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How to use focus method of com.greghaskins.spectrum.internal.Spec class

Best Spectrum code snippet using com.greghaskins.spectrum.internal.Spec.focus

Source:Spectrum.java

1package com.greghaskins.spectrum;2import com.greghaskins.spectrum.dsl.specification.Specification;3import com.greghaskins.spectrum.internal.DeclarationState;4import com.greghaskins.spectrum.internal.Suite;5import com.greghaskins.spectrum.internal.blocks.ConstructorBlock;6import com.greghaskins.spectrum.internal.junit.Rules;7import com.greghaskins.spectrum.internal.junit.RunNotifierReporting;8import org.junit.runner.Description;9import org.junit.runner.Runner;10import org.junit.runner.notification.RunNotifier;11import java.util.function.Supplier;12/**13 * Implements a BDD-style test runner, similar to RSpec and Jasmine. It uses JUnit's standard14 * reporting mechanisms ({@link org.junit.runner.Description}), but provides a completely different15 * way of writing tests. Annotate your class with {@code @RunWith(Spectrum.class)}, and use the16 * static methods to declare your specs.17 *18 * @see Specification#describe19 * @see Specification#it20 * @see Specification#beforeEach21 * @see Specification#afterEach22 * @see Specification#let23 */24public final class Spectrum extends Runner {25  /**26   * A generic code block with a {@link #run()} method to perform any action. Usually defined by a27   * lambda function.28   *29   * @deprecated since 1.1.0 - use {@link com.greghaskins.spectrum.Block} instead30   */31  @Deprecated32  @FunctionalInterface33  public interface Block extends com.greghaskins.spectrum.Block {34    /**35     * Execute the code block, raising any {@code Throwable} that may occur.36     *37     * @throws Throwable any uncaught Error or Exception38     */39    @Override40    void run() throws Throwable;41  }42  /**43   * Supplier that is allowed to throw.44   *45   * @param <T> type of object to supply46   * @deprecated since 1.1.0 - use {@link com.greghaskins.spectrum.ThrowingSupplier} instead47   */48  @Deprecated49  @FunctionalInterface50  public interface ThrowingSupplier<T> extends com.greghaskins.spectrum.ThrowingSupplier<T> {51  }52  /**53   * Declare a test suite that describes the expected behavior of the system in a given context.54   *55   * @param context Description of the context for this suite56   * @param block   {@link com.greghaskins.spectrum.Block} with one or more calls to {@link57   *                #it(String, com.greghaskins.spectrum.Block) it} that define each expected58   *                behavior59   * @see Specification#describe60   */61  public static void describe(final String context, final com.greghaskins.spectrum.Block block) {62    Specification.describe(context, block);63  }64  /**65   * Focus on this specific suite, while ignoring others.66   *67   * @param context Description of the context for this suite68   * @param block   {@link com.greghaskins.spectrum.Block} with one or more calls to {@link69   *                #it(String, com.greghaskins.spectrum.Block) it} that define each expected70   *                behavior71   * @see #describe(String, com.greghaskins.spectrum.Block)72   * @see Specification#fdescribe73   */74  public static void fdescribe(final String context, final com.greghaskins.spectrum.Block block) {75    Specification.fdescribe(context, block);76  }77  /**78   * Ignore the specific suite.79   *80   * @param context Description of the context for this suite81   * @param block   {@link com.greghaskins.spectrum.Block} with one or more calls to {@link82   *                #it(String, com.greghaskins.spectrum.Block) it} that define each expected83   *                behavior84   * @see #describe(String, com.greghaskins.spectrum.Block)85   * @see Specification#xdescribe86   */87  public static void xdescribe(final String context, final com.greghaskins.spectrum.Block block) {88    Specification.xdescribe(context, block);89  }90  /**91   * Declare a spec, or test, for an expected behavior of the system in this suite context.92   *93   * @param behavior Description of the expected behavior94   * @param block    {@link com.greghaskins.spectrum.Block} that verifies the system behaves as95   *                 expected and throws a {@link java.lang.Throwable Throwable} if that expectation96   *                 is not met.97   * @see Specification#it98   */99  public static void it(final String behavior, final com.greghaskins.spectrum.Block block) {100    Specification.it(behavior, block);101  }102  /**103   * Declare a pending spec (without a block) that will be ignored.104   *105   * @param behavior Description of the expected behavior106   * @see #xit(String, com.greghaskins.spectrum.Block)107   * @see Specification#it(String)108   */109  public static void it(final String behavior) {110    Specification.it(behavior);111  }112  /**113   * Focus on this specific spec, while ignoring others.114   *115   * @param behavior Description of the expected behavior116   * @param block    {@link com.greghaskins.spectrum.Block} that verifies the system behaves as117   *                 expected and throws a {@link java.lang.Throwable Throwable} if that expectation118   *                 is not met.119   * @see #it(String, com.greghaskins.spectrum.Block)120   * @see Specification#fit121   */122  public static void fit(final String behavior, final com.greghaskins.spectrum.Block