How to use status method of org.tatools.sunshine.core.SequentialExecution class

Best Sunshine code snippet using org.tatools.sunshine.core.SequentialExecution.status

Source:SequentialExecution.java

...18    public SequentialExecution(List<Kernel<Listener>> kernels) {19        this.elements = kernels;20    }21    @Override22    public Status status() throws KernelException {23        final List<Status> results = new ArrayList<>();24        for (Kernel<Listener> kernel : this.elements) {25            results.add(kernel.status());26        }27        return new CompositeStatus(results);28    }29    @Override30    public Kernel<Listener> with(Listener... listeners) {31        return new SequentialExecution<>(32                this.elements.stream()33                        .map(listenerKernel -> listenerKernel.with(listeners))34                        .collect(Collectors.toList()));35    }36}...

Source:SequentialExecutionTest.java

...14        MatcherAssert.assertThat(15                new SequentialExecution<Object>(16                                new Kernel.Fake(new Status.Fake()),17                                new Kernel.Fake(new Status.Fake((short) 1, 2, 1, 1)))18                        .status()19                        .code(),20                Matchers.is((short) 1));21    }22    @Test23    public void testWithListeners() {24        final List<Object> listeners = new ArrayList<>();25        new SequentialExecution<Object>(new Kernel.Fake(new Status.Fake(), listeners))26                .with(new Object());27        MatcherAssert.assertThat(listeners, Matchers.hasSize(1));28    }29}...

status

Using AI Code Generation

1package org.tatools.sunshine.test;2import org.tatools.sunshine.core.SequentialExecution;3import org.tatools.sunshine.core.Test;4import org.tatools.sunshine.core.TestResult;5import org.tatools.sunshine.core.TestResultMatcher;6import org.tatools.sunshine.core.TestResultMatcher.Matcher;7import org.tatools.sunshine.core.TestResultMatcher.MatcherType;8import org.tatools.sunshine.core.TestResultMatcher.MatcherType.Type;9import org.tatools.sunshine.core.TestResultMatcher.MatcherType.Type.*;10import org.tatools.sunshine.core.TestResultMatcher.MatcherType.Type;

status

Using AI Code Generation

1import org.tatools.sunshine.core.SequentialExecution;2import org.tatools.sunshine.core.Status;3public class 3 {4    public static void main(String[] args) {5        SequentialExecution sequentialExecution = new SequentialExecution();6        Status status = sequentialExecution.status();7        System.out.println(status);8    }9}10import org.tatools.sunshine.core.SequentialExecution;11import org.tatools.sunshine.core.Status;12public class 4 {13    public static void main(String[] args) {14        SequentialExecution sequentialExecution = new SequentialExecution();15        Status status = sequentialExecution.status();16        System.out.println(status);17    }18}19import org.tatools.sunshine.core.SequentialExecution;20import org.tatools.sunshine.core.Status;21public class 5 {22    public static void main(String[] args) {23        SequentialExecution sequentialExecution = new SequentialExecution();24        Status status = sequentialExecution.status();25        System.out.println(status);26    }27}28import org.tatools.sunshine.core.SequentialExecution;29import org.tatools.sunshine.core.Status;30public class 6 {31    public static void main(String[] args) {32        SequentialExecution sequentialExecution = new SequentialExecution();33        Status status = sequentialExecution.status();34        System.out.println(status);35    }36}37import org.tatools.sunshine.core.SequentialExecution;38import org.tatools.sunshine.core.Status;39public class 7 {40    public static void main(String[] args) {41        SequentialExecution sequentialExecution = new SequentialExecution();42        Status status = sequentialExecution.status();43        System.out.println(status);44    }45}46import org.tatools.sunshine.core.SequentialExecution;47import org.tatools.sunshine.core.Status;48public class 8 {49    public static void main(String[] args) {50        SequentialExecution sequentialExecution = new SequentialExecution();51        Status status = sequentialExecution.status();

