4.15 File List
Here is a list of all documented files with brief descriptions
Source Files
- diag_clock_sosc_freq.c
- This file contains the APIs to perform the Clock Test using a secondary oscillator crystal as reference.
- diag_clock_sosc_freq.h
- This file contains all the variable definitions and the prototypes for the APIs used in performing the Clock Test using a secondary oscillator crystal as reference.
- diag_clockline_freq.c
- This file contains the APIs to perform the Clock Line frequency test.
- diag_clockline_freq.h
- This file contains all the variable defintions and the prototypes for the APIs used in performing the Clock Line frequency test.
- diag_config.h
- diag_cpu_registers.c
- This file contains APIs to test CPU Registers.
- diag_cpu_registers.h
- This file contains prototypes for APIs to test CPU Registers.
- diag_cpu_registers_reset_state_check.c
- This file contains API to diagnose CPU register reset state.
- diag_cpu_registers_reset_state_check.h
- This file contains prototypes for APIs to diagnose CPU register reset state.
- diag_crc16_lookup_table.h
- This file contains Look-up table for 16-bit CCITT CRC algorithm.
- diag_crc32_lookup_table.h
- This file contains Look-up table for 32-bit CRC algorithm.
- diag_eeprom_crc16.h
- This file contains prototypes for APIs to calculate, store and validate 16-bit CCITT CRC for a given EEPROM region.
- diag_eeprom_crc16_direct.c
- This file contains APIs to test EEPROM using CRC16 CCITT Direct Computation algorithm.
- diag_eeprom_crc16_lookup.c
- This file contains APIs to test EEPROM using CRC16 CCITT Look-up Table algorithm.
- diag_eeprom_crc32.h
- This file contains prototypes for APIs to calculate, store and validate 32-bit CRC for a given EEPROM region.
- diag_eeprom_crc32_direct.c
- This file contains APIs to test EEPROM using CRC32 Direct Computation algorithm.
- diag_eeprom_crc32_lookup.c
- This file contains APIs to test EEPROM using CRC32 Look-up Table algorithm.
- diag_flash_crc16.h
- This file contains prototypes for APIs to calculate, store and validate 16-bit CCITT CRC for a given FLASH region.
- diag_flash_crc16_direct.c
- This file contains APIs to test FLASH using CRC16 CCITT Direct Computation algorithm.
- diag_flash_crc16_lookup.c
- This file contains APIs to test FLASH using CRC16 CCITT Look-up Table algorithm.
- diag_flash_crc32.h
- This file contains prototypes for APIs to calculate, store and validate 32-bit CRC for a given FLASH region.
- diag_flash_crc32_direct.c
- This file contains APIs to test FLASH using CRC32 Direct Computation algorithm.
- diag_flash_crc32_lookup.c
- This file contains APIs to test FLASH using CRC32 Look-up Table algorithm.
- diag_intr_freq.c
- This file contains the API to perform Interrupt Frequency test.
- diag_intr_freq.h
- This file contains API prototypes for Interrupt frequency test.
- diag_memory_types.h
- This file contains common type definitions for EEPROM and FLASH module.
- diag_sram_march_types.h
- This file contains common macros and return types for SRAM diagnostics module.
- diag_sram_marchb.c
- This file contains the API to test SRAM using March B algorithm.
- diag_sram_marchb.h
- This file contains API prototypes for SRAM March-B test.
- diag_sram_marchc.c
- This file contains APIs to test SRAM using March C algorithm.
- diag_sram_marchc.h
- This file contains API prototypes for SRAM March-C test.
- diag_sram_marchc_minus.c
- This file contains APIs to test SRAM using March C- algorithm.
- diag_sram_marchc_minus.h
- This file contains API prototypes for SRAM March-C Minus test.
- diag_wdt_simple_timer.c
- This file contains APIs to test WDT in Simple-Timer Mode using Indirect Time-Slot Monitoring method.
- diag_wdt_simple_timer.h
- This file contains API prototypes for Indirect Time-Slot Monitoring based WDT Test (Simple-Timer Mode)
- diag_wdt_windowed_timer.c
- This file contains APIs to test WDT in Windowed-Timer Mode using Indirect Time-Slot Monitoring method.
- diag_wdt_windowed_timer.h
- This file contains API prototypes for Indirect Time-Slot Monitoring based WDT Test (Windowed-Timer Mode)