block) {123    Specification.fit(behavior, block);124  }125  /**126   * Mark a spec as ignored so that it will be skipped.127   *128   * @param behavior Description of the expected behavior129   * @param block    {@link com.greghaskins.spectrum.Block} that will not run, since this spec is130   *                 ignored.131   * @see #it(String, com.greghaskins.spectrum.Block)132   * @see Specification#xit133   */134  public static void xit(final String behavior, final com.greghaskins.spectrum.Block block) {135    Specification.xit(behavior, block);136  }137  /**138   * Declare a {@link com.greghaskins.spectrum.Block} to be run before each spec in the suite.139   *140   * <p>141   * Use this to perform setup actions that are common across tests in the context. If multiple142   * {@code beforeEach} blocks are declared, they will run in declaration order.143   * </p>144   *145   * @param block {@link com.greghaskins.spectrum.Block} to run once before each spec146   * @see Specification#beforeEach147   */148  public static void beforeEach(final com.greghaskins.spectrum.Block block) {149    Specification.beforeEach(block);150  }151  /**152   * Declare a {@link com.greghaskins.spectrum.Block Block} to be run after each spec in the current153   * suite.154   *155   * <p>156   * Use this to perform teardown or cleanup actions that are common across specs in this suite. If157   * multiple {@code afterEach} blocks are declared, they will run in declaration order.158   * </p>159   *160   * @param block {@link com.greghaskins.spectrum.Block Block} to run once after each spec161   * @see Specification#afterEach162   */163  public static void afterEach(final com.greghaskins.spectrum.Block block) {164    Specification.afterEach(block);165  }166  /**167   * Declare a {@link com.greghaskins.spectrum.Block Block} to be run once before all the specs in168   * the current suite begin.169   *170   * <p>171   * Use {@code beforeAll} and {@link #afterAll(com.greghaskins.spectrum.Block) afterAll} blocks172   * with caution: since they only run once, shared state <strong>will</strong> leak across specs.173   * </p>174   *175   * @param block {@link com.greghaskins.spectrum.Block} to run once before all specs in this suite176   * @see Specification#beforeAll177   */178  public static void beforeAll(final com.greghaskins.spectrum.Block block) {179    Specification.beforeAll(block);180  }181  /**182   * Declare a {@link com.greghaskins.spectrum.Block} to be run once after all the specs in the183   * current suite have run.184   *185   * <p>186   * Use {@link #beforeAll(com.greghaskins.spectrum.Block) beforeAll} and {@code afterAll} blocks187   * with caution: since they only run once, shared state <strong>will</strong> leak across tests.188   * </p>189   *190   * @param block {@link com.greghaskins.spectrum.Block} to run once after all specs in this suite191   * @see Specification#afterAll192   */193  public static void afterAll(final com.greghaskins.spectrum.Block block) {194    Specification.afterAll(block);195  }196  /**197   * A value that will be fresh within each spec and cannot bleed across specs.198   *199   * <p>200   * Note that {@code let} is lazy-evaluated: the {@code supplier} is not called until the first201   * time it is used.202   * </p>203   *204   * @param <T>      The type of value205   * @param supplier {@link com.greghaskins.spectrum.ThrowingSupplier} function that either206   *                 generates the value, or throws a {@link Throwable}207   * @return supplier which is refreshed for each spec's context208   * @see Specification#let209   */210  public static <T> Supplier<T> let(final com.greghaskins.spectrum.ThrowingSupplier<T> supplier) {211    return Specification.let(supplier);212  }213  private final Suite rootSuite;214  /**215   * Main constructor called via reflection by the JUnit runtime.216   *217   * @param testClass The class file that defines the current suite218   * @see org.junit.runner.Runner219   */220  public Spectrum(final Class<?> testClass) {221    this(Description.createSuiteDescription(testClass), createTestClassDefinitionBlock(testClass));222  }223  Spectrum(Description description, com.greghaskins.spectrum.Block definitionBlock) {224    this.rootSuite = Suite.rootSuite(description);225    DeclarationState.instance().beginDeclaration(this.rootSuite, definitionBlock);226  }227  @Override228  public Description getDescription() {229    return this.rootSuite.getDescription();230  }231  @Override232  public void run(final RunNotifier notifier) {233    this.rootSuite.run(new RunNotifierReporting(notifier));234  }235  /**236   * Links the test class construction to JUnit rules implementation. This creates a block which237   * when executed will perform test definition against Spectrum and also hooks JUnit rule238   * implementation to the definition based on any "@Rule" annotations on the members - see {@link239   * Rules}240   *241   * @param testClass type of the test object242   * @return a block with JUnit rules activated243   */244  private static <T> com.greghaskins.spectrum.Block createTestClassDefinitionBlock(245      final Class<T> testClass) {246    ConstructorBlock<T> constructTestClass = new ConstructorBlock<>(testClass);247    return () -> {248      constructTestClass.run();249      Rules.applyRules(constructTestClass.get(), DeclarationState.instance()::addHook);250    };251  }252}...

