Package org.gradle.api.tasks.testing

Class Test

java.lang.Object
org.gradle.api.internal.AbstractTask
org.gradle.api.DefaultTask
org.gradle.api.internal.ConventionTask
org.gradle.api.tasks.testing.AbstractTestTask
org.gradle.api.tasks.testing.Test
All Implemented Interfaces:
Comparable<Task>, org.gradle.api.internal.DynamicObjectAware, org.gradle.api.internal.IConventionAware, org.gradle.api.internal.TaskInternal, Named, ExtensionAware, Reporting<TestTaskReports>, Task, PatternFilterable, VerificationTask, JavaForkOptions, ProcessForkOptions, Configurable<Task>
@NonNullApi @CacheableTask public abstract class Test extends AbstractTestTask implements JavaForkOptions, PatternFilterable
Executes JUnit (3.8.x, 4.x or 5.x) or TestNG tests. Test are always run in (one or more) separate JVMs.

The sample below shows various configuration options. 

 plugins {
     id("java-library") // adds 'test' task
 }

 test {
   // discover and execute JUnit4-based tests
   useJUnit()

   // discover and execute TestNG-based tests
   useTestNG()

   // discover and execute JUnit Platform-based tests
   useJUnitPlatform()

   // set a system property for the test JVM(s)
   systemProperty 'some.prop', 'value'

   // explicitly include or exclude tests
   include 'org/foo/**'
   exclude 'org/boo/**'

   // show standard out and standard error of the test JVM(s) on the console
   testLogging.showStandardStreams = true

   // set heap size for the test JVM(s)
   minHeapSize = "128m"
   maxHeapSize = "512m"

   // set JVM arguments for the test JVM(s)
   jvmArgs('-XX:MaxPermSize=256m')

   // listen to events in the test execution lifecycle
   beforeTest { descriptor ->
      logger.lifecycle("Running test: " + descriptor)
   }

   // fail the 'test' task on the first test failure
   failFast = true

   // skip an actual test execution
   dryRun = true

   // listen to standard out and standard error of the test JVM(s)
   onOutput { descriptor, event ->
      logger.lifecycle("Test: " + descriptor + " produced standard out/err: " + event.message )
   }
 }

The test process can be started in debug mode (see getDebug()) in an ad-hoc manner by supplying the `--debug-jvm` switch when invoking the build. 

 gradle someTestTask --debug-jvm

  • Constructor Details

    • Test

      public Test()

  • Method Details

    • getWorkingDir

      @Internal public File getWorkingDir()
      Returns the working directory for the process. Defaults to the project directory.
      Specified by:
      getWorkingDir in interface ProcessForkOptions
      Returns:
      The working directory. Never returns null.

    • setWorkingDir

      public void setWorkingDir(File dir)
      Sets the working directory for the process.
      Specified by:
      setWorkingDir in interface ProcessForkOptions
      Parameters:
      dir - The working directory. Must not be null.

    • setWorkingDir

      public void setWorkingDir(Object dir)
      Sets the working directory for the process. The supplied argument is evaluated as per Project.file(Object).
      Specified by:
      setWorkingDir in interface ProcessForkOptions
      Parameters:
      dir - The working directory. Must not be null.

    • workingDir

      public Test workingDir(Object dir)
      Sets the working directory for the process. The supplied argument is evaluated as per Project.file(Object).
      Specified by:
      workingDir in interface ProcessForkOptions
      Parameters:
      dir - The working directory. Must not be null.
      Returns:
      this

    • getJavaVersion

      @Input public JavaVersion getJavaVersion()
      Returns the version of Java used to run the tests based on the JavaLauncher specified by getJavaLauncher(), or the executable specified by getExecutable() if the JavaLauncher is not present.
      Since:
      3.3

    • getExecutable

      @Internal public String getExecutable()
      Returns the name of the executable to use.
      Specified by:
      getExecutable in interface ProcessForkOptions
      Returns:
      The executable.

