine.transitionToStopped();32        stateMachine.transitionToStopped();33        assertEquals(StateMachine.STOPPED, stateMachine.getCurrentState());34    }35    public void testTransitionToStoppedFromNotStarted() {36        stateMachine.transitionToStopped();37        assertEquals(StateMachine.STOPPED, stateMachine.getCurrentState());38    }39    public void testTransitionToStartedFromNotStarted() {40        stateMachine.transitionToStarted();41        assertEquals(StateMachine.STARTED, stateMachine.getCurrentState());42    }43    public void testTransitionToStoppedFromStarted() {44        stateMachine.transitionToStarted();45        stateMachine.transitionToStopped();46        assertEquals(StateMachine.STOPPED, stateMachine.getCurrentState());47    }48}

except

Using AI Code Generation

1public class StateMachineTests {2    public void testTransitions() {3        StateMachine stateMachine = new StateMachine("A");4        stateMachine.addTransition("A", "B");5        stateMachine.addTransition("B", "C");6        stateMachine.addTransition("C", "D");7        stateMachine.addTransition("D", "E");8        stateMachine.addTransition("E", "F");9        stateMachine.addTransition("F", "G");10        stateMachine.addTransition("G", "H");11        stateMachine.addTransition("H", "I");12        stateMachine.addTransition("I", "J");13        stateMachine.addTransition("J", "K");14        stateMachine.addTransition("K", "L");15        stateMachine.addTransition("L", "M");16        stateMachine.addTransition("M", "N");17        stateMachine.addTransition("N", "O");18        stateMachine.addTransition("O", "P");19        stateMachine.addTransition("P", "Q");20        stateMachine.addTransition("Q", "R");21        stateMachine.addTransition("R", "S");22        stateMachine.addTransition("S", "T");23        stateMachine.addTransition("T", "U");24        stateMachine.addTransition("U", "V");25        stateMachine.addTransition("V", "W");26        stateMachine.addTransition("W", "X");27        stateMachine.addTransition("X", "Y");28        stateMachine.addTransition("Y", "Z");29        stateMachine.addTransition("Z", "A");30        stateMachine.addTransition("A", "A");31        stateMachine.addTransition("B", "B");32        stateMachine.addTransition("C", "C");33        stateMachine.addTransition("D", "D");34        stateMachine.addTransition("E", "E");35        stateMachine.addTransition("F", "F");36        stateMachine.addTransition("G", "G");37        stateMachine.addTransition("H", "H");38        stateMachine.addTransition("I", "I");39        stateMachine.addTransition("J", "J");40        stateMachine.addTransition("K", "K");41        stateMachine.addTransition("L", "L");42        stateMachine.addTransition("M", "M");43        stateMachine.addTransition("N", "N");44        stateMachine.addTransition("O", "O");45        stateMachine.addTransition("P", "P");46        stateMachine.addTransition("

except

Using AI Code Generation

1public class StateMachineTests extends JUnitRuleMockery {2    private StateMachine stateMachine;3    private State state1;4    private State state2;5    private State state3;6    public void setUp() {7        stateMachine = new StateMachine();8        state1 = mock(State.class, "state1");9        state2 = mock(State.class, "state2");10        state3 = mock(State.class, "state3");11    }12    public void canTransitionToState() {13        stateMachine.addState(state1);14        stateMachine.addState(state2);15        stateMachine.addState(state3);16        stateMachine.transitionTo(state1);17        stateMachine.transitionTo(state2);18        stateMachine.transitionTo(state3);19    }20    public void canTransitionToStateUsingName() {21        stateMachine.addState(state1);22        stateMachine.addState(state2);23        stateMachine.addState(state3);24        stateMachine.transitionTo("state1");25        stateMachine.transitionTo("state2");26        stateMachine.transitionTo("state3");27    }28    public void canTransitionToStateUsingNameIgnoringCase() {29        stateMachine.addState(state1);30        stateMachine.addState(state2);31        stateMachine.addState(state3);32        stateMachine.transitionTo("StaTe1");33        stateMachine.transitionTo("statE2");34        stateMachine.transitionTo("stAte3");35    }36    public void cannotTransitionToStateIfStateIsNotKnown() {37        stateMachine.addState(state1);38        stateMachine.addState(state2);39        stateMachine.addState(state3);40        stateMachine.transitionTo(state1);41        try {42            stateMachine.transitionTo(state2);43            fail("Expected IllegalStateException");44        } catch (IllegalStateException e) {45            assertEquals("Cannot transition to state2 from state1", e.getMessage());46        }47    }48    public void cannotTransitionToStateUsingNameIfStateIsNotKnown() {49        stateMachine.addState(state1);50        stateMachine.addState(state2);51        stateMachine.addState(state3);52        stateMachine.transitionTo(state1);53        try {54            stateMachine.transitionTo("state2");55            fail("Expected IllegalStateException");56        } catch (IllegalStateException e) {57            assertEquals("Cannot transition to state2 from state1", e

