dst := writeBuf[hlen:]
	for _, v := range b {
		if v == 0 { // android logging won't print a zero byte
			v = '0'
		}
		dst[writePos] = v
		writePos++
		if v == '\n' || writePos == len(dst)-1 {
			dst[writePos] = 0
			write(writeFD, unsafe.Pointer(&writeBuf[0]), int32(hlen+writePos))
			clear(dst)
			writePos = 0
		}
	}
}

func initLegacy() {
	// In legacy mode, logs are written to /dev/log/main

	}

	fmt.Printf("var t T1\n")
	fmt.Printf("var p *T1\n")

	// Simple selectors
	for n := 2; n < 256; n++ {
		writeDot(n)
	}

	// Double selectors
	for n := 128; n < 256; n++ {
		writeDot(n/16, n)
	}

	// Triple selectors
	for n := 128; n < 256; n++ {
		writeDot(n/64, n/8, n)
	}
}

const structTpl = `
type T%d struct {
	A%d int
	T%d
	*T%d
}
`

    private final Cursor writePos = new Cursor();
    private final AnsiExecutor ansiExecutor;

    public DefaultTextArea(AnsiExecutor ansiExecutor) {
        this.ansiExecutor = ansiExecutor;
    }

    /**
     * Returns the bottom right position of this text area.
     */
    public Cursor getWritePosition() {
        return writePos;
    }

    public void newLineAdjustment() {

	)
}

func getDiffStats(initialStats, currentStats madmin.DiskIOStats) madmin.DiskIOStats {
	return madmin.DiskIOStats{
		ReadIOs:      currentStats.ReadIOs - initialStats.ReadIOs,
		WriteIOs:     currentStats.WriteIOs - initialStats.WriteIOs,
		ReadSectors:  currentStats.ReadSectors - initialStats.ReadSectors,
		WriteSectors: currentStats.WriteSectors - initialStats.WriteSectors,

    val buffer = Buffer()
    body.writeTo(buffer)
    assertThat(buffer.readUtf8()).isEqualTo(expected)
  }

  @Test
  fun streamingPartHasNoLength() {
    class StreamingBody(private val body: String) : RequestBody() {
      override fun contentType(): MediaType? {
        return null
      }

      @Throws(IOException::class)
      override fun writeTo(sink: BufferedSink) {
        sink.writeUtf8(body)

    def "providers.exec can be used during configuration time"() {
        given:
        def testScript = ShellScript.builder()
            .printArguments()
            .printEnvironmentVariable("TEST_FOO")
            .writeTo(testDirectory, "script")

        buildFile """
            def execProvider = providers.exec {
                ${cmdToExecConfig(*testScript.commandLine, "--some-arg")}
                environment("TEST_FOO", "fooValue")

	var sb strings.Builder
	c.writeTo(&sb)
	return sb.String()
}

func (c *CommandNode) writeTo(sb *strings.Builder) {
	for i, arg := range c.Args {
		if i > 0 {
			sb.WriteByte(' ')
		}
		if arg, ok := arg.(*PipeNode); ok {
			sb.WriteByte('(')
			arg.writeTo(sb)
			sb.WriteByte(')')
			continue
		}
		arg.writeTo(sb)
	}
}

func (c *CommandNode) tree() *Tree {

// reference.
func (file *file) readUnlock() {
	if file.fdmu.ReadUnlock() {
		file.destroy()
	}
}

// writeLock adds a reference to the file and locks it for writing.
// It returns an error if the file is already closed.
func (file *file) writeLock() error {
	if !file.fdmu.WriteLock() {
		return ErrClosed
	}
	return nil
}

// writeUnlock removes a reference from the file and unlocks it for writing.

        doTransform(original).writeTo(destination);
    }

    public void transform(Node original, Writer destination) {
        doTransform(original).writeTo(destination);
    }

    public void transform(Node original, OutputStream destination) {
        doTransform(original).writeTo(destination);
    }

    public void transform(Node original, File destination) {
        doTransform(original).writeTo(destination);
    }

            case GradleDsl.GROOVY:
                new GroovyWriter().writeTo(targetDirectory.file("${id}.gradle"))
                break
            case GradleDsl.KOTLIN:
                new KotlinWriter().writeTo(targetDirectory.file("${id}.gradle.kts"))
                break
        }
    }

    class GroovyWriter {
        void writeTo(TestFile buildFile) {
            buildFile << BuilderSupport.prettyPrint("""