Source:Specification.java

1package com.greghaskins.spectrum.dsl.specification;2import static com.greghaskins.spectrum.Configure.focus;3import static com.greghaskins.spectrum.Configure.ignore;4import static com.greghaskins.spectrum.Configure.with;5import static com.greghaskins.spectrum.internal.hooks.AfterHook.after;6import static com.greghaskins.spectrum.internal.hooks.BeforeHook.before;7import com.greghaskins.spectrum.Block;8import com.greghaskins.spectrum.ThrowingConsumer;9import com.greghaskins.spectrum.ThrowingSupplier;10import com.greghaskins.spectrum.internal.DeclarationState;11import com.greghaskins.spectrum.internal.Suite;12import com.greghaskins.spectrum.internal.blocks.IdempotentBlock;13import com.greghaskins.spectrum.internal.hooks.EagerLetHook;14import com.greghaskins.spectrum.internal.hooks.Hook;15import com.greghaskins.spectrum.internal.hooks.HookContext.AppliesTo;16import com.greghaskins.spectrum.internal.hooks.HookContext.Precedence;17import com.greghaskins.spectrum.internal.hooks.LetHook;18import org.junit.AssumptionViolatedException;19import java.util.function.Supplier;20public interface Specification {21  /**22   * Declare a test suite that describes the expected behavior of the system in a given context.23   *24   * @param context Description of the context for this suite25   * @param block   {@link Block} with one or more calls to {@link #it(String, Block) it} that26   *                define each expected behavior27   */28  static void describe(final String context, final Block block) {29    final Suite suite = DeclarationState.instance()30        .getCurrentSuiteBeingDeclared()31        .addSuite(context);32    suite.applyConfigurationFromBlock(block);33    DeclarationState.instance().beginDeclaration(suite, block);34  }35  /**36   * Focus on this specific suite, while ignoring others.37   *38   * @param context Description of the context for this suite39   * @param block   {@link Block} with one or more calls to {@link #it(String, Block) it} that40   *                define each expected behavior41   * @see #describe(String, Block)42   */43  static void fdescribe(final String context, final Block block) {44    describe(context, with(focus(), block));45  }46  /**47   * Ignore the specific suite.48   *49   * @param context Description of the context for this suite50   * @param block   {@link Block} with one or more calls to {@link #it(String, Block) it} that51   *                define each expected behavior52   * @see #describe(String, Block)53   */54  static void xdescribe(final String context, final Block block) {55    describe(context, with(ignore(), block));56  }57  /**58   * Declare a spec, or test, for an expected behavior of the system in this suite context.59   *60   * @param behavior Description of the expected behavior61   * @param block    {@link Block} that verifies the system behaves as expected and throws a {@link62   *                 java.lang.Throwable Throwable} if that expectation is not met.63   */64  static void it(final String behavior, final Block block) {65    DeclarationState.instance().getCurrentSuiteBeingDeclared().addSpec(behavior, block);66  }67  /**68   * Declare a pending spec (without a block) that will be ignored.69   *70   * @param behavior Description of the expected behavior71   * @see #xit(String, Block)72   */73  static void it(final String behavior) {74    DeclarationState.instance().getCurrentSuiteBeingDeclared().addSpec(behavior, null).ignore();75  }76  /**77   * Focus on this specific spec, while ignoring others.78   *79   * @param behavior Description of the expected behavior80   * @param block    {@link Block} that verifies the system behaves as expected and throws a {@link81   *                 java.lang.Throwable Throwable} if that expectation is not met.82   * @see #it(String, Block)83   */84  static void fit(final String behavior, final Block block) {85    it(behavior, with(focus(), block));86  }87  /**88   * Mark a spec as ignored so that it will be skipped.89   *90   * @param behavior Description of the expected behavior91   * @param block    {@link Block} that will not run, since this spec is ignored.92   * @see #it(String, Block)93   */94  static void xit(final String behavior, final Block block) {95    it(behavior);96  }97  /**98   * Declare a {@link Block} to be run before each spec in the suite.99   *100   * <p>101   * Use this to perform setup actions that are common across tests in the context. If multiple102   * {@code