none }; # Configure ECMP merge paths yes limit {{ N }} ; } See the user manual for more detailed information. You need to check the ECMP correctness on physical network (Core the traffic to the microservice, specific to each service version. To deploy the application with manual sidecar injection, run: for service in productpage-service productpage-v1 details-v1 reviews-v1; "cmd": reqData.cmd, "file": reqData.file, }, }, }) Step 12: Manual Testing Find the standard docker container for running the protocol server. Often the same image

none }; # Configure ECMP merge paths yes limit {{ N }} ; } See the user manual for more detailed information. You need to check the ECMP correctness on physical network (Core performed for TCP and SNAT for UDP connections. This has the advantage that it removes the need for manual MTU changes in the network while still benefiting from the latency improvements through the removed kubedns=$(kubectl get svc kube-dns -n kube-system -o jsonpath={.spec $ kubectl apply -f node-local-dns.yaml Manual Configuration Follow the official NodeLocal DNSCache Configuration [https://kubernetes.io/docs

the traffic to the microservice, specific to each service version. To deploy the applica�on with manual sidecar injec�on, run: $ for service in productpage-service productpage-v1 details-v1 reviews-v1; "cmd": reqData.cmd, "file": reqData.file, }, }, }) Step 12: Manual Testing Find the standard docker container for running the protocol server. O�en the same image "query_ta ]} }] }] } ] When performing manual tes�ng, remember that each �me you change your Go proxy code, you must re-run ‘’make’’ and ‘’sudo

the traffic to the microservice, specific to each service version. To deploy the application with manual sidecar injection, run: for service in productpage-service productpage-v1 details-v1 reviews-v1; "cmd": reqData.cmd, "file": reqData.file, }, }, }) Step 12: Manual Testing Find the standard docker container for running the protocol server. Often the same image posts$"} ]} }] }] } ] When performing manual testing, remember that each time you change your Go proxy code, you must re-run ‘’make’’ and ‘’sudo

none }; # Configure ECMP merge paths yes limit {{ N }} ; } See the user manual for more detailed information. You need to check the ECMP correctness on physical network (Core performed for TCP and SNAT for UDP connections. This has the advantage that it removes the need for manual MTU changes in the network while still benefiting from the latency improvements through the removed kubedns=$(kubectl get svc kube-dns -n kube-system -o jsonpath={.spec $ kubectl apply -f node-local-dns.yaml Manual Configuration Follow the official NodeLocal DNSCache Configuration [https://kubernetes.io/docs

none }; # Configure ECMP merge paths yes limit {{ N }} ; } See the user manual for more detailed information. You need to check the ECMP correctness on physical network (Core performed for TCP and SNAT for UDP connections. This has the advantage that it removes the need for manual MTU changes in the network while still benefiting from the latency improvements through the removed the traffic to the microservice, specific to each service version. To deploy the application with manual sidecar injection, run: for service in productpage-service productpage-v1 details-v1 reviews-v1;

none }; # Configure ECMP merge paths yes limit {{ N }} ; } See the user manual for more detailed information. You need to check the ECMP correctness on physical network (Core performed for TCP and SNAT for UDP connections. This has the advantage that it removes the need for manual MTU changes in the network while still benefiting from the latency improvements through the removed kubedns=$(kubectl get svc kube-dns -n kube-system -o jsonpath={.spec $ kubectl apply -f node-local-dns.yaml Manual Configuration Follow the official NodeLocal DNSCache Configuration [https://kubernetes.io/docs