module "payment_latency_slo" {
  source = "./modules/slo-product"
  query  = "p99(payment_processing_duration_ms) < 250"
  sensitivity  = "high"
  when_active  = "wake-me-up"
}

module "cluster_cpu_slo" {
  source = "./modules/slo-service"
  query  = "avg(container_cpu_usage) by (cluster) > 0.7"
  sensitivity  = "medium"
  when_active  = "business-hours-only"
}

apiVersion: reliability.f3.io/v1alpha1
kind: PaymentProfile
metadata:
  name: fps-peak-friday-morning
spec:
  scheme: "fps"
  peak_tps: 1200
  ramp_up_duration: "15m"
  steady_state_duration: "2h"
  schedule:
    start_time: "2026-01-30T08:00:00Z"
    end_time: "2026-01-30T10:15:00Z"
  geo_distribution:
    primary: "eu-west-1"
    failover: "us-east-1"

#!/bin/bash
# Trigger ad-hoc load test
f3-load trigger --scheme fps --tps 500 --duration 10m --env uat

#!/bin/bash
# Get leaderboard for current team
f3-incident leaderboard --team core-payments --timeframe 30d

#!/bin/bash
# Silence all alerts on a stack
f3-incident silence --stack prod-eu-west-1-alpha --duration 2h --reason "Scheduled Rehearsal"

#!/bin/bash
# Trigger a chaos scenario
f3-chaos trigger --scenario partial-network-partition --target-stack uat-beta

apiVersion: chaos-mesh.org/v1alpha1
kind: NetworkChaos
metadata:
  name: gcp-connectivity-loss
spec:
  action: partition
  mode: one
  selector:
    labelSelectors:
      cloud: "gcp"
  direction: both
  externalTargets:
    - "8.8.8.8" # Simulate external scheme connectivity
  duration: "5m"

#!/bin/bash
# Trigger the GCP failover scenario
f3-chaos run --scenario gcp-failover-validation --wait-for-assertions

# Output: 
# [SUCCESS] GCP Connectivity lost
# [SUCCESS] Assertion: Product SLO Latency < 250ms
# [SUCCESS] Assertion: Service SLO Success > 99.99%