Jacques Pelletier
mbed implementation of various CRC algorithms from 8-bit to 64-bits. Uses precalculated CRC tables.
main.cpp@0:58b0642c11b0, 2010-12-14 (annotated)
- Committer:
- jpelletier
- Date:
- Tue Dec 14 03:44:09 2010 +0000
- Revision:
- 0:58b0642c11b0
Who changed what in which revision?
| User | Revision | Line number | New contents of line |
|---|---|---|---|
| jpelletier | 0:58b0642c11b0 | 1 | #include "mbed.h" |
| jpelletier | 0:58b0642c11b0 | 2 | #include "lib_crc.h" |
| jpelletier | 0:58b0642c11b0 | 3 | |
| jpelletier | 0:58b0642c11b0 | 4 | Serial pc(USBTX, USBRX); // tx, rx |
| jpelletier | 0:58b0642c11b0 | 5 | |
| jpelletier | 0:58b0642c11b0 | 6 | char TestString[] = "123456789"; |
| jpelletier | 0:58b0642c11b0 | 7 | |
| jpelletier | 0:58b0642c11b0 | 8 | int main() { |
| jpelletier | 0:58b0642c11b0 | 9 | pc.printf("Test CRC on mbed NXP LPC1768\r\n\n"); |
| jpelletier | 0:58b0642c11b0 | 10 | |
| jpelletier | 0:58b0642c11b0 | 11 | pc.printf("\nTest CRC8 algorithms\r\n\n"); |
| jpelletier | 0:58b0642c11b0 | 12 | |
| jpelletier | 0:58b0642c11b0 | 13 | pc.printf("Test ITU: %02X\r\n",calculate_crc8_itu(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 14 | pc.printf("Test ATM: %02X\r\n",calculate_crc8_atm(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 15 | pc.printf("Test CCITT: %02X\r\n",calculate_crc8_ccitt(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 16 | pc.printf("Test Maxim: %02X\r\n",calculate_crc8_maxim(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 17 | pc.printf("Test CRC8: %02X\r\n",calculate_crc8(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 18 | pc.printf("Test Icode: %02X\r\n",calculate_crc8_icode(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 19 | pc.printf("Test J1850: %02X\r\n",calculate_crc8_j1850(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 20 | pc.printf("Test WCDMA: %02X\r\n",calculate_crc8_wcdma(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 21 | pc.printf("Test ROHC: %02X\r\n",calculate_crc8_rohc(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 22 | pc.printf("Test DARC: %02X\r\n",calculate_crc8_darc(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 23 | |
| jpelletier | 0:58b0642c11b0 | 24 | pc.printf("\nTest CRC16 algorithms\r\n\n"); |
| jpelletier | 0:58b0642c11b0 | 25 | |
| jpelletier | 0:58b0642c11b0 | 26 | pc.printf("Test Buypass: %04X\r\n",calculate_crc16_Buypass(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 27 | pc.printf("Test DDS 110: %04X\r\n",calculate_crc16_DDS_110(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 28 | pc.printf("Test EN 13757: %04X\r\n",calculate_crc16_EN_13757(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 29 | pc.printf("Test Teledisk: %04X\r\n",calculate_crc16_Teledisk(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 30 | pc.printf("Test CRC16: %04X\r\n",calculate_crc16(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 31 | pc.printf("Test Modbus: %04X\r\n",calculate_crc16_Modbus(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 32 | pc.printf("Test Maxim: %04X\r\n",calculate_crc16_Maxim(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 33 | pc.printf("Test USB: %04X\r\n",calculate_crc16_USB(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 34 | pc.printf("Test T10 DIF: %04X\r\n",calculate_crc16_T10_DIF(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 35 | pc.printf("Test Dect X: %04X\r\n",calculate_crc16_Dect_X(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 36 | pc.printf("Test Dect R: %04X\r\n",calculate_crc16_Dect_R(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 37 | pc.printf("Test Sick: %04X\r\n",calculate_crc16_sick(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 38 | pc.printf("Test DNP: %04X\r\n",calculate_crc16_DNP(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 39 | pc.printf("Test XModem: %04X\r\n",calculate_crc16_Ccitt_Xmodem(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 40 | pc.printf("Test FFFF: %04X\r\n",calculate_crc16_Ccitt_FFFF(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 41 | pc.printf("Test 1D0F: %04X\r\n",calculate_crc16_Ccitt_1D0F(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 42 | pc.printf("Test Genibus: %04X\r\n",calculate_crc16_Genibus(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 43 | pc.printf("Test Kermit: %04X\r\n",calculate_crc16_Kermit(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 44 | pc.printf("Test X25: %04X\r\n",calculate_crc16_X25(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 45 | pc.printf("Test MCRF4XX: %04X\r\n",calculate_crc16_MCRF4XX(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 46 | pc.printf("Test Riello: %04X\r\n",calculate_crc16_Riello(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 47 | pc.printf("Test Fletcher: %04X\r\n",calculate_chk16_Fletcher(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 48 | |
| jpelletier | 0:58b0642c11b0 | 49 | pc.printf("\nTest CRC24-64 algorithms\r\n\n"); |
| jpelletier | 0:58b0642c11b0 | 50 | |
| jpelletier | 0:58b0642c11b0 | 51 | pc.printf("Test Flexray A: %06X\r\n",calculate_crc24_flexray_a(TestString, 9) & 0x00ffffff); |
| jpelletier | 0:58b0642c11b0 | 52 | pc.printf("Test Flexray B: %06X\r\n",calculate_crc24_flexray_b(TestString, 9) & 0x00ffffff); |
| jpelletier | 0:58b0642c11b0 | 53 | pc.printf("Test R64: %06X\r\n\n",calculate_crc24_r64(TestString, 9) & 0x00ffffff); |
| jpelletier | 0:58b0642c11b0 | 54 | pc.printf("Test CRC32: %08X\r\n",calculate_crc32(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 55 | pc.printf("Test JamCRC: %08X\r\n",calculate_crc32_jamcrc(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 56 | pc.printf("Test CRC32 C: %08X\r\n",calculate_crc32_c(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 57 | pc.printf("Test CRC32 D: %08X\r\n",calculate_crc32_d(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 58 | pc.printf("Test BZIP2: %08X\r\n",calculate_crc32_bzip2(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 59 | pc.printf("Test MPEG2: %08X\r\n",calculate_crc32_mpeg2(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 60 | pc.printf("Test Posix: %08X\r\n",calculate_crc32_posix(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 61 | pc.printf("Test CRC32 K: %08X\r\n",calculate_crc32_k(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 62 | pc.printf("Test CRC32 Q: %08X\r\n",calculate_crc32_q(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 63 | pc.printf("Test Xfer: %08X\r\n\n",calculate_crc32_xfer(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 64 | pc.printf("Test GSM: %llX\r\n\n",calculate_crc40_gsm(TestString, 9) & 0x000000ffffffffffULL); |
| jpelletier | 0:58b0642c11b0 | 65 | pc.printf("Test CRC64: %llX\r\n",calculate_crc64(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 66 | pc.printf("Test CRC64 1B: %llX\r\n",calculate_crc64_1b(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 67 | pc.printf("Test WE: %llX\r\n",calculate_crc64_we(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 68 | pc.printf("Test Jones: %llX\r\n",calculate_crc64_jones(TestString, 9)); |
| jpelletier | 0:58b0642c11b0 | 69 | } |
| jpelletier | 0:58b0642c11b0 | 70 |