beforeEach} blocks are declared, they will run in declaration order.103   * </p>104   *105   * @param block {@link Block} to run once before each spec106   */107  static void beforeEach(final Block block) {108    DeclarationState.instance().addHook(before(block), AppliesTo.ATOMIC_ONLY, Precedence.LOCAL);109  }110  /**111   * Declare a {@link Block Block} to be run after each spec in the current suite.112   *113   * <p>114   * Use this to perform teardown or cleanup actions that are common across specs in this suite. If115   * multiple {@code afterEach} blocks are declared, they will run in declaration order.116   * </p>117   *118   * @param block {@link Block Block} to run once after each spec119   */120  static void afterEach(final Block block) {121    DeclarationState.instance().addHook(after(block), AppliesTo.ATOMIC_ONLY,122        Precedence.GUARANTEED_CLEAN_UP_LOCAL);123  }124  /**125   * Declare a {@link Block Block} to be run once before all the specs in the current suite begin.126   *127   * <p>128   * Use {@code beforeAll} and {@link #afterAll(Block) afterAll} blocks with caution: since they129   * only run once, shared state <strong>will</strong> leak across specs.130   * </p>131   *132   * @param block {@link Block} to run once before all specs in this suite133   */134  static void beforeAll(final Block block) {135    DeclarationState.instance().addHook(before(new IdempotentBlock(block)), AppliesTo.ATOMIC_ONLY,136        Precedence.SET_UP);137  }138  /**139   * Declare a {@link Block} to be run once after all the specs in the current suite have run.140   *141   * <p>142   * Use {@link #beforeAll(Block) beforeAll} and {@code afterAll} blocks with caution: since they143   * only run once, shared state <strong>will</strong> leak across tests.144   * </p>145   *146   * @param block {@link Block} to run once after all specs in this suite147   */148  static void afterAll(final Block block) {149    DeclarationState.instance().addHook(after(block), AppliesTo.ONCE,150        Precedence.GUARANTEED_CLEAN_UP_GLOBAL);151  }152  /**153   * A value that will be fresh within each spec and cannot bleed across specs.154   *155   * <p>156   * Note that {@code let} is lazy-evaluated: the {@code supplier} is not called until the first157   * time it is used.158   * </p>159   *160   * @param <T>      The type of value161   * @param supplier {@link ThrowingSupplier} function that either generates the value, or throws a162   *                 {@link Throwable}163   * @return supplier which is refreshed for each spec's context164   */165  static <T> Supplier<T> let(final ThrowingSupplier<T> supplier) {166    LetHook<T> letHook = new LetHook<>(supplier);167    DeclarationState.instance().addHook(letHook, AppliesTo.ATOMIC_ONLY, Precedence.LOCAL);168    return letHook;169  }170  /**171   * A value that will be calculated fresh at the start of each spec and cannot bleed across specs.172   *173   * <p>174   * Note that {@code eagerLet} is eagerly evaluated: the {@code supplier} is called at the start175   * of the spec, before {@code beforeEach} blocks.176   * </p>177   *178   * @param <T>      The type of value179   * @param supplier {@link ThrowingSupplier} function that either generates the value, or throws a180   *                 {@link Throwable}181   * @return supplier which is refreshed for each spec's context182   */183  static <T> Supplier<T> eagerLet(final ThrowingSupplier<T> supplier) {184    EagerLetHook<T> eagerLetHook = new EagerLetHook<>(supplier);185    DeclarationState.instance().addHook(eagerLetHook, AppliesTo.ATOMIC_ONLY, Precedence.LOCAL);186    return eagerLetHook;187  }188  /**189   * Define a test context. Alias for {@link #describe}.190   *191   * @param context the description of the context192   * @param block   the block to execute193   */194  static void context(final String context, final Block block) {195    describe(context, block);196  }197  /**198   * Define a focused test context. Alias for {@link #fdescribe}.199   *200   * @param context the description of the context201   * @param block   the block to execute202   */203  static void fcontext(final String context, final Block block) {204    fdescribe(context, block);205  }206  /**207   * Define an ignored test context. Alias for {@link #xdescribe}.208   *209   * @param context the description of the context210   * @param block   the block to execute211   */212  static void xcontext(final String context, final Block block) {...

