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...e how network traffic is steered to different queues, and it is assumed that the back- and frontends will use the same hash algorithm with the same parameters. The available hash algorithms are advertised by the backend via the key /local/domain/0/backend/vif/X/Y/multi-queue-hash-list = "alg1 alg2" where "alg1 alg2" is a space-separated list of algorithms. 3. Frontend setup ----------------- The frontend will be expected to look for the feature-multi-queue XenStore key and, if present and non-zero, query the list of hash algorithms and the maximum number of queues. It w...

...rating on long lines. It caused me quite some trouble before uncovering this one from reading a bigger file I had! Please take care of this one or suggest me safer ways of working with long lines! Thanks, Mani > cat(file="tst1", "a:15S_RRNA, 21S_RRNA, AAC1, AAC3\nb:AAP1, ACN9, ALG1, ALG11, ALG12, ALG13, ALG14, ALG2, ALG3, ALG5, ALG6, ALG7, ALG8, ALG9, AMS1, ANP1, ARA1, ATH1, BCH1, BCH2, BMH1, BMH2, BNI4, BUD7, CAX4, CDC19, CHS3, CHS5, CHS6, CHS7, CIT2, CTS1, CWH41, DDP1, DIE2, DIP5, DLD1, DOG1, DOG2, DPM1, ELM1, ENO1, ENO2, EOS1, ERD1, EXG1, FBA1, FBP1, FBP26, FDH1, FKS1, GAC...

Representative small sample of data: algorithmID <- factor(c(rep('alg1',4),rep('alg2',4),rep('alg3',4))) threshold <- factor(rep(c(.45,.50,.55,.60),times=3)) score <- c(30,32,31,30,10,12,13,14,22,21,20,24) d <- data.frame(algorithmID,threshold,score) AlgorithmID is the name of each algorithm; threshold is the value of a parameter used by...

Hi Kaushal, I maintain a set of SSH hardening guides for various platforms, including RHEL 8. You can find them here: https://ssh-audit.com/hardening_guides.html - Joe -- Joseph S. Testa II Founder & Principal Security Consultant Positron Security On Thu, 2024-01-25 at 18:39 +0530, Kaushal Shriyan wrote: > Hi, > > I am running the below servers on Red Hat Enterprise