CryptoAuthLib
Microchip CryptoAuthentication Library
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atca_basic.c | CryptoAuthLib Basic API methods. These methods provide a simpler way to access the core crypto methods |
atca_basic.h | CryptoAuthLib Basic API methods - a simple crypto authentication API. These methods manage a global ATCADevice object behind the scenes. They also manage the wake/idle state transitions so callers don't need to |
atca_basic_aes.c | CryptoAuthLib Basic API methods for AES command |
atca_basic_aes_cbc.c | CryptoAuthLib Basic API methods for AES CBC mode |
atca_basic_aes_cmac.c | CryptoAuthLib Basic API methods for AES CBC_MAC mode |
atca_basic_aes_ctr.c | CryptoAuthLib Basic API methods for AES CTR mode |
atca_basic_aes_gcm.c | CryptoAuthLib Basic API methods for AES GCM mode |
atca_basic_aes_gcm.h | Unity tests for the cryptoauthlib AES GCM functions |
atca_basic_checkmac.c | CryptoAuthLib Basic API methods for CheckMAC command |
atca_basic_counter.c | CryptoAuthLib Basic API methods for Counter command |
atca_basic_derivekey.c | CryptoAuthLib Basic API methods for DeriveKey command |
atca_basic_ecdh.c | CryptoAuthLib Basic API methods for ECDH command |
atca_basic_gendig.c | CryptoAuthLib Basic API methods for GenDig command |
atca_basic_genkey.c | CryptoAuthLib Basic API methods for GenKey command |
atca_basic_hmac.c | CryptoAuthLib Basic API methods for HMAC command |
atca_basic_info.c | CryptoAuthLib Basic API methods for Info command |
atca_basic_kdf.c | CryptoAuthLib Basic API methods for KDF command |
atca_basic_lock.c | CryptoAuthLib Basic API methods for Lock command |
atca_basic_mac.c | CryptoAuthLib Basic API methods for MAC command |
atca_basic_nonce.c | CryptoAuthLib Basic API methods for Nonce command |
atca_basic_privwrite.c | CryptoAuthLib Basic API methods for PrivWrite command |
atca_basic_random.c | CryptoAuthLib Basic API methods for Random command |
atca_basic_read.c | CryptoAuthLib Basic API methods for Read command |
atca_basic_secureboot.c | CryptoAuthLib Basic API methods for SecureBoot command |
atca_basic_selftest.c | CryptoAuthLib Basic API methods for SelfTest command |
atca_basic_sha.c | CryptoAuthLib Basic API methods for SHA command |
atca_basic_sign.c | CryptoAuthLib Basic API methods for Sign command |
atca_basic_updateextra.c | CryptoAuthLib Basic API methods for UpdateExtra command |
atca_basic_verify.c | CryptoAuthLib Basic API methods for Verify command |
atca_basic_write.c | CryptoAuthLib Basic API methods for Write command |
atca_bool.h | Bool define for systems that don't have it |
atca_cfgs.c | Set of default configurations for various ATCA devices and interfaces |
atca_cfgs.h | Set of default configurations for various ATCA devices and interfaces |
atca_command.c | Microchip CryptoAuthentication device command builder - this is the main object that builds the command byte strings for the given device. It does not execute the command. The basic flow is to call a command method to build the command you want given the parameters and then send that byte string through the device interface |
atca_command.h | Microchip Crypto Auth device command object - this is a command builder only, it does not send the command. The result of a command method is a fully formed packet, ready to send to the ATCAIFace object to dispatch |
atca_compiler.h | CryptoAuthLiub is meant to be portable across architectures, even non-Microchip architectures and compiler environments. This file is for isolating compiler specific macros |
