---
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# environment vars
env:
  # AWS account ID (12-digit integer)
  account: XXXXXXXXXXXX

  # AWS region string
  region: ap-southeast-1

  # token for mapBox
  mapBoxToken: XXXXXX

  # origin (e.g.: restaurant) simulator users' password (users are generated for simulation)
  # IMPORTANT: the password MUST conform with the password requirements set up in `cognito-auth` package
  originUserPassword: XXXXXX

  # destination (e.g.: customer) simulator users' password (users are generated for simulation)
  # IMPORTANT: the password MUST conform with the password requirements set up in `cognito-auth` package
  destinationUserPassword: XXXXXX

# string prefix for resources created by CDK
namespace: devproto

# the administrator email address
# make sure this is accurate, cognito will send a temporary password once the deployment goes through
administratorEmail: your-email@example.com

# network configuration for the VPC that's being created
vpcNetworkConfig:
  # array of cidr/port pairs to add for DMZ ingress config: allow access from these CIDR:port
  # DMZ ingress is used to access the backend system for administration purposes
  # usually this is the IP address range of your company's VPN
  dmzSecurityIngress:
    - cidr: 11.22.33.0/24
      port: 22
    - cidr: 11.22.33.0/24
      port: 443

# the secret name we use to refer to the geoTrackingApiKey in SecretManager
geoTrackingApiKeySecretName: GeoTrackingApiKeySecret

# SSM ParameterStore keys
parameterStoreKeys:
  # the parameter name to use the CLOUDFRONT WebACL's ARN
  webAclArn: /Hyperlocal/Waf/WebAclArn

  # the ARN of the secret manager entry where MemoryDB generates the admin password
  memoryDBAdminPassSecretArn: /HyperLocal/MemoryDB/AdminPassSecretArn

  # the endpoint address of the MemoryDB
  memoryDBClusterEndpoint: /HyperLocal/MemoryDB/ClusterEndpoint

  # the parameter name we use to refer to geoTrackingApiUrl in SSM ParameterStore
  geoTrackingApiUrl: /Hyperlocal/Api/GeoTracking/Url

  # key for assignments table name
  assignmentsTableName: /HyperLocal/Ddb/Assigments/TableName

  # key for demAreaDispatchSettings table name
  demAreaDispatcherSettingsTableName: /HyperLocal/Ddb/DemAreaDispatcherSettings/TableName

  # key for sameday-directpudo -- delivery jobs table name
  sameDayDirectPudoDeliveryJobsTableName: /HyperLocal/Ddb/SameDayDirectPudoDeliveryJobs/TableName

  # key for sameday-directpudo -- delivery jobs table secondary index for solverJobId
  sameDayDirectPudoDeliveryJobsSolverJobIdIndex: /HyperLocal/Ddb/SameDayDirectPudoDeliveryJobs/Index/SolverJobId

  # key for sameday-directpudo -- solver jobs table name
  sameDayDirectPudoSolverJobsTableName: /HyperLocal/Ddb/SameDayDirectPudoSolverJobs/TableName

  # key for sameday-directpudo -- hubs table name
  sameDayDirectPudoHubsTableName: /HyperLocal/Ddb/SameDayDirectPudoHubs/TableName

  # key for sameday-directpudo -- vehicle capacity table name
  sameDayDirectPudoVehicleCapacityTableName: /HyperLocal/Ddb/SameDayDirectPudoVehicleCapacity/TableName

# open search service config
# instance types:
#   * https://docs.aws.amazon.com/opensearch-service/latest/developerguide/supported-instance-types.html
#   * https://docs.aws.amazon.com/opensearch-service/latest/developerguide/rename.html#rename-instances
openSearchConfig:
  masterNodeInstanceType: m6g.2xlarge.search
  masterNodes: 3
  dataNodeInstanceType: m6g.2xlarge.search
  dataNodes: 3

# memory DB config
memoryDBConfig:
  # node types: https://docs.aws.amazon.com/memorydb/latest/devguide/nodes.supportedtypes.html
  instanceType: db.r6g.xlarge

