VARIABLES.md

Variables

Inputs

Name	Description	Type	Default	Required
apiary_assume_roles	Cross account AWS IAM roles allowed write access to managed Apiary S3 buckets using assume policy.	list(any)	[]	no
apiary_consumer_iamroles	AWS IAM roles allowed unrestricted (not subject to apiary_customer_condition) read access to all data in managed Apiary S3 buckets.	list(string)	[]	no
apiary_consumer_prefix_iamroles	AWS IAM roles allowed unrestricted (not subject to apiary_customer_condition) read access to certain prefixes in managed Apiary S3 buckets. See below section for more information and format.	map(map(list(string)))	{}	no
apiary_customer_accounts	AWS account IDs for clients of this Metastore.	list(string)	[]	no
apiary_customer_condition	IAM policy condition applied to customer account S3 object access.	string	""	no
apiary_database_name	Database name to create in RDS for Apiary.	string	"apiary"	no
apiary_deny_iamrole_actions	List of S3 actions that 'apiary_deny_iamroles' are not allowed to perform.	list(string)	[ "s3:Abort*", "s3:Bypass*", "s3:Delete*", "s3:GetObject", "s3:GetObjectTorrent", "s3:GetObjectVersion", "s3:GetObjectVersionTorrent", "s3:ObjectOwnerOverrideToBucketOwner", "s3:Put*", "s3:Replicate*", "s3:Restore*" ]	no
apiary_deny_iamroles	AWS IAM roles denied access to Apiary managed S3 buckets.	list(string)	[]	no
apiary_domain_name	Apiary domain name for Route 53.	string	""	no
apiary_domain_private_zone	Apiary domain private zone 53.	bool	true	no
apiary_governance_iamroles	AWS IAM governance roles allowed read and tagging access to managed Apiary S3 buckets.	list(string)	[]	no
apiary_log_bucket	Bucket for Apiary logs.If this is blank, module will create a bucket.	string	""	no
apiary_log_prefix	Prefix for Apiary logs.	string	""	no
apiary_managed_schemas	List of maps, each map contains schema name from which S3 bucket names will be derived, and various properties. The corresponding S3 bucket will be named as apiary_instance-aws_account-aws_region-schema_name.	list(map(string))	[]	no
apiary_producer_iamroles	AWS IAM roles allowed write access to managed Apiary S3 buckets.	map(any)	{}	no
apiary_rds_additional_sg	Comma-separated string containing additional security groups to attach to RDS.	list(any)	[]	no
apiary_shared_schemas	Schema names which are accessible from read-only metastore, default is all schemas.	list(any)	[]	no
apiary_tags	Common tags that are added to all resources.	map(any)	n/a	yes
apiary_extra_tags_s3	Extra tags that are added to apiary_s3_logs_bucket.	map(any)	n/a	no
atlas_cluster_name	Name of the Atlas cluster where metastore plugin will send DDL events. Defaults to var.instance_name if not set.	string	""	no
atlas_kafka_bootstrap_servers	Kafka instance url.	string	""	no
aws_region	AWS region.	string	n/a	yes
apiary_common_producer_iamroles	AWS IAM roles allowed general (not tied to schema) write access to managed Apiary S3 buckets.	list(string)	[]	no
dashboard_namespace	k8s namespace to deploy grafana dashboard.	string	"monitoring"	no
db_apply_immediately	Specifies whether any cluster modifications are applied immediately, or during the next maintenance window.	bool	false	no
db_backup_retention	The number of days to retain backups for the RDS Metastore DB.	string	"7"	yes
db_backup_window	Preferred backup window for the RDS Metastore DB in UTC.	string	"02:00-03:00"	no
db_copy_tags_to_snapshot	Copy all Cluster tags to snapshots.	bool	true	no
db_enable_performance_insights	Enable RDS Performance Insights	bool	false	no
db_enhanced_monitoring_interval	RDS monitoring interval (in seconds) for enhanced monitoring. Valid values are 0, 1, 5, 10, 15, 30, 60. Default is 0.	number	0	no
db_instance_class	Instance type for the RDS Metastore DB.	string	"db.t4g.medium"	yes
db_instance_count	Desired count of database cluster instances.	string	"2"	no
db_maintenance_window	Preferred maintenance window for the RDS Metastore DB in UTC.	string	"wed:03:00-wed:04:00"	no
db_master_username	Aurora cluster MySQL master user name.	string	"apiary"	no
db_ro_secret_name	Aurora cluster MySQL read-only user SecretsManger secret name.	string	""	no
db_rw_secret_name	Aurora cluster MySQL read/write user SecretsManager secret name.	string	""	no
disallow_incompatible_col_type_changes	Hive metastore setting to disallow validation when incompatible schema type changes.	bool	true	no
docker_registry_auth_secret_name	Docker Registry authentication SecretManager secret name.	string	""	no
ecs_domain_extension	Domain name to use for hosted zone created by ECS service discovery.	string	"lcl"	no
elb_timeout	Idle timeout for Apiary ELB.	string	"1800"	no
enable_apiary_s3_log_hive	Create hive database to archive s3 logs in parquet format.Only applicable when module manages logs S3 bucket.	bool	true	no
enable_autoscaling	Enable read only Hive Metastore k8s horizontal pod autoscaling.	bool	true	no
enable_data_events	Enable managed buckets S3 event notifications.	bool	false	no
enable_gluesync	Enable metadata sync from Hive to the Glue catalog.	bool	false	no
enable_hive_metastore_metrics	Enable sending Hive Metastore metrics to CloudWatch.	bool	false	no
enable_metadata_events	Enable Hive Metastore SNS listener.	bool	false	no
enable_s3_paid_metrics	Enable managed S3 buckets request and data transfer metrics.	bool	false	no
enable_vpc_endpoint_services	Enable metastore NLB, Route53 entries VPC access and VPC endpoint services, for cross-account access.	bool	true	no
encrypt_db	Specifies whether the DB cluster is encrypted	bool	false	no
external_data_buckets	Buckets that are not managed by Apiary but added to Hive Metastore IAM role access.	list(any)	[]	no
external_database_host	External Metastore database host to support legacy installations, MySQL database won't be created by Apiary when this option is specified.	string	""	no
external_database_host_readonly	External Metastore database host to support legacy installations.	string	""	no
hive_metastore_port	Port on which both Hive Metastore readwrite and readonly will run.	number	9083	no
hms_additional_environment_variables	Additional environment variables for the Hive Metastore.	map(any)	{}	no
hms_housekeeper_additional_environment_variables	Additional environment variables for Hive Housekeeper.	map(any)	{}	no
hms_autogather_stats	Read-write Hive metastore setting to enable/disable statistics auto-gather on table/partition creation.	bool	true	no
hms_docker_image	Docker image ID for the Hive Metastore.	string	n/a	yes
hms_docker_version	Version of the Docker image for the Hive Metastore.	string	n/a	yes
hms_instance_type	Hive Metastore instance type, possible values: ecs,k8s.	string	"ecs"	no
hms_log_level	Log level for the Hive Metastore.	string	"INFO"	no
hms_nofile_ulimit	Ulimit for the Hive Metastore container.	string	"32768"	no
hms_ro_cpu	CPU for the read only Hive Metastore ECS task. Valid values can be 256, 512, 1024, 2048 and 4096. Reference: https://docs.aws.amazon.com/AmazonECS/latest/developerguide/task-cpu-memory-error.html	string	"512"	no
hms_ro_db_connection_pool_size	Read-only Hive metastore setting for size of the MySQL connection pool. Default is 10.	number	10	no
hms_ro_ecs_task_count	Desired ECS task count of the read only Hive Metastore service.	string	"3"	no
hms_ro_heapsize	Heapsize for the read only Hive Metastore. Valid values: https://docs.aws.amazon.com/AmazonECS/latest/developerguide/task-cpu-memory-error.html	string	"2048"	no
hms_ro_k8s_replica_count	Initial Number of read only Hive Metastore k8s pod replicas to create.	number	"2048"	no
hms_ro_k8s_max_replica_count	Max Number of read only Hive Metastore k8s pod replicas to create.	number	"2048"	no
hms_rw_k8s_pdb_settings	Add PodDisruptionBudget to the HMS rw pods.	object	max_unavailable = 1	no
hms_rw_k8s_rolling_update_strategy	Configure HMS RW deployment rolling strategy.	object	max_unavailable = 1	no
hms_ro_target_cpu_percentage	Read only Hive Metastore autoscaling threshold for CPU target usage.	number	"2048"	no
hms_ro_request_partition_limit	Read only Hive Metastore limits of request partitions.	string	n/a	no
hms_ro_node_affinity	Add node affinities to the Hive metastore pods.	list(object)	n/a	no
hms_ro_tolerations	Add tolerations to the Hive metastore pods.	list(object)	n/a	no
hms_rw_cpu	CPU for the read/write Hive Metastore ECS task. Valid values can be 256, 512, 1024, 2048 and 4096. Reference: https://docs.aws.amazon.com/AmazonECS/latest/developerguide/task-cpu-memory-error.html	string	"512"	no
hms_rw_db_connection_pool_size	Read-write Hive metastore setting for size of the MySQL connection pool. Default is 10.	number	10	no
hms_rw_ecs_task_count	Desired ECS task count of the read/write Hive Metastore service.	string	"3"	no
hms_rw_heapsize	Heapsize for the read/write Hive Metastore. Valid values: https://docs.aws.amazon.com/AmazonECS/latest/developerguide/task-cpu-memory-error.html	string	"2048"	no
hms_rw_k8s_replica_count	Initial Number of read/write Hive Metastore k8s pod replicas to create.	number	"2048"	no
hms_rw_k8s_pdb_settings	Add PodDisruptionBudget to the HMS rw pods.	object	max_unavailable = 1	no
hms_rw_k8s_rolling_update_strategy	Configure HMS RW deployment rolling strategy.	object	max_unavailable = 1	no
hms_rw_request_partition_limit	Read Write Hive Metastore limits of request partitions.	string	n/a	no
hms_rw_node_affinity	Add node affinities to the Hive metastore pods.	list(object)	n/a	no
hms_rw_tolerations	Add tolerations to the Hive metastore pods.	list(object)	n/a	no
iam_name_root	Name to identify Hive Metastore IAM roles.	string	"hms"	no
ingress_cidr	Generally allowed ingress CIDR list.	list(string)	n/a	yes
instance_name	Apiary instance name to identify resources in multi-instance deployments.	string	""	no
k8s_docker_registry_secret	Docker Registry authentication K8s secret name.	string	""	no
kafka_bootstrap_servers	Kafka bootstrap servers to send metastore events, setting this enables Hive Metastore Kafka listener.	string	""	no
kafka_topic_name	Kafka topic to send metastore events.	string	""	no
kiam_arn	Kiam server IAM role ARN.	string	""	no
ldap_base	Active directory LDAP base DN to search users and groups.	string	""	no
ldap_ca_cert	Base64 encoded Certificate Authority bundle to validate LDAPS connections.	string	""	no
ldap_secret_name	Active directory LDAP bind DN SecretsManager secret name.	string	""	no
ldap_url	Active directory LDAP URL to configure Hadoop LDAP group mapping.	string	""	no
metastore_namespace	k8s namespace to deploy metastore containers.	string	"metastore"	no
oidc_provider	EKS cluster OIDC provider name, required for configuring IAM using IRSA.	string	""	no
private_subnets	Private subnets.	list(any)	n/a	yes
ranger_audit_db_url	Ranger DB audit provider configuration.	string	""	no
ranger_audit_secret_name	Ranger DB audit secret name.	string	""	no
ranger_audit_solr_url	Ranger Solr audit provider configuration.	string	""	no
ranger_policy_manager_url	Ranger admin URL to synchronize policies.	string	""	no
rds_max_allowed_packet	RDS/MySQL setting for parameter 'max_allowed_packet' in bytes. Default is 128MB (Note that MySQL default is 4MB).	number	134217728	no
rw_ingress_cidr	Read-Write metastore ingress CIDR list. If not set, defaults to var.ingress_cidr.	list(string)	[]	no
s3_enable_inventory	Enable S3 inventory configuration.	bool	false	no
s3_inventory_customer_accounts	AWS account IDs allowed to access s3 inventory database.	list(string)	[]	no
s3_inventory_format	Output format for S3 inventory results. Can be Parquet, ORC, CSV	string	"ORC"	no
s3_inventory_update_schedule	Cron schedule to update S3 inventory tables (if enabled). Defaults to every 12 hours.	string	"0 */12 * * *"	no
s3_lifecycle_abort_incomplete_multipart_upload_days	Number of days after which incomplete multipart uploads will be deleted.	string	"7"	no
s3_lifecycle_policy_transition_period	S3 Lifecycle Policy number of days for Transition rule	string	"30"	no
s3_log_expiry	Number of days after which Apiary S3 bucket logs expire.	string	"365"	no
s3_logs_sqs_delay_seconds	The time in seconds that the delivery of all messages in the queue will be delayed.	number	300	no
s3_logs_sqs_message_retention_seconds	Time in seconds after which message will be deleted from the queue.	number	345600	no
s3_logs_sqs_receive_wait_time_seconds	The time for which a ReceiveMessage call will wait for a message to arrive (long polling) before returning.	number	10	no
s3_logs_sqs_visibility_timeout_seconds	Time in seconds after which message will be returned to the queue if it is not deleted.	number	3600	no
s3_storage_class	S3 storage class after transition using lifecycle policy	string	"INTELLIGENT_TIERING"	no
secondary_vpcs	List of VPCs to associate with Service Discovery namespace.	list(any)	[]	no
system_schema_customer_accounts	AWS account IDs allowed to access system database.	list(string)	[]	no
system_schema_name	Name for the internal system database	string	"apiary_system"	no
table_param_filter	A regular expression for selecting necessary table parameters for the SNS listener. If the value isn't set, then no table parameters are selected.	string	""	no
vpc_id	VPC ID.	string	n/a	yes
enable_dashboard	make EKS & ECS dashboard optional	bool	true	no
rds_family	RDS Family	string	aurora5.6	no
datadog_metrics_enabled	Enable Datadog metrics for HMS	bool	false	no
datadog_metrics_hms_readwrite_readonly	Prometheus Metrics sent to datadog	list(string)	["metrics_classloading_loaded_value","metrics_threads_count_value","metrics_memory_heap_max_value","metrics_init_total_count_tables_value","metrics_init_total_count_dbs_value","metrics_memory_heap_used_value","metrics_init_total_count_partitions_value"]	no
datadog_metrics_port	Port in which metrics will be send for Datadog	string	8080	no
datadog_key_secret_name	Name of the secret containing the DataDog API key. This needs to be created manually in AWS secrets manager. This is only applicable to ECS deployments.	string	null	no
datadog_agent_version	Version of the Datadog Agent running in the ECS cluster. This is only applicable to ECS deployments.	string	7.50.3-jmx	no
datadog_agent_enabled	Whether to include the datadog-agent container. This is only applicable to ECS deployments.	string	false	no
enable_tcp_keepalive	tcp_keepalive settings on HMS pods. To use this you need to enable the ability to cahnge sysctl settings on your kubernetes cluster. For EKS you need to allow this on your cluster (https://kubernetes.io/docs/tasks/administer-cluster/sysctl-cluster/ check EKS version for details). If your EKS version is below 1.24 you need to create a PodSecurityPolicy allowing the following sysctls "net.ipv4.tcp_keepalive_time", "net.ipv4.tcp_keepalive_intvl","net.ipv4.tcp_keepalive_probes" and a ClusterRole + Rolebinding for the service account running the HMS pods or all services accounts in the namespace where Apiary is running so that kubernetes can apply the tcp)keepalive configuration. For EKS 1.25 and above check this https://kubernetes.io/blog/2022/08/23/kubernetes-v1-25-release/#pod-security-changes. Also see tcp_keepalive_* variables.	bool	false	no
tcp_keepalive_time	Sets net.ipv4.tcp_keepalive_time (seconds).	number	200	no
tcp_keepalive_intvl	Sets net.ipv4.tcp_keepalive_intvl (seconds)	number	30	no
tcp_keepalive_probes	Sets net.ipv4.tcp_keepalive_probes (seconds)	number	2	no
ecs_platform_version	ECS Service Platform Version	string	"LATEST"
ecs_requires_compatibilities	ECS task definition requires compatibilities.	list(string)	["EC2", "FARGATE"]	no
hms_ecs_metrics_readonly_namespace	ECS readwrite metrics namespace	string	hmsreadonlylegacy	no
hms_ecs_metrics_readwrite_namespace	ECS readonly metrics namespace	string	hmsreadwritelegacy	no
hms_k8s_metrics_readonly_namespace	K8s readwrite metrics namespace	string	hms_readonly	no
hms_k8s_metrics_readwrite_namespace	K8s readonly metrics namespace	string	hms_readwrite	no

apiary_assume_roles

A list of maps. Each map entry describes a role that is created in this account, and a list of principals (IAM ARNs) in other accounts that are allowed to assume this role. Each entry also specifies a list of Apiary schemas that this role is allowed to write to.

An example entry looks like:

apiary_assume_roles = [
  {
    name = "client_name"
    principals = [ "arn:aws:iam::account_number:role/cross-account-role" ]
    schema_names = [ "dm","lz","test_1" ]
    max_role_session_duration_seconds = "7200",
    allow_cross_region_access = true
  }
]

apiary_assume_roles map entry fields:

Name	Description	Type	Default	Required
name	Short name of the IAM role to be created. Full name will be apiary-<name>-<region>.	string	-	yes
principals	List of IAM role ARNs from other accounts that can assume this role.	list(string)	-	yes
schema_names	List of Apiary schemas that this role can read/write.	list(string)	-	yes
max_role_session_duration_seconds	Number of seconds that the assumed credentials are valid for.	string	"3600"	no
allow_cross_region_access	If true, will allow this role to write these Apiary schemas in all AWS regions that these schemas exist in (in this account). If false, can only write in this region.	bool	false	no

apiary_managed_schemas

A list of maps. Schema names from which S3 bucket names will be derived, corresponding S3 bucket will be named as apiary_instance-aws_account-aws_region-schema_name, along with S3 storage properties like storage class and number of days for transitions.

An example entry looks like:

apiary_managed_schemas = [
  {
   schema_name = "sandbox"
   s3_lifecycle_policy_transition_period = "30"
   s3_storage_class = "INTELLIGENT_TIERING"
   s3_object_expiration_days = 60
   tags=jsonencode({ Domain = "search", ComponentInfo = "1234" })
   enable_data_events_sqs = "1"
   encryption   = "aws:kms" //supported values for encryption are AES256,aws:kms
   admin_roles = "role1_arn,role2_arn" //kms key management will be restricted to these roles.
   client_roles = "role3_arn,role4_arn" //s3 bucket read/write and kms key usage will be restricted to these roles.
   customer_accounts = "account_id1,account_id2" //this will override module level apiary_customer_accounts
  }
]

apiary_managed_schemas map entry fields:

Name	Description	Type	Default	Required
schema_name	Name of the S3 bucket. Full name will be apiary_instance-aws_account-aws_region-schema_name.	string	-	yes
enable_data_events_sqs	If set to "1", S3 data event notifications for ObjectCreated and ObjectRemoved will be sent to an SQS queue for processing by external systems.	string	-	no
s3_lifecycle_policy_transition_period	Number of days for transition to a different storage class using lifecycle policy.	string	"30"	No
s3_storage_class	Destination S3 storage class for transition in the lifecycle policy. For valid values for S3 Storage classes, reference: https://www.terraform.io/docs/providers/aws/r/s3_bucket.html#storage_class	string	"INTELLIGENT_TIERING"	No
s3_object_expiration_days	Number of days after which objects in Apiary managed schema buckets expire.	number	null	No
tags	Additional tags added to the S3 data bucket. The map of tags must be encoded as a string using jsonencode (see sample above). If the var.apiary_tags collection and the tags passed to apiary_managed_schemas both contain the same tag name, the tag value passed to apiary_managed_schemas will be used.	string	null	no
encryption	S3 objects encryption type, supported values are AES256,aws:kms.	string	null	no
admin_roles	IAM roles configured with admin access on corresponding KMS keys,required when encryption type is aws:kms.	string	null	no
client_roles	IAM roles configured with usage access on corresponding KMS keys,required when encryption type is aws:kms.	string	null	no

apiary_consumer_iamroles

A list of cross-account IAM role ARNs that are allowed to read all data in all Apiary managed schemas. These roles are not subject to any restrictions imposed by apiary_customer_condition policies.

An example entry looks like:

apiary_consumer_iamroles = [
  "arn:aws:iam::<account_id>:role/<iam_role_1>",
  "arn:aws:iam::<account_id>:role/<iam_role_2>",
  ...
]

apiary_consumer_prefix_iamroles

A map of map of list of IAM roles. Each top-level map entry is the name of an Apiary managed schema. Each entry in that map is an S3 prefix in that schema. The value of that map entry is a list of IAM roles that has unrestricted read access to objects under that S3 prefix. These roles are not subject to any restrictions imposed by apiary_customer_condition policies.

An example entry looks like:

apiary_consumer_prefix_iamroles = {
  sandbox = {
    "prefix1/with/several/levels" = [
      "arn:aws:iam::<account_id>:role/<iam_role_1>",
      "arn:aws:iam::<account_id>:role/<iam_role_2>"
    ]
    prefix2 = [
      "arn:aws:iam::<account_id>:role/<iam_role_1>"
    ]
  }
  test = {
    prefixroletest = [
      "arn:aws:iam::<account_id>:role/<iam_role_1>",
      "arn:aws:iam::<account_id>:role/<iam_role_2>"
    ]
    "prefixroletest2" = [
      "arn:aws:iam::<account_id>:role/<iam_role_2>"
    ]
  }
}

apiary_customer_condition

A string that defines a list of conditions that restrict which objects in an Apiary schema's S3 bucket may be read cross-account by accounts in the customer_accounts list. The string is a semicolon-delimited list of comma-delimited strings that specify conditions that are valid in AWS S3 bucket policy Condition sections. This condition is applied to every Apiary schema's S3 bucket policy.

An example entry to limit access to:

• Only requests from certain VPC CIDR blocks
• And only to objects that have:
  • Either an S3 tag of data-sensitivity=false or
  • An S3 tag of data-type=image* looks like:

apiary_customer_condition = <<EOF
  "IpAddress": {"aws:VpcSourceIp": ["10.0.0.0/8","100.64.0.0/10"]},
  "StringEquals": {"s3:ExistingObjectTag/data-sensitivity": "false" };
  "IpAddress": {"aws:VpcSourceIp": ["10.0.0.0/8","100.64.0.0/10"]},
  "StringLike": {"s3:ExistingObjectTag/data-type": "image*" }
EOF

Each semicolon-demlimited section will create a new statement entry in the bucket policy's Statement array. Each comma-delimited section will create an entry in the Condition section of the Statement entry. For the above example, the Statement and Condition entries would be:

    "Statement": [
        {
            "Sid": "Apiary customer account object permissions",
            "Effect": "Allow",
            "Principal": {
                "AWS": [
                    "<customer_account1_ARN>",
                    "<customer_account2_ARN>",
                    ...
                    "customer_accountN_ARN"
                ]
            },
            "Action": [
                "s3:GetObject",
                "s3:GetObjectAcl"
            ],
            "Resource": "arn:aws:s3:::apiary-<account_num>-<region>-<schema_name>/*",
            "Condition": {
                "StringEquals": {
                    "s3:ExistingObjectTag/data-sensitivity": "false"
                },
                "IpAddress": {
                    "aws:VpcSourceIp": [
                        "10.0.0.0/8",
                        "100.64.0.0/10"
                    ]
                }
            }
        },
        {
            "Sid": "Apiary customer account object permissions",
            "Effect": "Allow",
            "Principal": {
                "AWS": [
                    "<customer_account1_ARN>",
                    "<customer_account2_ARN>",
                    ...
                    "customer_accountN_ARN"
                ]
            },
            "Action": [
                "s3:GetObject",
                "s3:GetObjectAcl"
            ],
            "Resource": "arn:aws:s3:::apiary-<account_num>-<region>-<schema_name>/*",
            "Condition": {
                "StringLike": {
                    "s3:ExistingObjectTag/data-type": "image*"
                },
                "IpAddress": {
                    "aws:VpcSourceIp": [
                        "10.0.0.0/8",
                        "100.64.0.0/10"
                    ]
                }
            }
        },
    ]

Interactions with apiary_consumer_iamroles and apiary_consumer_prefix_iamroles

• Note that any IAM roles in apiary_consumer_iamroles would not be subject to the restrictions from apiary_customer_condition, and so could read any S3 object, even if they don't have a data-sensitivity tag, or if the data-sensitivity tag is true, or if there is no data-type tag of image*.
• Note that any IAM roles in apiary_consumer_prefix_iamroles would not be subject to the restrictions from apiary_customer_condition for the schemas and prefixes specified in the map, and so could read any S3 object under those prefixes, even if they don't have a data-sensitivity tag, or if the data-sensitivity tag is true, or if there is no data-type tag of image*.

common_producer_iamroles

A list of cross-account IAM role ARNs that are allowed to read and write data in all Apiary managed schemas.

An example entry looks like:

common_producer_iamroles = [
  "arn:aws:iam::<account_id>:role/<iam_role_1>",
  "arn:aws:iam::<account_id>:role/<iam_role_2>",
  ...
]

Deny global writes to bucket - deny_global_write_access and producer_roles

Write access is granted by default for roles within the same AWS account. If you would like to protect the bucket so only certain roles can write you can use deny_global_write_access and producer_roles.

If you would like to protect all buckets you can set the default variable deny_global_write_access to true. However, enabling only one bucket looks like this:

apiary_managed_schemas = [
  {
   schema_name = "sandbox"
   ...
   deny_global_write_access = true,
   producer_roles = "arn:aws:iam::000000000:role/role-1,arn:aws:iam::000000000:role/role-2"
  }
]