I'll preface with what I'm about to say is not rooted in any real
understanding of the lift required or other customer experiences... We
have used NiFi for a long time and are excited for what new features may
lay ahead in the 2.x line.
---After having written this, I think our succinct pain poin
Hi Daniel,
we tested two different diodes (two different manufacturer) for a longer time.
Both diodes count the UDP packets and log any loss. Additionally we are using
hashes to detect any form of content errors. We have tested the two diodes for
over a year and have not seen any packet loss du
Kevin,
This may well be a very interesting approach which opens up a lot of
options for us in how we tackle a 2.x...
Thanks
On Tue, Aug 3, 2021 at 8:45 AM Kevin Doran wrote:
>
> Outside of core NiFi, for MiNiFi, I think it would be beneficial to align
> MiNiFi Java and MiNiFI C++ to use the sa
Outside of core NiFi, for MiNiFi, I think it would be beneficial to align
MiNiFi Java and MiNiFI C++ to use the same method(s) for command and control /
flow deployment. This was discussed when MiNiFi Java was merged into the NiFi
codebase [1].
My proposal would be to create a Java implementati
Thanks for the continued discussion around what can or should be removed.
Having a clear migration path from version 1 to version 2 will be very
important for supporting current deployments.
Following the example of some other projects, one way to consider the
upgrade is from the point of view of
Hi Dev Team,
SNAPPY compression feature of PutParquet Processor works correctly on NiFi
1.12.1 but NiFi 1.14.0 gives the following error.
Could you help in order to resolve this situation?
Thank you in advance,
--Bilal
PutParquet - Config:
Hadoop Configuration Resources
File locations
Kerb
This is a very interesting area of integration investigation Marc, thank
you for sharing your work!
I looked into this a little after conversations with folks in security
applications, and I wonder if you investigated approaches to tracking and
reporting/handling packet loss and error rates in thi