  # number of shards
  numShards: 1

  # number of read replicas per shard
  numReplicasPerShard: 2

  # port
  port: 6379

  # timeout in MS for driverLocationUpdate TTL in DDB
  driverLocationUpdateTTLInMS: 120000

  # admin username used by the application for authenticating to Redis (required)
  # the password will be generated automatically by the CDK deployment
  adminUsername: memory-db-admin

  # access string  (optional)
  # define what the user can access to, by default has full access
  # https://docs.aws.amazon.com/memorydb/latest/devguide/clusters.acls.html#access-string
  adminAccessString: on ~* &* +@all

# simulator configuration
simulatorConfig:
  # base name for driver usernames generated for driver simulator
  driverBaseUsername: proto-play+hyperlocal-driversim

  # base name for destination usernames generated for destination simulator
  destinationBaseUsername: proto-play+hyperlocal-destinationsim

  # number of containers to spin up in one step while starting a simulation
  destinationContainerBatchSize: 10

  # base name for origin usernames generated for origin simulator
  originBaseUsername: proto-play+hyperlocal-originsim

  # number of containers to spin up in one step while starting a simulation
  originContainerBatchSize: 10

# kinesis configuration (for ingesting driver location/status updates)
kinesisConfig:
  # number of shards
  shardCount: 15

  # how long to retain data (in hours) in kinesis
  dataStreamRetentionHrs: 24

  # trigger the driverLocationUpdate lambda if this batchSize is met
  # number of records to consume at once
  driverLocationUpdateBatchSize: 50

  # the number of parallel lambdas executed (max 10)
  driverLocationUpdateParallelizationFactor: 5

  # number of retry attempts before the message goes in a dead letter queue
  driverLocationUpdateRetryAttempts: 20

  # use fanout consumers for driverLocationUpdate
  driverLocationUpdateUseFanOutConsumer: true

  # trigger the driverLocationUpdate lambda in max XXX ms if it doesn't reach its batchsize before
  driverLocationUpdateMaxBatchingWindowMs: 5000

  # trigger the geofencing lambda if this batchSize is met
  # number of records to consume at once
  geofencingBatchSize: 50

  # the number of parallel lambdas executed (max 10)
  geofencingParallelizationFactor: 5

  # number of retry attempts before the message goes in a dead letter queue
  geofencingRetryAttempts: 5

  # use fanout consumers for geofencing
  geofencingUseFanOutConsumer: true

  # trigger geofencing lambda in max XXX ms if it doesn't reach its batchSize before
  geofencingMaxBatchingWindowMs: 5000

# configuration for the delivery application (e.g. mobile app on the driver's device)
deliveryAppConfig:
  # AppConfig for the driver app
  driverAppConfig:
    # the state when a driver is NOT assigned to any order but waiting
    passiveState:
      # number of seconds to wait between recording driver's GPS coordinates
      captureFrequency: 10

      # number of seconds to wait between sending the accumulated GPS data to the cloud
      sendInterval: 30

    # active state when a driver IS assinged to an order
    activeState:
      # number of seconds to wait between recording driver's GPS coordinates
      captureFrequency: 4

      # number of seconds to wait between sending the accumulated GPS data to the cloud
      sendInterval: 16

# settings for polling providers
pollingProviderSettings:
  # Timeout of processing a single message in the pending order queue
  # see https://docs.aws.amazon.com/AWSSimpleQueueService/latest/SQSDeveloperGuide/sqs-visibility-timeout.html
  pendingOrderQueueVisibilityTimeoutInMins: 1

  # The time in seconds that the delivery of all messages in the pending orders queue is delayed.
  # see https://docs.aws.amazon.com/AWSSimpleQueueService/latest/SQSDeveloperGuide/sqs-delay-queues.html
  deliveryDelayInSec: 30

  # batch size (max number of records) to meet to handle pending orders with a Lambda
  # see https://docs.aws.amazon.com/lambda/latest/dg/with-sqs.html#events-sqs-queueconfig
  sqsBatchSize: 3

  # The number of times a message can be unsuccesfully dequeued from pending orders queue before being moved to the DQL.
  # see https://docs.aws.amazon.com/AWSSimpleQueueService/latest/SQSDeveloperGuide/sqs-dead-letter-queues.html#sqs-dead-letter-queues-how-they-work
  dlqMaxReceiveCount: 10

# settings for the generic webhook provider
webhookProviderSettings: {}

# EXTERNAL provider config
# * key: the _name_ of the external provider
# * value:
#     * apiKeySecretName: the entry key in SecretsManager where the API key is stored
#     * apiUrlParameterStoreKey: the entry key in SSM ParameterStore where the API URL is stored
#     * type: the type of the provider: polling-provider | webhook-provider\
#     * callbackProviderName: [only for mock/external webhook provider] the name of the internal provider to callback to
externalProviderConfig:
  # example polling provider
  MockPollingProvider:
    apiKeySecretName: ExternalMockPollingProviderApiKeySecret
    apiUrlParameterStoreKey: /Hyperlocal/ExternalProvider/MockPollingProvider/Url
    type: 'polling-provider'
  # example webhook provider
  MockWebhookProvider:
    apiKeySecretName: ExternalMockWebhookProviderApiKeySecret
    apiUrlParameterStoreKey: /Hyperlocal/ExternalProvider/MockWebhookProvider/Url
    type: 'webhook-provider'
    callbackProviderName: 'ExampleWebhookProvider'

# providers in the system (non-external)
# * key: the name of the provider
# * value:
#     * apiKeySecretName: the entry key in SecretsManager wherre the API key is stored
providersConfig:
  # example polling provider (non-external)
  ExamplePollingProvider:
    apiKeySecretName: ExamplePollingProviderApiKeySecret

  # example webhook provider (non-external)
  ExampleWebhookProvider:
    apiKeySecretName: ExampleWebhookProviderApiKeySecret

  # the example implementation of an instant delivery provider
  InstantDeliveryProvider:
    apiKeySecretName: InstantDeliveryWebhookProviderApiKeySecret

  # the example implementation of an same day delivery provider
  SameDayDeliveryProvider:
    apiKeySecretName: SameDayDeliveryWebhookProviderApiKeySecret


# settings for the order manager component
orderManagerSettings:
  # timeout for the provider feedback
  # if we don't get an update by then, it will find a new provider
  providerTimeoutInMinutes: 240

  # timeout that is used for the origin (eg. restaurant) to ack the order
  # if a reject/accept event doesn't come by then, the order will be automaticall rejected
  originTimeoutInMinutes: 5

  # timeout for the order execution. if the order has not been
  # elaborate within this timeout the execution would be aborted.
  # default: 5 hours
  orderTimeoutInMinutes: 300

# settigns for the example instant delivery provider implementation
instantDeliveryProviderSettings:
  # shard count for the order batch stream
  orderBatchStreamShardCount: 2

  # how long to retain data (in hours)
  dataStreamRetentionHrs: 48

  # order stream batchsize
  orderIngestBatchSize: 150

  # the number of parallel lambdas executed (max 10) to handle incoming orders through the kinesis stream
  orderIngestParallelizationFactor: 1

  # number of retry attempts before the message goes in a dead letter queue
  orderIngestRetryAttempts: 20

  # use fanout consumers for incoming orders
  orderIngestUseFanOutConsumer: false

  # # trigger the incoming order handler lambda in max XXX ms if it doesn't reach its batchsize before
  orderIngestMaxBatchingWindowMs: 60000

  # run the driver cleanup lambda every XX seconds
  driverCleanupIntervalInSeconds: 15

  # timeout for driver to acknowledge an assigned order - otherwise order goes back to unassigned queue
  driverAcknowledgeTimeoutInSeconds: 30

  # interval in mins for subMinuteStepFunction helper
  subMinuteStepFunctionIntervalInMinutes: 10

  # subMinuteStepFunction timeout
  subMinuteStepFunctionTimeoutInMinutes: 12

  # cancel orders after XX seconds if not assigned
  orderCancellationTimeoutInSeconds: 1500

  # define the max timeout for dispatching orders to drivers
  # executions that take longer than this will be aborted
  orderDispatchTimeoutInMinutes: 30

  # bias for geocluster algo
  # see https://github.com/yetzt/node-geocluster
  geoClusteringBias: 1.8

# settigns for the example same day delivery provider implementation
sameDayDeliveryProviderSettings:
  # number of retry attempts before the message goes in a dead letter queue
  orderIngestRetryAttempts: 20

  # order ingest max batchsize, if reach this value the dispatcher will start
  orderIngestMaxBatchingSize: 150

  # trigger the dispatcher orchestrator in max XXX min if it doesn't reach its orderIngestMaxBatchingSize before
  orderIngestMaxBatchingWindowMinutes: 20

  # trigger the order ingestion validator that would verify if either the batch size or batch window is reached in order to trigger the dispatcher
  orderIngestionValidatorIntervalInMinutes: 2

  # run the driver cleanup lambda every XX seconds
  driverCleanupIntervalInSeconds: 15

  # timeout for driver to acknowledge an assigned job - otherwise orders in the job goes back as unassigned
  driverAcknowledgeTimeoutInSeconds: 30

  # interval in mins for subMinuteStepFunction helper
  subMinuteStepFunctionIntervalInMinutes: 10

  # subMinuteStepFunction timeout
  subMinuteStepFunctionTimeoutInMinutes: 12

  # cancel orders after XX minutes if not assigned
  orderCancellationTimeoutInMinutes: 360

  # define the max timeout for dispatching orders to drivers
  # executions that take longer than this will be aborted
  orderDispatchTimeoutInMinutes: 60


# graphhopper ECS service-related docker settings
graphhopperSettings:
  # URL that points to the OSM pbf file. This will be used in the pre-built
  # graphhopper docker image along with the pre-generated gh-cache
  osmPbfMapFileUrl: https://download.geofabrik.de/asia/indonesia-latest.osm.pbf

  # desired amount of ECS tasks that run in parallel to serve requests to graph hopper
  ecsTaskCount: 4

  # optional JAVA_OPTS
  # javaOpts: -Xmx6g -Xms6g -Ddw.server.application_connectors[0].bind_host=0.0.0.0 -Ddw.server.application_connectors[0].port=80

  # name for graphhopper docker repo
  containerName: graphhopper-indonesia

# settings for various dispatcher domains
dispatcherSettings:
  # the instance type for the dispatcher ECS cluster's autoscaling group
  # you should use GRAVITON INSTANCES for higher performance and lower price
  # if you choose to use non-graviton instances, you'll need to change the machine image in the code
  # make sure the instance type is available in your region (i.e.: use c7g instances if you can)
  dispatchAsgInstanceType: c6g.xlarge

  # the desired capacity for the dispatcher ECS cluster's autoscaling group
  dispatchAsgDesiredCapacity: 2

  # instant delivery domain
  instant:
    # instant - sequential dispatcher
    sequential:
      # desired amount of ECS tasks that run in parallel to serve requests to the dispatcher
      ecsTaskCount: 2

      # name for dispatcher docker repo
      containerName: order-dispatcher

      # [OPTIONAL] port mapping
      containerPort: 8080
      hostPort: 8080

    # instant - mixed pickup dropoff dispatcher
    mixedpudo:
      # desired amount of ECS tasks that run in parallel to serve requests to the dispatcher
      ecsTaskCount: 2

      # name for dispatcher docker repo
      containerName: order-dispatcher-instant-mixedpudo

      # [OPTIONAL] port mapping
      containerPort: 8080
      hostPort: 8080

  # same-day delivery domain
  sameday:
  # settings for same day - direct pudo dispatcher
    directpudo:
      # desired amount of ECS tasks that run in parallel to serve requests to the dispatcher
      ecsTaskCount: 2

      # name for dispatcher docker repo
      containerName: order-dispatcher-sameday-directpudo

      # The soft limit (in MiB) of memory to reserve for the container.
      memoryReservationMiB: 8192

      # [OPTIONAL] port mapping
      containerPort: 8080
      hostPort: 8080


# country to configure the simulator for. Allowed values: Philippines and Indonesia
# default: Indonesia
country: Indonesia