}

	writeData(w)
	w.Close()
	out1 := buf.Bytes()

	buf2 := new(bytes.Buffer)
	w.Reset(buf2)
	writeData(w)
	w.Close()
	out2 := buf2.Bytes()

	if len(out1) != len(out2) {
		t.Errorf("got %d, expected %d bytes", len(out2), len(out1))
		return
	}
	if !bytes.Equal(out1, out2) {
		mm := 0
		for i, b := range out1[:len(out2)] {
			if b != out2[i] {

                        f.text = val
                    }
                }
            }

            apply plugin: "base"
            tasks.create("t", CustomTask).paths << "out1" << "out2"
        """

        settingsFile << localCache.localCacheConfiguration() << remoteCache.remoteCacheConfiguration()

        executer.beforeExecute { it.withBuildCacheEnabled() }
    }

	out1 := `0x0008\s00008\s\(.*\)\tMOVD\t\$1,\sR1`
	// If the output contains this pattern, the pc-offsite of "MOVD $2, R2" is 16 bytes aligned.
	out2 := `0x0010\s00016\s\(.*\)\tMOVD\t\$2,\sR2`
	var testCases = []struct {
		name string
		code []byte
		out  string
	}{
		{"8-byte alignment", code1, out1},
		{"16-byte alignment", code2, out2},
	}

	for _, test := range testCases {

        secondLine.put("@timestamp", item.getTimestamp());

        try (OutputStream out1 = getXContentOutputStream(firstLineMap); OutputStream out2 = getXContentOutputStream(secondLine)) {
            return ((ByteArrayOutputStream) out1).toString(CoreLibConstants.UTF_8) + '\n'
                    + ((ByteArrayOutputStream) out2).toString(CoreLibConstants.UTF_8);
        } catch (final IOException e) {

}

// A CheckEqualError is the result [CheckEqual] finding an error.
type CheckEqualError struct {
	CheckError
	Out1 []any
	Out2 []any
}

func (s *CheckEqualError) Error() string {
	return fmt.Sprintf("#%d: failed on input %s. Output 1: %s. Output 2: %s", s.Count, toString(s.In), toString(s.Out1), toString(s.Out2))
}

// Check looks for an input to f, any function that returns bool,

			// 1ns.
			out1 := Event{
				ctx: schedCtx{
					G: GoID(ev.G),
					P: ProcID(ev.P),
					M: it.procMs[ProcID(ev.P)],
				},
				table: it.evt,
				base: baseEvent{
					typ:  go122.EvGoSyscallBegin,
					time: Time(ev.Ts),
					args: timedEventArgs{1: uint64(ev.StkID)},
				},
			}

			out2 := Event{
				ctx:   out1.ctx,
				table: it.evt,
				base: baseEvent{

			cmd := exec.Command(exe, []string{"-mode", s.mode}...)
			out, _ := cmd.CombinedOutput()
			outs := strings.ReplaceAll(string(out), "\n", " ")
			outs = strings.TrimSpace(outs)
			if s.expected != "" && s.expected != outs {
				t.Fatalf("failed%s mode %s: wanted %q\noutput:\n%s", bt,
					s.mode, s.expected, outs)
			}
			for _, need := range s.musthave {
				if !strings.Contains(outs, need) {

	x60 := uint8((x58 >> 8))
	out1[0] = x5
	out1[1] = x7
	out1[2] = x9
	out1[3] = x11
	out1[4] = x13
	out1[5] = x15
	out1[6] = x17
	out1[7] = x18
	out1[8] = x19
	out1[9] = x21
	out1[10] = x23
	out1[11] = x25
	out1[12] = x27
	out1[13] = x29
	out1[14] = x31
	out1[15] = x32
	out1[16] = x33
	out1[17] = x35
	out1[18] = x37
	out1[19] = x39
	out1[20] = x41

	x60 := uint8((x58 >> 8))
	out1[0] = x5
	out1[1] = x7
	out1[2] = x9
	out1[3] = x11
	out1[4] = x13
	out1[5] = x15
	out1[6] = x17
	out1[7] = x18
	out1[8] = x19
	out1[9] = x21
	out1[10] = x23
	out1[11] = x25
	out1[12] = x27
	out1[13] = x29
	out1[14] = x31
	out1[15] = x32
	out1[16] = x33
	out1[17] = x35
	out1[18] = x37
	out1[19] = x39
	out1[20] = x41

	x52 := uint8((x50 >> 8))
	out1[0] = x5
	out1[1] = x7
	out1[2] = x9
	out1[3] = x11
	out1[4] = x13
	out1[5] = x15
	out1[6] = x17
	out1[7] = x18
	out1[8] = x19
	out1[9] = x21
	out1[10] = x23
	out1[11] = x25
	out1[12] = x27
	out1[13] = x29
	out1[14] = x31
	out1[15] = x32
	out1[16] = x33
	out1[17] = x35
	out1[18] = x37
	out1[19] = x39
	out1[20] = x41