    • executable

      public Test executable(Object executable)
      Sets the name of the executable to use.
      Specified by:
      executable in interface ProcessForkOptions
      Parameters:
      executable - The executable. Must not be null.
      Returns:
      this

    • setExecutable

      public void setExecutable(String executable)
      Sets the name of the executable to use.
      Specified by:
      setExecutable in interface ProcessForkOptions
      Parameters:
      executable - The executable. Must not be null.

    • setExecutable

      public void setExecutable(Object executable)
      Sets the name of the executable to use.
      Specified by:
      setExecutable in interface ProcessForkOptions
      Parameters:
      executable - The executable. Must not be null.

    • getSystemProperties

      public Map<String,Object> getSystemProperties()
      Returns the system properties which will be used for the process.
      Specified by:
      getSystemProperties in interface JavaForkOptions
      Returns:
      The system properties. Returns an empty map when there are no system properties.

    • setSystemProperties

      public void setSystemProperties(Map<String,?> properties)
      Sets the system properties to use for the process.
      Specified by:
      setSystemProperties in interface JavaForkOptions
      Parameters:
      properties - The system properties. Must not be null.

    • systemProperties

      public Test systemProperties(Map<String,?> properties)
      Adds some system properties to use for the process.
      Specified by:
      systemProperties in interface JavaForkOptions
      Parameters:
      properties - The system properties. Must not be null.
      Returns:
      this

    • systemProperty

      public Test systemProperty(String name, Object value)
      Adds a system property to use for the process.
      Specified by:
      systemProperty in interface JavaForkOptions
      Parameters:
      name - The name of the property
      value - The value for the property. May be null.
      Returns:
      this

    • getBootstrapClasspath

      public FileCollection getBootstrapClasspath()
      Returns the bootstrap classpath to use for the process. The default bootstrap classpath for the JVM is used when this classpath is empty.
      Specified by:
      getBootstrapClasspath in interface JavaForkOptions
      Returns:
      The bootstrap classpath. Never returns null.

    • setBootstrapClasspath

      public void setBootstrapClasspath(FileCollection classpath)
      Sets the bootstrap classpath to use for the process. Set to an empty classpath to use the default bootstrap classpath for the specified JVM.
      Specified by:
      setBootstrapClasspath in interface JavaForkOptions
      Parameters:
      classpath - The classpath. Must not be null. Can be empty.

    • bootstrapClasspath

      public Test bootstrapClasspath(Object... classpath)
      Adds the given values to the end of the bootstrap classpath for the process.
      Specified by:
      bootstrapClasspath in interface JavaForkOptions
      Parameters:
      classpath - The classpath.
      Returns:
      this

    • getMinHeapSize

      public String getMinHeapSize()
      Returns the minimum heap size for the process, if any.
      Specified by:
      getMinHeapSize in interface JavaForkOptions
      Returns:
      The minimum heap size. Returns null if the default minimum heap size should be used.

    • getDefaultCharacterEncoding

      public String getDefaultCharacterEncoding()
      Returns the default character encoding to use.
      Specified by:
      getDefaultCharacterEncoding in interface JavaForkOptions
      Returns:
      The default character encoding. Returns null if the default character encoding of this JVM should be used.

    • setDefaultCharacterEncoding

      public void setDefaultCharacterEncoding(String defaultCharacterEncoding)
      Sets the default character encoding to use. Note: Many JVM implementations support the setting of this attribute via system property on startup (namely, the file.encoding property). For JVMs where this is the case, setting the file.encoding property via JavaForkOptions.setSystemProperties(java.util.Map) or similar will have no effect as this value will be overridden by the value specified by JavaForkOptions.getDefaultCharacterEncoding().
      Specified by:
      setDefaultCharacterEncoding in interface JavaForkOptions
      Parameters:
      defaultCharacterEncoding - The default character encoding. Use null to use this JVM's default charset

    • setMinHeapSize

      public void setMinHeapSize(String heapSize)
      Sets the minimum heap size for the process. Supports the units megabytes (e.g. "512m") and gigabytes (e.g. "1g").
      Specified by:
      setMinHeapSize in interface JavaForkOptions
      Parameters:
      heapSize - The minimum heap size. Use null for the default minimum heap size.

