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Contents

  • Getting Started
  • Evaluation Boards
  • Components
  • Samples
    • 1. Audio Codec
    • 2. CherryRB
    • 3. CherryUSB
    • 4. CoreMark
    • 5. Dhrystone
    • 6. DMA Manager
    • 7. DSP
    • 8. EEPROM Emulation
    • 9. Hello World
    • 10. HPM Math
    • 11. IMAGE
    • 12. LVGL
    • 13. lwIP
    • 14. Mbedtls
    • 15. Memory Stress
    • 16. Microros
    • 17. Modbus
    • 18. HPM Motor Ctrl
    • 19. Multicore
    • 20. Power Mode Switch
    • 21. RGB LED
    • 22. ROM API
    • 23. RTOS
    • 24. Segger RTT
    • 25. TensorFlowLiteMicro
    • 26. Tinycrypt
      • 26.1. AES CBC example
      • 26.2. Equal symmetric encryption and decryption algorithm AES-CCM
      • 26.3. Equal symmetric encryption and decryption algorithm AES-CMAC
      • 26.4. Equal symmetric encryption and decryption algorithm AES-CTR
      • 26.5. Equal symmetric encryption and decryption algorithm AES-CTR
      • 26.6. Equal symmetric encryption and decryption algorithm AES
      • 26.7. Algorithm of error detection and correction ECC-DH
      • 26.8. Algorithm of error detection and correction ECC-DSA
      • 26.9. SHA256 algorithm
      • 26.10. SHA-HMAC algorithm
      • 26.11. SHA-HMAC algorithm
    • 27. Person Detection
    • 28. TinyUF2
    • 29. TinyUSB
    • 30. Touch Panel
    • 31. VGLite
    • 32. SPI_COMPONENTS
    • 33. I2S EMULATION
    • 34. SPI_SDCARD
    • 35. CherrySH
    • 36. EtherCAT
    • 37. SMbus
    • 38. PMbus
    • 39. tsn
  • Drivers Examples
  • SDK CMake API Reference
  • SDK API Reference
  • Change Log
HPMicro Software Development Kit
  • Samples
  • 26. Tinycrypt
  • View page source

26. Tinycrypt

  • 26.1. AES CBC example
    • 26.1.1. Overview
    • 26.1.2. Board Setting
    • 26.1.3. Running the example
  • 26.2. Equal symmetric encryption and decryption algorithm AES-CCM
    • 26.2.1. Overview
    • 26.2.2. Board Setting
    • 26.2.3. Running the example
  • 26.3. Equal symmetric encryption and decryption algorithm AES-CMAC
    • 26.3.1. Overview
    • 26.3.2. Board Setting
    • 26.3.3. Running the example
  • 26.4. Equal symmetric encryption and decryption algorithm AES-CTR
    • 26.4.1. Overview
    • 26.4.2. Board Setting
    • 26.4.3. Running the example
  • 26.5. Equal symmetric encryption and decryption algorithm AES-CTR
    • 26.5.1. Overview
    • 26.5.2. Board Setting
    • 26.5.3. Running the example
  • 26.6. Equal symmetric encryption and decryption algorithm AES
    • 26.6.1. Overview
    • 26.6.2. Board Setting
    • 26.6.3. Running the example
  • 26.7. Algorithm of error detection and correction ECC-DH
    • 26.7.1. Overview
    • 26.7.2. Board Setting
    • 26.7.3. Running the example
  • 26.8. Algorithm of error detection and correction ECC-DSA
    • 26.8.1. Overview
    • 26.8.2. Board Setting
    • 26.8.3. Running the example
  • 26.9. SHA256 algorithm
    • 26.9.1. Overview
    • 26.9.2. Board Setting
    • 26.9.3. Running the example
  • 26.10. SHA-HMAC algorithm
    • 26.10.1. Overview
    • 26.10.2. Board Setting
    • 26.10.3. Running the example
  • 26.11. SHA-HMAC algorithm
    • 26.11.1. Overview
    • 26.11.2. Board Setting
    • 26.11.3. Running the example

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