Source:Configure.java

...25   * @param block the enclosed block26   * @return a wrapped block with the given configuration27   * @see #ignore(String)28   * @see #ignore()29   * @see #focus()30   * @see #tags(String...)31   * @see #timeout(Duration)32   */33  static Block with(final BlockConfigurationChain configuration, final Block block) {34    return ConfiguredBlock.with(configuration.getBlockConfiguration(), block);35  }36  /**37   * Mark a block as ignored by surrounding it with the ignore method.38   *39   * @param why explanation of why this block is being ignored40   * @param block the block to ignore41   * @return a wrapped block which will be ignored42   */43  static Block ignore(final String why, final Block block) {44    return with(ignore(why), block);45  }46  /**47   * Mark a block as ignored by surrounding it with the ignore method.48   *49   * @param block the block to ignore50   * @return a wrapped block which will be ignored51   */52  static Block ignore(final Block block) {53    return with(ignore(), block);54  }55  /**56   * Ignore the suite or spec.57   *58   * @return a chainable configuration that will ignore the block within a {@link #with}59   */60  static BlockConfigurationChain ignore() {61    return new BlockConfigurationChain().with(new BlockIgnore());62  }63  /**64   * Ignore the suite or spec.65   *66   * @param reason why this block is ignored67   * @return a chainable configuration that will ignore the block within a {@link #with}68   */69  static BlockConfigurationChain ignore(final String reason) {70    return new BlockConfigurationChain().with(new BlockIgnore(reason));71  }72  /**73   * Tags the suite or spec that is being declared with the given strings. Depending on the current74   * filter criteria, this may lead to the item being ignored during test execution.75   *76   * @param tags tags that relate to the suite or spec77   * @return a chainable configuration that has these tags set for the block in {@link #with}78   */79  static BlockConfigurationChain tags(final String... tags) {80    return new BlockConfigurationChain().with(new BlockTagging(tags));81  }82  /**83   * Marks the suite or spec to be focused.84   *85   * @return a chainable configuration that will focus the suite or spec in the {@link #with}86   */87  static BlockConfigurationChain focus() {88    return new BlockConfigurationChain().with(new BlockFocused());89  }90  /**91   * Apply timeout to all leaf nodes from this level down. Can be superseded by a lower level having its92   * own timeout.93   * @param timeout the amount of the timeout94   * @return a chainable configuration that will apply a timeout to all leaf nodes below95   */96  static BlockConfigurationChain timeout(Duration timeout) {97    return new BlockConfigurationChain().with(new BlockTimeout(timeout));98  }99  /**100   * Filter which tests in the current suite will run.101   *...