    • getMaxHeapSize

      public String getMaxHeapSize()
      Returns the maximum heap size for the process, if any.
      Specified by:
      getMaxHeapSize in interface JavaForkOptions
      Returns:
      The maximum heap size. Returns null if the default maximum heap size should be used.

    • setMaxHeapSize

      public void setMaxHeapSize(String heapSize)
      Sets the maximum heap size for the process. Supports the units megabytes (e.g. "512m") and gigabytes (e.g. "1g").
      Specified by:
      setMaxHeapSize in interface JavaForkOptions
      Parameters:
      heapSize - The heap size. Use null for the default maximum heap size.

    • getJvmArgs

      public List<String> getJvmArgs()
      Returns the extra arguments to use to launch the JVM for the process. Does not include system properties and the minimum/maximum heap size.
      Specified by:
      getJvmArgs in interface JavaForkOptions
      Returns:
      The immutable list of arguments. Returns an empty list if there are no arguments.

    • getJvmArgumentProviders

      public List<CommandLineArgumentProvider> getJvmArgumentProviders()
      Command line argument providers for the java process to fork.
      Specified by:
      getJvmArgumentProviders in interface JavaForkOptions

    • setJvmArgs

      public void setJvmArgs(List<String> arguments)
      Sets the extra arguments to use to launch the JVM for the process. System properties and minimum/maximum heap size are updated.
      Specified by:
      setJvmArgs in interface JavaForkOptions
      Parameters:
      arguments - The arguments. Must not be null.

    • setJvmArgs

      public void setJvmArgs(Iterable<?> arguments)
      Sets the extra arguments to use to launch the JVM for the process. System properties and minimum/maximum heap size are updated.
      Specified by:
      setJvmArgs in interface JavaForkOptions
      Parameters:
      arguments - The arguments. Must not be null.

    • jvmArgs

      public Test jvmArgs(Iterable<?> arguments)
      Adds some arguments to use to launch the JVM for the process.
      Specified by:
      jvmArgs in interface JavaForkOptions
      Parameters:
      arguments - The arguments. Must not be null.
      Returns:
      this

    • jvmArgs

      public Test jvmArgs(Object... arguments)
      Adds some arguments to use to launch the JVM for the process.
      Specified by:
      jvmArgs in interface JavaForkOptions
      Parameters:
      arguments - The arguments.
      Returns:
      this

    • getEnableAssertions

      public boolean getEnableAssertions()
      Returns true if assertions are enabled for the process.
      Specified by:
      getEnableAssertions in interface JavaForkOptions
      Returns:
      true if assertions are enabled, false if disabled

    • setEnableAssertions

      public void setEnableAssertions(boolean enabled)
      Enable or disable assertions for the process.
      Specified by:
      setEnableAssertions in interface JavaForkOptions
      Parameters:
      enabled - true to enable assertions, false to disable.

    • getDebug

      public boolean getDebug()
      Determines whether debugging is enabled for the test process. When enabled — debug = true — the process is started in a suspended state, listening on port 5005. You should disable parallel test execution when debugging and you will need to reattach the debugger occasionally if you use a non-zero value for getForkEvery().

      Since Gradle 5.6, you can configure the port and other Java debug properties via JavaForkOptions.debugOptions(Action).

      Specified by:
      getDebug in interface JavaForkOptions
      Returns:
      true when debugging is enabled, false to disable.

    • setDebug

      public void setDebug(boolean enabled)
      Enable or disable debugging for the process. When enabled, the process is started suspended and listening on port 5005.

