Vendor nodejs dependencies
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@ -1,8 +1,7 @@
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test/
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docs/
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scripts/
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examples/
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node_modules/
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/test
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/docs
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/scripts
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/examples
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.vscode/
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README.md
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.env
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@ -33,166 +33,174 @@
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In the `mssql` command line, create tables `instances` and `bindings` by loading [schema.sql](../lib/broker/db/sqlserver/schema.sql).
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<a name="deploy-meta-azure-service-broker-as-an-app" />
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## Deploy the meta Azure service broker as an application in Cloud Foundry
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1. Get the source code from Github.
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```
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git clone https://github.com/Azure/meta-azure-service-broker
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cd meta-azure-service-broker
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```
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git clone https://github.com/Azure/meta-azure-service-broker
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cd meta-azure-service-broker
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```
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2. Update `manifest.yml` with your credentials.
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1. Update `manifest.yml` with your credentials.
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The contents of `manifest.yml` are:
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The contents of `manifest.yml` are:
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```
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---
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applications:
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- name: meta-azure-service-broker
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buildpack: https://github.com/cloudfoundry/nodejs-buildpack
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instances: 1
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env:
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ENVIRONMENT: REPLACE-ME
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SUBSCRIPTION_ID: REPLACE-ME
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TENANT_ID: REPLACE-ME
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CLIENT_ID: REPLACE-ME
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CLIENT_SECRET: REPLACE-ME
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SECURITY_USER_NAME: REPLACE-ME
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SECURITY_USER_PASSWORD: REPLACE-ME
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```
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---
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applications:
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- name: meta-azure-service-broker
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buildpack: https://github.com/cloudfoundry/nodejs-buildpack
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instances: 1
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env:
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ENVIRONMENT: REPLACE-ME
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SUBSCRIPTION_ID: REPLACE-ME
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TENANT_ID: REPLACE-ME
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CLIENT_ID: REPLACE-ME
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CLIENT_SECRET: REPLACE-ME
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SECURITY_USER_NAME: REPLACE-ME
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SECURITY_USER_PASSWORD: REPLACE-ME
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AZURE_BROKER_DATABASE_PROVIDER: REPLACE-ME
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AZURE_BROKER_DATABASE_SERVER: REPLACE-ME
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AZURE_BROKER_DATABASE_USER: REPLACE-ME
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AZURE_BROKER_DATABASE_PASSWORD: REPLACE-ME
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AZURE_BROKER_DATABASE_NAME: REPLACE-ME
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AZURE_BROKER_DATABASE_ENCRYPTION_KEY: REPLACE-ME
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```
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* `ENVIRONMENT`
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Two options `AzureCloud` and `AzureChinaCloud` are supported as an `ENVIRONMENT`. For example, if you want to create services in `AzureChinaCloud`, you should specify `AzureChinaCloud` as the `ENVIRONMENT`.
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The following table is about the support for each service in different environments.
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| Service Name | AzureCloud | AzureChinaCloud |
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|:---|:---|:---|
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| DocumentDB Service (deprecated) | yes | yes |
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| CosmosDB Service | yes | no |
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| Event Hub Service | yes | yes |
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| Redis Cache Service | yes | yes |
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| Service Bus Service | yes | yes |
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| Storage Service | yes | yes |
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| SQL Database Service | yes | yes |
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| Database for MySQL Service (preview) | yes | no |
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| Database for PostgreSQL Service (preview) | yes | no |
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* `SUBSCRIPTION_ID`
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You can list the providers in the subscription, and make sure that the namespace is registered. For example, if you want to enable Service Bus service, `Microsoft.ServiceBus` should be registered. If the specific provider is not registered, you need to run `azure provider register <PROVIDER-NAME>` to register it.