atca_crypto_sw.h | Common defines for CryptoAuthLib software crypto wrappers |
atca_crypto_sw_ecdsa.c | API wrapper for software ECDSA verify. Currently unimplemented but could be implemented via a 3rd party library such as MicroECC |
atca_crypto_sw_ecdsa.h | |
atca_crypto_sw_rand.c | API wrapper for software random |
atca_crypto_sw_rand.h | |
atca_crypto_sw_sha1.c | Wrapper API for SHA 1 routines |
atca_crypto_sw_sha1.h | Wrapper API for SHA 1 routines |
atca_crypto_sw_sha2.c | Wrapper API for software SHA 256 routines |
atca_crypto_sw_sha2.h | Wrapper API for software SHA 256 routines |
atca_device.c | Microchip CryptoAuth device object |
atca_device.h | Microchip Crypto Auth device object |
atca_devtypes.h | Microchip Crypto Auth |
atca_execution.c | Implements an execution handler that executes a given command on a device and returns the results |
atca_execution.h | Defines an execution handler that executes a given command on a device and returns the results |
atca_hal.c | Low-level HAL - methods used to setup indirection to physical layer interface. this level does the dirty work of abstracting the higher level ATCAIFace methods from the low-level physical interfaces. Its main goal is to keep low-level details from bleeding into the logical interface implemetation |
atca_hal.h | Low-level HAL - methods used to setup indirection to physical layer interface |
atca_helpers.c | Helpers to support the CryptoAuthLib Basic API methods |
atca_helpers.h | Helpers to support the CryptoAuthLib Basic API methods |
atca_host.c | Host side methods to support CryptoAuth computations |
atca_host.h | Definitions and Prototypes for ATCA Utility Functions |
atca_iface.c | Microchip CryptoAuthLib hardware interface object |
atca_iface.h | Microchip Crypto Auth hardware interface object |
atca_jwt.c | Utilities to create and verify a JSON Web Token (JWT) |
atca_jwt.h | Utilities to create and verify a JSON Web Token (JWT) |
atca_mbedtls_ecdh.c | |
atca_mbedtls_ecdsa.c | |
atca_mbedtls_wrap.c | Wrapper functions to replace cryptoauthlib software crypto functions with the mbedTLS equivalent |
atca_mbedtls_wrap.h | |
atca_start_config.h | |
atca_start_iface.h | |
atca_status.h | Microchip Crypto Auth status codes |
atcacert.h | Declarations common to all atcacert code |
atcacert_client.c | Client side cert i/o methods. These declarations deal with the client-side, the node being authenticated, of the authentication process. It is assumed the client has an ECC CryptoAuthentication device (e.g. ATECC508A) and the certificates are stored on that device |
atcacert_client.h | Client side cert i/o methods. These declarations deal with the client-side, the node being authenticated, of the authentication process. It is assumed the client has an ECC CryptoAuthentication device (e.g. ATECC508A) and the certificates are stored on that device |
atcacert_date.c | Date handling with regard to certificates |
atcacert_date.h | Declarations for date handling with regard to certificates |
atcacert_def.c | Main certificate definition implementation |
atcacert_def.h | Declarations for certificates related to ECC CryptoAuthentication devices. These are the definitions required to define a certificate and its various elements with regards to the CryptoAuthentication ECC devices |
atcacert_der.c | Functions required to work with DER encoded data related to X.509 certificates |
atcacert_der.h | Function declarations required to work with DER encoded data related to X.509 certificates |
atcacert_host_hw.c | Host side methods using CryptoAuth hardware |
atcacert_host_hw.h | Host side methods using CryptoAuth hardware |
