I'm facing a problem to decompress a object that was compressed by C# code using lz4-net.
I've tried all possibilities using many libraries and no one was able to decompress.
In my research I found that this .net library stores a header of 8 bytes. In this header they store the compression level, compressed length and original length of the object.
I was debuging the C# code and in their decompress implementation they are really handling this first bytes as headers.
The point is that I almost sure that in my example was needed only 4 bytes to store the header nedded, but my guess is that depends on the data size they will use more bytes to store the header, then I think that can be 3 to 8 bytes and the code needs to be smart to find this boundaries.
This Library was supposed to handle this type os compressing natively?
Hi ,
I'm facing a problem to decompress a object that was compressed by C# code using lz4-net.
I've tried all possibilities using many libraries and no one was able to decompress.
In my research I found that this .net library stores a header of 8 bytes. In this header they store the compression level, compressed length and original length of the object.
https://code.google.com/archive/p/lz4-net/
In object example I only was able to ready discarding some initial part of the byte[].
safeDecompressor.decompress(byteaero, 5, byteaero2.length - 5, restored, 0);
I was debuging the C# code and in their decompress implementation they are really handling this first bytes as headers.
The point is that I almost sure that in my example was needed only 4 bytes to store the header nedded, but my guess is that depends on the data size they will use more bytes to store the header, then I think that can be 3 to 8 bytes and the code needs to be smart to find this boundaries.
This Library was supposed to handle this type os compressing natively?
Am I doing something wrong?