Update Terraform confluent to v2.25.0

[renovate]

This PR contains the following updates:

Package	Type	Update	Change
confluent (source)	required_provider	minor	2.24.0 -> 2.25.0

---

Release Notes

confluentinc/terraform-provider-confluent (confluent)

v2.25.0

Full Changelog

New features:

• Added EA OAuth support for most Confluent Provider resources and data-sources with instructions.

Bug fixes:

• Fixed a bug for confluent_kafka_cluster_config resource that the editable ssl.enabled.protocols cluster setting could not be updated issue.
• Updated the docs of confluent_tableflow_topic resource to reference additional examples.
• Updated the docs of confluent_schema resource and data-source with additional notes.
• Updated the docs of confluent_certificate_authority resource and data-source with correct encoded type for certificate_chain and crl_chain.
• Added additional note for the Confluent Provider 2.0.0 Upgrade Guide.

Examples:

• Updated the flink-quickstart example.

---

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---

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[github-actions]

Terraform Format and Style 🖌failure

Terraform Initialization ⚙️success

Terraform Validation 🤖success

Terraform Plan 📖success

Show Plan

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�[1m  # confluent_service_account.env-manager�[0m will be created
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�[1m  # confluent_service_account.statements-runner�[0m will be created
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�[1mPlan:�[0m 17 to add, 0 to change, 0 to destroy.
�[0m
Changes to Outputs:
  �[32m+�[0m�[0m acks                                          = "all"
  �[32m+�[0m�[0m bootstrap_servers                             = (known after apply)
  �[32m+�[0m�[0m client_dns_lookup                             = "use_all_dns_ips"
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  �[32m+�[0m�[0m sasl_jaas_config                              = (known after apply)
  �[32m+�[0m�[0m sasl_mechanism                                = "PLAIN"
  �[32m+�[0m�[0m schema_registry_basic_auth_credentials_source = "USER_INFO"
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  �[32m+�[0m�[0m schema_registry_url                           = (known after apply)
  �[32m+�[0m�[0m security_protocol                             = "SASL_SSL"
  �[32m+�[0m�[0m session_timeout_ms                            = 45000
  �[32m+�[0m�[0m topic_name                                    = "flights_avro"
�[90m
─────────────────────────────────────────────────────────────────────────────�[0m

Saved the plan to: tfplan

To perform exactly these actions, run the following command to apply:
    terraform apply "tfplan"

Pushed by: @renovate[bot], Action: pull_request

[github-actions]

Terraform Format and Style 🖌failure

Terraform Initialization ⚙️success

Terraform Validation 🤖success

Terraform Plan 📖success

Show Plan

�[0m�[1mdata.confluent_organization.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_organization.main: Read complete after 0s [id=178cb46b-d78e-435d-8b6e-d8d023a08e6f]�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Read complete after 0s [id=aws.us-east-2]�[0m
�[0m�[1mdata.confluent_flink_region.main: Read complete after 0s [id=aws.us-east-2]�[0m

Terraform used the selected providers to generate the following execution
plan. Resource actions are indicated with the following symbols:
  �[32m+�[0m create�[0m
 �[36m<=�[0m read (data resources)�[0m

Terraform will perform the following actions:

�[1m  # data.confluent_schema_registry_cluster.advanced�[0m will be read during apply
  # (config refers to values not yet known)
�[0m �[36m<=�[0m�[0m data "confluent_schema_registry_cluster" "advanced" {
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�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-flink-api-key" {
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�[1m  # confluent_api_key.app-manager-kafka-api-key�[0m will be created
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    }

�[1m  # confluent_api_key.env-manager-schema-registry-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "env-manager-schema-registry-api-key" {
      �[32m+�[0m�[0m description            = "Schema Registry API Key that is owned by 'env-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "env-manager-schema-registry-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_environment.cc_env�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_environment" "cc_env" {
      �[32m+�[0m�[0m display_name  = "java_flink_workshop"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m stream_governance {
          �[32m+�[0m�[0m package = "ESSENTIALS"
        }
    }

�[1m  # confluent_flink_compute_pool.compute_pool_1�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_flink_compute_pool" "compute_pool_1" {
      �[32m+�[0m�[0m api_version   = (known after apply)
      �[32m+�[0m�[0m cloud         = "AWS"
      �[32m+�[0m�[0m display_name  = "-workshop_compute_pool_1"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m kind          = (known after apply)
      �[32m+�[0m�[0m max_cfu       = 10
      �[32m+�[0m�[0m region        = "us-east-2"
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_cluster.kafka_cluster�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_cluster" "kafka_cluster" {
      �[32m+�[0m�[0m api_version        = (known after apply)
      �[32m+�[0m�[0m availability       = "SINGLE_ZONE"
      �[32m+�[0m�[0m bootstrap_endpoint = (known after apply)
      �[32m+�[0m�[0m cloud              = "AWS"
      �[32m+�[0m�[0m display_name       = "workshop"
      �[32m+�[0m�[0m id                 = (known after apply)
      �[32m+�[0m�[0m kind               = (known after apply)
      �[32m+�[0m�[0m rbac_crn           = (known after apply)
      �[32m+�[0m�[0m region             = "us-east-2"
      �[32m+�[0m�[0m rest_endpoint      = (known after apply)