focus

Using AI Code Generation

1import com.greghaskins.spectrum.Spectrum;2import com.greghaskins.spectrum.Spectrum.*;3import com.greghaskins.spectrum.internal.Spec;4import static com.greghaskins.spectrum.Spectrum.*;5public class 1 {6    public static void main(String[] args) {7        focus("focus", () -> {8            System.out.println("focus test");9        });10        it("it", () -> {11            System.out.println("it test");12        });13        Spec.focus();14    }15}16import com.greghaskins.spectrum.Spectrum;17import com.greghaskins.spectrum.Spectrum.*;18import com.greghaskins.spectrum.internal.Spec;19import static com.greghaskins.spectrum.Spectrum.*;20public class 2 {21    public static void main(String[] args) {22        focus("focus", () -> {23            System.out.println("focus test");24        });25        it("it", () -> {26            System.out.println("it test");27        });28        Spectrum.focus();29    }30}31import com.greghaskins.spectrum.Spectrum;32import com.greghaskins.spectrum.Spectrum.*;33import com.greghaskins.spectrum.internal.Spec;34import static com.greghaskins.spectrum.Spectrum.*;35public class 3 {36    public static void main(String[] args) {37        focus("focus", () -> {38            System.out.println("focus test");39        });40        it("it", () -> {41            System.out.println("it test");42        });43        Spectrum.focus();44    }45}46import com.greghaskins.spectrum.Spectrum;47import com.greghaskins.spectrum.Spectrum.*;48import com.greghaskins.spectrum.internal.Spec;49import static com.greghaskins.spectrum.Spectrum.*;50public class 4 {51    public static void main(String[] args) {52        focus("focus", () -> {53            System.out.println("focus test");54        });55        it("it", () -> {56            System.out.println("it test");

focus

Using AI Code Generation

1import com.greghaskins.spectrum.internal.Spec;2import com.greghaskins.spectrum.internal.Spectrum;3public class 1 {4    public static void main(String[] args) {5        Spec spec = new Spec("1", null, 1, null);6        Spectrum.focus(spec);7    }8}9import com.greghaskins.spectrum.internal.Spec;10import com.greghaskins.spectrum.internal.Spectrum;11public class 2 {12    public static void main(String[] args) {13        Spec spec = new Spec("2", null, 2, null);14        Spectrum.focus(spec);15    }16}17import com.greghaskins.spectrum.internal.Spec;18import com.greghaskins.spectrum.internal.Spectrum;19public class 3 {20    public static void main(String[] args) {21        Spec spec = new Spec("3", null, 3, null);22        Spectrum.focus(spec);23    }24}25import com.greghaskins.spectrum.internal.Spec;26import com.greghaskins.spectrum.internal.Spectrum;27public class 4 {28    public static void main(String[] args) {29        Spec spec = new Spec("4", null, 4, null);30        Spectrum.focus(spec);31    }32}33import com.greghaskins.spectrum.internal.Spec;34import com.greghaskins.spectrum.internal.Spectrum;35public class 5 {36    public static void main(String[] args) {37        Spec spec = new Spec("5", null, 5, null);38        Spectrum.focus(spec);39    }40}41import com.greghaskins.spectrum.internal.Spec;42import com.greghaskins.spectrum.internal.Spectrum;43public class 6 {44    public static void main(String[] args) {45        Spec spec = new Spec("6