      The debug properties (e.g. the port number) can be configured in JavaForkOptions.debugOptions(Action).

      Specified by:
      setDebug in interface JavaForkOptions
      Parameters:
      enabled - true to enable debugging, false to disable.

    • getDebugOptions

      public JavaDebugOptions getDebugOptions()
      Returns the Java Debug Wire Protocol properties for the process. If enabled then the -agentlib:jdwp=... will be appended to the JVM arguments with the configuration from the parameter.
      Specified by:
      getDebugOptions in interface JavaForkOptions

    • debugOptions

      public void debugOptions(Action<JavaDebugOptions> action)
      Configures Java Debug Wire Protocol properties for the process. If JavaForkOptions.setDebug(boolean) is enabled then the -agentlib:jdwp=... will be appended to the JVM arguments with the configuration from the parameter.
      Specified by:
      debugOptions in interface JavaForkOptions
      Parameters:
      action - the Java debug configuration

    • setFailFast

      public void setFailFast(boolean failFast)
      Enables fail fast behavior causing the task to fail on the first failed test.

    • getFailFast

      public boolean getFailFast()
      Indicates if this task will fail on the first failed test
      Returns:
      whether this task will fail on the first failed test

    • getDryRun

      @Incubating @Input public abstract Property<Boolean> getDryRun()
      Indicates if this task will skip individual test execution.

      For JUnit 4 and 5, this will report tests that would have executed as skipped. For TestNG, this will report tests that would have executed as passed.

      Only versions of TestNG which support native dry-running are supported, i.e. TestNG 6.14 or later.

      Returns:
      property for whether this task will skip individual test execution
      Since:
      8.3

    • getAllJvmArgs

      public List<String> getAllJvmArgs()
      Returns the full set of arguments to use to launch the JVM for the process. This includes arguments to define system properties, the minimum/maximum heap size, and the bootstrap classpath.
      Specified by:
      getAllJvmArgs in interface JavaForkOptions
      Returns:
      The immutable list of arguments. Returns an empty list if there are no arguments.

    • setAllJvmArgs

      public void setAllJvmArgs(List<String> arguments)
      Sets the full set of arguments to use to launch the JVM for the process. Overwrites any previously set system properties, minimum/maximum heap size, assertions, and bootstrap classpath.
      Specified by:
      setAllJvmArgs in interface JavaForkOptions
      Parameters:
      arguments - The arguments. Must not be null.

    • setAllJvmArgs

      public void setAllJvmArgs(Iterable<?> arguments)
      Sets the full set of arguments to use to launch the JVM for the process. Overwrites any previously set system properties, minimum/maximum heap size, assertions, and bootstrap classpath.
      Specified by:
      setAllJvmArgs in interface JavaForkOptions
      Parameters:
      arguments - The arguments. Must not be null.

    • getEnvironment

      @Internal public Map<String,Object> getEnvironment()
      The environment variables to use for the process. Defaults to the environment of this process.
      Specified by:
      getEnvironment in interface ProcessForkOptions
      Returns:
      The environment. Returns an empty map when there are no environment variables.

    • environment

      public Test environment(Map<String,?> environmentVariables)
      Adds some environment variables to the environment for this process.
      Specified by:
      environment in interface ProcessForkOptions
      Parameters:
      environmentVariables - The environment variables. Must not be null.
      Returns:
      this

    • environment

      public Test environment(String name, Object value)
      Adds an environment variable to the environment for this process.
      Specified by:
      environment in interface ProcessForkOptions
      Parameters:
      name - The name of the variable.
      value - The value for the variable. Must not be null.
      Returns:
      this

    • setEnvironment

      public void setEnvironment(Map<String,?> environmentVariables)
      Sets the environment variable to use for the process.
      Specified by:
      setEnvironment in interface ProcessForkOptions
      Parameters:
      environmentVariables - The environment variables. Must not be null.