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```
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$ azure provider list
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info: Executing command provider list
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+ Getting ARM registered providers
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data: Namespace Registered
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data: ------------------------- -------------
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data: Microsoft.Batch Registered
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data: Microsoft.Cache Registered
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data: Microsoft.Compute Registered
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data: Microsoft.DocumentDB Registered
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data: Microsoft.EventHub Registered
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data: microsoft.insights Registered
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data: Microsoft.KeyVault Registered
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data: Microsoft.MySql Registered
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data: Microsoft.Network Registering
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data: Microsoft.ServiceBus Registered
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data: Microsoft.Sql Registered
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data: Microsoft.Storage Registered
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data: Microsoft.ApiManagement NotRegistered
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data: Microsoft.Authorization Registered
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data: Microsoft.ClassicCompute NotRegistered
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data: Microsoft.ClassicNetwork NotRegistered
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data: Microsoft.ClassicStorage NotRegistered
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data: Microsoft.Devices NotRegistered
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data: Microsoft.Features Registered
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data: Microsoft.HDInsight NotRegistered
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data: Microsoft.Resources Registered
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data: Microsoft.Scheduler Registered
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data: Microsoft.ServiceFabric NotRegistered
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data: Microsoft.StreamAnalytics NotRegistered
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data: Microsoft.Web NotRegistered
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info: provider list command OK
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```
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* `TENANT_ID`, `CLIENT_ID` and `CLIENT_SECRET`
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A [service principal](https://azure.microsoft.com/en-us/documentation/articles/resource-group-create-service-principal-portal/) is composed of `TENANT_ID`, `CLIENT_ID` and `CLIENT_SECRET`.
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In [Azure CPI guidance](https://github.com/cloudfoundry-incubator/bosh-azure-cpi-release/tree/master/docs), the roles `Virtual Machine Contributor` and `Network Contributor` are recommended to deploy Cloud Foundry on Azure. However, for the service broker, these two roles are not enough. You can follow [RBAC: Built-in roles](https://azure.microsoft.com/en-us/documentation/articles/role-based-access-built-in-roles/) to get the appropriate roles.
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For example, you can use `Storage Account Contributor` if you only use the service broker to create a storage account.
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If you want to create all the services, you may need the role `Contributor`.
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* `SECURITY_USER_NAME` and `SECURITY_USER_PASSWORD`
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Cloud Controller authenticates with the Broker using HTTP basic authentication (the `Authorization:` header) on every request and will reject any broker registrations that do not contain a username and password. `SECURITY_USER_NAME` and `SECURITY_USER_PASSWORD` are the username and password of HTTP basic authentication. They are maken up by yourself. When you register the service broker using `cf create-service-broker`, the same values should be used.
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* Database related configurations
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```
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AZURE_BROKER_DATABASE_PROVIDER: REPLACE-ME
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AZURE_BROKER_DATABASE_SERVER: REPLACE-ME
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AZURE_BROKER_DATABASE_USER: REPLACE-ME
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AZURE_BROKER_DATABASE_PASSWORD: REPLACE-ME
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AZURE_BROKER_DATABASE_NAME: REPLACE-ME
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AZURE_BROKER_DATABASE_ENCRYPTION_KEY: REPLACE-ME
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```
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```
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* `ENVIRONMENT`
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`AZURE_BROKER_DATABASE_ENCRYPTION_KEY` is used to encrypt the information in the database. It should contain 32 character. **You need to keep it same if you re-deploy the service broker. Otherwise, the information can't be decrypted so that the service broker can't manage the service instances.**
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Two options `AzureCloud` and `AzureChinaCloud` are supported as an `ENVIRONMENT`. For example, if you want to create services in `AzureChinaCloud`, you should specify `AzureChinaCloud` as the `ENVIRONMENT`.
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Currently, only `sqlserver` is supported for `AZURE_BROKER_DATABASE_PROVIDER`.
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The following table is about the support for each service in different environments.
