Created on 10-25-2015 05:07 PM - edited 08-19-2019 05:56 AM
Created 10-25-2015 05:23 PM
Site-to-Site uses deflate at level 1 and compresses data in blocks/buffers. With site-to-site a series of 1..N flowfiles are sent at once and ack'd as a group. It is not configurable at this time. Keep in mind of course you can of course compress before sending to s2s and decompress after receiving from s2s using the CompressContent processor.
Do you feel there would be a good bit of value in letting the compression of s2s be configurable? If so would that be for cases like where snappy makes sense because it is certain types of text data?
Thanks
Joe
Created 10-25-2015 05:23 PM
Site-to-Site uses deflate at level 1 and compresses data in blocks/buffers. With site-to-site a series of 1..N flowfiles are sent at once and ack'd as a group. It is not configurable at this time. Keep in mind of course you can of course compress before sending to s2s and decompress after receiving from s2s using the CompressContent processor.
Do you feel there would be a good bit of value in letting the compression of s2s be configurable? If so would that be for cases like where snappy makes sense because it is certain types of text data?
Thanks
Joe
Created 10-25-2015 05:30 PM
Yes, Joe, I had something like snappy in my mind as a good middle ground between size and performance.
As a minimum, a compression level property should be exposed to the operator to balance an existing compression protocol between speeed/cpu load and network traffic volume.