be used by productpage v2 : $ kubectl exec kafka-v1-0 -c kafka -- bash -c '/opt/kafka_2.11-0.10.1.0/bi Created topic "authaudit". We are now ready to deploy productpage v2 . Create the productpage v2 credit card payment requests: $ kubectl exec kafka-v1-0 -c kafka -- bash -c '/opt/kafka_2.11-0.10.1.0/bi Created topic "credit-card-payments". Check that Cilium prevents the authaudit-logger service from struct called_info called_info = { .start = start_time, .end = 0, .bi_sector = 0 }; bpf_map_update_elem(&called_info_map, &bio_ptr, &called_info, BPF_ANY)

struct called_info called_info = { .start = start_time, .end = 0, .bi_sector = 0 }; bpf_map_update_elem(&called_info_map, &bio_ptr, &called_info, BPF_ANY); "cilium" nodePort Configure N-S k8s service loadbalancing object {"autoProtectPor tRange":true,"bi ndProtection":tr ue,"enableHealth Check":true,"ena bled":false} nodePort.autoProte ctPortRange Append

struct called_info called_info = { .start = start_time, .end = 0, .bi_sector = 0 }; bpf_map_update_elem(&called_info_map, &bio_ptr, &called_info, BPF_ANY); handling via XDP e.g. native, disabled acceleration: disabled object {"autoProtectPor tRange":true,"bi ndProtection":tr ue,"enableHealth Check":true,"ena bled":false} nodePort.autoProte ctPortRange Append

struct called_info called_info = { .start = start_time, .end = 0, .bi_sector = 0 }; bpf_map_update_elem(&called_info_map, &bio_ptr, &called_info, BPF_ANY); "cilium" nodePort Configure N-S k8s service loadbalancing object {"autoProtectPor tRange":true,"bi ndProtection":tr ue,"enableHealth Check":true,"ena bled":false} nodePort.autoProte ctPortRange Append

struct called_info called_info = { .start = start_time, .end = 0, .bi_sector = 0 }; bpf_map_update_elem(&called_info_map, &bio_ptr, &called_info, BPF_ANY);

struct called_info called_info = { .start = start_time, .end = 0, .bi_sector = 0 }; bpf_map_update_elem(&called_info_map, &bio_ptr, &called_info, BPF_ANY);

struct called_info called_info = { .start = start_time, .end = 0, .bi_sector = 0 }; bpf_map_update_elem(&called_info_map, &bio_ptr, &called_info, BPF_ANY);