focus

Using AI Code Generation

1import com.greghaskins.spectrum.internal.Spec;2import org.junit.Test;3import static com.greghaskins.spectrum.Spectrum.describe;4import static com.greghaskins.spectrum.Spectrum.it;5import static com.greghaskins.spectrum.Spectrum.beforeEach;6import static com.greghaskins.spectrum.Spectrum.afterEach;7import static com.greghaskins.spectrum.Spectrum.beforeAll;8import static com.greghaskins.spectrum.Spectrum.afterAll;9import static com.greghaskins.spectrum.Spectrum.run;10public class 1 {11    public static void main(String[] args) {12        run(() -> {13            describe("a test", () -> {14                it("is a test", () -> {15                    System.out.println("This is a test");16                });17            });18        });19    }20}21import com.greghaskins.spectrum.internal.Spec;22import org.junit.Test;23import static com.greghaskins.spectrum.Spectrum.describe;24import static com.greghaskins.spectrum.Spectrum.it;25import static com.greghaskins.spectrum.Spectrum.beforeEach;26import static com.greghaskins.spectrum.Spectrum.afterEach;27import static com.greghaskins.spectrum.Spectrum.beforeAll;28import static com.greghaskins.spectrum.Spectrum.afterAll;29import static com.greghaskins.spectrum.Spectrum.run;30public class 2 {31    public static void main(String[] args) {32        run(() -> {33            describe("a test", () -> {34                it("is a test", () -> {35                    System.out.println("This is a test");36                });37            });38        });39    }40}41import com.greghaskins.spectrum.internal.Spec;42import org.junit.Test;43import static com.greghaskins.spectrum.Spectrum.describe;44import static com.greghaskins.spectrum.Spectrum.it;45import static com.greghaskins.spectrum.Spectrum.beforeEach;46import static com.greghaskins

focus

Using AI Code Generation

1package com.greghaskins.spectrum;2public class Test {3  public static void main(String[] args) {4    Spec.describe("test", () -> {5      Spec.it("test", () -> {6        System.out.println("test");7      });8    });9  }10}11public class Test {12  public static void main(String[] args) {13    Spec.describe("test", () -> {14      Spec.it("test", () -> {15        System.out.println("test");16      });17    });18  }19}20package com.greghaskins.spectrum;21public class Test {22  public static void main(String[] args) {23    Spec.describe("test", () -> {24      Spec.it("test", () -> {25        System.out.println("test");26      });27    });28  }29}30public class Test {31  public static void main(String[] args) {32    Spec.describe("test", () -> {33      Spec.it("test", () -> {34        System.out.println("

focus

Using AI Code Generation

1package com.greghaskins.spectrum.internal;2import com.greghaskins.spectrum.internal.hooks.HookContext;3public class Spec {4  public static void focus(HookContext context) {5    context.focus();6  }7}8package com.greghaskins.spectrum.internal;9import com.greghaskins.spectrum.internal.hooks.HookContext;10public class Spec {11  public static void focus(HookContext context) {12    context.focus();13  }14}15package com.greghaskins.spectrum.internal;16import com.greghaskins.spectrum.internal.hooks.HookContext;17public class Spec {18  public static void focus(HookContext context) {19    context.focus();20  }21}22package com.greghaskins.spectrum.internal;23import com.greghaskins.spectrum.internal.hooks.HookContext;24public class Spec {25  public static void focus(HookContext context) {26    context.focus();27  }28}29package com.greghaskins.spectrum.internal;30import com.greghaskins.spectrum.internal.hooks.HookContext;31public class Spec {32  public static void focus(HookContext context) {33    context.focus();34  }35}36package com.greghaskins.spectrum.internal;37import com.greghaskins.spectrum.internal.hooks.HookContext;38public class Spec {39  public static void focus(HookContext context) {40    context.focus();41  }42}43package com.greghaskins.spectrum.internal;44import com.greghaskins.spectrum.internal.hooks.HookContext;45public class Spec {46  public static void focus(HookContext context) {47    context.focus();48  }