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```
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AZURE_BROKER_DATABASE_PROVIDER: sqlserver
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AZURE_BROKER_DATABASE_SERVER: <sql-server-name>.database.windows.net
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AZURE_BROKER_DATABASE_USER: <username>
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AZURE_BROKER_DATABASE_PASSWORD: <password>
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AZURE_BROKER_DATABASE_NAME: <database-name>
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AZURE_BROKER_DATABASE_ENCRYPTION_KEY: <encryption-key-with-32-length>
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```
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| Service Name | AzureCloud | AzureChinaCloud |
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|:---|:---|:---|
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| DocumentDB Service (depreciated) | yes | yes |
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| CosmosDB Service | yes | no |
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| Event Hub Service | yes | yes |
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| Redis Cache Service | yes | yes |
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| Service Bus Service | yes | yes |
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| Storage Service | yes | yes |
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| SQL Database Service | yes | yes |
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| Database for MySQL Service (preview) | yes | no |
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| Database for PostgreSQL Service (preview) | yes | no |
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* `SUBSCRIPTION_ID`
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* Modules related configurations
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You can list the providers in the subscription, and make sure that the namespace is registered. For example, if you want to enable Service Bus service, `Microsoft.ServiceBus` should be registered. If the specific provider is not registered, you need to run `azure provider register <PROVIDER-NAME>` to register it.
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Only SQL database service has the configurations for now. The default value of `AZURE_SQLDB_ALLOW_TO_CREATE_SQL_SERVER` is `true`. The default value of `AZURE_SQLDB_ENABLE_TRANSPARENT_DATA_ENCRYPTION` is `false`. `AZURE_SQLDB_SQL_SERVER_POOL` is an array of SQL server credentials. Each element in the array should contain all the five parameters: resourceGroup, location, sqlServerName, administratorLogin and administratorLoginPassword.
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```
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AZURE_SQLDB_ALLOW_TO_CREATE_SQL_SERVER: true | false
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AZURE_SQLDB_ENABLE_TRANSPARENT_DATA_ENCRYPTION: true | false
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AZURE_SQLDB_SQL_SERVER_POOL: '[
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{
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"resourceGroup": "REPLACE-ME",
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"location": "REPLACE-ME",
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"sqlServerName": "REPLACE-ME",
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"administratorLogin": "REPLACE-ME",
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"administratorLoginPassword": "REPLACE-ME"
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},
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{
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"resourceGroup": "REPLACE-ME",
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"location": "REPLACE-ME",
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"sqlServerName": "REPLACE-ME",
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"administratorLogin": "REPLACE-ME",
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"administratorLoginPassword": "REPLACE-ME"
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}
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]'
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```
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1. Install the Node dependencies for production environment.
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```
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$ azure provider list
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info: Executing command provider list
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+ Getting ARM registered providers
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data: Namespace Registered
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data: ------------------------- -------------
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data: Microsoft.Batch Registered
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data: Microsoft.Cache Registered
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data: Microsoft.Compute Registered
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data: Microsoft.DocumentDB Registered
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data: Microsoft.EventHub Registered
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data: microsoft.insights Registered
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data: Microsoft.KeyVault Registered
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data: Microsoft.MySql Registered
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data: Microsoft.Network Registering
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data: Microsoft.ServiceBus Registered
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data: Microsoft.Sql Registered
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data: Microsoft.Storage Registered
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data: Microsoft.ApiManagement NotRegistered
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data: Microsoft.Authorization Registered
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data: Microsoft.ClassicCompute NotRegistered
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data: Microsoft.ClassicNetwork NotRegistered
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data: Microsoft.ClassicStorage NotRegistered
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data: Microsoft.Devices NotRegistered
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data: Microsoft.Features Registered
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data: Microsoft.HDInsight NotRegistered
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data: Microsoft.Resources Registered
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data: Microsoft.Scheduler Registered
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data: Microsoft.ServiceFabric NotRegistered
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data: Microsoft.StreamAnalytics NotRegistered
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data: Microsoft.Web NotRegistered
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info: provider list command OK
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export NODE_ENV=production
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npm install
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```
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* `TENANT_ID`, `CLIENT_ID` and `CLIENT_SECRET`
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A [service principal](https://azure.microsoft.com/en-us/documentation/articles/resource-group-create-service-principal-portal/) is composed of `TENANT_ID`, `CLIENT_ID` and `CLIENT_SECRET`.
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|
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In [Azure CPI guidance](https://github.com/cloudfoundry-incubator/bosh-azure-cpi-release/tree/master/docs), the roles `Virtual Machine Contributor` and `Network Contributor` are recommended to deploy Cloud Foundry on Azure. However, for the service broker, these two roles are not enough. You can follow [RBAC: Built-in roles](https://azure.microsoft.com/en-us/documentation/articles/role-based-access-built-in-roles/) to get the appropriate roles.