atcacert_host_sw.c | Host side methods using software implementations |
atcacert_host_sw.h | Host side methods using software implementations. host-side, the one authenticating a client, of the authentication process. Crypto functions are performed using a software library |
atcacert_pem.c | |
atcacert_pem.h | Functions for converting between DER and PEM formats |
cryptoauthlib.h | Single aggregation point for all CryptoAuthLib header files |
hal_all_platforms_kit_hidapi.c | HAL for kit protocol over HID for any platform |
hal_all_platforms_kit_hidapi.h | HAL for kit protocol over HID for any platform |
hal_at90usb1287_i2c_asf.c | ATCA Hardware abstraction layer for AT90USB1287 I2C over ASF drivers |
hal_at90usb1287_i2c_asf.h | ATCA Hardware abstraction layer for AT90USB1287 I2C over ASF drivers |
hal_at90usb1287_timer_asf.c | ATCA Hardware abstraction layer for AT90USB1287 timer/delay over ASF drivers |
hal_esp32_i2c.c | |
hal_esp32_timer.c | |
hal_freertos.c | FreeRTOS Hardware/OS Abstration Layer |
hal_i2c_bitbang.c | ATCA Hardware abstraction layer for I2C bit banging |
hal_i2c_bitbang.h | ATCA Hardware abstraction layer for I2C bit banging |
hal_i2c_start.c | ATCA Hardware abstraction layer for SAMD21 I2C over START drivers |
hal_i2c_start.h | ATCA Hardware abstraction layer for SAMD21 I2C over START drivers |
hal_linux_i2c_userspace.c | ATCA Hardware abstraction layer for Linux using I2C |
hal_linux_i2c_userspace.h | ATCA Hardware abstraction layer for Linux using I2C |
hal_linux_kit_cdc.c | ATCA Hardware abstraction layer for Linux using kit protocol over a USB CDC device |
hal_linux_kit_cdc.h | ATCA Hardware abstraction layer for Linux using kit protocol over a USB CDC device |
hal_linux_kit_hid.c | ATCA Hardware abstraction layer for Linux using kit protocol over a USB HID device |
hal_linux_kit_hid.h | ATCA Hardware abstraction layer for Linux using kit protocol over a USB HID device |
hal_linux_timer.c | Timer Utility Functions for Linux |
hal_pic32mx695f512h_i2c.c | ATCA Hardware abstraction layer for PIC32MX695F512H I2C over plib drivers |
hal_pic32mx695f512h_i2c.h | ATCA Hardware abstraction layer for PIC32MX695F512H I2C over xxx drivers |
hal_pic32mx695f512h_timer.c | ATCA Hardware abstraction layer for PIC32MX695F512H timer/delay routine |
hal_pic32mz2048efm_i2c.c | ATCA Hardware abstraction layer for PIC32MZ2048 |
hal_pic32mz2048efm_i2c.h | ATCA Hardware abstraction layer for PIC32MZ2048 |
hal_pic32mz2048efm_timer.c | ATCA Hardware abstraction layer for PIC32MZ2048 |
hal_sam4s_i2c_asf.c | ATCA Hardware abstraction layer for SAM4S I2C over ASF drivers |
hal_sam4s_i2c_asf.h | ATCA Hardware abstraction layer for SAM4S I2C over ASF drivers |
hal_sam4s_timer_asf.c | ATCA Hardware abstraction layer for SAM4S I2C over ASF drivers |
hal_samb11_i2c_asf.c | ATCA Hardware abstraction layer for SAMB11 I2C over ASF drivers |
hal_samb11_i2c_asf.h | ATCA Hardware abstraction layer for SAMB11 I2C over ASF drivers |
hal_samb11_timer_asf.c | ATCA Hardware abstraction layer for SAMB11 timer/delay over ASF drivers |
hal_samd21_i2c_asf.c | ATCA Hardware abstraction layer for SAMD21 I2C over ASF drivers |
hal_samd21_i2c_asf.h | ATCA Hardware abstraction layer for SAMD21 I2C over ASF drivers |
hal_samd21_timer_asf.c | ATCA Hardware abstraction layer for SAMD21 timer/delay over ASF drivers |
hal_samg55_i2c_asf.c | ATCA Hardware abstraction layer for SAMG55 I2C over ASF drivers |
hal_samg55_i2c_asf.h | ATCA Hardware abstraction layer for SAMG55 I2C over ASF drivers |