status

Using AI Code Generation

1package org.tatools.sunshine.examples;2import org.tatools.sunshine.core.SequentialExecution;3public class SequentialExecutionExample {4    public static void main(String[] args) {5                new SequentialExecution(6                        new SequentialExecutionExample().new Sleep(1000),7                        new SequentialExecutionExample().new Sleep(2000),8                        new SequentialExecutionExample().new Sleep(3000));9        System.out.println(execution.status());10    }11    private class Sleep implements Runnable {12        private final long time;13        Sleep(long time) {14            this.time = time;15        }16        public void run() {17            try {18                Thread.sleep(time);19            } catch (InterruptedException e) {20                e.printStackTrace();21            }22        }23    }24}25package org.tatools.sunshine.examples;26import org.tatools.sunshine.core.SequentialExecution;27public class SequentialExecutionExample {28    public static void main(String[] args) {29                new SequentialExecution(30                        new SequentialExecutionExample().new Sleep(1000),31                        new SequentialExecutionExample().new Sleep(2000),32                        new SequentialExecutionExample().new Sleep(3000));33        execution.start();34        System.out.println(execution.status());35    }36    private class Sleep implements Runnable {37        private final long time;38        Sleep(long time) {39            this.time = time;40        }41        public void run() {42            try {43                Thread.sleep(time);44            } catch (InterruptedException e) {45                e.printStackTrace();46            }47        }48    }49}50package org.tatools.sunshine.examples;51import org.tatools.sunshine.core.SequentialExecution;52public class SequentialExecutionExample {53    public static void main(String[] args) {54                new SequentialExecution(55                        new SequentialExecutionExample().new Sleep(1000),56                        new SequentialExecutionExample().new Sleep(2000),57                        new SequentialExecutionExample().new Sleep

status

Using AI Code Generation

1package org.tatools.sunshine.examples;2import org.tatools.sunshine.core.SequentialExecution;3import org.tatools.sunshine.core.Test;4public class SequentialExecutionStatus {5    public static void main(String[] args) {6        SequentialExecution execution = new SequentialExecution(7                new Test() {8                    public void run() {9                        System.out.println("Test 1");10                    }11                },12                new Test() {13                    public void run() {14                        System.out.println("Test 2");15                    }16                }17        );18        execution.run();19        System.out.println("Execution status: " + execution.status());20    }21}22package org.tatools.sunshine.examples;23import org.tatools.sunshine.core.SequentialExecution;24import org.tatools.sunshine.core.Test;25public class SequentialExecutionStatus {26    public static void main(String[] args) {27        SequentialExecution execution = new SequentialExecution(28                new Test() {29                    public void run() {30                        System.out.println("Test 1");31                    }32                },33                new Test() {34                    public void run() {35                        throw new RuntimeException("Test 2");36                    }37                }38        );39        execution.run();40        System.out.println("Execution status: " + execution.status());41    }42}43package org.tatools.sunshine.examples;44import org.tatools.sunshine.core.SequentialExecution;45import org.tatools.sunshine.core.Test;46public class SequentialExecutionStatus {47    public static void main(String[] args) {48        SequentialExecution execution = new SequentialExecution(49                new Test() {50                    public void run() {51                        System.out.println("Test 1");52                    }53                },54                new Test() {55                    public void run() {56                        throw new RuntimeException("Test 2");57                    }

status

Using AI Code Generation

1package org.tatools.sunshine.core;2import java.util.ArrayList;3import java.util.List;4import org.hamcrest.MatcherAssert;5import org.hamcrest.Matchers;6import org.junit.Test;7public class SequentialExecutionTest {8    public void status() {9        final List<Execution> executions = new ArrayList<>(2);10        executions.add(new Execution() {11            public void execute() {12            }13        });14        executions.add(new Execution() {15            public void execute() {16            }17        });18        MatcherAssert.assertThat(19                new SequentialExecution(executions).status(),20                Matchers.equalTo(Execution.Status.SUCCESS));21    }22}23package org.tatools.sunshine.core;24import java.util.ArrayList;25import java.util.List;26import org.hamcrest.MatcherAssert;27import org.hamcrest.Matchers;28import org.junit.Test;29public class SequentialExecutionTest {30    public void status() {31        final List<Execution> executions = new ArrayList<>(2);32        executions.add(new Execution() {33            public void execute() {34            }35        });36        executions.add(new Execution() {37            public void execute() {38            }39        });40        MatcherAssert.assertThat(41                new SequentialExecution(executions).status(),42                Matchers.equalTo(Execution.Status.SUCCESS));43    }44}45package org.tatools.sunshine.core;46import java.util.ArrayList;47import java.util.List;48import org.hamcrest.MatcherAssert;49import org.hamcrest.Matchers;50import org.junit.Test;51public class SequentialExecutionTest {52    public void status() {53        final List<Execution> executions = new ArrayList<>(2);54        executions.add(new Execution() {55            public void execute() {56            }57        });58        executions.add(new Execution() {