    • copyTo

      public Test copyTo(ProcessForkOptions target)
      Copies these options to the given target options.
      Specified by:
      copyTo in interface ProcessForkOptions
      Parameters:
      target - The target options
      Returns:
      this

    • copyTo

      public Test copyTo(JavaForkOptions target)
      Copies these options to the given options.
      Specified by:
      copyTo in interface JavaForkOptions
      Parameters:
      target - The target options.
      Returns:
      this

    • getModularity

      public ModularitySpec getModularity()
      Returns the module path handling of this test task.
      Since:
      6.4

    • createTestExecutionSpec

      protected org.gradle.api.internal.tasks.testing.JvmTestExecutionSpec createTestExecutionSpec()
      Creates test execution specification. For internal use only.
      Specified by:
      createTestExecutionSpec in class AbstractTestTask
      Since:
      4.4

    • executeTests

      public void executeTests()
      Overrides:
      executeTests in class AbstractTestTask

    • createTestExecuter

      protected org.gradle.api.internal.tasks.testing.TestExecuter<org.gradle.api.internal.tasks.testing.JvmTestExecutionSpec> createTestExecuter()
      Description copied from class: AbstractTestTask
      Creates test executer. For internal use only.
      Specified by:
      createTestExecuter in class AbstractTestTask

    • getNoMatchingTestErrorReasons

      protected List<String> getNoMatchingTestErrorReasons()
      Description copied from class: AbstractTestTask
      Returns the reasons for no matching test error.
      Overrides:
      getNoMatchingTestErrorReasons in class AbstractTestTask

    • include

      public Test include(String... includes)
      Adds include patterns for the files in the test classes directory (e.g. '**/*Test.class')).
      Specified by:
      include in interface PatternFilterable
      Parameters:
      includes - a vararg list of include patterns
      Returns:
      this
      See Also:

    • include

      public Test include(Iterable<String> includes)
      Adds include patterns for the files in the test classes directory (e.g. '**/*Test.class')).
      Specified by:
      include in interface PatternFilterable
      Parameters:
      includes - a Iterable providing more include patterns
      Returns:
      this
      See Also:

    • include

      public Test include(Spec<FileTreeElement> includeSpec)
      Adds an include spec. This method may be called multiple times to append new specs. If includes are not provided, then all files in this container will be included. If includes are provided, then a file must match at least one of the include patterns or specs to be included.
      Specified by:
      include in interface PatternFilterable
      Parameters:
      includeSpec - the spec to add
      Returns:
      this
      See Also:

    • include

      public Test include(Closure includeSpec)
      Adds an include spec. This method may be called multiple times to append new specs. The given closure is passed a FileTreeElement as its parameter. If includes are not provided, then all files in this container will be included. If includes are provided, then a file must match at least one of the include patterns or specs to be included.
      Specified by:
      include in interface PatternFilterable
      Parameters:
      includeSpec - the spec to add
      Returns:
      this
      See Also:

    • exclude

      public Test exclude(String... excludes)
      Adds exclude patterns for the files in the test classes directory (e.g. '**/*Test.class')).
      Specified by:
      exclude in interface PatternFilterable
      Parameters:
      excludes - a vararg list of exclude patterns
      Returns:
      this
      See Also:

    • exclude

      public Test exclude(Iterable<String> excludes)
      Adds exclude patterns for the files in the test classes directory (e.g. '**/*Test.class')).
      Specified by:
      exclude in interface PatternFilterable
      Parameters:
      excludes - a Iterable providing new exclude patterns
      Returns:
      this
      See Also:

    • exclude

      public Test exclude(Spec<FileTreeElement> excludeSpec)
      Adds an exclude spec. This method may be called multiple times to append new specs. If excludes are not provided, then no files will be excluded. If excludes are provided, then files must not match any exclude pattern to be processed.
      Specified by:
      exclude in interface PatternFilterable
      Parameters:
      excludeSpec - the spec to add
      Returns:
      this
      See Also:

