Does anyone know some CRC test vectors of CRC16-CCITT?
I don’t have a trusted CRC implementation. I either need to test someone’s implementation or test my own implementation. (For CRC32, I u
Does anyone know some CRC test vectors of CRC16-CCITT?
I don’t have a trusted CRC implementation. I either need to test someone’s implementation or test my own implementation. (For CRC32, I u
I am using a parquet frame to write parquet files
I used this constructor to create a parquet writer –
public class ParquetBaseWriter extends ParquetWriter {
public ParquetBaseWriter(Path fi
I found this CRC32 implementation on the internet and changed it a bit, but I can’t get it to work. I initialize it and update it on every byte I get from the input , But the hash I get is not what
I have downloaded the latest version of libzip, and am currently trying to build it on OSX and fail:
Linking C shared library libzip.dylib
Undefined symbols for architecture x86_64:
“_crc32”
I have a set of data protected by a 16-bit checksum and I need to correct it. The checksum locations are known, the exact area where they are calculated and the exact algorithm used to calculate th
Problem
I am writing code for embedded devices. Many solutions for CRC-CCITT 16-bit calculations require libraries.
Possible solutions
The following CRC calculation was found onli
I have a problem when calculating the CRC-16 implementation of a byte array in java. Basically I am trying to send the bytes to the RFID that starts to write the tag. I can use the mac Check the tc
//****************************************** *********************
//Here, the polynomial is generated according to the CRC-CCITT standard. CRC-CCITT is a 17-bit generator polynomial
//G=[1 0001 00
If I have a certain number of bytes to transmit serially, how do I determine which CRC to use (CRC8, CRC16, etc., basically how many bits of CRC?) and still have high error detection percentage? Is
I have a hypothetical situation of sending data units, each data unit has a kilobyte. The failure rate is very small, but when an error occurs, it is unlikely to be a single Bit errors, and more li