except

Using AI Code Generation

1import org.jmock.test.unit.internal.StateMachineTests;2import org.jmock.test.unit.internal.StateMachine;3import org.jmock.Mockery;4import org.jmock.Expectations;5import org.jmock.integration.junit4.JUnitRuleMockery;6import org.junit.Rule;7import org.junit.Test;8import org.junit.rules.ExpectedException;9import java.util.Arrays;10import java.util.List;11import java.util.ArrayList;12public class StateMachineTest {13	public JUnitRuleMockery context = new JUnitRuleMockery();14	public ExpectedException thrown = ExpectedException.none();15	public void test() throws Exception {16		StateMachineTests stateMachineTests = new StateMachineTests();17		StateMachine stateMachine = new StateMachine();18		List<String> list = new ArrayList<String>();19		list.add("1");20		list.add("2");21		list.add("3");22		list.add("4");23		list.add("5");24		List<String> list1 = new ArrayList<String>();25		list1.add("1");26		list1.add("2");27		list1.add("3");28		list1.add("4");29		list1.add("5");30		thrown.expect(IllegalArgumentException.class);31		thrown.expectMessage("Cannot remove 1 from [1, 2, 3, 4, 5]");32		stateMachineTests.testExcept(stateMachine, list, list1);33	}34}35import org.jmock.test.unit.internal.StateMachineTests;36import org.jmock.test.unit.internal.StateMachine;37import org.jmock.Mockery;38import org.jmock.Expectations;39import org.jmock.integration.junit4.JUnitRuleMockery;40import org.junit.Rule;41import org.junit.Test;42import org.junit.rules.ExpectedException;43import java.util.Arrays;44import java.util.List;45import java.util.ArrayList;46public class StateMachineTest {

except

Using AI Code Generation

1public class StateMachineTests {2    public interface State {3        void handle();4    }5    public interface Event {6    }7    public interface Action {8        void perform();9    }10    public class StateMachine {11        private State state;12        public StateMachine(State initialState) {13            state = initialState;14        }15        public void handle(Event event, Action action) {16            state.handle();17            action.perform();18        }19        public void setState(State newState) {20            state = newState;21        }22    }23    public class State1 implements State {24        public void handle() {25        }26    }27    public class State2 implements State {28        public void handle() {29        }30    }31    public class Event1 implements Event {32    }33    public class Event2 implements Event {34    }35    public class Action1 implements Action {36        public void perform() {37        }38    }39    public class Action2 implements Action {40        public void perform() {41        }42    }43    public void testStateMachine() {44        StateMachine stateMachine = new StateMachine(new State1());45        stateMachine.handle(new Event1(), new Action1());46        stateMachine.setState(new State2());47        stateMachine.handle(new Event2(), new Action2());48    }49}50public class StateMachineTests {51    public interface State {52        void handle();53    }54    public interface Event {55    }56    public interface Action {57        void perform();58    }59    public class StateMachine {60        private State state;61        public StateMachine(State initialState) {62            state = initialState;63        }64        public void handle(Event event, Action action) {65            state.handle();66            action.perform();67        }68        public void setState(State newState) {69            state = newState;70        }71    }72    public class State1 implements State {73        public void handle() {74        }75    }76    public class State2 implements State {77        public void handle() {78        }79    }80    public class Event1 implements Event {81    }82    public class Event2 implements Event {83    }84    public class Action1 implements Action {85        public void perform() {86        }87    }88    public class Action2 implements Action {89        public void perform() {90        }91    }92    public void testStateMachine() {

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