      �[32m+�[0m�[0m basic {}

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_topic.flights_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_topic" "flights_avro" {
      �[32m+�[0m�[0m config           = (known after apply)
      �[32m+�[0m�[0m id               = (known after apply)
      �[32m+�[0m�[0m partitions_count = 10
      �[32m+�[0m�[0m rest_endpoint    = (known after apply)
      �[32m+�[0m�[0m topic_name       = "flights_avro"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m kafka_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_role_binding.app-manager-assigner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-assigner" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "Assigner"
    }

�[1m  # confluent_role_binding.app-manager-flink-developer�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-flink-developer" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "FlinkAdmin"
    }

�[1m  # confluent_role_binding.app-manager-kafka-cluster-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-kafka-cluster-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "CloudClusterAdmin"
    }

�[1m  # confluent_role_binding.env-manager-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "env-manager-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_role_binding.statements-runner-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "statements-runner-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_schema_registry_cluster_config.schema_registry_cluster_config�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_schema_registry_cluster_config" "schema_registry_cluster_config" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_service_account.app-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "app-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage Kafka cluster"
      �[32m+�[0m�[0m display_name = "workshop-app-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.env-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "env-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage 'Staging' environment"
      �[32m+�[0m�[0m display_name = "workshop-env-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.statements-runner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "statements-runner" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account for running Flink Statements in 'inventory' Kafka cluster"
      �[32m+�[0m�[0m display_name = "java_flink_workshop-statements-runner"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_subject_config.flights_value_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_subject_config" "flights_value_avro" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)
      �[32m+�[0m�[0m subject_name        = "flights_avro-value"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1mPlan:�[0m 17 to add, 0 to change, 0 to destroy.
�[0m
Changes to Outputs:
  �[32m+�[0m�[0m acks                                          = "all"
  �[32m+�[0m�[0m bootstrap_servers                             = (known after apply)
  �[32m+�[0m�[0m client_dns_lookup                             = "use_all_dns_ips"
  �[32m+�[0m�[0m environment                                   = "cloud"
  �[32m+�[0m�[0m sasl_jaas_config                              = (known after apply)
  �[32m+�[0m�[0m sasl_mechanism                                = "PLAIN"
  �[32m+�[0m�[0m schema_registry_basic_auth_credentials_source = "USER_INFO"
  �[32m+�[0m�[0m schema_registry_basic_auth_user_info          = (known after apply)
  �[32m+�[0m�[0m schema_registry_url                           = (known after apply)
  �[32m+�[0m�[0m security_protocol                             = "SASL_SSL"
  �[32m+�[0m�[0m session_timeout_ms                            = 45000
  �[32m+�[0m�[0m topic_name                                    = "flights_avro"
�[90m
─────────────────────────────────────────────────────────────────────────────�[0m

Saved the plan to: tfplan

To perform exactly these actions, run the following command to apply:
    terraform apply "tfplan"

Pushed by: @renovate[bot], Action: pull_request

[github-actions]

Terraform Format and Style 🖌failure

Terraform Initialization ⚙️success

Terraform Validation 🤖success

Terraform Plan 📖success

Show Plan

�[0m�[1mdata.confluent_flink_region.us-east-2: Reading...�[0m�[0m
�[0m�[1mdata.confluent_organization.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.main: Read complete after 0s [id=aws.us-east-2]�[0m
�[0m�[1mdata.confluent_organization.main: Read complete after 0s [id=178cb46b-d78e-435d-8b6e-d8d023a08e6f]�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Read complete after 0s [id=aws.us-east-2]�[0m

Terraform used the selected providers to generate the following execution
plan. Resource actions are indicated with the following symbols:
  �[32m+�[0m create�[0m
 �[36m<=�[0m read (data resources)�[0m

Terraform will perform the following actions:

�[1m  # data.confluent_schema_registry_cluster.advanced�[0m will be read during apply
  # (config refers to values not yet known)
�[0m �[36m<=�[0m�[0m data "confluent_schema_registry_cluster" "advanced" {
      �[32m+�[0m�[0m api_version                     = (known after apply)
      �[32m+�[0m�[0m catalog_endpoint                = (known after apply)
      �[32m+�[0m�[0m cloud                           = (known after apply)
      �[32m+�[0m�[0m display_name                    = (known after apply)
      �[32m+�[0m�[0m id                              = (known after apply)
      �[32m+�[0m�[0m kind                            = (known after apply)
      �[32m+�[0m�[0m package                         = (known after apply)
      �[32m+�[0m�[0m private_regional_rest_endpoints = (known after apply)
      �[32m+�[0m�[0m private_rest_endpoint           = (known after apply)
      �[32m+�[0m�[0m region                          = (known after apply)
      �[32m+�[0m�[0m resource_name                   = (known after apply)
      �[32m+�[0m�[0m rest_endpoint                   = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-flink-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-flink-api-key" {
      �[32m+�[0m�[0m description            = "Flink API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-flink-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = "aws.us-east-2"
          �[32m+�[0m�[0m kind        = "Region"

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-kafka-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-kafka-api-key" {
      �[32m+�[0m�[0m description            = "Kafka API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-kafka-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.env-manager-schema-registry-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "env-manager-schema-registry-api-key" {
      �[32m+�[0m�[0m description            = "Schema Registry API Key that is owned by 'env-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "env-manager-schema-registry-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_environment.cc_env�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_environment" "cc_env" {
      �[32m+�[0m�[0m display_name  = "java_flink_workshop"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m stream_governance {
          �[32m+�[0m�[0m package = "ESSENTIALS"
        }
    }

�[1m  # confluent_flink_compute_pool.compute_pool_1�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_flink_compute_pool" "compute_pool_1" {
      �[32m+�[0m�[0m api_version   = (known after apply)
      �[32m+�[0m�[0m cloud         = "AWS"
      �[32m+�[0m�[0m display_name  = "-workshop_compute_pool_1"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m kind          = (known after apply)
      �[32m+�[0m�[0m max_cfu       = 10
      �[32m+�[0m�[0m region        = "us-east-2"
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_cluster.kafka_cluster�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_cluster" "kafka_cluster" {
      �[32m+�[0m�[0m api_version        = (known after apply)
      �[32m+�[0m�[0m availability       = "SINGLE_ZONE"
      �[32m+�[0m�[0m bootstrap_endpoint = (known after apply)
      �[32m+�[0m�[0m cloud              = "AWS"
      �[32m+�[0m�[0m display_name       = "workshop"
      �[32m+�[0m�[0m id                 = (known after apply)
      �[32m+�[0m�[0m kind               = (known after apply)
      �[32m+�[0m�[0m rbac_crn           = (known after apply)
      �[32m+�[0m�[0m region             = "us-east-2"
      �[32m+�[0m�[0m rest_endpoint      = (known after apply)

      �[32m+�[0m�[0m basic {}

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_topic.flights_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_topic" "flights_avro" {
      �[32m+�[0m�[0m config           = (known after apply)
      �[32m+�[0m�[0m id               = (known after apply)
      �[32m+�[0m�[0m partitions_count = 10
      �[32m+�[0m�[0m rest_endpoint    = (known after apply)
      �[32m+�[0m�[0m topic_name       = "flights_avro"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m kafka_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_role_binding.app-manager-assigner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-assigner" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "Assigner"
    }

�[1m  # confluent_role_binding.app-manager-flink-developer�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-flink-developer" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "FlinkAdmin"
    }

�[1m  # confluent_role_binding.app-manager-kafka-cluster-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-kafka-cluster-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "CloudClusterAdmin"
    }

�[1m  # confluent_role_binding.env-manager-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "env-manager-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_role_binding.statements-runner-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "statements-runner-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_schema_registry_cluster_config.schema_registry_cluster_config�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_schema_registry_cluster_config" "schema_registry_cluster_config" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_service_account.app-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "app-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage Kafka cluster"
      �[32m+�[0m�[0m display_name = "workshop-app-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.env-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "env-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage 'Staging' environment"
      �[32m+�[0m�[0m display_name = "workshop-env-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.statements-runner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "statements-runner" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account for running Flink Statements in 'inventory' Kafka cluster"
      �[32m+�[0m�[0m display_name = "java_flink_workshop-statements-runner"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_subject_config.flights_value_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_subject_config" "flights_value_avro" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)
      �[32m+�[0m�[0m subject_name        = "flights_avro-value"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1mPlan:�[0m 17 to add, 0 to change, 0 to destroy.
�[0m
Changes to Outputs:
  �[32m+�[0m�[0m acks                                          = "all"
  �[32m+�[0m�[0m bootstrap_servers                             = (known after apply)
  �[32m+�[0m�[0m client_dns_lookup                             = "use_all_dns_ips"
  �[32m+�[0m�[0m environment                                   = "cloud"
  �[32m+�[0m�[0m sasl_jaas_config                              = (known after apply)
  �[32m+�[0m�[0m sasl_mechanism                                = "PLAIN"
  �[32m+�[0m�[0m schema_registry_basic_auth_credentials_source = "USER_INFO"
  �[32m+�[0m�[0m schema_registry_basic_auth_user_info          = (known after apply)
  �[32m+�[0m�[0m schema_registry_url                           = (known after apply)
  �[32m+�[0m�[0m security_protocol                             = "SASL_SSL"
  �[32m+�[0m�[0m session_timeout_ms                            = 45000
  �[32m+�[0m�[0m topic_name                                    = "flights_avro"
�[90m
─────────────────────────────────────────────────────────────────────────────�[0m

