Ruby on rails 尝试在EC2上使用橡皮部署时出错
我遵循RailsCast#347（）在Amazon EC2上部署我的应用程序。 按照所有步骤，当我尝试执行命令时，在创建实例之前，Ruby on rails 尝试在EC2上使用橡皮部署时出错,ruby-on-rails,amazon-ec2,capistrano,rubber,Ruby On Rails,Amazon Ec2,Capistrano,Rubber,我遵循RailsCast#347（）在Amazon EC2上部署我的应用程序。 按照所有步骤，当我尝试执行命令时，在创建实例之前，/Users/juampi/.rvm/gems/ruby-2.2.1/gems/ruber-3.2.0/lib/ruber/cloud/aws/base.rb:75:in中：为#（NoMethodError）创建实例：未定义的方法实例别名 这是整个输出 cap rubber:create_staging triggering load callbacks
/Users/juampi/.rvm/gems/ruby-2.2.1/gems/ruber-3.2.0/lib/ruber/cloud/aws/base.rb:75:in实例别名
这是整个输出
cap rubber:create_staging
triggering load callbacks
* 2016-01-16 18:24:12 executing `rubber:init'
* 2016-01-16 18:24:13 executing `rubber:create_staging'
Hostname to use for staging instance [production]:
Roles to use for staging instance [apache,app,collectd,common,db:primary=true,elasticsearch,examples,graphite_server,graphite_web,graylog_elasticsearch,graylog_mongodb,graylog_server,graylog_web,haproxy,mongodb,monit,passenger,postgresql,postgresql_master,web,web_tools]:
* 2016-01-16 18:24:15 executing `rubber:create'
/Users/juampi/.rvm/gems/ruby-2.2.1/gems/rubber-3.2.0/lib/rubber/cloud/aws/base.rb:75:in `before_create_instance': undefined method `instance_alias' for #<Rubber::Configuration::InstanceItem:0x007f9fce9704f8> (NoMethodError)
from /Users/juampi/.rvm/gems/ruby-2.2.1/gems/rubber-3.2.0/lib/rubber/thread_safe_proxy.rb:13:in `method_missing'
from /Users/juampi/.rvm/gems/ruby-2.2.1/gems/rubber-3.2.0/lib/rubber/recipes/rubber/instances.rb:281:in `block in create_instance'
from /Users/juampi/.rvm/rubies/ruby-2.2.1/lib/ruby/2.2.0/monitor.rb:211:in `mon_synchronize'
from /Users/juampi/.rvm/gems/ruby-2.2.1/gems/rubber-3.2.0/lib/rubber/recipes/rubber/instances.rb:280:in `create_instance'
from /Users/juampi/.rvm/gems/ruby-2.2.1/gems/rubber-3.2.0/lib/rubber/recipes/rubber/instances.rb:230:in `block (2 levels) in create_instances'
还有ruber.yml
# REQUIRED: The name of your application
app_name: iaw2015
# REQUIRED: The system user to run your app servers as
app_user: app
# REQUIRED: Notification emails (e.g. monit) get sent to this address
#
admin_email: "root@#{full_host}"
# OPTIONAL: If not set, you won't be able to access web_tools
# server (graphite, graylog, monit status, haproxy status, etc)
# web_tools_user: admin
# web_tools_password: sekret
# REQUIRED: The timezone the server should be in
timezone: US/Eastern
# REQUIRED: the domain all the instances should be associated with
#
domain: foo.com
# OPTIONAL: See rubber-dns.yml for dns configuration
# This lets rubber update a dynamic dns service with the instance alias
# and ip when they are created. It also allows setting up arbitrary
# dns records (CNAME, MX, Round Robin DNS, etc)
# OPTIONAL: Additional rubber file to pull config from if it exists. This file will
# also be pushed to remote host at Rubber.root/config/rubber/rubber-secret.yml
#
# rubber_secret: "#{File.expand_path('~') + '/.ec2' + (Rubber.env == 'production' ? '' : '_dev') + '/rubber-secret.yml' rescue 'rubber-secret.yml'}"
# OPTIONAL: Encryption key that was used to obfuscate the contents of rubber-secret.yml with "rubber util:obfuscation"
# Not that much better when stored in here, but you could use a ruby snippet in here to fetch it from a key server or something
#
# rubber_secret_key: "XXXyyy=="
# REQUIRED All known cloud providers with the settings needed to configure them
# There's only one working cloud provider right now - Amazon Web Services
# To implement another, clone lib/rubber/cloud/aws.rb or make the fog provider
# work in a generic fashion
#
cloud_providers:
aws:
# REQUIRED The AWS region that you want to use.
#
# Options include
# ap-northeast-1 # Asia Pacific (Tokyo) Region
# ap-southeast-1 # Asia Pacific (Singapore) Region
# ap-southeast-2 # Asia Pacific (Sydney) Region
# eu-west-1 # EU (Ireland) Region
# sa-east-1 # South America (Sao Paulo) Region
# us-east-1 # US East (Northern Virginia) Region
# us-west-1 # US West (Northern California) Region
# us-west-2 # US West (Oregon) Region
#
region: us-east-1
# REQUIRED The amazon keys and account ID (digits only, no dashes) used to access the AWS API
#
access_key: #myaccesskey
secret_access_key: #Mysecretaccesskey
account: #myaccount
# REQUIRED: The name of the amazon keypair and location of its private key
#
# NOTE: for some reason Capistrano requires you to have both the public and
# the private key in the same folder, the public key should have the
# extension ".pub". The easiest way to get your hand on this is to create the
# public key from the private key: ssh-keygen -y -f gsg-keypair > gsg-keypair.pub
#
key_name: gsg-keypair
key_file: "#{Dir[(File.expand_path('~') rescue '/root') + '/.ec2/*' + cloud_providers.aws.key_name].first}"
# OPTIONAL: Needed for bundling a running instance using rubber:bundle
#
# pk_file: "#{Dir[(File.expand_path('~') rescue '/root') + '/.ec2/pk-*'].first}"
# cert_file: "#{Dir[(File.expand_path('~') rescue '/root') + '/.ec2/cert-*'].first}"
# image_bucket: "#{app_name}-images"
# OPTIONAL: Needed for backing up database to s3
# backup_bucket: "#{app_name}-backups"
# OPTIONAL: Define a VPC to deploy to. The alias can be thought of as a
# unique Rubber-specific Id. If vpc_alias and vpc_addr are absent, Rubber
# will instead assume we're deploying to EC2 Classic
# vpc_alias: "#{app_name}_#{Rubber.env == 'production' ? 'production' : 'development'}"
# vpc_cidr: 10.0.0.0/16
# VPCs will typically have two subnets - one for instances that need a
# direct internet connection (load balancers, etc.), and one for instances
# that don't (database servers, app servers, etc.). At the very least,
# we'll need a public subnet. Rubber will detect the instance's private_nic
# configuration, and auto-create a subnet if appropriate. Any instances on
# the public subnet will need the following configuration. It is also
# important to note that AWS VPC Subnets are availability zone-specific,
# meaning you probably want to specify an availability zone for your
# instance. You will also have to specify a different subnet_cidr for each
# availability zone, since subnets cannot overlap.
# private_nic:
# subnet_cidr: '10.0.0.0/24'
# gateway: public
# For a private subnet, you will need to configure a nat_gateway instance in
# the public subnet so that machines can still reach the outside world for
# things like software updates. After configuring a NAT gateway, you can
# set up a separate private subnet. You will also need to set your :gateway
# Capistrano configuration value to the full hostname of the nat gateway in
# order to communicate with instances on private subnets. Instances which
# are on a private subnet will need the following configuration
# private_nic:
# subnet_cidr: '10.0.1.0/24'
# gateway: "#{rubber_instances.for_role('nat_gateway').first.instance_id}"
# REQUIRED: the ami and instance type for creating instances
# The Ubuntu images at http://old.alestic.com/ work well
# Ubuntu 14.04.1 Trusty instance-store 64-bit: ami-92f569fa
#
# m1.small or m1.large or m1.xlarge
image_type: t2.micro
image_id: ami-60b6c60a
# OPTIONAL: Provide fog-specific options directly. This should only be used if you need a special setting that
# Rubber does not directly expose. Since these settings will be passed directly through to fog, we can't make any
# guarantee about how they work (if fog renames an attribute, e.g., your config will break). Please see the fog
# source code for the option names.
# fog_options:
# EBS I/O optimized instance
# EBS-optimized instances deliver dedicated throughput between Amazon EC2 and Amazon EBS, with options
# between 500 Mbps and 1000 Mbps depending on the instance type used.
# Read more and make sure that your image_type supports ebs_optimized function at: http://aws.amazon.com/ec2/instance-types/
# ebs_optimized: false
# OPTIONAL: EC2 spot instance request support.
#
# Enables the creation of spot instance requests. Rubber will wait synchronously until the request is fulfilled,
# at which point it will begin initializing the instance, unless spot_instance_request_timeout is set.
# spot_instance: true
#
# The maximum price you would like to pay for your spot instance.
# spot_price: "0.085"
#
# If a spot instance request can't be fulfilled in 3 minutes, fallback to on-demand instance creation. If not set,
# the default is infinite.
# spot_instance_request_timeout: 180
digital_ocean:
# REQUIRED: The Digital Ocean region that you want to use.
#
# Options include
# New York 1
# Amsterdam 1
# San Francisco 1
# New York 2
# Amsterdam 2
# Singapore 1
#
# These change often. Check https://www.digitalocean.com/droplets/new for the most up to date options.
# Default to New York 2 since this is the only region that currently supports private networking
region: New York 2
