BSSCAN v0.1.1

BSSCAN

High Performance That Finds Malware and Spyware Wherever on Computers, Smartphones or Tablets

BSSCAN is a library cross-platform high performance that finds malware and spyware wherever on computers, smartphones or tablets. BSSCAN uses the best strategies to analyze device vulnerabilities.

Build your own strategy for scanning services. Developers to utilize digitization capabilities in their Web and mobile applications with their preferred languages ​​such as: Python, JavaScript/TypeScript, JAVA, Ruby, PHP, GO, Rust and more.

We can install BSSCAN desktop version on Windows, Linux & MacOS systems.

1. environment - Find Environment Vulnerabilities.

2. files - Find Files Vulnerabilities.

3. networks - get Find Networks Vulnerabilities.

4. datasource - Find Databases Vulnerabilities.

5. project - Find Project Vulnerabilities.

6. servers - Find Web Server Vulnerabilities.

Requirements

It is necessary that you have installed the programs below to use BSSCAN in developer mode.

To Linux

• Python v3.1 or greater
• Compilers C/C++
  • MinGW/GCC
  • Digital Mars
  • Clang
  • Intel
  • GNU GCC
  • Code Block
  • Cygwin
  • Small Device
• Node.js v8 or greater

To Windows

• Python v3.1 or greater
• Compilers C/C++
  • MinGW/GCC
  • Clang
  • Intel
  • Visual (suggested)
  • Code Block
  • Cygwin
  • Small Device
• Node.js v8 or greater

To Apple

• Python v3.1 or greater
• Compilers C/C++
  • MinGW/GCC
  • Clang
  • XCode
  • Cygwin
• Node.js v8 or greater

Obtaining BSScan

View the changelog for the latest updates and changes by version.

Binary Downloads

Binary downloads are available from the BS downloads page or from each GitHub Releases page.

Implementing an SFML library in the project

Now we need to download the library and move the necessary .dll files to the project and insert them in the debug folder to link.

Here we're creating a new sf::TcpSocket, connecting to the address and port and then returning true or false depending on whether the connection succeeded. We get rid of the unneeded explicit sf::IpAddress constructor call as well as the call to sf::TcpSocket::disconnect(). We can use the function in a program like this:

#include <iostream>
#include <SFML/Network.hpp>
#include <string>

static bool port_is_open(const std::string& address, int port) {
  return (sf::TcpSocket().connect(address, port) == sf::Socket::Done);
}

int main() {
  std::cout << "PORT 22: ";
  if (port_is_open("localhost", 22))
      std::cout << "OPEN" << std::endl;
  else
      std::cout << "CLOSED" << std::endl;
  return 0;
}

Build From Source

BSSCAN requires C++ version 17 or newer, the CMakelists requires GNU cmake.

1. Install Node.js >=8.0.0 (16.11 recommended)

2. Install Python >=2.6.0 (3.9.0 recommended)

3. Clone the BSScan repository:

   git clone https://github.com/BarcaSecurity/bsscan.git

Build Executable BSSCAN in Your Environment

To Linux

1. Run cmake CMakeLists.txt from the source directory

   cd bsscan
   cmake CMakeLists.txt

2. Now run make all or make bsscan to compile the main program

To Windows

Check the gcc version of your System. BSSCAN requires version greater than 17. We can view a list of Makefile generators with the command: cmake -G. Here shows an example to use the MinGW Makefile generator:

1. Run cmake -G "MinGW Makefiles" <file-cmake> from the source directory

   cd bsscan
   cmake -G "MinGW Makefiles" CMakeLists.txt

2. Now run make all or make bsscan to compile the main program

Documentation

Latest Release Documentation

For documentation on the latest development code see the documentation index.

Contributing

There are many ways to contribute:

• Fix and report bugs
• Review code and feature proposals
• Answer questions and discuss here on github and on the Community Site
• Contribute plugins