Random Function

tigress --Verbosity=1 --Seed=$seed6 --Environment=x86_64:Darwin:Clang:5.1 \
      --Transform=RandomFuns \
         --RandomFunsName=SECRET \
         --Verbosity=5 \
         --RandomFunsFunctionCount=1 \
         --RandomFunsTrace=0 \
         --RandomFunsType=long \
         --RandomFunsInputSize=1 \
         --RandomFunsLocalStaticStateSize=1 \
         --RandomFunsGlobalStaticStateSize=0 \
         --RandomFunsLocalDynamicStateSize=0 \
         --RandomFunsGlobalDynamicStateSize=0 \
         --RandomFunsBoolSize=2 \
         --RandomFunsLoopSize=1000 \
         --RandomFunsCodeSize=100 \
         --RandomFunsOutputSize=1 \
         --RandomFunsTimeCheckCount=1 \
         --RandomFunsActivationCodeCheckCount=1 \
         --RandomFunsActivationCode=42 \
         --RandomFunsPasswordCheckCount=1 \
         --RandomFunsPassword=secret \
         --RandomFunsFailureKind=segv \
      --out=6-input.c empty.c

tigress --Verbosity=1 --Seed=$seed6 \
      --Transform=RandomFuns --RandomFunsName=SECRET \
         --RandomFunsType=long \
         --RandomFunsInputSize=1 \
         --RandomFunsLocalStaticStateSize=1 \
         --RandomFunsGlobalStaticStateSize=0 \
         --RandomFunsLocalDynamicStateSize=0 \
         --RandomFunsGlobalDynamicStateSize=0 \
         --RandomFunsOutputSize=1 \
         --RandomFunsCodeSize=0 \
      --out=6-answer.c empty.c

tigress --Verbosity=1 --Seed=$seed6 --FilePrefix=obf \
      --Transform=InitEntropy \
         --Functions=main\
      --Transform=InitOpaque \
         --Functions=main --InitOpaqueCount=1 --InitOpaqueStructs=list,array\
      --Transform=InitBranchFuns \
         --InitBranchFunsCount=2\
      --Transform=EncodeLiterals \
         --Functions=SECRET --EncodeLiteralsKinds=string --EncodeLiteralsEncoderName=STRINGS\
      --Transform=Virtualize \
         --Functions=STRINGS --VirtualizeDispatch=switch --VirtualizeOperands=stack,registers \
         --VirtualizeMaxMergeLength=2 --VirtualizeSuperOpsRatio=1.0 \
      --Transform=AddOpaque \
         --Functions=SECRET --AddOpaqueKinds=call,bug,true --AddOpaqueCount=4\
      --Transform=Virtualize \
         --Functions=SECRET --VirtualizeDispatch=indirect --VirtualizeOperands=stack,registers \
         --VirtualizeMaxMergeLength=2 --VirtualizeSuperOpsRatio=1.0 \
      --Transform=Virtualize \
         --Functions=SECRET --VirtualizeDispatch=ifnest --VirtualizeOperands=stack,registers \
         --VirtualizeMaxMergeLength=2 --VirtualizeSuperOpsRatio=1.0 --VirtualizeNumberOfBogusFuns=1\
      --Transform=EncodeLiterals \
         --Functions=SECRET --EncodeLiteralsKinds=integer \
       --Transform=BranchFuns \
         --Functions=SECRET --BranchFunsFlatten=true \
      --Transform=CleanUp \
         --CleanUpKinds=annotations,constants,names \
      --out=6-challenge.c 6-input.c

void SECRET(unsigned long input[1] , unsigned long output[1] ) 
   ...
}
int main(int argc, char** argv) {
{ 
  unsigned long input[1] ;
  unsigned long output[1] ;
  int i5 ;
  unsigned long value6 ;
  int i7 ;
  }
  i5 = 0;
  while (i5 < 1) {
    value6 = strtoul(argv[i5 + 1], 0, 10);
    input[i5] = value6;
    i5 ++;
  }
  SECRET(input, output);
  i7 = 0;
  while (i7 < 1) {
    printf("%lu\n", output[i7]);
    i7 ++;
  }
} 

void SECRET(unsigned long input[1] , unsigned long output[1] ) { 
  unsigned long state[4] ;
  unsigned long local1 ;

  /* Expansion phase */
  state[0UL] = input[0UL] + 762537946UL;
  state[1UL] = input[0UL] | ((16601096UL << (state[0UL] % 16UL | 1UL)) | (16601096UL >> (64 - (state[0UL] % 16UL | 1UL))));
  state[2UL] = (input[0UL] ^ 643136481UL) ^ (state[0UL] + 292656718UL);
  state[3UL] = (input[0UL] << (((state[1UL] >> 4UL) & 15UL) | 1UL)) | (input[0UL] >> (64 - (((state[1UL] >> 4UL) & 15UL) | 1UL)));

  /* Mixing phase */
  local1 = 0UL;
  while (local1 < 3UL) {
    state[1UL] |= (state[2UL] & 15UL) << 3UL;
    state[local1 + 1UL] = state[local1];
    local1 += 2UL;
  }
  if ((state[0UL] | state[1UL]) > (state[2UL] | state[3UL])) {
    state[3UL] |= (state[1UL] & 31UL) << 3UL;
  } else {
    state[2UL] = state[0UL];
    state[3UL] |= (state[2UL] & 15UL) << 3UL;
  }
  state[0UL] = state[2UL];

  /* Compression phase */  
  output[0UL] = (state[0UL] << (state[1UL] % 8UL | 1UL)) << ((((state[2UL] << (state[3UL] % 8UL | 1UL)) >> 1UL) & 7UL) | 1UL);
}

tigress --Verbosity=1 --Seed=$seed6 --FilePrefix=obf \
      --Transform=InitPlugins \
          --InitPluginsContainerPrefix=Set \
          --InitPluginsDictionaryPrefix=HashMap \
      --Transform=RandomFuns \
            --RandomFunsPluginADTCount=4 
            ... \
     --out=result.c plugins.c

// Types for Sets.
typedef ... Set_TYPE;
typedef ... Set_ELEMENT;
typedef ... Set_ITER;

// Create and destroy a set
Set_TYPE Set_CREATE(){ ... }

// Insert and delete elements from the set.
void Set_INSERT(Set_TYPE a, Set_ELEMENT b) { ... }

// Query the set
int Set_MEMBER(Set_TYPE a, Set_ELEMENT b){ ... }
int Set_SIZE(Set_TYPE a){ ... }

// Iterate through the elements of the set. Here's the pattern to use:
// Set_ITER i = Set_FIRST(s);
// while not Set_DONE(s, i) {
//   Set_ELEMENT e = Set_GET(s,i);
//   Do something with e;
//   i = Set_NEXT(s,i);
// }
Set_ITER Set_FIRST(Set_TYPE a){ ... }
Set_ITER Set_NEXT(Set_TYPE a, Set_ITER n){ ... }
int Set_DONE(Set_TYPE a, Set_ITER n){ ... }
Set_ELEMENT Set_GET(Set_TYPE a, Set_ITER n){ ... }