Saved the plan to: tfplan

To perform exactly these actions, run the following command to apply:
    terraform apply "tfplan"

Pushed by: @renovate[bot], Action: pull_request

[github-actions]

Terraform Format and Style 🖌failure

Terraform Initialization ⚙️success

Terraform Validation 🤖success

Terraform Plan 📖success

Show Plan

�[0m�[1mdata.confluent_flink_region.us-east-2: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_organization.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.main: Read complete after 0s [id=aws.us-east-2]�[0m
�[0m�[1mdata.confluent_organization.main: Read complete after 0s [id=178cb46b-d78e-435d-8b6e-d8d023a08e6f]�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Read complete after 0s [id=aws.us-east-2]�[0m

Terraform used the selected providers to generate the following execution
plan. Resource actions are indicated with the following symbols:
  �[32m+�[0m create�[0m
 �[36m<=�[0m read (data resources)�[0m

Terraform will perform the following actions:

�[1m  # data.confluent_schema_registry_cluster.advanced�[0m will be read during apply
  # (config refers to values not yet known)
�[0m �[36m<=�[0m�[0m data "confluent_schema_registry_cluster" "advanced" {
      �[32m+�[0m�[0m api_version                     = (known after apply)
      �[32m+�[0m�[0m catalog_endpoint                = (known after apply)
      �[32m+�[0m�[0m cloud                           = (known after apply)
      �[32m+�[0m�[0m display_name                    = (known after apply)
      �[32m+�[0m�[0m id                              = (known after apply)
      �[32m+�[0m�[0m kind                            = (known after apply)
      �[32m+�[0m�[0m package                         = (known after apply)
      �[32m+�[0m�[0m private_regional_rest_endpoints = (known after apply)
      �[32m+�[0m�[0m private_rest_endpoint           = (known after apply)
      �[32m+�[0m�[0m region                          = (known after apply)
      �[32m+�[0m�[0m resource_name                   = (known after apply)
      �[32m+�[0m�[0m rest_endpoint                   = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-flink-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-flink-api-key" {
      �[32m+�[0m�[0m description            = "Flink API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-flink-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = "aws.us-east-2"
          �[32m+�[0m�[0m kind        = "Region"

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-kafka-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-kafka-api-key" {
      �[32m+�[0m�[0m description            = "Kafka API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-kafka-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.env-manager-schema-registry-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "env-manager-schema-registry-api-key" {
      �[32m+�[0m�[0m description            = "Schema Registry API Key that is owned by 'env-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "env-manager-schema-registry-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_environment.cc_env�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_environment" "cc_env" {
      �[32m+�[0m�[0m display_name  = "java_flink_workshop"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m stream_governance {
          �[32m+�[0m�[0m package = "ESSENTIALS"
        }
    }

�[1m  # confluent_flink_compute_pool.compute_pool_1�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_flink_compute_pool" "compute_pool_1" {
      �[32m+�[0m�[0m api_version   = (known after apply)
      �[32m+�[0m�[0m cloud         = "AWS"
      �[32m+�[0m�[0m display_name  = "-workshop_compute_pool_1"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m kind          = (known after apply)
      �[32m+�[0m�[0m max_cfu       = 10
      �[32m+�[0m�[0m region        = "us-east-2"
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_cluster.kafka_cluster�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_cluster" "kafka_cluster" {
      �[32m+�[0m�[0m api_version        = (known after apply)
      �[32m+�[0m�[0m availability       = "SINGLE_ZONE"
      �[32m+�[0m�[0m bootstrap_endpoint = (known after apply)
      �[32m+�[0m�[0m cloud              = "AWS"
      �[32m+�[0m�[0m display_name       = "workshop"
      �[32m+�[0m�[0m id                 = (known after apply)
      �[32m+�[0m�[0m kind               = (known after apply)
      �[32m+�[0m�[0m rbac_crn           = (known after apply)
      �[32m+�[0m�[0m region             = "us-east-2"
      �[32m+�[0m�[0m rest_endpoint      = (known after apply)

      �[32m+�[0m�[0m basic {}

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_topic.flights_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_topic" "flights_avro" {
      �[32m+�[0m�[0m config           = (known after apply)
      �[32m+�[0m�[0m id               = (known after apply)
      �[32m+�[0m�[0m partitions_count = 10
      �[32m+�[0m�[0m rest_endpoint    = (known after apply)
      �[32m+�[0m�[0m topic_name       = "flights_avro"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m kafka_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_role_binding.app-manager-assigner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-assigner" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "Assigner"
    }

�[1m  # confluent_role_binding.app-manager-flink-developer�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-flink-developer" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "FlinkAdmin"
    }

�[1m  # confluent_role_binding.app-manager-kafka-cluster-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-kafka-cluster-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "CloudClusterAdmin"
    }

�[1m  # confluent_role_binding.env-manager-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "env-manager-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_role_binding.statements-runner-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "statements-runner-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_schema_registry_cluster_config.schema_registry_cluster_config�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_schema_registry_cluster_config" "schema_registry_cluster_config" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_service_account.app-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "app-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage Kafka cluster"
      �[32m+�[0m�[0m display_name = "workshop-app-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.env-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "env-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage 'Staging' environment"
      �[32m+�[0m�[0m display_name = "workshop-env-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.statements-runner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "statements-runner" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account for running Flink Statements in 'inventory' Kafka cluster"
      �[32m+�[0m�[0m display_name = "java_flink_workshop-statements-runner"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_subject_config.flights_value_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_subject_config" "flights_value_avro" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)
      �[32m+�[0m�[0m subject_name        = "flights_avro-value"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1mPlan:�[0m 17 to add, 0 to change, 0 to destroy.
�[0m
Changes to Outputs:
  �[32m+�[0m�[0m acks                                          = "all"
  �[32m+�[0m�[0m bootstrap_servers                             = (known after apply)
  �[32m+�[0m�[0m client_dns_lookup                             = "use_all_dns_ips"
  �[32m+�[0m�[0m environment                                   = "cloud"
  �[32m+�[0m�[0m sasl_jaas_config                              = (known after apply)
  �[32m+�[0m�[0m sasl_mechanism                                = "PLAIN"
  �[32m+�[0m�[0m schema_registry_basic_auth_credentials_source = "USER_INFO"
  �[32m+�[0m�[0m schema_registry_basic_auth_user_info          = (known after apply)
  �[32m+�[0m�[0m schema_registry_url                           = (known after apply)
  �[32m+�[0m�[0m security_protocol                             = "SASL_SSL"
  �[32m+�[0m�[0m session_timeout_ms                            = 45000
  �[32m+�[0m�[0m topic_name                                    = "flights_avro"
�[90m
─────────────────────────────────────────────────────────────────────────────�[0m

Saved the plan to: tfplan

To perform exactly these actions, run the following command to apply:
    terraform apply "tfplan"

Pushed by: @renovate[bot], Action: pull_request

[github-actions]

Terraform Format and Style 🖌failure

Terraform Initialization ⚙️success

Terraform Validation 🤖success

Terraform Plan 📖success

Show Plan

�[0m�[1mdata.confluent_organization.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Read complete after 1s [id=aws.us-east-2]�[0m
�[0m�[1mdata.confluent_flink_region.main: Read complete after 1s [id=aws.us-east-2]�[0m
�[0m�[1mdata.confluent_organization.main: Read complete after 1s [id=178cb46b-d78e-435d-8b6e-d8d023a08e6f]�[0m

Terraform used the selected providers to generate the following execution
plan. Resource actions are indicated with the following symbols:
  �[32m+�[0m create�[0m
 �[36m<=�[0m read (data resources)�[0m

Terraform will perform the following actions:

�[1m  # data.confluent_schema_registry_cluster.advanced�[0m will be read during apply
  # (config refers to values not yet known)
�[0m �[36m<=�[0m�[0m data "confluent_schema_registry_cluster" "advanced" {
      �[32m+�[0m�[0m api_version                     = (known after apply)
      �[32m+�[0m�[0m catalog_endpoint                = (known after apply)
      �[32m+�[0m�[0m cloud                           = (known after apply)
      �[32m+�[0m�[0m display_name                    = (known after apply)
      �[32m+�[0m�[0m id                              = (known after apply)
      �[32m+�[0m�[0m kind                            = (known after apply)
      �[32m+�[0m�[0m package                         = (known after apply)
      �[32m+�[0m�[0m private_regional_rest_endpoints = (known after apply)
      �[32m+�[0m�[0m private_rest_endpoint           = (known after apply)
      �[32m+�[0m�[0m region                          = (known after apply)
      �[32m+�[0m�[0m resource_name                   = (known after apply)
      �[32m+�[0m�[0m rest_endpoint                   = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-flink-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-flink-api-key" {
      �[32m+�[0m�[0m description            = "Flink API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-flink-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = "aws.us-east-2"
          �[32m+�[0m�[0m kind        = "Region"

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-kafka-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-kafka-api-key" {
      �[32m+�[0m�[0m description            = "Kafka API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-kafka-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.env-manager-schema-registry-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "env-manager-schema-registry-api-key" {
      �[32m+�[0m�[0m description            = "Schema Registry API Key that is owned by 'env-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "env-manager-schema-registry-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_environment.cc_env�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_environment" "cc_env" {
      �[32m+�[0m�[0m display_name  = "java_flink_workshop"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m stream_governance {
          �[32m+�[0m�[0m package = "ESSENTIALS"
        }
    }

�[1m  # confluent_flink_compute_pool.compute_pool_1�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_flink_compute_pool" "compute_pool_1" {
      �[32m+�[0m�[0m api_version   = (known after apply)
      �[32m+�[0m�[0m cloud         = "AWS"
      �[32m+�[0m�[0m display_name  = "-workshop_compute_pool_1"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m kind          = (known after apply)
      �[32m+�[0m�[0m max_cfu       = 10
      �[32m+�[0m�[0m region        = "us-east-2"
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_cluster.kafka_cluster�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_cluster" "kafka_cluster" {
      �[32m+�[0m�[0m api_version        = (known after apply)
      �[32m+�[0m�[0m availability       = "SINGLE_ZONE"
      �[32m+�[0m�[0m bootstrap_endpoint = (known after apply)
      �[32m+�[0m�[0m cloud              = "AWS"
      �[32m+�[0m�[0m display_name       = "workshop"
      �[32m+�[0m�[0m id                 = (known after apply)
      �[32m+�[0m�[0m kind               = (known after apply)
      �[32m+�[0m�[0m rbac_crn           = (known after apply)
      �[32m+�[0m�[0m region             = "us-east-2"
      �[32m+�[0m�[0m rest_endpoint      = (known after apply)

      �[32m+�[0m�[0m basic {}

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_topic.flights_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_topic" "flights_avro" {
      �[32m+�[0m�[0m config           = (known after apply)
      �[32m+�[0m�[0m id               = (known after apply)
      �[32m+�[0m�[0m partitions_count = 10
      �[32m+�[0m�[0m rest_endpoint    = (known after apply)
      �[32m+�[0m�[0m topic_name       = "flights_avro"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m kafka_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_role_binding.app-manager-assigner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-assigner" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "Assigner"
    }

�[1m  # confluent_role_binding.app-manager-flink-developer�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-flink-developer" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "FlinkAdmin"
    }

�[1m  # confluent_role_binding.app-manager-kafka-cluster-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-kafka-cluster-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "CloudClusterAdmin"
    }

�[1m  # confluent_role_binding.env-manager-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "env-manager-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_role_binding.statements-runner-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "statements-runner-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_schema_registry_cluster_config.schema_registry_cluster_config�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_schema_registry_cluster_config" "schema_registry_cluster_config" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_service_account.app-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "app-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage Kafka cluster"
      �[32m+�[0m�[0m display_name = "workshop-app-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.env-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "env-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage 'Staging' environment"
      �[32m+�[0m�[0m display_name = "workshop-env-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.statements-runner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "statements-runner" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account for running Flink Statements in 'inventory' Kafka cluster"
      �[32m+�[0m�[0m display_name = "java_flink_workshop-statements-runner"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_subject_config.flights_value_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_subject_config" "flights_value_avro" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)
      �[32m+�[0m�[0m subject_name        = "flights_avro-value"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1mPlan:�[0m 17 to add, 0 to change, 0 to destroy.
�[0m
Changes to Outputs:
  �[32m+�[0m�[0m acks                                          = "all"
  �[32m+�[0m�[0m bootstrap_servers                             = (known after apply)
  �[32m+�[0m�[0m client_dns_lookup                             = "use_all_dns_ips"
  �[32m+�[0m�[0m environment                                   = "cloud"
  �[32m+�[0m�[0m sasl_jaas_config                              = (known after apply)
  �[32m+�[0m�[0m sasl_mechanism                                = "PLAIN"
  �[32m+�[0m�[0m schema_registry_basic_auth_credentials_source = "USER_INFO"
  �[32m+�[0m�[0m schema_registry_basic_auth_user_info          = (known after apply)
  �[32m+�[0m�[0m schema_registry_url                           = (known after apply)
  �[32m+�[0m�[0m security_protocol                             = "SASL_SSL"
  �[32m+�[0m�[0m session_timeout_ms                            = 45000
  �[32m+�[0m�[0m topic_name                                    = "flights_avro"
�[90m
─────────────────────────────────────────────────────────────────────────────�[0m

Saved the plan to: tfplan

To perform exactly these actions, run the following command to apply:
    terraform apply "tfplan"

Pushed by: @renovate[bot], Action: pull_request

[github-actions]

Terraform Format and Style 🖌failure

Terraform Initialization ⚙️success

Terraform Validation 🤖success

Terraform Plan 📖success

Show Plan

�[0m�[1mdata.confluent_organization.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.main: Reading...�[0m�[0m
�[0m�[1mdata.confluent_flink_region.us-east-2: Read complete after 0s [id=aws.us-east-2]�[0m
�[0m�[1mdata.confluent_organization.main: Read complete after 0s [id=178cb46b-d78e-435d-8b6e-d8d023a08e6f]�[0m
�[0m�[1mdata.confluent_flink_region.main: Read complete after 0s [id=aws.us-east-2]�[0m

Terraform used the selected providers to generate the following execution
plan. Resource actions are indicated with the following symbols:
  �[32m+�[0m create�[0m
 �[36m<=�[0m read (data resources)�[0m

Terraform will perform the following actions:

�[1m  # data.confluent_schema_registry_cluster.advanced�[0m will be read during apply
  # (config refers to values not yet known)
�[0m �[36m<=�[0m�[0m data "confluent_schema_registry_cluster" "advanced" {
      �[32m+�[0m�[0m api_version                     = (known after apply)
      �[32m+�[0m�[0m catalog_endpoint                = (known after apply)
      �[32m+�[0m�[0m cloud                           = (known after apply)
      �[32m+�[0m�[0m display_name                    = (known after apply)
      �[32m+�[0m�[0m id                              = (known after apply)
      �[32m+�[0m�[0m kind                            = (known after apply)
      �[32m+�[0m�[0m package                         = (known after apply)
      �[32m+�[0m�[0m private_regional_rest_endpoints = (known after apply)
      �[32m+�[0m�[0m private_rest_endpoint           = (known after apply)
      �[32m+�[0m�[0m region                          = (known after apply)
      �[32m+�[0m�[0m resource_name                   = (known after apply)
      �[32m+�[0m�[0m rest_endpoint                   = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-flink-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-flink-api-key" {
      �[32m+�[0m�[0m description            = "Flink API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-flink-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = "aws.us-east-2"
          �[32m+�[0m�[0m kind        = "Region"

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.app-manager-kafka-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "app-manager-kafka-api-key" {
      �[32m+�[0m�[0m description            = "Kafka API Key that is owned by 'app-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "app-manager-kafka-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_api_key.env-manager-schema-registry-api-key�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_api_key" "env-manager-schema-registry-api-key" {
      �[32m+�[0m�[0m description            = "Schema Registry API Key that is owned by 'env-manager' service account"
      �[32m+�[0m�[0m disable_wait_for_ready = false
      �[32m+�[0m�[0m display_name           = "env-manager-schema-registry-api-key"
      �[32m+�[0m�[0m id                     = (known after apply)
      �[32m+�[0m�[0m secret                 = (sensitive value)

      �[32m+�[0m�[0m managed_resource {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)

          �[32m+�[0m�[0m environment {
              �[32m+�[0m�[0m id = (known after apply)
            }
        }

      �[32m+�[0m�[0m owner {
          �[32m+�[0m�[0m api_version = (known after apply)
          �[32m+�[0m�[0m id          = (known after apply)
          �[32m+�[0m�[0m kind        = (known after apply)
        }
    }

�[1m  # confluent_environment.cc_env�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_environment" "cc_env" {
      �[32m+�[0m�[0m display_name  = "java_flink_workshop"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m stream_governance {
          �[32m+�[0m�[0m package = "ESSENTIALS"
        }
    }

�[1m  # confluent_flink_compute_pool.compute_pool_1�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_flink_compute_pool" "compute_pool_1" {
      �[32m+�[0m�[0m api_version   = (known after apply)
      �[32m+�[0m�[0m cloud         = "AWS"
      �[32m+�[0m�[0m display_name  = "-workshop_compute_pool_1"
      �[32m+�[0m�[0m id            = (known after apply)
      �[32m+�[0m�[0m kind          = (known after apply)
      �[32m+�[0m�[0m max_cfu       = 10
      �[32m+�[0m�[0m region        = "us-east-2"
      �[32m+�[0m�[0m resource_name = (known after apply)

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_cluster.kafka_cluster�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_cluster" "kafka_cluster" {
      �[32m+�[0m�[0m api_version        = (known after apply)
      �[32m+�[0m�[0m availability       = "SINGLE_ZONE"
      �[32m+�[0m�[0m bootstrap_endpoint = (known after apply)
      �[32m+�[0m�[0m cloud              = "AWS"
      �[32m+�[0m�[0m display_name       = "workshop"
      �[32m+�[0m�[0m id                 = (known after apply)
      �[32m+�[0m�[0m kind               = (known after apply)
      �[32m+�[0m�[0m rbac_crn           = (known after apply)
      �[32m+�[0m�[0m region             = "us-east-2"
      �[32m+�[0m�[0m rest_endpoint      = (known after apply)

