The following APIs are useful in developing Windows applications factory monitoring systems, SCADA, or any industrial automation monitoring and control applications
WIFI
Win32 API: The Win32 API is the native Windows API for C++ and provides a set of functions for interacting with the operating system. It includes a set of functions for working with WiFi networks, including functions for scanning for available networks, connecting to networks, and managing network profiles.
Native Wifi API: This is a set of functions for interacting with WiFi networks on Windows, it is built on top of the Win32 API and provides a higher-level, more convenient API for working with WiFi networks.
WinRT API: The WinRT API is the modern Windows API for C++ and it provides a set of functions for interacting with the operating system. It includes a set of functions for working with WiFi networks, including functions for scanning for available networks, connecting to networks, and managing network profiles.
Wireless Toolkit (WiFiAPI.dll): This is a C++ library for working with WiFi networks on Windows. It provides a set of functions for scanning for available networks, connecting to networks, and managing network profiles.
C++ Wi-Fi Manager: This is a C++ library for working with WiFi networks on Windows. It provides a simple and easy-to-use API for interacting with WiFi networks and includes functions for scanning for available networks, connecting to networks, and managing network profiles.
BLUETOOTH
Windows Bluetooth API (WinRT API): The Windows Bluetooth API is a modern Windows API for C++ that provides a set of functions for interacting with Bluetooth devices. It includes functions for scanning for available devices, connecting to devices, and sending and receiving data.
Bluetooth Low Energy (BLE) API: This is a C++ API for working with Bluetooth Low Energy (BLE) devices on Windows. It provides a simple and easy-to-use API for interacting with BLE devices and includes functions for scanning for available devices, connecting to devices, and sending and receiving data.
Windows Bluetooth Classic API (Win32 API): The Windows Bluetooth Classic API is the native Windows API for C++ that provides a set of functions for interacting with Bluetooth devices. It includes functions for scanning for available devices, connecting to devices, and sending and receiving data.
Windows Universal Bluetooth API: This is a C++ API for working with Bluetooth devices on Windows. It provides a simple and easy-to-use API for interacting with Bluetooth devices and includes functions for scanning for available devices, connecting to devices, and sending and receiving data.
C++ Bluetooth Library: This is a C++ library for working with Bluetooth devices on Windows. It provides a set
USB
open-source USB C++ APIs available for use in Windows. Here are a few examples:
Windows USB API (WinRT API): The Windows USB API is a modern Windows API for C++ that provides a set of functions for interacting with USB devices. It includes functions for enumerating and accessing USB devices, sending and receiving data, and controlling device configuration.
LibUsb: This is a cross-platform library that provides a C API for interacting with USB devices. It can be used in Windows by using a C++ wrapper library such as libusbpp or libusbwin.
libusbK: This is an open-source library that provides a C API for interacting with USB devices on Windows. It includes functions for enumerating and accessing USB devices, sending and receiving data, and controlling device configuration.
Windows Driver Frameworks (WDF): This is a set of libraries and tools for creating USB device drivers for Windows. It provides a C++ API for working with USB devices and can be used to create both user-mode and kernel-mode drivers.
libusb: This is an open-source library that provides a C API for interacting with USB devices. It can be used in Windows by using a C++ wrapper library such as libusbpp or libusbwin.
ETHERNET
open-source Ethernet C++ APIs are available for use in Windows. Here are a few examples:
Windows Sockets (WinSock): This is the native Windows API for network programming and it provides a C API for working with Ethernet and other network protocols. It includes functions for creating sockets, connecting to remote hosts, and sending and receiving data.
Boost.Asio: Boost. Asio is a C++ library for network programming, it provides an abstraction of the operating system's I/O services and supports Ethernet communication. It is a cross-platform library, which supports Windows, macOS, and Linux.
PcapPlusPlus: This is an open-source, cross-platform C++ library for capturing, parsing, and crafting network packets. It supports both Windows and Linux and it can be used for Ethernet packets.
libtins: This is a C++ network packet crafting and sniffing library. It provides a simple and easy-to-use API for working with Ethernet packets and supports Windows, Linux, and MacOS.
WinPcap: This is a powerful, open-source library for capturing and transmitting Ethernet packets on Windows. It provides a C API for working with Ethernet packets and includes functions for capturing, filtering, and sending packets.
Modbus
open-source Modbus C++ APIs available for use in Windows. Here are a few examples:
libmodbus: This is a C library for Modbus communication, it can be used on Windows by using a C++ wrapper library such as libmodbuspp.
FreeModbus: This is an open-source, cross-platform Modbus library that provides a C API for working with Modbus communication. It supports Windows and Linux.
ModbusMaster: This is a C++ library for Modbus communication that provides a simple and easy-to-use API for working with Modbus devices. It supports Windows, Linux, and MacOS.
C++ Modbus Library: This is a C++ library for Modbus communication that provides a simple and easy-to-use API for working with Modbus devices. It supports Windows and Linux.
QModBus: This is a C++ library for Modbus communication that is part of the Qt framework. It provides a high-level, cross-platform API for interacting with Modbus devices and is supported on Windows, MacOS, and Linux.
USART
USRT (USB Serial Real-Time Transfer) is a protocol that allows the real-time transfer of data over USB. It is commonly used in industrial automation and control systems. Here are a few open-source USRT USB C++ APIs available for use in Windows:
libserial: This is a cross-platform C++ library for working with serial ports, including USB-to-serial devices. It provides a simple and easy-to-use API for working with USRT devices on Windows.
Boost.Asio: Boost. Asio is a C++ library for network programming, it provides an abstraction of the operating system's I/O services and supports USB serial communication. It is a cross-platform library, which supports Windows, MacOS, and Linux.
CSerial: This is a C++ class library for working with serial ports, including USB-to-serial devices. It provides a simple and easy-to-use API for working with USRT devices on Windows.
SerialPort: This is a C++ library for working with serial ports, including USB-to-serial devices. It provides a simple and easy-to-use API for working with USRT devices on Windows.
QSerialPort: This is a C++ library for working with serial ports, including USB-to-serial devices. It is part of the Qt framework and provides a high-level, cross-platform API for interacting with USRT devices and is supported on Windows, MacOS, and Linux.
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