# REQUIRED: The image name and type for creating instances.
image_id: 14.04 x64
image_type: 512MB
# Optionally enable private networking for your instances.
# This is currently only supported in New York 2.
private_networking: true
# Use an alternate cloud provider supported by fog. This doesn't fully work
# yet due to differences in providers within fog, but gives you a starting
# point for contributing a new provider to rubber. See rubber/lib/rubber/cloud(.rb)
fog:
credentials:
provider: rackspace
rackspace_api_key: 'XXX'
rackspace_username: 'YYY'
image_type: 123
image_id: 123
# REQUIRED the cloud provider to use
#
cloud_provider: aws
# OPTIONAL: Where to store instance data.
#
# Allowed forms are:
# filesystem: "file:#{Rubber.root}/config/rubber/instance-#{Rubber.env}.yml"
# cloud storage (s3): "storage:#{cloud_providers.aws.backup_bucket}/RubberInstances_#{app_name}/instance-#{Rubber.env}.yml"
# cloud table (simpledb): "table:RubberInstances_#{app_name}_#{Rubber.env}"
#
# If you need to port between forms, load the rails console then:
# Rubber.instances.save(location)
# where location is one of the allowed forms for this variable
#
# instance_storage: "file:#{Rubber.root}/config/rubber/instance-#{Rubber.env}.yml"
# OPTIONAL: Where to store a backup of the instance data
#
# This is most useful when using a remote store in case you end up
# wiping the single copy of your instance data. When using the file
# store, the instance file is typically under version control with
# your project code, so that provides some safety.
#
# instance_storage_backup: "storage:#{cloud_providers.aws.backup_bucket}/RubberInstances_#{app_name}/instance-#{Rubber.env}-#{Time.now.strftime('%Y%m%d-%H%M%S')}.yml"
# OPTIONAL: Default ports for security groups
web_port: 80
web_ssl_port: 443
web_tools_port: 8080
web_tools_ssl_port: 8443
# OPTIONAL: Define security groups
# Each security group is a name associated with a sequence of maps where the
# keys are the parameters to the ec2 AuthorizeSecurityGroupIngress API
# source_security_group_name, source_security_group_owner_id
# ip_protocol, from_port, to_port, cidr_ip
# If you want to use a source_group outside of this project, add "external_group: true"
# to prevent group_isolation from mangling its name, e.g. to give access to graphite
# server to other projects
#
# security_groups:
# graphite_server:
# description: The graphite_server security group to allow projects to send graphite data
# rules:
# - source_group_name: yourappname_production_collectd
# source_group_account: 123456
# external_group: true
# protocol: tcp
# from_port: "#{graphite_server_port}"
# to_port: "#{graphite_server_port}"
#
security_groups:
default:
description: The default security group
rules:
- source_group_name: default
source_group_account: "#{cloud_providers.aws.account}"
- protocol: tcp
from_port: 22
to_port: 22
source_ips: [0.0.0.0/0]
web:
description: "To open up port #{web_port}/#{web_ssl_port} for http server on web role"
rules:
- protocol: tcp
from_port: "#{web_port}"
to_port: "#{web_port}"
source_ips: [0.0.0.0/0]
- protocol: tcp
from_port: "#{web_ssl_port}"
to_port: "#{web_ssl_port}"
source_ips: [0.0.0.0/0]
web_tools:
description: "To open up port #{web_tools_port}/#{web_tools_ssl_port} for internal/tools http server"
rules:
- protocol: tcp
from_port: "#{web_tools_port}"
to_port: "#{web_tools_port}"
source_ips: [0.0.0.0/0]
- protocol: tcp
from_port: "#{web_tools_ssl_port}"
to_port: "#{web_tools_ssl_port}"
source_ips: [0.0.0.0/0]
# OPTIONAL: The default security groups to create instances with
assigned_security_groups: [default]
roles:
web:
assigned_security_groups: [web]
web_tools:
assigned_security_groups: [web_tools]
# OPTIONAL: Automatically create security groups for each host and role
# EC2 Classic doesn't allow one to change what groups an instance belongs to after
# creation, so it's good to have some empty ones predefined. EC2 with VPC, however,
# does allow changing security groups after instance creation and allows far fewer
# security groups per instance, so you shouldn't enable this setting if using VPC.
auto_security_groups: false
# OPTIONAL: Automatically isolate security groups for each appname/environment
# by mangling their names to be appname_env_groupname
# This makes it safer to have staging and production coexist on the same EC2
# account, or even multiple apps. NB: due to the security group limits per instance
# in EC2 with VPCs, this option should only be enabled if you're using EC2 Classic.
isolate_security_groups: false
# OPTIONAL: Prompts one to sync security group rules when the ones in amazon
# differ from those in rubber
prompt_for_security_group_sync: true
# OPTIONAL: A list of CIDR address blocks that represent private networks for your cluster.
# Set this to open up wide access to hosts in your network. Consequently, setting the CIDR block
# to anything other than a private, unroutable block would be a massive security hole.
private_networks: [10.0.0.0/8]
# OPTIONAL: The packages to install on all instances
# You can install a specific version of a package by using a sub-array of pkg, version
# For example, packages: [[rake, 0.7.1], irb]
packages: [postfix, build-essential, git-core, libxslt-dev, ntp]