      �[32m+�[0m�[0m basic {}

      �[32m+�[0m�[0m environment {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_kafka_topic.flights_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_kafka_topic" "flights_avro" {
      �[32m+�[0m�[0m config           = (known after apply)
      �[32m+�[0m�[0m id               = (known after apply)
      �[32m+�[0m�[0m partitions_count = 10
      �[32m+�[0m�[0m rest_endpoint    = (known after apply)
      �[32m+�[0m�[0m topic_name       = "flights"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m kafka_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_role_binding.app-manager-assigner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-assigner" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "Assigner"
    }

�[1m  # confluent_role_binding.app-manager-flink-developer�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-flink-developer" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "FlinkAdmin"
    }

�[1m  # confluent_role_binding.app-manager-kafka-cluster-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "app-manager-kafka-cluster-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "CloudClusterAdmin"
    }

�[1m  # confluent_role_binding.env-manager-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "env-manager-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_role_binding.statements-runner-environment-admin�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_role_binding" "statements-runner-environment-admin" {
      �[32m+�[0m�[0m crn_pattern = (known after apply)
      �[32m+�[0m�[0m id          = (known after apply)
      �[32m+�[0m�[0m principal   = (known after apply)
      �[32m+�[0m�[0m role_name   = "EnvironmentAdmin"
    }

�[1m  # confluent_schema_registry_cluster_config.schema_registry_cluster_config�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_schema_registry_cluster_config" "schema_registry_cluster_config" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1m  # confluent_service_account.app-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "app-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage Kafka cluster"
      �[32m+�[0m�[0m display_name = "workshop-app-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.env-manager�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "env-manager" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account to manage 'Staging' environment"
      �[32m+�[0m�[0m display_name = "workshop-env-manager"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_service_account.statements-runner�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_service_account" "statements-runner" {
      �[32m+�[0m�[0m api_version  = (known after apply)
      �[32m+�[0m�[0m description  = "Service account for running Flink Statements in 'inventory' Kafka cluster"
      �[32m+�[0m�[0m display_name = "java_flink_workshop-statements-runner"
      �[32m+�[0m�[0m id           = (known after apply)
      �[32m+�[0m�[0m kind         = (known after apply)
    }

�[1m  # confluent_subject_config.flights_value_avro�[0m will be created
�[0m  �[32m+�[0m�[0m resource "confluent_subject_config" "flights_value_avro" {
      �[32m+�[0m�[0m compatibility_group = (known after apply)
      �[32m+�[0m�[0m compatibility_level = "BACKWARD"
      �[32m+�[0m�[0m id                  = (known after apply)
      �[32m+�[0m�[0m rest_endpoint       = (known after apply)
      �[32m+�[0m�[0m subject_name        = "flights-value"

      �[32m+�[0m�[0m credentials {
          �[32m+�[0m�[0m key    = (sensitive value)
          �[32m+�[0m�[0m secret = (sensitive value)
        }

      �[32m+�[0m�[0m schema_registry_cluster {
          �[32m+�[0m�[0m id = (known after apply)
        }
    }

�[1mPlan:�[0m 17 to add, 0 to change, 0 to destroy.
�[0m
Changes to Outputs:
  �[32m+�[0m�[0m acks                                          = "all"
  �[32m+�[0m�[0m bootstrap_servers                             = (known after apply)
  �[32m+�[0m�[0m client_dns_lookup                             = "use_all_dns_ips"
  �[32m+�[0m�[0m environment                                   = "cloud"
  �[32m+�[0m�[0m flink_api_key                                 = (known after apply)
  �[32m+�[0m�[0m flink_api_secret                              = (known after apply)
  �[32m+�[0m�[0m sasl_jaas_config                              = (known after apply)
  �[32m+�[0m�[0m sasl_mechanism                                = "PLAIN"
  �[32m+�[0m�[0m schema_registry_basic_auth_credentials_source = "USER_INFO"
  �[32m+�[0m�[0m schema_registry_basic_auth_user_info          = (known after apply)
  �[32m+�[0m�[0m schema_registry_url                           = (known after apply)
  �[32m+�[0m�[0m security_protocol                             = "SASL_SSL"
  �[32m+�[0m�[0m session_timeout_ms                            = 45000
  �[32m+�[0m�[0m topic_name                                    = "flights"
�[90m
─────────────────────────────────────────────────────────────────────────────�[0m

Saved the plan to: tfplan

To perform exactly these actions, run the following command to apply:
    terraform apply "tfplan"

Pushed by: @renovate[bot], Action: pull_request