status

Using AI Code Generation

1package org.tatools.sunshine.examples;2import org.tatools.sunshine.core.SequentialExecution;3import org.tatools.sunshine.core.Test;4import org.tatools.sunshine.core.TestResult;5public final class SequentialExecutionExample {6    public static void main(String[] args) {7        final Test test = new Test() {8            public TestResult result() {9                return new TestResult() {10                    public boolean passed() {11                        return true;12                    }13                };14            }15        };16        final TestResult result = new SequentialExecution(test, test).result();17        System.out.println(result.passed());18    }19}20Then we have created an object of SequentialExecution class and passed two objects of anonymous class which implements Test interface. Then we have called result() method to get the result of the test. Finally we have printed the re

status

Using AI Code Generation

1package org.tatools.sunshine.core;2import org.hamcrest.MatcherAssert;3import org.hamcrest.Matchers;4import org.junit.Test;5public class SequentialExecutionTest {6    public void status() throws Exception {7        MatcherAssert.assertThat(8                new SequentialExecution(9                        new FakeExecution(0, true),10                        new FakeExecution(1, true),11                        new FakeExecution(2, true)12                ).status(),13                Matchers.is(0)14        );15    }16}17package org.tatools.sunshine.core;18import org.hamcrest.MatcherAssert;19import org.hamcrest.Matchers;20import org.junit.Test;21public class SequentialExecutionTest {22    public void status() throws Exception {23        MatcherAssert.assertThat(24                new SequentialExecution(25                        new FakeExecution(0, true),26                        new FakeExecution(1, true),27                        new FakeExecution(2, true)28                ).status(),29                Matchers.is(0)30        );31    }32}33package org.tatools.sunshine.core;34import org.hamcrest.MatcherAssert;35import org.hamcrest.Matchers;36import org.junit.Test;37public class SequentialExecutionTest {38    public void status() throws Exception {39        MatcherAssert.assertThat(40                new SequentialExecution(41                        new FakeExecution(0, true),42                        new FakeExecution(1, true),43                        new FakeExecution(2, true)44                ).status(),45                Matchers.is(0)46        );47    }48}

status

Using AI Code Generation

1package org.tatools.sunshine.examples;2import org.tatools.sunshine.core.SequentialExecution;3import org.tatools.sunshine.core.Task;4public class SequentialExecutionExample {5    public static void main(String[] args) {6        SequentialExecution execution = new SequentialExecution();7        execution.add(new Task() {8            public void perform() {9                System.out.println("First task");10            }11        });12        execution.add(new Task() {13            public void perform() {14                System.out.println("Second task");15            }16        });17        execution.add(new Task() {18            public void perform() {19                System.out.println("Third task");20            }21        });22        if (execution.status()) {23            System.out.println("All tasks are performed successfully");24        } else {25            System.out.println("There is an error in performing tasks");26        }27    }28}29package org.tatools.sunshine.examples;30import org.tatools.sunshine.core.SequentialExecution;31import org.tatools.sunshine.core.Task;32public class SequentialExecutionExample {33    public static void main(String[] args) {34        SequentialExecution execution = new SequentialExecution();35        execution.add(new Task() {36            public void perform() {37                System.out.println("First task");38            }39        });40        execution.add(new Task() {41            public void perform() {42                System.out.println("Second task");43            }44        });45        execution.add(new Task() {46            public void perform() {47                System.out.println("Third task");48                throw new RuntimeException("Error in performing task");49            }50        });51        if (execution.status()) {52            System.out.println("All tasks are performed successfully");53        } else {54            System.out.println("There is an error in performing tasks");55        }56    }57}

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