# OPTIONAL: The package manager mirror to use for installation of primary packages (i.e., those not explicitly
# sourced from a different repository). If not specified, whatever mirror configured by your server image
# will be used.
#
# Note that Ubuntu has a special URL that can be used to auto-select the mirror based upon geoip. To use
# it, specify 'mirror://mirrors.ubuntu.com/mirrors.txt' as the value.
# package_manager_mirror: 'mirror://mirrors.ubuntu.com/mirrors.txt'
# OPTIONAL: The command used to identify your particular OS version. This will be used for configurations
# in Rubber templates that are parameterized by OS version (e.g., package lists). If not specified, Ubuntu
# will be assumed.
os_version_cmd: 'lsb_release -sr'
# OPTIONAL: gem sources to setup for rubygems
# gemsources: ["https://rubygems.org"]
# OPTIONAL: The gems to install on all instances
# You can install a specific version of a gem by using a sub-array of gem, version
# For example, gem: [[rails, 4.2.1], bundler]
gems: [bundler, [rubber, "#{Rubber.version}"]]
# OPTIONAL: A string prepended to shell command strings that cause multi
# statement shell commands to fail fast. You may need to comment this out
# on some platforms, but it works for me on linux/osx with a bash shell
#
stop_on_error_cmd: "function error_exit { exit 99; }; trap error_exit ERR"
# OPTIONAL: The default set of roles to use when creating a staging instance
# with "cap rubber:create_staging". By default this uses all the known roles,
# excluding slave roles, but this is not always desired for staging, so you can
# specify a different set here
#
# staging_roles: "web,app,db:primary=true"
# Auto detect staging roles
staging_roles: "#{known_roles.reject {|r| r =~ /slave/ || r =~ /^db$/ }.join(',')}"