    • exclude

      public Test exclude(Closure excludeSpec)
      Adds an exclude spec. This method may be called multiple times to append new specs.The given closure is passed a FileTreeElement as its parameter. The closure should return true or false. Example: 
       copySpec {
   from 'source'
   into 'destination'
   //an example of excluding files from certain configuration:
   exclude { it.file in configurations.someConf.files }
 }
      If excludes are not provided, then no files will be excluded. If excludes are provided, then files must not match any exclude pattern to be processed.
      Specified by:
      exclude in interface PatternFilterable
      Parameters:
      excludeSpec - the spec to add
      Returns:
      this
      See Also:

    • setTestNameIncludePatterns

      public Test setTestNameIncludePatterns(List<String> testNamePattern)
      Sets the test name patterns to be included in execution. Classes or method names are supported, wildcard '*' is supported. For more information see the user guide chapter on testing. For more information on supported patterns see TestFilter
      Overrides:
      setTestNameIncludePatterns in class AbstractTestTask

    • getTestClassesDirs

      @Internal public FileCollection getTestClassesDirs()
      Returns the directories for the compiled test sources.
      Returns:
      All test class directories to be used.
      Since:
      4.0

    • setTestClassesDirs

      public void setTestClassesDirs(FileCollection testClassesDirs)
      Sets the directories to scan for compiled test sources. Typically, this would be configured to use the output of a source set: 
       plugins {
     id 'java'
 }

 sourceSets {
    integrationTest {
       compileClasspath += main.output
       runtimeClasspath += main.output
    }
 }

 task integrationTest(type: Test) {
     // Runs tests from src/integrationTest
     testClassesDirs = sourceSets.integrationTest.output.classesDirs
     classpath = sourceSets.integrationTest.runtimeClasspath
 }
      Parameters:
      testClassesDirs - All test class directories to be used.
      Since:
      4.0

    • getIncludes

      @Internal public Set<String> getIncludes()
      Returns the include patterns for test execution.
      Specified by:
      getIncludes in interface PatternFilterable
      Returns:
      The include patterns. Returns an empty set when there are no include patterns.
      See Also:

    • setIncludes

      public Test setIncludes(Iterable<String> includes)
      Sets the include patterns for test execution.
      Specified by:
      setIncludes in interface PatternFilterable
      Parameters:
      includes - The patterns list
      Returns:
      this
      See Also:

    • getExcludes

      @Internal public Set<String> getExcludes()
      Returns the exclude patterns for test execution.
      Specified by:
      getExcludes in interface PatternFilterable
      Returns:
      The exclude patterns. Returns an empty set when there are no exclude patterns.
      See Also:

    • setExcludes

      public Test setExcludes(Iterable<String> excludes)
      Sets the exclude patterns for test execution.
      Specified by:
      setExcludes in interface PatternFilterable
      Parameters:
      excludes - The patterns list
      Returns:
      this
      See Also:

    • getTestFrameworkProperty

      public Property<org.gradle.api.internal.tasks.testing.TestFramework> getTestFrameworkProperty()
      Returns the configured TestFramework.
      Since:
      7.3

    • getTestFramework

      @Internal public org.gradle.api.internal.tasks.testing.TestFramework getTestFramework()

    • testFramework

      public org.gradle.api.internal.tasks.testing.TestFramework testFramework(@Nullable Closure testFrameworkConfigure)

    • getOptions

      public TestFrameworkOptions getOptions()
      Returns test framework specific options. Make sure to call useJUnit(), useJUnitPlatform() or useTestNG() before using this method.
      Returns:
      The test framework options.

    • options

      public TestFrameworkOptions options(@DelegatesTo(TestFrameworkOptions.class) Closure testFrameworkConfigure)
      Configures test framework specific options.

      When a Test task is created outside of Test Suites, you should call useJUnit(), useJUnitPlatform() or useTestNG() before using this method. If no test framework has been set, the task will assume JUnit4.

