Important changes to repositories hosted on mbed.com
Mbed hosted mercurial repositories are deprecated and are due to be permanently deleted in July 2026.
To keep a copy of this software download the repository Zip archive or clone locally using Mercurial.
It is also possible to export all your personal repositories from the account settings page.
Fork of CRC by
main.cpp
- Committer:
- jpelletier
- Date:
- 2010-12-14
- Revision:
- 0:58b0642c11b0
File content as of revision 0:58b0642c11b0:
#include "mbed.h" #include "lib_crc.h" Serial pc(USBTX, USBRX); // tx, rx char TestString[] = "123456789"; int main() { pc.printf("Test CRC on mbed NXP LPC1768\r\n\n"); pc.printf("\nTest CRC8 algorithms\r\n\n"); pc.printf("Test ITU: %02X\r\n",calculate_crc8_itu(TestString, 9)); pc.printf("Test ATM: %02X\r\n",calculate_crc8_atm(TestString, 9)); pc.printf("Test CCITT: %02X\r\n",calculate_crc8_ccitt(TestString, 9)); pc.printf("Test Maxim: %02X\r\n",calculate_crc8_maxim(TestString, 9)); pc.printf("Test CRC8: %02X\r\n",calculate_crc8(TestString, 9)); pc.printf("Test Icode: %02X\r\n",calculate_crc8_icode(TestString, 9)); pc.printf("Test J1850: %02X\r\n",calculate_crc8_j1850(TestString, 9)); pc.printf("Test WCDMA: %02X\r\n",calculate_crc8_wcdma(TestString, 9)); pc.printf("Test ROHC: %02X\r\n",calculate_crc8_rohc(TestString, 9)); pc.printf("Test DARC: %02X\r\n",calculate_crc8_darc(TestString, 9)); pc.printf("\nTest CRC16 algorithms\r\n\n"); pc.printf("Test Buypass: %04X\r\n",calculate_crc16_Buypass(TestString, 9)); pc.printf("Test DDS 110: %04X\r\n",calculate_crc16_DDS_110(TestString, 9)); pc.printf("Test EN 13757: %04X\r\n",calculate_crc16_EN_13757(TestString, 9)); pc.printf("Test Teledisk: %04X\r\n",calculate_crc16_Teledisk(TestString, 9)); pc.printf("Test CRC16: %04X\r\n",calculate_crc16(TestString, 9)); pc.printf("Test Modbus: %04X\r\n",calculate_crc16_Modbus(TestString, 9)); pc.printf("Test Maxim: %04X\r\n",calculate_crc16_Maxim(TestString, 9)); pc.printf("Test USB: %04X\r\n",calculate_crc16_USB(TestString, 9)); pc.printf("Test T10 DIF: %04X\r\n",calculate_crc16_T10_DIF(TestString, 9)); pc.printf("Test Dect X: %04X\r\n",calculate_crc16_Dect_X(TestString, 9)); pc.printf("Test Dect R: %04X\r\n",calculate_crc16_Dect_R(TestString, 9)); pc.printf("Test Sick: %04X\r\n",calculate_crc16_sick(TestString, 9)); pc.printf("Test DNP: %04X\r\n",calculate_crc16_DNP(TestString, 9)); pc.printf("Test XModem: %04X\r\n",calculate_crc16_Ccitt_Xmodem(TestString, 9)); pc.printf("Test FFFF: %04X\r\n",calculate_crc16_Ccitt_FFFF(TestString, 9)); pc.printf("Test 1D0F: %04X\r\n",calculate_crc16_Ccitt_1D0F(TestString, 9)); pc.printf("Test Genibus: %04X\r\n",calculate_crc16_Genibus(TestString, 9)); pc.printf("Test Kermit: %04X\r\n",calculate_crc16_Kermit(TestString, 9)); pc.printf("Test X25: %04X\r\n",calculate_crc16_X25(TestString, 9)); pc.printf("Test MCRF4XX: %04X\r\n",calculate_crc16_MCRF4XX(TestString, 9)); pc.printf("Test Riello: %04X\r\n",calculate_crc16_Riello(TestString, 9)); pc.printf("Test Fletcher: %04X\r\n",calculate_chk16_Fletcher(TestString, 9)); pc.printf("\nTest CRC24-64 algorithms\r\n\n"); pc.printf("Test Flexray A: %06X\r\n",calculate_crc24_flexray_a(TestString, 9) & 0x00ffffff); pc.printf("Test Flexray B: %06X\r\n",calculate_crc24_flexray_b(TestString, 9) & 0x00ffffff); pc.printf("Test R64: %06X\r\n\n",calculate_crc24_r64(TestString, 9) & 0x00ffffff); pc.printf("Test CRC32: %08X\r\n",calculate_crc32(TestString, 9)); pc.printf("Test JamCRC: %08X\r\n",calculate_crc32_jamcrc(TestString, 9)); pc.printf("Test CRC32 C: %08X\r\n",calculate_crc32_c(TestString, 9)); pc.printf("Test CRC32 D: %08X\r\n",calculate_crc32_d(TestString, 9)); pc.printf("Test BZIP2: %08X\r\n",calculate_crc32_bzip2(TestString, 9)); pc.printf("Test MPEG2: %08X\r\n",calculate_crc32_mpeg2(TestString, 9)); pc.printf("Test Posix: %08X\r\n",calculate_crc32_posix(TestString, 9)); pc.printf("Test CRC32 K: %08X\r\n",calculate_crc32_k(TestString, 9)); pc.printf("Test CRC32 Q: %08X\r\n",calculate_crc32_q(TestString, 9)); pc.printf("Test Xfer: %08X\r\n\n",calculate_crc32_xfer(TestString, 9)); pc.printf("Test GSM: %llX\r\n\n",calculate_crc40_gsm(TestString, 9) & 0x000000ffffffffffULL); pc.printf("Test CRC64: %llX\r\n",calculate_crc64(TestString, 9)); pc.printf("Test CRC64 1B: %llX\r\n",calculate_crc64_1b(TestString, 9)); pc.printf("Test WE: %llX\r\n",calculate_crc64_we(TestString, 9)); pc.printf("Test Jones: %llX\r\n",calculate_crc64_jones(TestString, 9)); }