# OPTIONAL: Lets one assign amazon elastic IPs (static IPs) to your instances
# You should typically set this on the role/host level rather than
# globally , unless you really do want all instances to have a
# static IP
#
# use_static_ip: true
# OPTIONAL: Specifies an instance to be created in the given availability zone
# Availability zones are sepcified by amazon to be somewhat isolated
# from each other so that hardware failures in one zone shouldn't
# affect instances in another. As such, it is good to specify these
# for instances that need to be redundant to reduce your chance of
# downtime. You should typically set this on the role/host level
# rather than globally. Use cap rubber:describe_zones to see the list
# of zones
# availability_zone: us-east-1a
# OPTIONAL: If you want to use Elastic Block Store (EBS) persistent
# volumes, add them to host specific overrides and they will get created
# and assigned to the instance. On initial creation, the volume will get
# attached _and_ formatted, but if your host disappears and you recreate
# it, the volume will only get remounted thereby preserving your data
#
# hosts:
# my_host:
# availability_zone: us-east-1a
# volumes:
# - size: 100 # size of vol in GBs
# zone: us-east-1a # zone to create volume in, needs to match host's zone
# device: /dev/sdh # OS device to attach volume to
# mount: /mnt/mysql # The directory to mount this volume to
# filesystem: ext4 # the filesystem to create on volume
#
# # OPTIONAL: Provide fog-specific options directly. This should only be used if you need a special setting that
# # Rubber does not directly expose. Since these settings will be passed directly through to fog, we can't make any
# # guarantee about how they work (if fog renames an attribute, e.g., your config will break). Please see the fog
# # source code for the option names.
# fog_options:
# type: gp2 # type of volume, standard (EBS magnetic), io1 (provisioned IOPS - SSD), or gp2 (general purpose - SSD).
# iops: 500 # The number of I/O operations per second (IOPS) that the volume supports.
# # Required when the volume type is io1; not used with non-provisioned IOPS volumes.
# - size: 10
# zone: us-east-1a
# device: /dev/sdi
# mount: /mnt/logs
# filesystem: ext4
# fog_options:
# type: io1
# iops: 500
#
# # volumes without mount/filesystem can be used in raid arrays
#
# - size: 50
# zone: us-east-1a
# device: /dev/sdx
# fog_options:
# type: gp2
# iops: 500
# - size: 50
# zone: us-east-1a
# device: /dev/sdy
# fog_options:
# type: gp2
# iops: 500
#
# # Use some ephemeral volumes for raid array
# local_volumes:
# - partition_device: /dev/sdb
# zero: false # zeros out disk for improved performance
# - partition_device: /dev/sdc
# zero: false # zeros out disk for improved performance
#
# # for raid array, you'll need to add mdadm to packages. Likewise,
# # xfsprogs is needed for xfs filesystem support
# #
# packages: [xfsprogs, mdadm]
# raid_volumes:
# - device: /dev/md0 # OS device to to create raid array on
# mount: /mnt/fast # The directory to mount this array to
# mount_opts: 'nobootwait' # Recent Ubuntu versions require this flag or SSH will not start on reboot
# filesystem: xfs # the filesystem to create on array
# filesystem_opts: -f # the filesystem opts in mkfs
# raid_level: 0 # the raid level to use for the array
# # if you're using Ubuntu 11.x or later (Natty, Oneiric, Precise, etc)
# # you will want to specify the source devices in their /dev/xvd format
# # see https://bugs.launchpad.net/ubuntu/+source/linux/+bug/684875 for
# # more information.