      Returns:
      The test framework options.

    • options

      public TestFrameworkOptions options(Action<? super TestFrameworkOptions> testFrameworkConfigure)
      Configures test framework specific options.

      When a Test task is created outside of Test Suites, you should call useJUnit(), useJUnitPlatform() or useTestNG() before using this method. If no test framework has been set, the task will assume JUnit4.

      Returns:
      The test framework options.
      Since:
      3.5

    • useJUnit

      public void useJUnit()
      Specifies that JUnit4 should be used to discover and execute the tests.
      See Also:

    • useJUnit

      public void useJUnit(@Nullable @DelegatesTo(JUnitOptions.class) Closure testFrameworkConfigure)
      Specifies that JUnit4 should be used to discover and execute the tests with additional configuration.

      The supplied action configures an instance of JUnit4 specific options.

      Parameters:
      testFrameworkConfigure - A closure used to configure JUnit4 options.

    • useJUnit

      public void useJUnit(Action<? super JUnitOptions> testFrameworkConfigure)
      Specifies that JUnit4 should be used to discover and execute the tests with additional configuration.

      The supplied action configures an instance of JUnit4 specific options.

      Parameters:
      testFrameworkConfigure - An action used to configure JUnit4 options.
      Since:
      3.5

    • useJUnitPlatform

      public void useJUnitPlatform()
      Specifies that JUnit Platform should be used to discover and execute the tests.

      Use this option if your tests use JUnit Jupiter/JUnit5.

      JUnit Platform supports multiple test engines, which allows other testing frameworks to be built on top of it. You may need to use this option even if you are not using JUnit directly.

      Since:
      4.6
      See Also:

    • useJUnitPlatform

      public void useJUnitPlatform(Action<? super JUnitPlatformOptions> testFrameworkConfigure)
      Specifies that JUnit Platform should be used to discover and execute the tests with additional configuration.

      Use this option if your tests use JUnit Jupiter/JUnit5.

      JUnit Platform supports multiple test engines, which allows other testing frameworks to be built on top of it. You may need to use this option even if you are not using JUnit directly.

      The supplied action configures an instance of JUnit Platform specific options.

      Parameters:
      testFrameworkConfigure - A closure used to configure JUnit platform options.
      Since:
      4.6

    • useTestNG

      public void useTestNG()
      Specifies that TestNG should be used to discover and execute the tests.
      See Also:

    • useTestNG

      public void useTestNG(@DelegatesTo(TestNGOptions.class) Closure testFrameworkConfigure)
      Specifies that TestNG should be used to discover and execute the tests with additional configuration.

      The supplied action configures an instance of TestNG specific options.

      Parameters:
      testFrameworkConfigure - A closure used to configure TestNG options.

    • useTestNG

      public void useTestNG(Action<? super TestNGOptions> testFrameworkConfigure)
      Specifies that TestNG should be used to discover and execute the tests with additional configuration.

      The supplied action configures an instance of TestNG specific options.

      Parameters:
      testFrameworkConfigure - An action used to configure TestNG options.
      Since:
      3.5

    • getStableClasspath

      @Classpath protected FileCollection getStableClasspath()
      Returns the classpath to use to execute the tests.
      Since:
      6.6

    • getClasspath

      @Internal("captured by stableClasspath") public FileCollection getClasspath()
      Returns the classpath to use to execute the tests.

    • setClasspath

      public void setClasspath(FileCollection classpath)

    • isScanForTestClasses

      @Input public boolean isScanForTestClasses()
      Specifies whether test classes should be detected. When true the classes which match the include and exclude patterns are scanned for test classes, and any found are executed. When false the classes which match the include and exclude patterns are executed.

    • setScanForTestClasses

      public void setScanForTestClasses(boolean scanForTestClasses)

    • getForkEvery

      @Internal public long getForkEvery()
      Returns the maximum number of test classes to execute in a forked test process. The forked test process will be restarted when this limit is reached.

