Interfere

private final var _header: _VectorHeader {
    unsafeAddress {
        return Buffer(unsafeBufferObject: self).withUnsafeMutablePointerToValue { UnsafePointer($0) }
    }
    unsafeMutableAddress {
        return Buffer(unsafeBufferObject: self).withUnsafeMutablePointerToValue { $0 }
    }
}

Interfere

struct MatrixIndex: Comparable, CustomStringConvertible {
    let row: Int
    let col: Int
    
    var description: String {
        return "(\(row), \(col))"
    }
}

func ==(lhs: MatrixIndex, rhs: MatrixIndex) -> Bool {

Interfere

encodeMessage (Request idx begin length) = runPut $ do
    putWord32be (13 :: Word32)
    putWord8 (6 :: Word8)
    putWord32be (fromIntegral idx)
    putWord32be (fromIntegral begin)
    putWord32be (fromIntegral length)

Interfere

void lex(Token &Result) {
  Result = NextToken;
  if (Result.isNot(tok::eof))
  lexImpl();
}

Interfere

Restart:
  // Remember the start of the token so we can form the text range.
  const char *TokStart = CurPtr;
  switch ((signed char)*CurPtr++) {
    ...
  }

Interfere

enum class tok {
  unknown = 0,
  eof,
  identifier,
  oper_binary_unspaced,   // "x+y"
  oper_binary_spaced,     // "x + y"
  oper_postfix,
  oper_prefix,
  ...
  NUM_TOKENS

Interfere

void Lexer::formToken(tok Kind, const char *TokStart) {
  assert(CurPtr >= BufferStart &&
         CurPtr <= BufferEnd && 
  "Current pointer out of range!");
  NextToken.setToken(Kind, StringRef(TokStart, CurPtr-TokStart));
}

Interfere

  case '\n':
  case '\r':
    NextToken.setAtStartOfLine(true);
    goto Restart;  // Skip whitespace.

  case ' ':
  case '\t':
  case '\f':
  case '\v':
    goto Restart;  // Skip whitespace.

Interfere

case 0:
  // If this is a random nul character in the middle 
  // of a buffer, skip it as whitespace.
  if (CurPtr-1 != BufferEnd) {
    diagnoseEmbeddedNul(Diags, CurPtr-1);
    goto Restart;
  }
  // Otherwise, this is the real end of the buffer.  
  // Put CurPtr back into buffer bounds.
  CurPtr--;

Interfere

case '@': return formToken(tok::at_sign, TokStart);
case '{': return formToken(tok::l_brace, TokStart);
case '[': return formToken(tok::l_square, TokStart);
case '(': return formToken(tok::l_paren, TokStart);
case '}': return formToken(tok::r_brace, TokStart);
case ']': return formToken(tok::r_square, TokStart);
case ')': return formToken(tok::r_paren, TokStart);
case ',': return formToken(tok::comma, TokStart);
case ';': return formToken(tok::semi, TokStart);
case ':': return formToken(tok::colon, TokStart);