# # NOTE: Only make this change for raid source_devices, NOT generic
# # volume commands above.
# source_devices: [/dev/sdx, /dev/sdy] # the source EBS devices we are creating raid array from (Ubuntu Lucid or older)
# source_devices: [/dev/xvdx, /dev/xvdy] # the source EBS devices we are creating raid array from (Ubuntu Natty or newer)
#
# # for LVM volumes, you'll need to add lvm2 to packages. Likewise,
# # xfsprogs is needed for xfs filesystem support
# packages: [xfsprogs, lvm2]
# lvm_volume_groups:
# - name: vg # The volume group name
# physical_volumes: [/dev/sdx, /dev/sdy] # Devices used for LVM group (you can use just one, but you can't stripe then)
# extent_size: 32 # Size of the volume extent in MB
# volumes:
# - name: lv # Name of the logical volume
# size: 999.9 # Size of volume in GB (slightly less than sum of all physical volumes because LVM reserves some space)
# stripes: 2 # Count of stripes for volume
# filesystem: xfs # The filesystem to create on the logical volume
# filesystem_opts: -f # the filesystem opts in mkfs
# mount: /mnt/large_work_dir # The directory to mount this LVM volume to
# OPTIONAL: You can also define your own variables here for use when
# transforming config files, and they will be available in your config
# templates as <%%= rubber_env.var_name %>
#
# var_name: var_value
# All variables can also be overridden on the role, environment and/or host level by creating
# a sub level to the config under roles, environments and hosts. The precedence is host, environment, role
# e.g. to install mysql only on db role, and awstats only on web01:
# OPTIONAL: Role specific overrides
# roles:
# somerole:
# packages: []
# somerole2:
# myconfig: someval
# OPTIONAL: Environment specific overrides
# environments:
# staging:
# myconfig: otherval
# production:
# myconfig: val
# OPTIONAL: Host specific overrides
# hosts:
# somehost:
# packages: []
#必填项：应用程序的名称
应用程序名称：iaw2015
#必需：系统用户，以其身份运行应用程序服务器
app\u用户：app
#必需：通知电子邮件（如monit）发送到此地址
#
管理员电子邮件：“root@{full_host}”
#可选：如果未设置，您将无法访问web\u工具
#服务器（graphite、graylog、monit状态、haproxy状态等）
#网络工具用户：管理员
#网络工具密码：sekret
#必需：服务器应位于的时区
时区：美国/东部
#必需：所有实例都应关联的域
#
域名：foo.com
#可选：有关dns配置，请参阅ruber-dns.yml
#这使rubber可以使用实例别名更新动态dns服务
#和创建时的ip。它还允许设置任意
#dns记录（CNAME、MX、循环dns等）
#可选：如果存在，则从中提取配置的附加橡胶文件。此文件将
#也可以推送到位于Rubber.root/config/Rubber/Rubber-secret.yml的远程主机
#
#rubber_secret:“#{File.expand_path（'~'+'/.ec2'+（rubber.env=='production'？''：''u dev'）+'/rubber secret.yml'rescue'rubber secret.yml'}”
#可选：用于将ruber-secret.yml的内容与“ruber-util:obfuscation”混淆的加密密钥
#如果存储在这里，效果并没有那么好，但是您可以在这里使用ruby代码片段从密钥服务器或其他地方获取它
#
#橡皮密匙：“xxxyy=”
#需要所有已知的云提供商以及配置它们所需的设置
#目前只有一个可用的云提供商——Amazon Web服务
#要实现另一个，请克隆lib/rubber/cloud/aws.rb或创建fog提供程序
#以一般的方式工作
#
云计算提供商：
美国焊接学会：
#需要您要使用的AWS区域。
#
#选择包括
#亚太（东京）地区
#亚太（新加坡）地区
#亚太（悉尼）地区
#欧盟-西部-1#欧盟（爱尔兰）地区
#南美洲（圣保罗）地区
#美国东部-1#美国东部（北弗吉尼亚）地区
#美国西部-1#美国西部（北加利福尼亚）地区
#美国西部-2#美国西部（俄勒冈州）地区
#
地区：美国东部1
#需要用于访问AWS API的amazon密钥和帐户ID（仅数字，无破折号）
#
访问密钥：#myaccesskey
秘密访问密钥：#我的秘密访问密钥
账户：#我的账户
#必需：amazon密钥对的名称及其私钥的位置
#
#注意：由于某些原因，Capistrano要求您同时拥有公共和
#同一文件夹中的私钥，公钥应具有
#扩展名“.pub”。最简单的方法就是创建
