PKG-SNF-SDK-WIN/SNFMultiSDK_Windows_3.3/CPPSample/main.cpp

// main.cpp SNF-SDK-WIN CPP OEM Demonstration Code
// Copyright (C) 2009 ARM Research Labs, LLC
//
// This app simply exercises the API provided by snfmultidll.

#include <iostream>
#include <string>
#include "../include/snfmultidll.h"

using namespace std;

//// Setup the basics we need to run this test.

const string LicenseID = "licensid";                                            // SNF License ID can be passed
const string Authentication = "authenticationxx";                               // directly or read from the
const string ConfigurationPath = "snf_engine.xml";                              // configuration. OEMs go direct!


const unsigned int IPToTest = 0x0c22384e;                                       // Same as IP 12.34.56.78

const string SampleMessage =
  "Received: from mx-out.example.com [12.34.56.78] (HELO Somebody)\r\n"
  "  by mx-in.example.com (nosuchserver v1.0) for nobody@example.com\r\n"
  "From: <somebody@example.com>\r\n"
  "To: <nobody@example.com>\r\n"
  "Subject: Nothing to see here\r\n"
  "\r\n"
  "So this is the big thing that's not here to see.\r\n"
  "I thought it would be more interesting than this.\r\n"
  "\r\n"
  "_M\r\n"
  ".\r\n";

//// Here is a simple example. Startup, exercise the API, shut down.
//// Note that we're doing this in a very "C" style becuase the DLL API is C

int main() {

    int Result = 0;

    Result = startupSNF(const_cast<char*>(ConfigurationPath.c_str()));

//    Result = startupSNFAuthenticated(
//      const_cast<char*>(ConfigurationPath.c_str()),
//      const_cast<char*>(LicenseID.c_str()),
//      const_cast<char*>(Authentication.c_str())
//    );

    cout << "Started with config " << ConfigurationPath << " Result: " << Result << endl;

    // IP tests can be done asynchrounously - they do not have to be part of any particular scan.

    Result = testIP(IPToTest);
    cout << "IP test result: " << Result << endl;

    double IPReputation = getIPReputation(IPToTest);
    cout << "IP Reputation: " << IPReputation << endl;

    // Messgae scans happen in a scan, read, close cycle as shown inside this loop.

    const int NumberOfScans = 10;
    for(int i = 0; i < NumberOfScans; i++) {

        // Show how the IP reputation changes over time.

        double IPReputation = getIPReputation(IPToTest);
        cout << "IP Reputation: " << IPReputation << endl;

        // Scan a message from a buffer.

        int SetupTime = 12;
        int ScanHandle = 0;
        unsigned char* MsgBuffer = (unsigned char*) SampleMessage.c_str();
        unsigned int MsgBufferLength = (unsigned int) SampleMessage.length();
        ScanHandle = scanBuffer(MsgBuffer, MsgBufferLength, "TestMessage", SetupTime);


        cout << "Scan Handle: " << ScanHandle << endl;

        // Retrieve the X-Headers for the scan.

        char* XHeadersBuffer = 0;
        int XHeadersLength = 0;
        int ScanResult = 0;
        ScanResult = getScanXHeaders(ScanHandle, &XHeadersBuffer, &XHeadersLength);
        string XHeaders(XHeadersBuffer);

        // Close the scan.

        Result = closeScan(ScanHandle);

        cout << "Scan Close Result: " << Result << endl;

        // X- headers were captured in a string BEFORE closing the scan so we can
        // use them here.

        cout << "Scan result code: " << ScanResult << endl;
        cout << "Scan X- headers: " << XHeaders << endl;

    }

    // Now that all scanning is done we shut down.

    Result = shutdownSNF();

    return Result;

}