extern "C++" {
    namespace std {
  class exception { public: exception() throw() { } virtual ~exception() throw(); virtual const char* what() const throw(); };
  }
    }
      typedef unsigned int size_t;
      extern "C" {
    extern void *memcpy (void *__restrict __dest, __const void *__restrict __src, size_t __n) throw () __attribute__ ((__nonnull__ (1, 2)));
    }
      typedef unsigned char UCHAR;
      typedef unsigned short USHORT;
      typedef char TEXT;
      namespace Firebird {
    class status_exception : public std::exception {
  };
    class fatal_exception : public status_exception {
  public: explicit fatal_exception(const char* message);
  static void raiseFmt(const char* format, ...);
  };
    typedef struct _IO_FILE FILE;
    typedef unsigned int wint_t;
    typedef struct {
  union { wint_t __wch; char __wchb[4]; }
  __value;
  }
    __mbstate_t;
    typedef struct {
  }
    _IO_cookie_io_functions_t;
    extern struct _IO_FILE *stderr;
    extern int fprintf (FILE *__restrict __stream, __const char *__restrict __format, ...);
    extern void abort (void) throw () __attribute__ ((__noreturn__));
    void gds__log(const TEXT*, ...);
    struct FreeMemoryBlock {
  };
    struct MemoryBlock {
  union { class MemoryPool* mbk_pool; FreeMemoryBlock* mbk_prev_fragment; };
  };
    }
      namespace Firebird {
    class PermanentStorage {
  private: MemoryPool& pool;
  protected: explicit PermanentStorage(MemoryPool& p) : pool(p) { }
  };
    class AutoStorage : public PermanentStorage {
  private: void ProbeStack() const;
  public: static MemoryPool& getAutoMemoryPool();
  protected: AutoStorage() : PermanentStorage(getAutoMemoryPool()) { ProbeStack(); }
  };
    class AbstractString : private AutoStorage {
  public: typedef char char_type;
  typedef size_t size_type;
  typedef char* pointer;
  typedef const char* const_pointer;
  enum {INLINE_BUFFER_SIZE = 32, INIT_RESERVE = 16 };
  protected: typedef USHORT internal_size_type;
  char_type inlineBuffer[INLINE_BUFFER_SIZE];
  char_type* stringBuffer;
  internal_size_type stringLength, bufferSize;
  inline AbstractString() : stringBuffer(inlineBuffer), stringLength(0), bufferSize(INLINE_BUFFER_SIZE) { stringBuffer[0] = 0; }
  AbstractString(size_type sizeL, char_type c);
  pointer baseAppend(size_type n);
  public: inline const_pointer c_str() const { return stringBuffer; }
  inline size_type length() const { return stringLength; }
  void printf(const char* Format, ...);
  };
    class StringComparator {
  };
    template<typename Comparator> class StringBase : public AbstractString {
  typedef StringBase<Comparator> StringType;
  public: inline StringBase<Comparator>() : AbstractString() {}
  inline StringBase<Comparator>(char_type c) : AbstractString(1, c) {}
  inline StringType& append(const StringType& str) { {if (!(&str != this)) {fprintf (stderr, "GDS Assertion failure: %s %""d""\n", "../src/include/../common/classes/fb_string.h", 416); abort();}}; return append(str.c_str(), str.length()); }
  inline StringType& append(const_pointer s, size_type n) { memcpy(baseAppend(n), s, n); return *this; }
  inline StringType& operator+=(const StringType& v) { {if (!(&v != this)) {fprintf (stderr, "GDS Assertion failure: %s %""d""\n", "../src/include/../common/classes/fb_string.h", 474); abort();}}; return append(v); }
  };
    typedef StringBase<StringComparator> string;
    class ClumpletReader : protected AutoStorage {
  public: enum Kind {Tagged, UnTagged, SpbAttach, SpbStart, Tpb };
  ClumpletReader(Kind k, const UCHAR* buffer, size_t buffLen);
  bool isEof() const { return cur_offset >= getBufferLength(); }
  void moveNext();
  void rewind();
  UCHAR getClumpTag() const;
  size_t getClumpLength() const;
  const UCHAR* getBytes() const;
  UCHAR getBufferTag() const;
  size_t getBufferLength() const { size_t rc = getBufferEnd() - getBuffer(); if (rc == 1 && kind != UnTagged && kind != SpbStart) { rc = 0; } return rc; }
  size_t getCurOffset() const { return cur_offset; }
  void dump() const;
  size_t cur_offset;
  const Kind kind;
  virtual const UCHAR* getBuffer() const { return static_buffer; }
  virtual const UCHAR* getBufferEnd() const { return static_buffer_end; }
  const UCHAR* static_buffer;
  const UCHAR* static_buffer_end;
  };
    extern int isprint (int) throw ();
    void ClumpletReader::dump() const {
  class ClumpletDump : public ClumpletReader { public: ClumpletDump(Kind k, const UCHAR* buffer, size_t buffLen) : ClumpletReader(k, buffer, buffLen) { } static string hexString(const UCHAR* b, size_t len) { string t1, t2; for (; len > 0; --len, ++b) { if (isprint(*b)) t2 += *b; else { t1.printf("<%02x>", *b); t2 += t1; } } return t2; } protected: virtual void usage_mistake(const char* what) const { fatal_exception::raiseFmt( "Internal error when using clumplet API: %s", what); } virtual void invalid_structure(const char* what) const { fatal_exception::raiseFmt( "Invalid clumplet buffer structure: %s", what); } };
  try { ClumpletDump d(kind, getBuffer(), getBufferLength()); int t = (kind == SpbStart || kind == UnTagged) ? -1 : d.getBufferTag(); gds__log("Tag=%d Offset=%d Length=%d Eof=%d\n", t, getCurOffset(), getBufferLength(), isEof()); for (d.rewind(); !(d.isEof()); d.moveNext()) { gds__log("Clump %d at offset %d: %s", d.getClumpTag(), d.getCurOffset(), ClumpletDump::hexString(d.getBytes(), d.getClumpLength()).c_str()); } }
  catch(const fatal_exception& x) { gds__log("Fatal exception during clumplet dump: %s", x.what()); size_t l = getBufferLength() - getCurOffset(); const UCHAR *p = getBuffer() + getCurOffset(); gds__log("Plain dump starting with offset %d: %s", getCurOffset(), ClumpletDump::hexString(p, l).c_str()); }
  }
    }