A Qt-based encryption library providing RSA and AES implementations for secure data handling in C++ applications.
Qt-Secret is a C++ encryption library built for Qt applications, providing implementations of RSA and AES algorithms for securing data. It enables developers to easily add encryption, decryption, and digital signature capabilities to their software. The library abstracts cryptographic operations into a simple Qt-style API, reducing the complexity of integrating security features.
Qt/C++ developers who need to implement encryption, secure messaging, or data protection in their applications without relying on external cryptographic libraries.
Developers choose Qt-Secret for its native Qt integration, straightforward API, and support for multiple encryption modes and key sizes, offering a lightweight alternative to more complex cryptographic toolkits.
Simple encryption library supporting RSA and AES algorithms.
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Offers a clean, Qt-style API that simplifies encryption tasks, with seamless support for qmake and CMake build systems as detailed in the inclusion instructions.
Supports RSA key sizes from 64 to 8192, providing flexibility for various security needs, explicitly listed in the README's supported sizes.
Implements multiple AES modes (ECB, CBC, CFB, OFB) and padding schemes (ZERO, PKCS7, ISO), allowing tailored encryption strategies for different use cases.
Enables static invocation for quick encryption/decryption without object instantiation, demonstrated in the AES example code with QAESEncryption::Crypt().
The AES implementation is borrowed from another project (Qt-AES), which could lead to maintenance issues and lack of control over updates, as acknowledged in the README.
Setup requires git submodule updates and specific build commands (e.g., with qmake or CMake), which can be cumbersome and error-prone for developers unfamiliar with these tools.
Only supports RSA and AES algorithms, missing other common needs like hashing or digital certificates, which restricts its utility for comprehensive security solutions.
The README notes that OpenSSL is better for performance, implying this wrapper might introduce overhead, making it less ideal for high-throughput applications.