#私钥中的公钥：ssh-keygen-y-f gsg-keypair>gsg-keypair.pub
#
密钥名称：gsg密钥对
key_file:“#{Dir[（file.expand_path（'~'）rescue'/root'）+'/.ec2/*'+cloud_providers.aws.key_name].first}”
#可选：需要使用ruber:bundle绑定正在运行的实例
#
#pk_文件：“#{Dir[（file.expand_path（'~'）rescue'/root'）+'/.ec2/pk-*'].first}”
#证书文件：“{Dir[（file.expand_path（'~'）rescue'/root'）+'/.ec2/cert-*'].first}”
#image_bucket:“#{app_name}-images”
#可选：需要将数据库备份到s3
#备份桶：“#{app_name}-备份”
#可选：定义要部署到的VPC。别名可以看作是一个
#唯一的橡胶专用Id。如果缺少vpc_别名和vpc_地址，则橡胶
#而是假设我们正在部署到EC2 Classic
#vpc_别名：“{app_name}{ruber.env=='production'？'production'：'development'}”
#vpc_cidr:10.0.0.0/16
#VPC通常有两个子网-一个子网用于需要
#直接internet连接（负载平衡器等），一个用于实例
#但事实并非如此（数据库服务器、应用程序服务器等）。至少，
#我们需要一个公共子网。Rubber将检测实例的私有nic
#配置，并根据需要自动创建子网。上面有任何实例吗
#公用子网将需要以下配置。也是
#需要注意的是，AWS VPC子网是特定于可用性区域的，
#这意味着您可能需要为您的应用程序指定一个可用区域
#例如。您还必须为每个子网指定不同的子网cidr
#可用性区域，因为子网不能重叠。
#私人电话：
#子网cidr:'10.0.0.0/24'
#网关：公共
#对于专用子网，您需要在中配置nat_网关实例
#公共子网，以便机器仍然可以访问外部世界进行访问
#比如软件更新。配置NAT网关后，您可以
#设置一个单独的专用子网。您还需要设置：网关
#中nat网关的完整主机名的Capistrano配置值
#以与专用子网上的实例通信。实例
#位于专用子网上的将需要以下配置
#私人电话：
#子网cidr:'10.0.1.0/24'
#网关：“#{ruber_instances.for_role（'nat_gateway'）。first.instance_id}”
#必需：用于创建实例的ami和实例类型
#Ubuntu图片在http://old.alestic.com/ 工作顺利
#Ubuntu 14.04.1可靠实例存储64位：ami-92f569fa
#
#m1.small或m1.large或m1.xlarge
图像类型：t2.micro
# REQUIRED: The name of your application
app_name: iaw2015
# REQUIRED: The system user to run your app servers as
app_user: app
# REQUIRED: Notification emails (e.g. monit) get sent to this address
#
admin_email: "root@#{full_host}"
# OPTIONAL: If not set, you won't be able to access web_tools
# server (graphite, graylog, monit status, haproxy status, etc)
# web_tools_user: admin
# web_tools_password: sekret
# REQUIRED: The timezone the server should be in
timezone: US/Eastern
# REQUIRED: the domain all the instances should be associated with
#
domain: foo.com
# OPTIONAL: See rubber-dns.yml for dns configuration
# This lets rubber update a dynamic dns service with the instance alias
# and ip when they are created. It also allows setting up arbitrary
# dns records (CNAME, MX, Round Robin DNS, etc)
# OPTIONAL: Additional rubber file to pull config from if it exists. This file will
# also be pushed to remote host at Rubber.root/config/rubber/rubber-secret.yml
#
# rubber_secret: "#{File.expand_path('~') + '/.ec2' + (Rubber.env == 'production' ? '' : '_dev') + '/rubber-secret.yml' rescue 'rubber-secret.yml'}"
# OPTIONAL: Encryption key that was used to obfuscate the contents of rubber-secret.yml with "rubber util:obfuscation"
# Not that much better when stored in here, but you could use a ruby snippet in here to fetch it from a key server or something
#
# rubber_secret_key: "XXXyyy=="
# REQUIRED All known cloud providers with the settings needed to configure them
# There's only one working cloud provider right now - Amazon Web Services
# To implement another, clone lib/rubber/cloud/aws.rb or make the fog provider
# work in a generic fashion
#
cloud_providers:
aws:
# REQUIRED The AWS region that you want to use.
#
# Options include
# ap-northeast-1 # Asia Pacific (Tokyo) Region
# ap-southeast-1 # Asia Pacific (Singapore) Region
# ap-southeast-2 # Asia Pacific (Sydney) Region
# eu-west-1 # EU (Ireland) Region
# sa-east-1 # South America (Sao Paulo) Region
# us-east-1 # US East (Northern Virginia) Region
# us-west-1 # US West (Northern California) