/* Steensgard inter-procedural alias analysis. */
/* Optimizations: Scepnrvud */
/* Performing Static Single Assignment Form with Globals */
/* Performing Sparse Conditional Constant Propagation */
/* Performing Partial Redundancy Elimination */
/* Performing Copy Propagation */
/* Performing Global Value Numbering */
/* Performing Phi Function Removal */
/* Performing Variable Coalescing */
/* Performing Useless Copy Removal */
/* Performing Dead Variable Elimination */
#include <stdio.h>


const struct CLASSENTRY {
  const unsigned short * name;
  const struct CLASSENTRY * super;
  char kind;
} ;
const struct INTERFACEENTRY {
  int hash;
  const struct CLASSENTRY * class;
  const void (* * methods)();
} ;
const struct ARRAYHEADER {
  const struct CLASSENTRY * class;
  int length;
  void * elementType;
  void * array[1];
} ;
const struct VTABLE {
  const struct CLASSENTRY * class;
  int interfaceCount;
  const struct INTERFACEENTRY * interfaces;
  const void (* methods[1])();
} ;
const struct EXCEPTIONENTRY {
  int beginPc;
  int endPc;
  const struct CLASSENTRY * catchType;
} ;
struct java_lang_Object {
  const struct VTABLE * vtable;
} ;
const struct _aXC {
  const struct CLASSENTRY * class;
  int length;
  void * elementType;
  unsigned short array[1];
} ;
struct java_lang_String {
  const struct VTABLE * vtable;
  const struct _aXC * value;
  int offset;
  int count;
} ;
extern void * __globalExceptionVariable;
struct scale_test_Fibinacci {
  const struct VTABLE * vtable;
} ;
extern const struct CLASSENTRY java_lang_Object_class;
const struct scale_test_Fibinacci_vtable_t {
  const struct CLASSENTRY * class;
  int interfaceCount;
  const struct INTERFACEENTRY * interfaces;
  const void (* methods[12])();
} ;
extern const struct CLASSENTRY java_lang_NullPointerException_class;
const struct _aXLjava_lang_String_ {
  const struct CLASSENTRY * class;
  int length;
  void * elementType;
  struct java_lang_String * array[1];
} ;
extern const struct CLASSENTRY java_lang_ArrayIndexOutOfBoundsException_class;
const struct _aXB {
  const struct CLASSENTRY * class;
  int length;
  void * elementType;
  char array[1];
} ;
extern struct java_io_PrintStream * const java_lang_System_out;
struct java_lang_StringBuffer {
  const struct VTABLE * vtable;
  const struct _aXC * value;
  int count;
  int shared;
} ;
extern const struct VTABLE java_lang_StringBuffer_vtable;
struct java_io_PrintStream {
  const struct VTABLE * vtable;
  struct java_io_OutputStream * out;
  int autoFlush;
  int trouble;
  struct java_io_BufferedWriter * textOut;
  struct java_io_OutputStreamWriter * charOut;
  int closing;
} ;


void java_lang_Object_wait__J_V(struct java_lang_Object * this, long p0);

int java_lang_Object_hashCode___I(struct java_lang_Object * this);

void * __findIntMethod(int index, int hashcode, const struct VTABLE * vtable);

void scale_test_Fibinacci_main__XLjava_lang_String__V(const struct _aXLjava_lang_String_ * p0);

void * __makeException(const struct CLASSENTRY * class);

int java_lang_Object_equals__Ljava_lang_Object__Z(struct java_lang_Object * this, struct java_lang_Object * p0);

void scale_test_Fibinacci__init____V(struct scale_test_Fibinacci * this);

void java_lang_Object__init____V(struct java_lang_Object * this);

struct java_lang_Class * java_lang_Object_getClass___Ljava_lang_Class_(struct java_lang_Object * this);

void java_lang_Object_wait___V(struct java_lang_Object * this);

void __createString(struct java_lang_String * * target, const unsigned short * source);

int java_lang_Integer_parseInt__Ljava_lang_String__I(struct java_lang_String * p0);

void java_lang_Object_wait__JI_V(struct java_lang_Object * this, long p0, int p1);

void * __lookupException(int pc, void * exception, const struct EXCEPTIONENTRY * exceptionTab);

struct java_lang_String * java_lang_Object_toString___Ljava_lang_String_(struct java_lang_Object * this);

void java_lang_StringBuffer__init___Ljava_lang_String__V(struct java_lang_StringBuffer * this, struct java_lang_String * p0);

void java_lang_Object_notify___V(struct java_lang_Object * this);

int scale_test_Fibinacci_calc__I_I(struct scale_test_Fibinacci * this, int p0);

struct java_lang_Object * java_lang_Object_clone___Ljava_lang_Object_(struct java_lang_Object * this);

void java_lang_Object_notifyAll___V(struct java_lang_Object * this);

void java_lang_Object_finalize___V(struct java_lang_Object * this);



static unsigned short const __sinit_0[27] = { 
  26, 115, 99, 97, 108, 101, 95, 116, 101, 115, 116, 95, 70, 
  105, 98, 105, 110, 97, 99, 99, 105, 95, 99, 108, 97, 115, 115};
const struct CLASSENTRY scale_test_Fibinacci_class = { 
  __sinit_0, ( &java_lang_Object_class), 0};
const struct scale_test_Fibinacci_vtable_t scale_test_Fibinacci_vtable = { 
  ( &scale_test_Fibinacci_class), 0, ((void * )0), ((void * )java_lang_Object_clone___Ljava_lang_Object_), 
  ((void * )java_lang_Object_equals__Ljava_lang_Object__Z), ((void * )java_lang_Object_finalize___V), 
  ((void * )java_lang_Object_getClass___Ljava_lang_Class_), ((void * )java_lang_Object_hashCode___I), 
  ((void * )java_lang_Object_notify___V), ((void * )java_lang_Object_notifyAll___V), 
  ((void * )java_lang_Object_toString___Ljava_lang_String_), 
  ((void * )java_lang_Object_wait___V), ((void * )java_lang_Object_wait__J_V), 
  ((void * )java_lang_Object_wait__JI_V), ((void * )scale_test_Fibinacci_calc__I_I)};
static unsigned short const __sinit_32[11] = { 
  10, 65, 110, 115, 119, 101, 114, 32, 105, 115, 32};


void scale_test_Fibinacci_main__XLjava_lang_String__V(const struct _aXLjava_lang_String_ * p0)
{
  void _s11;
  void * _s12;
  struct scale_test_Fibinacci * _s13;
  const struct VTABLE * * _s14;
  void * _s15;
  void * _svA0;
  void * _svA1;
  int __javaPc;
  void * _lvA1;
  int _svI2;
  const struct ARRAYHEADER _s16;
  int * _s17;
  int _s18;
  const struct ARRAYHEADER _s19;
  void * (* _s20)[1];
  int _svI1;
  struct scale_test_Fibinacci * _s21;
  const struct VTABLE * * _s22;
  const struct VTABLE * _s23;
  const void (* _s24[1])();
  void _s25;
  int (* _s26)();
  int _s27();
  int _svI0;
  int _lvI2;
  void * _s28;
  struct java_lang_StringBuffer * _s29;
  const struct VTABLE * * _s30;
  void * _s31;
  void * _svA2;
  struct java_lang_String * _s33;
  void * _svA3;
  struct java_lang_StringBuffer * _s34;
  const struct VTABLE * * _s35;
  const struct VTABLE * _s36;
  const void (* _s37[1])();
  void _s38;
  struct java_lang_StringBuffer * (* _s39)();
  struct java_lang_StringBuffer * _s40();
  struct java_lang_StringBuffer * _s41;
  const struct VTABLE * * _s42;
  const struct VTABLE * _s43;
  const void (* _s44[1])();
  void _s45;
  struct java_lang_String * (* _s46)();
  struct java_lang_String * _s47();
  struct java_io_PrintStream * _s48;
  const struct VTABLE * * _s49;
  const struct VTABLE * _s50;
  const void (* _s51[1])();
  void _s52;
  void (* _s53)();
  void _s54();

