{

bool result = true;

string sReadString = "";

DeclaredStates::State CurrentState;

for (size_t i = 0; i < p_sFileData.length(); i++)

{

// Check for a string

if (isalnum(p_sFileData[i]))

{

sReadString += p_sFileData[i];

}

// If it is not an alphanumeric character

else

{

// We have a "function" definition

if (sReadString.compare("function") == 0)

{

CurrentState = DeclaredFunctionsStates::DF_function;

// PROCESS "function" - Declare a function

while (true)

{

// Parse states transforms

for (size_t s = 0; s < CurrentState.Transforms.size(); s++)

{

if (CurrentState.Transforms[s].Character == p_sFileData[i])

{

//cout << "We found a transform (" << i << "): " << p_sFileData[i] << " [" << (int)p_sFileData[i] << "] - Current state: " << CurrentState.Name << endl;

// Process state

if (CurrentState.Process)

{

// Do stuff

CurrentState.ProcessStateData(CurrentState.Data);

CurrentState.Data = "";

}

// Go to next state

CurrentState = *(CurrentState.Transforms[s].NextState);

//cout << "Moved to state: " << CurrentState.Name << endl;

break;

}

else if (CurrentState.Transforms[s].Character == CHR_READ_ALPHANUMSTR && Utils::IsString(p_sFileData[i]))

{

CurrentState.Data = CurrentState.Data + p_sFileData[i];

// Do not change current state

}

else if (CurrentState.Transforms[s].Character == CHR_READ_ALPHANUMSTR && Utils::IsString(p_sFileData[i]))

{

CurrentState.Data = CurrentState.Data + p_sFileData[i];

// Do not change current state

}

//else cout << "Stuff: " << p_sFileData[i] << " on " << CurrentState.Name << endl;

}

i++;

if (p_sFileData[i] == ';' || i == p_sFileData.length()) break;

}

}

else if (FunctionCalls::FunctionExists(sReadString) || LinuxSyscalls::SyscallExists(sReadString))

{

FunctionCalls::AddFunctionCallName(sReadString);

CurrentState = CallFunctionsStates::CF_FunctionCall;

// PROCESS "function" - Declare a function

while (true)

{

// Parse states transforms

for (size_t s = 0; s < CurrentState.Transforms.size(); s++)

{

if (CurrentState.Transforms[s].Character == p_sFileData[i])

{

//cout << "We found a transform (" << i << "): " << p_sFileData[i] << " [" << (int)p_sFileData[i] << "] - Current state: " << CurrentState.Name << endl;

// Process state

if (CurrentState.Process)

{

// Do stuff

CurrentState.ProcessStateData(CurrentState.Data);

CurrentState.Data.clear();

}

// Go to next state

CurrentState = *(CurrentState.Transforms[s].NextState);

//cout << "Moved to state: " << CurrentState.Name << endl;

break;

}

else if (CurrentState.Transforms[s].Character == CHR_READ_NUMBER && isdigit(p_sFileData[i]))

{

if (CurrentState.Name.compare((CurrentState.Transforms[s].NextState)->Name) != 0) (CurrentState.Transforms[s].NextState)->Data = "";

(CurrentState.Transforms[s].NextState)->Data += p_sFileData[i];

CurrentState = *(CurrentState.Transforms[s].NextState);

}

else if (CurrentState.Transforms[s].Character == CHR_READ_ALPHANUMSTR && Utils::IsString(p_sFileData[i]))

{

CurrentState.Data = CurrentState.Data + p_sFileData[i];

// Do not change current state

}

//else cout << "Stuff: " << p_sFileData[i] << " on " << CurrentState.Name << endl;

}

i++;

if (p_sFileData[i] == ';' || i == p_sFileData.length()) break;

}

}

// Reset string

sReadString = "";

}

}

return result;

{

string sOutput = "";

// Compile for Windows

if (Platform::GetPlatform() == PLATFORM_TYPE_LINUX_X86 || Platform::GetPlatform() == PLATFORM_TYPE_LINUX_X64)

{

// Generate system calls for all system calls

for (size_t i = 0; i < FunctionCalls::AllFunctionCalls.size(); i++)

{

sOutput += FunctionCalls::GenerateFunctionCall(FunctionCalls::AllFunctionCalls[i]);

}

}

else

{

sOutput += ASMHeader::GetASMHeader();

// Generate LoadLibrary for all DLLs (from declared functions)

for (size_t i = 0; i < DeclaredFunctions::AllDeclaredFunctions.size(); i++)

{

sOutput += DeclaredFunctions::GenerateLoadLibraryCall(DeclaredFunctions::AllDeclaredFunctions[i].DLL);

}

// Generate GetProcAddress for all declared functions

for (size_t i = 0; i < DeclaredFunctions::AllDeclaredFunctions.size(); i++)

{

sOutput += DeclaredFunctions::GenerateGetProcAddressCall(DeclaredFunctions::AllDeclaredFunctions[i].DLL, DeclaredFunctions::AllDeclaredFunctions[i].Name);

}

// Generate function calls for all function calls

for (size_t i = 0; i < FunctionCalls::AllFunctionCalls.size(); i++)

{

sOutput += FunctionCalls::GenerateFunctionCall(FunctionCalls::AllFunctionCalls[i]);

}

}

return sOutput;