      By default, Gradle automatically uses a separate JVM when executing tests.

      • A value of 0 (no limit) means to reuse the test process for all test classes. This is the default.
      • A value of 1 means that a new test process is started for every test class. This is very expensive.
      • A value of N means that a new test process is started after N test classes.
      This property can have a large impact on performance due to the cost of stopping and starting each test process. It is unusual for this property to be changed from the default.
      Returns:
      The maximum number of test classes to execute in a test process. Returns 0 when there is no maximum.

    • setForkEvery

      public void setForkEvery(long forkEvery)
      Sets the maximum number of test classes to execute in a forked test process.

      By default, Gradle automatically uses a separate JVM when executing tests, so changing this property is usually not necessary.

      Parameters:
      forkEvery - The maximum number of test classes. Use 0 to specify no maximum.
      Since:
      8.1

    • setForkEvery

      @Deprecated public void setForkEvery(@Nullable Long forkEvery)
      Deprecated.
      Use setForkEvery(long) instead.
      Sets the maximum number of test classes to execute in a forked test process.

      By default, Gradle automatically uses a separate JVM when executing tests, so changing this property is usually not necessary.

      Parameters:
      forkEvery - The maximum number of test classes. Use null or 0 to specify no maximum.

    • getMaxParallelForks

      @Internal public int getMaxParallelForks()
      Returns the maximum number of test processes to start in parallel.

      By default, Gradle executes a single test class at a time.

      • A value of 1 means to only execute a single test class in a single test process at a time. This is the default.
      • A value of N means that up to N test processes will be started to execute test classes. This can improve test execution time by running multiple test classes in parallel.
      This property cannot exceed the value of max-workers for the current build. Gradle will also limit the number of started test processes across all Test tasks.
      Returns:
      The maximum number of forked test processes.

    • setMaxParallelForks

      public void setMaxParallelForks(int maxParallelForks)
      Sets the maximum number of test processes to start in parallel.

      By default, Gradle executes a single test class at a time but allows multiple Test tasks to run in parallel.

      Parameters:
      maxParallelForks - The maximum number of forked test processes. Use 1 to disable parallel test execution for this task.

    • getCandidateClassFiles

      @InputFiles @SkipWhenEmpty @IgnoreEmptyDirectories @PathSensitive(RELATIVE) public FileTree getCandidateClassFiles()
      Returns the classes files to scan for test classes.
      Returns:
      The candidate class files.

    • filter

      public void filter(Action<TestFilter> action)
      Executes the action against the AbstractTestTask.getFilter().
      Parameters:
      action - configuration of the test filter
      Since:
      1.10

    • getJavaLauncher

      public Property<JavaLauncher> getJavaLauncher()
      Configures the java executable to be used to run the tests.
      Since:
      6.7

    • getObjectFactory

      @Inject protected ObjectFactory getObjectFactory()

    • getJavaToolchainService

      @Inject protected JavaToolchainService getJavaToolchainService()

    • getProviderFactory

      @Inject protected ProviderFactory getProviderFactory()

    • getActorFactory

      @Inject protected org.gradle.internal.actor.ActorFactory getActorFactory()

    • getProcessBuilderFactory

      @Inject protected org.gradle.process.internal.worker.WorkerProcessFactory getProcessBuilderFactory()

    • getPatternSetFactory

      @Inject protected org.gradle.internal.Factory<PatternSet> getPatternSetFactory()

    • getForkOptionsFactory

      @Inject protected org.gradle.process.internal.JavaForkOptionsFactory getForkOptionsFactory()

    • getModuleRegistry

      @Inject protected org.gradle.api.internal.classpath.ModuleRegistry getModuleRegistry()

    • getJavaModuleDetector

      @Inject protected org.gradle.internal.jvm.JavaModuleDetector getJavaModuleDetector()