*/
    AnsiContext a(CharSequence value);

    /**
     * @return the current context with a new line written.
     */
    AnsiContext newLine();

    /**
     * @return the current context with the specified new line written.
     */
    AnsiContext newLines(int numberOfNewLines);

    /**
     * @return the current context with the characters moving forward from the write position erased.
     */

		},
		{
			name:          "the file length is longer than max",
			max:           1,
			longerThanMax: true,
			expected:      "a",
		},
		{
			name:          "the file length is longer than max and contains newlines",
			max:           blockSize,
			longerThanMax: true,
			expected:      strings.Repeat("a", blockSize/2-1) + "\n" + strings.Repeat("a", blockSize/2),
		},
		{
			name:          "the max is longer than file length ",

func (zl *zapLogger) Enabled(level int) bool {
	if level > debugLevelThreshold {
		return zl.l.DebugEnabled()
	}
	return zl.l.InfoEnabled()
}

// Logs will come in with newlines, but our logger auto appends newline
func trimNewline(msg string) string {
	if len(msg) == 0 {
		return msg
	}
	lc := len(msg) - 1
	if msg[lc] == '\n' {
		return msg[:lc]
	}
	return msg
}

// week.
//
// # Counter Naming
//
// Counter names passed to [New] and [NewStack] should follow these
// conventions:
//
//   - Names cannot contain whitespace or newlines.
//
//   - Names must be valid unicode, with no unprintable characters.
//
//   - Names may contain at most one ':'. In the counter "foo:bar", we refer to
//     "foo" as the "chart name" and "bar" as the "bucket name".

}

func NewTokenizer(name string, r io.Reader, file *os.File) *Tokenizer {
	var s scanner.Scanner
	s.Init(r)
	// Newline is like a semicolon; other space characters are fine.
	s.Whitespace = 1<<'\t' | 1<<'\r' | 1<<' '
	// Don't skip comments: we need to count newlines.
	s.Mode = scanner.ScanChars |
		scanner.ScanFloats |
		scanner.ScanIdents |
		scanner.ScanInts |
		scanner.ScanStrings |

		next := p.pos // estimated/accurate position of next item
		wroteNewline, droppedFF := p.flush(next, p.lastTok)

		// intersperse extra newlines if present in the source and
		// if they don't cause extra semicolons (don't do this in
		// flush as it will cause extra newlines at the end of a file)
		if !p.impliedSemi {
			n := nlimit(next.Line - p.pos.Line)
			// don't exceed maxNewlines if we already wrote one

        }

        -1 -> {
          val lineEnd = source.indexOfElement(CRLF)
          if (lineEnd != -1L) {
            // Skip the line and newline
            source.skip(lineEnd)
            source.select(options)
          } else {
            return false // No more newlines.
          }
        }

        else -> throw AssertionError()
      }
    }
  }

  @Throws(IOException::class)

	}

	// Return a fake position assuming that f.file consists only of newlines.
	return token.Pos(f.file.Base() + line - 1)
}

func (s *fakeFileSet) setLines() {
	fakeLinesOnce.Do(func() {
		fakeLines = make([]int, maxlines)
		for i := range fakeLines {
			fakeLines[i] = i
		}
	})
	for _, f := range s.files {
		f.file.SetLines(fakeLines[:f.lastline])
	}
}

var (
	fakeLines     []int

		file:     "proc.go",
		pkg:      "sys",
		commands: make(map[string][]string),
	}
	g.setEnv()
	g.setShorthand([]string{"-command", "yacc", "go", "tool", "yacc"})
	for _, test := range splitTests {
		// First with newlines.
		got := g.split("//go:generate " + test.in + "\n")
		if !reflect.DeepEqual(got, test.out) {
			t.Errorf("split(%q): got %q expected %q", test.in, got, test.out)
		}
		// Then with CRLFs, thank you Windows.

	// Write takes a list of arguments, each a string or []string, joins all the
	// individual strings with spaces, terminates with newline, and writes them to the
	// buffer. Any other argument type will panic.
	Write(args ...interface{})

	// WriteBytes writes bytes to the buffer, and terminates with newline.
	WriteBytes(bytes []byte)

	// Reset clears the buffer
	Reset()

	// Bytes returns the contents of the buffer as a []byte