Constructor Detail

• AbstractNativeCompileTask

  public AbstractNativeCompileTask()

Method Detail

• getIncrementalCompilerBuilder

  @Inject
  protected org.gradle.language.nativeplatform.internal.incremental.IncrementalCompilerBuilder getIncrementalCompilerBuilder()

• getOperationLoggerFactory

  @Inject
  protected org.gradle.internal.operations.logging.BuildOperationLoggerFactory getOperationLoggerFactory()

• getFileCollectionFactory

  @Inject
  protected org.gradle.api.internal.file.FileCollectionFactory getFileCollectionFactory()

• compile

  public void compile​(IncrementalTaskInputs inputs)

• configureSpec

  protected void configureSpec​(org.gradle.nativeplatform.toolchain.internal.NativeCompileSpec spec)

• createCompileSpec

  protected abstract org.gradle.nativeplatform.toolchain.internal.NativeCompileSpec createCompileSpec()

• getToolChain

  @Internal
  public NativeToolChain getToolChain()

  The tool chain used for compilation.

• setToolChain

  public void setToolChain​(NativeToolChain toolChain)

• getTargetPlatform

  public NativePlatform getTargetPlatform()

  The platform being targeted.

• setTargetPlatform

  public void setTargetPlatform​(NativePlatform targetPlatform)

• isPositionIndependentCode

  @Input
  public boolean isPositionIndependentCode()

  Should the compiler generate position independent code?

• setPositionIndependentCode

  public void setPositionIndependentCode​(boolean positionIndependentCode)

• isDebuggable

  @Input
  public boolean isDebuggable()

  Should the compiler generate debuggable code?

  Since:

  4.3

• setDebuggable

  public void setDebuggable​(boolean debug)

  Should the compiler generate debuggable code?

  Since:

  4.3

• isOptimized

  @Input
  public boolean isOptimized()

  Should the compiler generate optimized code?

  Since:

  4.3

• setOptimized

  public void setOptimized​(boolean optimize)

  Should the compiler generate optimized code?

  Since:

  4.3

• getObjectFileDir

  @OutputDirectory
  public DirectoryProperty getObjectFileDir()

  The directory where object files will be generated.

  Since:

  4.3

• getIncludes

  @Internal("The paths for include directories are tracked via the includePaths property, the contents are tracked via discovered inputs")
  public ConfigurableFileCollection getIncludes()

  Returns the header directories to be used for compilation.

• getIncludePaths

  @Input
  @Optional
  protected Collection<String> getIncludePaths()

• includes

  public void includes​(Object includeRoots)

  Add directories where the compiler should search for header files.

• getSource

  @InputFiles
  @PathSensitive(RELATIVE)
  public ConfigurableFileCollection getSource()

  Returns the source files to be compiled.

• source

  public void source​(Object sourceFiles)

  Adds a set of source files to be compiled. The provided sourceFiles object is evaluated as per Project.files(Object...).

• getMacros

  @Input
  public Map<String,​String> getMacros()

  Macros that should be defined for the compiler.

• setMacros

  public void setMacros​(Map<String,​String> macros)

• getCompilerArgs

  @Input
  public ListProperty<String> getCompilerArgs()

  Additional arguments to provide to the compiler.

  Since:

  4.3

• getHeaderDependenciesFile

  @Internal
  public RegularFileProperty getHeaderDependenciesFile()

  The file containing the header dependency analysis.

  Since:

  4.3

• getHeaderDependencies

  @Optional
  @InputFiles
  @PathSensitive(NAME_ONLY)
  protected FileCollection getHeaderDependencies()

  The set of dependent headers, read from getHeaderDependenciesFile()}. This is used for up-to-date checks only.

  Since:

  4.3