focus

Using AI Code Generation

1import com.greghaskins.spectrum.internal.Spec;2public class TestSpectrum {3    public static void main(String[] args) {4        Spec spec = new Spec("Test", () -> {5            System.out.println("Test");6        });7        spec.focus();8    }9}10import com.greghaskins.spectrum.internal.Spec;11public class TestSpectrum {12    public static void main(String[] args) {13        Spec spec = new Spec("Test", () -> {14            System.out.println("Test");15        });16        spec.focus();17    }18}19import com.greghaskins.spectrum.internal.Spec;20public class TestSpectrum {21    public static void main(String[] args) {22        Spec spec = new Spec("Test", () -> {23            System.out.println("Test");24        });25        spec.focus();26    }27}28import com.greghaskins.spectrum.internal.Spec;29public class TestSpectrum {30    public static void main(String[] args) {31        Spec spec = new Spec("Test", () -> {32            System.out.println("Test");33        });34        spec.focus();35    }36}37import com.greghaskins.spectrum.internal.Spec;38public class TestSpectrum {39    public static void main(String[] args) {40        Spec spec = new Spec("Test", () -> {41            System.out.println("Test");42        });43        spec.focus();44    }45}46import com.greghaskins.spectrum.internal.Spec;47public class TestSpectrum {48    public static void main(String[] args) {49        Spec spec = new Spec("Test", () -> {50            System.out.println("Test");51        });52        spec.focus();53    }54}55import com.greghask

focus

Using AI Code Generation

1public class 1 {2    public static void main(String[] args) {3    }4}5Source Project: spectrum Source File: Focus.java License: MIT License 5 votes /** * Focuses the spec with the given description. * * @param description the description of the spec to focus * @return a {@link Runnable} that will return the spec to its original state */ public static Runnable focus(String description) { return focus(description, null); }6Source Project: spectrum Source File: Focus.java License: MIT License 5 votes /** * Focuses the spec with the given description. * * @param description the description of the spec to focus * @return a {@link Runnable} that will return the spec to its original state */ public static Runnable focus(String description) { return focus(description, null); }

focus

Using AI Code Generation

1package com.greghaskins.spectrum.internal;2import com.greghaskins.spectrum.Spectrum;3public class Spec extends Spectrum {4    public static void focus(String test) {5        Spec.spec.focus(test);6    }7}8package com.greghaskins.spectrum.internal;9import com.greghaskins.spectrum.Spectrum;10public class Spec extends Spectrum {11    public static void focus(String test) {12        Spec.spec.focus(test);13    }14}15package com.greghaskins.spectrum.internal;16import com.greghaskins.spectrum.Spectrum;17public class Spec extends Spectrum {18    public static void focus(String test) {19        Spec.spec.focus(test);20    }21}22package com.greghaskins.spectrum.internal;23import com.greghaskins.spectrum.Spectrum;24public class Spec extends Spectrum {25    public static void focus(String test) {26        Spec.spec.focus(test);27    }28}29package com.greghaskins.spectrum.internal;30import com.greghaskins.spectrum.Spectrum;31public class Spec extends Spectrum {32    public static void focus(String test) {33        Spec.spec.focus(test);34    }35}36package com.greghaskins.spectrum.internal;37import com.greghaskins.spectrum.Spectrum;38public class Spec extends Spectrum {39    public static void focus(String test) {40        Spec.spec.focus(test);41    }42}

focus

Using AI Code Generation

1package com.greghaskins.spectrum;2import java.lang.reflect.Field;3import java.lang.reflect.Method;4public class 1 {5    public static void main(String[] args) throws Exception {6        Method focus = Class.forName("com.greghaskins.spectrum.internal.Spec").getDeclaredMethod("focus");7        focus.setAccessible(true);8        System.out.println(focus.invoke(null));9        focus.invoke(null, true);10        System.out.println(focus.invoke(null));11    }12}

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