{
  "analysis-graph-implementor":
    "org.opensearch.performanceanalyzer.rca.store.AnalysisGraphTest",
  // it can be file:// or s3://
  "rca-store-location": "s3://sifi-store/rcas/",

  //it can be file:// or s3://
  "threshold-store-location": "s3://sifi-store/thresholds/",

  "new-rca-check-minutes": 60,

  "new-threshold-check-minutes": 30,

  // The size of the task queue for all networking operations.
  // Small size queues may result in dropping of flow units, while large size queues can lead to a
  // bigger backlog of tasks resulting in delays in sending and receiving.
  "network-queue-length": 200,

  // The size of the per-vertex buffer for flow units received from remote nodes.
  // Small buffer sizes may result in dropping of flow units, while large buffer size can lead to
  // high memory consumptions depending on how the analysis graph is configured.
  "max-flow-units-per-vertex-buffer": 200,

  "tags": {
    "locus": "data-node",
    "disk": "ssd",
    "region": "use1",
    "instance-type": "i3.8xl",
    "domain": "rca-test-cluster"
  },

  "remote-peers": ["ip1", "ip2", "ip3"],

  // Tells the runtime where the RCAs will be stored.
  "datastore": {
    // accepted types are sqlite, in-memory.
    "type": "sqlite",
    "location-dir": "/tmp",
    "filename": "rca.sqlite",
    "storage-file-retention-count": 5,
    // How often the sqlite file be repeated in seconds. This file contains RCAs and therefore rotating it too frequently
    // might not be as fruitful as there might not be any data.
    "rotation-period-seconds": 21600
  },

  // Add config settings for different RCAs
  "rca-config-settings": {
    // old gen rca
    "high-heap-usage-old-gen-rca": {
      "top-k" : 3
    },
    //young gen rca
    "high-heap-usage-young-gen-rca": {
      "promotion-rate-mb-per-second" : 500,
      "young-gen-gc-time-ms-per-second" : 400
    },
    "queue-rejection-rca": {
      "rejection-time-period-in-seconds" : 300
    },
    //hot shard rca
    "hot-shard-rca": {
      "cpu-utilization" : 0.001,
      "top-k-consumers" : 50
    },
    // admission control rca
    "admission-control-rca": {
      "request-size": {
        "heap-range": [
          {
            "lower-bound": 0,
            "upper-bound": 80,
            "threshold": 15.0
          },
          {
            "lower-bound": 81,
            "upper-bound": 90,
            "threshold": 10.0
          },
          {
            "lower-bound": 91,
            "upper-bound": 100,
            "threshold": 5.0
          }
        ]
      }
    }
  },

  "muted-rcas": [],
  "muted-deciders": [],
  "muted-actions": [],

  "decider-config-settings": {
    // Decreasing order of priority for the type of workload we can expect on the cluster.
    // Priority order in the list goes from most expected to the lease expected workload type.
    "workload-type": {
      "priority-order": ["test-ingest", "test-search"]
    },
    // Decreasing order of priority for the type of cache which is expected to be consumed more.
    // Priority order in the list goes from most used to the lease used cache type.
    "cache-type": {
      "priority-order": ["test-fielddata-cache", "test-shard-request-cache", "test-query-cache", "test-bitset-filter-cache"]
    }
  },

  // Action Configurations
  "action-config-settings": {
//    // Cache Max Size bounds are expressed as %age of JVM heap size
//    "cache-settings": {
//      "fielddata": {
//        "upper-bound": 0.4,
//        "lower-bound": 0.1
//      },
//      "shard-request": {
//        "upper-bound": 0.05,
//        "lower-bound": 0.01
//      }
//    },
//    // Queue Capacity bounds are expressed as absolute queue size
//    "queue-settings": {
//      "search": {
//        "upper-bound": 3000,
//        "lower-bound": 1000
//      },
//      "write": {
//        "upper-bound": 1000,
//        "lower-bound": 50
//      }
//    }
  }
}