anchor.diff:  ### <a id=""></a> Target and log into MicroBOSH ###
   
   Use the `bosh target` command so that the BOSH CLI runs on the MicroBOSH you want to use to deploy software.
  -Then log in on the MicroBOSH, and run the `bosh vms` command if you want to
  +Then log in on the MicroBOSH.
  +Run the `bosh vms` command which shows VMs that the (Micro)BOSH has deployed.
  +For now, `bosh vms` shows no VMs deployed.
   
   <pre class="terminal">
   $ bosh target 172.16.99.11
  
positive.code: * The range of IP addresses of your network.
  * The range of IP addresses that you want to reserve.
  These, and the static IPs, are off-limits to BOSH when BOSH needs to dynamically use an IP address for tasks like compilation.
  You always reserve the IP of the Microbosh that is deploying BOSH.
  
  ### <a id=""></a> Create the manifest ###
  
  Create the manifest to reflect the desired orchestration of the environment along with the network configuration information
  for your IaaS.
  
  ### <a id=""></a> Download stemcell and release from public site ###
  
  
negative.code: </pre>
  
  
  ## <a id="example-manifest"></a> Example Manifest for Deploying multi-VM BOSH with MicroBOSH ##
  
  ~~~yaml
  ---
  name: bosh2
  director_uuid: 6bcdfa35-5d51-4d39-8360-6e2b97cad2bc
  release:
    name: bosh
    version: 42
  
  networks:
  - name: default
    type: manual
    subnets:
    - range: 172.16.68.0/23
      gateway: 172.16.68.1
      static:
      - 172.16.69.232
      - 172.16.69.233
      reserved:
      # .1 is special
      - 172.16.68.2 - 172.16.69.230
      - 172.16.69.240 - 172.16.69.254
      # .255 is special
      dns:
      - 10.80.130.1
      cloud_properties:
        name: 'CF_2'
  
  resource_pools:
  - name: default
    stemcell:
      name: bosh-vsphere-esxi-centos
      version: 2131
    network: default
    size: 2
    cloud_properties:
      ram: 512
      disk: 2_000
      cpu: 2
  
  compilation:
    reuse_compilation_vms: true
    workers: 1
    network: default
    cloud_properties:
      ram: 512
      disk: 6_000
      cpu: 2
  
  update:
    canaries: 1
    canary_watch_time: 30000 - 90000
    update_watch_time: 30000 - 90000
    max_in_flight: 1
    max_errors: 1
  
  jobs:
  - name: bosh_data
    template:
    - blobstore
    - postgres
    - redis
    instances: 1
    resource_pool: default
    persistent_disk: 8_000
    networks:
    - name: default
      static_ips:
      - 172.16.69.233
  
  - name: bosh_api
    template:
    - nats
    - director
    - health_monitor
    - powerdns
    instances: 1
    resource_pool: default
    networks:
    - name: default
      static_ips:
      - 172.16.69.232
  
  properties:
    ntp: ["10.80.130.1"]
  
    nats:
      user: nats
      password: nats-password
      address: 172.16.69.232
      port: 4222
  
    blobstore:
      address: 172.16.69.233
      port: 25251
      backend_port: 25552
      agent:
        user: agent
        password: agent-password
      director:
        user: director
        password: director-password
  
    postgres: &bosh_db
      user: bosh
      password: bosh-password
      host: 172.16.69.233
      port: 5432
      database: bosh
  
    redis:
      password: redis-password
      address: 172.16.69.233
      port: 25255
  
    director:
      name: bosh2
      address: 172.16.69.232
      port: 25555
      encryption: false
      enable_snapshots: true
      max_tasks: 100
      db: *bosh_db
  
    hm:
      http:
        port: 25923
        user: admin
        password: admin-password
      director_account:
        user: admin
        password: admin-password
      intervals:
        poll_director: 60
        poll_grace_period: 30
        log_stats: 300
        analyze_agents: 60
        agent_timeout: 180
        rogue_agent_alert: 180
      loglevel: info
      email_notifications: false
      tsdb_enabled: false
      cloud_watch_enabled: false
      resurrector_enabled: true
  
    dns:
      address: 172.16.69.232
      recursor: 10.80.130.1
      db: *bosh_db
  
    vcenter:
      address: 172.16.69.3
      user: root
      password: vmware
      datacenters:
        - name: TEST_DATACENTER
          vm_folder:       SYSTEM_MICRO_VSPHERE_VMs
          template_folder: SYSTEM_MICRO_VSPHERE_Templates
          disk_path:       SYSTEM_MICRO_VSPHERE_Disks
          datastore_pattern:            datastore1
          persistent_datastore_pattern: datastore1
          allow_mixed_datastores: true
          clusters:
            - TEST_CLUSTER:
                resource_pool: TEST_RP
  ~~~
  
  
  
  