  _s12 = ((void *) malloc(sizeof(struct scale_test_Fibinacci )));
  _s13 = ((struct scale_test_Fibinacci * )_s12);
  _s14 = &(_s13->vtable);
  _s15 = ((void * )&(scale_test_Fibinacci_vtable));
  *(_s14) = _s15;
  _svA0 = _s13;
  _svA1 = _svA0;
  if ((_svA1 == (void * )0))
    goto __L_1;
__L_2:  
  __noop();
  scale_test_Fibinacci__init____V(_svA1) /* met */;
  __javaPc = 4;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_4:  
  __noop();
  _lvA1 = _svA0;
  _svA0 = _lvA1;
  _svA1 = p0;
  _svI2 = 0;
  if ((_svA1 == (void * )0))
    goto __L_1;
__L_5:  
  __noop();
  if ((_svI2 < 0))
    goto __L_6;
__L_7:  
  __noop();
  _s16 = ((const struct ARRAYHEADER )_svA1);
  _s17 = &(_s16->length);
  _s18 = (*_s17);
  if ((_svI2 >= _s18))
    goto __L_6;
__L_8:  
  __noop();
  _s19 = ((const struct ARRAYHEADER )_svA1);
  _s20 = &(_s19->array);
  _svA1 = (_s20[_svI2]);
  _svI1 = java_lang_Integer_parseInt__Ljava_lang_String__I(_svA1) /* ftn */;
  __javaPc = 12;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_9:  
  __noop();
  if ((_svA0 == (void * )0))
    goto __L_1;
__L_10:  
  __noop();
  _s21 = ((struct scale_test_Fibinacci * )_svA0);
  _s22 = &(_s21->vtable);
  _s23 = (*_s22);
  _s24 = &(_s23->methods);
  _s25 = *((_s24[11]));
  _s26 = ((int (* )())_s25);
  _s27 = (*_s26);
  _svI0 = (_s27)(_svA0, _svI1) /* met */;
  __javaPc = 15;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_11:  
  __noop();
  _lvI2 = _svI0;
  _svA0 = java_lang_System_out;
  _s28 = ((void *) malloc(sizeof(struct java_lang_StringBuffer )));
  _s29 = ((struct java_lang_StringBuffer * )_s28);
  _s30 = &(_s29->vtable);
  _s31 = ((void * )&(java_lang_StringBuffer_vtable));
  *(_s30) = _s31;
  _svA1 = _s29;
  _svA2 = _svA1;
  __createString(&(_s33), &(__sinit_32[0])) /* ftn */;
  _svA3 = _s33;
  if ((_svA2 == (void * )0))
    goto __L_1;
__L_12:  
  __noop();
  java_lang_StringBuffer__init___Ljava_lang_String__V(_svA2, _svA3) /* met */;
  __javaPc = 28;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_13:  
  __noop();
  _svI2 = _lvI2;
  if ((_svA1 == (void * )0))
    goto __L_1;
__L_14:  
  __noop();
  _s34 = ((struct java_lang_StringBuffer * )_svA1);
  _s35 = &(_s34->vtable);
  _s36 = (*_s35);
  _s37 = &(_s36->methods);
  _s38 = *((_s37[14]));
  _s39 = ((struct java_lang_StringBuffer * (* )())_s38);
  _s40 = (*_s39);
  _svA1 = (_s40)(_svA1, _svI2) /* met */;
  __javaPc = 32;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_15:  
  __noop();
  if ((_svA1 == (void * )0))
    goto __L_1;
__L_16:  
  __noop();
  _s41 = ((struct java_lang_StringBuffer * )_svA1);
  _s42 = &(_s41->vtable);
  _s43 = (*_s42);
  _s44 = &(_s43->methods);
  _s45 = *((_s44[7]));
  _s46 = ((struct java_lang_String * (* )())_s45);
  _s47 = (*_s46);
  _svA1 = (_s47)(_svA1) /* met */;
  __javaPc = 35;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_17:  
  __noop();
  if ((_svA0 == (void * )0))
    goto __L_1;
__L_18:  
  __noop();
  _s48 = ((struct java_io_PrintStream * )_svA0);
  _s49 = &(_s48->vtable);
  _s50 = (*_s49);
  _s51 = &(_s50->methods);
  _s52 = *((_s51[33]));
  _s53 = ((void (* )())_s52);
  _s54 = (*_s53);
  (_s54)(_svA0, _svA1) /* met */;
  __javaPc = 38;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_19:  
  __noop();
  goto __L_3;
__L_6:  
  __globalExceptionVariable = __makeException(&(java_lang_ArrayIndexOutOfBoundsException_class)) /* ftn */;
  goto __L_3;
__L_3:  
  return (_s11);
__L_1:  
  __globalExceptionVariable = __makeException(&(java_lang_NullPointerException_class)) /* ftn */;
  goto __L_3;
}

void scale_test_Fibinacci__init____V(struct scale_test_Fibinacci * this)
{
  void _s1;
  void * _svA0;
  int __javaPc;

  _svA0 = this;
  if ((_svA0 == (void * )0))
    goto __L_1;
__L_2:  
  __noop();
  java_lang_Object__init____V(_svA0) /* met */;
  __javaPc = 1;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_3;
__L_4:  
  __noop();
  goto __L_3;
__L_3:  
  return (_s1);
__L_1:  
  __globalExceptionVariable = __makeException(&(java_lang_NullPointerException_class)) /* ftn */;
  goto __L_3;
}

int scale_test_Fibinacci_calc__I_I(struct scale_test_Fibinacci * this, int p0)
{
  int _s2;
  int _svI0;
  int _svI1;
  int _s3;
  int _svI2;
  struct scale_test_Fibinacci * _s4;
  const struct VTABLE * * _s5;
  const struct VTABLE * _s6;
  const void (* _s7[1])();
  void _s8;
  int (* _s9)();
  int _s10();

  _s3 = (p0 > 1);
  if (_s3)
    goto __L_1;
__L_2:  
  _s2 = 1;
  _svI0 = 1;
  _svI1 = 1;
__L_3:  
  return (_s2);
__L_1:  
  _svI2 = (p0 - 1);
  if ((this == (void * )0))
    goto __L_4;
__L_5:  
  _s4 = ((struct scale_test_Fibinacci * )this);
  _s5 = &(_s4->vtable);
  _s6 = (*_s5);
  _s7 = &(_s6->methods);
  _s8 = *((_s7[11]));
  _s9 = ((int (* )())_s8);
  _s10 = (*_s9);
  _svI1 = (_s10)(this, _svI2) /* met */;
  if ((__globalExceptionVariable != (void * )0))
    goto __L_6;
__L_7:  
  _svI0 = (p0 + _svI1);
  _s2 = _svI0;
  goto __L_3;
__L_6:  
  _svI0 = p0;
  goto __L_3;
__L_4:  
  __globalExceptionVariable = __makeException(&(java_lang_NullPointerException_class)) /* ftn */;
  _svI0 = p0;
  _svI1 = 1;
  goto __L_3;
}

int main(int argc, char *argv[]) {
  scale_test_Fibinacci_main__XLjava_lang_String__V(__moung_args(argc, argv))
}