hal_samg55_timer_asf.c | Prerequisite: add "Delay routines (service)" module to application in Atmel Studio |
hal_samv71_i2c_asf.c | ATCA Hardware abstraction layer for SAMV71 I2C over ASF drivers |
hal_samv71_i2c_asf.h | ATCA Hardware abstraction layer for SAMV71 I2C over ASF drivers |
hal_samv71_timer_asf.c | ATCA Hardware abstraction layer for SAMD21 timer/delay over ASF drivers |
hal_swi_bitbang.c | ATCA Hardware abstraction layer for SWI bit banging |
hal_swi_bitbang.h | ATCA Hardware abstraction layer for SWI bit banging |
hal_swi_uart.c | ATCA Hardware abstraction layer for SWI over UART drivers |
hal_swi_uart.h | ATCA Hardware abstraction layer for SWI over UART drivers |
hal_timer_start.c | ATCA Hardware abstraction layer for SAMD21 I2C over START drivers |
hal_win_kit_cdc.c | ATCA Hardware abstraction layer for Windows using kit protocol over a USB CDC device |
hal_win_kit_cdc.h | ATCA Hardware abstraction layer for Windows using kit protocol over a USB CDC device |
hal_win_kit_hid.c | ATCA Hardware abstraction layer for Windows using kit protocol over a USB HID device |
hal_win_kit_hid.h | ATCA Hardware abstraction layer for Windows using kit protocol over a USB HID device |
hal_win_timer.c | ATCA Hardware abstraction layer for windows timer functions |
hal_xmega_a3bu_i2c_asf.c | ATCA Hardware abstraction layer for XMEGA-A3BU I2C over ASF drivers |
hal_xmega_a3bu_i2c_asf.h | ATCA Hardware abstraction layer for XMEGA-A3BU I2C over ASF drivers |
hal_xmega_a3bu_timer_asf.c | ATCA Hardware abstraction layer for SAMD21 timer/delay over ASF drivers |
i2c_bitbang_samd21.c | Hardware Interface Functions - I2C bit-bang for SAMD21 |
i2c_bitbang_samd21.h | Definitions for bit-banged I2C |
io_protection_key.h | Provides required interface to access IO protection key |
kit_phy.h | ATCA Hardware abstraction layer physical send & receive function definitions |
kit_protocol.c | Microchip Crypto Auth hardware interface object |
kit_protocol.h | |
secure_boot.c | Provides required APIs to manage secure boot under various scenarios |
secure_boot.h | Provides required APIs to manage secure boot under various scenarios |
secure_boot_memory.h | Provides interface to memory component for the secure boot |
sha1_routines.c | Software implementation of the SHA1 algorithm |
sha1_routines.h | Software implementation of the SHA1 algorithm |
sha2_routines.c | Software implementation of the SHA256 algorithm |
sha2_routines.h | Software implementation of the SHA256 algorithm |
swi_bitbang_samd21.c | Hardware Interface Functions - SWI bit-banged |
swi_bitbang_samd21.h | Hardware Interface Functions - SWI bit-banged |
swi_uart_at90usb1287_asf.c | ATXMEGA's ATCA Hardware abstraction layer for SWI interface over AT90USB1287 UART drivers |
swi_uart_at90usb1287_asf.h | ATMEGA's ATCA Hardware abstraction layer for SWI interface over AT90USB1287 UART drivers |
swi_uart_samd21_asf.c | ATXMEGA's ATCA Hardware abstraction layer for SWI interface over UART drivers |
swi_uart_samd21_asf.h | ATXMEGA's ATCA Hardware abstraction layer for SWI interface over UART drivers |
swi_uart_start.c | |
swi_uart_start.h | |
swi_uart_xmega_a3bu_asf.c | ATXMEGA's ATCA Hardware abstraction layer for SWI interface over XMEGA UART drivers |
swi_uart_xmega_a3bu_asf.h | ATXMEGA's ATCA Hardware abstraction layer for SWI interface over XMEGA UART drivers |
symmetric_authentication.c | Contains API for performing the symmetric Authentication between the Host and the device |
symmetric_authentication.h | Contains API for performing the symmetric Authentication between the Host and the device |