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|
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For example, you can use `Storage Account Contributor` if you only use the service broker to create a storage account.
|
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|
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If you want to create all the services, you may need the role `Contributor`.
|
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|
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* `SECURITY_USER_NAME` and `SECURITY_USER_PASSWORD`
|
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|
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Cloud Controller authenticates with the Broker using HTTP basic authentication (the `Authorization:` header) on every request and will reject any broker registrations that do not contain a username and password. `SECURITY_USER_NAME` and `SECURITY_USER_PASSWORD` are the username and password of HTTP basic authentication. They are maken up by yourself. When you register the service broker using `cf create-service-broker`, the same values should be used.
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* Database related configurations
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1. Push the broker to Cloud Foundry
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```
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AZURE_BROKER_DATABASE_PROVIDER: REPLACE-ME
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AZURE_BROKER_DATABASE_SERVER: REPLACE-ME
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AZURE_BROKER_DATABASE_USER: REPLACE-ME
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AZURE_BROKER_DATABASE_PASSWORD: REPLACE-ME
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AZURE_BROKER_DATABASE_NAME: REPLACE-ME
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AZURE_BROKER_DATABASE_ENCRYPTION_KEY: REPLACE-ME
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cf push
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```
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`AZURE_BROKER_DATABASE_ENCRYPTION_KEY` is used to encrypt the information in the database. It should contain 32 character. **You need to keep it same if you re-deploy the service broker. Otherwise, the information can't be decrypted so that the service broker can't manage the service instances.**
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|
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Currently, only `sqlserver` is supported for `AZURE_BROKER_DATABASE_PROVIDER`.
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```
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AZURE_BROKER_DATABASE_PROVIDER: sqlserver
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AZURE_BROKER_DATABASE_SERVER: <sql-server-name>.database.windows.net
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AZURE_BROKER_DATABASE_USER: <username>
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AZURE_BROKER_DATABASE_PASSWORD: <password>
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AZURE_BROKER_DATABASE_NAME: <database-name>
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AZURE_BROKER_DATABASE_ENCRYPTION_KEY: <encryption-key-with-32-length>
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```
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* Modules related configurations
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Only SQL database service has the configurations for now. The default value of `AZURE_SQLDB_ALLOW_TO_CREATE_SQL_SERVER` is `true`. The default value of `AZURE_SQLDB_ENABLE_TRANSPARENT_DATA_ENCRYPTION` is `false`. `AZURE_SQLDB_SQL_SERVER_POOL` is an array of SQL server credentials. Each element in the array should contain all the five parameters: resourceGroup, location, sqlServerName, administratorLogin and administratorLoginPassword.
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```
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AZURE_SQLDB_ALLOW_TO_CREATE_SQL_SERVER: true | false
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AZURE_SQLDB_ENABLE_TRANSPARENT_DATA_ENCRYPTION: true | false
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AZURE_SQLDB_SQL_SERVER_POOL: '[
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{
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"resourceGroup": "REPLACE-ME",
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"location": "REPLACE-ME",
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"sqlServerName": "REPLACE-ME",
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"administratorLogin": "REPLACE-ME",
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"administratorLoginPassword": "REPLACE-ME"
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},
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{
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"resourceGroup": "REPLACE-ME",
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"location": "REPLACE-ME",
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"sqlServerName": "REPLACE-ME",
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"administratorLogin": "REPLACE-ME",
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"administratorLoginPassword": "REPLACE-ME"
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}
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]'
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```
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3. Push the broker to Cloud Foundry
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```
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cf push
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```
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## Register a service broker
|
||||
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||||
```
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||||
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|||
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@ -1,7 +1,7 @@
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#!/bin/bash
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pushd ..
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rm -f pcf-tile/resources/meta-azure-service-broker.zip
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zip -r pcf-tile/resources/meta-azure-service-broker.zip brokerserver.js index.js lib LICENSE NOTICE package.json
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zip -r pcf-tile/resources/meta-azure-service-broker.zip brokerserver.js index.js lib LICENSE NOTICE package.json winston.json node_modules
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popd
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if [ "$1" = "-major" ]; then
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tile build major
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