Available checksum types.
Members| Member | Description |
|---|---|
| Crc8BitSum |
Adds up the bytes. Integer value=21.
If not using .NET Framework, use constant GX_CHK_CRC_8BIT_SUM. |
| Custom |
Custom checksum is used. Integer value=20.
If not using .NET Framework, use constant GX_CHK_CUSTOM. |
| Fcs16 |
Count CRC for the FCS16. Expressed as x^16 + x^12 + x^5 + x^0.
Polynomial is 0x1021 and seed is 0xFFFF. FinalXOR is 0xFFFF data is
reversed and reflection is used. Integer value=19.
If not using .NET Framework, use constant GX_CHK_FCS16. |
| Crc32BitSum |
Adds up the bytes. Integer value=18.
If not using .NET Framework, use constant GX_CHK_CRC_32BIT_SUM. |
| Crc16BitSum |
Adds up the bytes, called also a longitudinal redundancy check (LRC). Integer value=17.
If not using .NET Framework, use constant GX_CHK_CRC_16BIT_SUM. |
| Crc8Xor |
8 Bit Bitwise XOR. Seed is 0. Integer value=16.
If not using .NET Framework, use constant GX_CHK_CRC8_XOR. |
| Crc8Reverced |
CCITT-8 Polynomial. Expressed As: X^8 + X^5 + X^4 + 1. Used in ATM and HEC.
Integer value=15.
If not using .NET Framework, use constant GX_CHK_CRC8_REVERSED. |
| Crc8 |
8 bit CRC. Expressed as X^8+X^5+X^4+X^3+X^0. Integer value=14.
If not using .NET Framework, use constant GX_CHK_CRC8. |
| Crc32Reverced |
Reversed 32 bit byteorder is used. Integer value=13.
If not using .NET Framework, use constant GX_CHK_CRC32_REVERSED. |
| Crc24 |
Polynomial is 0x1864CFB and seed is 0xB704CE. Integer value=12.
If not using .NET Framework, use constant GX_CHK_CRC24. |
| Crc16Arc |
Used in ARC, LHA and BISYNCH. Polynomial is 0x8005 and seed is 0x0. Integer value=11.
If not using .NET Framework, use constant GX_CHK_CRC16_ARC. |
| Zmodem |
Used in ZMODEM. Polynomial is 0x1021 and seed is 0x0. Integer value=10.
If not using .NET Framework, use constant GX_CHK_CRC16_ZMODEM. |
| Ccitt16Reverced |
Used in XMODEM, Kermit. Expressed as X^16 + X^15 + X^10 + X^3 Polynomial is
0x8408 and seed is 0x0. Integer value=9.
If not using .NET Framework, use constant GX_CHK_CRC16_CCITT_REVERSED. |
| Ibm16 |
Used in modbus. Expressed as X^16+X^15+X^2+X^0. Integer value=8.
If not using .NET Framework, use constant GX_CHK_CRC16_IBM. |
| Ccitt16 |
Expressed as X^16+X^12+X^5+X^0. USed in X.25. Polynomial is 0x1021 and seed is 0xFFFF.
Integer value=7.
If not using .NET Framework, use constant GX_CHK_CRC16_CCITT. |
| Adler32 |
Adlers 32-bit algorithm is used to compute the checksum. Integer value=6.
If not using .NET Framework, use constant GX_CHK_ADLER32. |
| Fletcher |
Fletchers 16-bit algorithm is used to compute the checksum. Integer value=5.
If not using .NET Framework, use constant GX_CHK_FLETCHER. |
| Crc32 |
32-bit algorithm is used to compute the checksum. Integer value=4.
If not using .NET Framework, use constant GX_CHK_CRC32. |
| Crc16Reverced |
Reversed 16-bit algorithm is used to compute the checksum. Integer value=3.
If not using .NET Framework, use constant GX_CHK_CRC16_REVERSED. |
| Crc16 |
16-bit algorithm is used to compute the checksum. Integer value=2.
If not using .NET Framework, use constant GX_CHK_CRC16. |
| Own |
Client application provides its own checksums. Integer value=1.
If not using .NET Framework, use constant GX_CHK_OWN. |
| None |
Checksum is not computed. Integer value=0.
If not using .NET Framework, use constant GX_CHK_NONE. |
Remarks
If not using .NET Framework, enumeration is GX_CHECKTYPE.
Assembly: Gurux.Common (Module: Gurux.Common) Version: 5.0.0.1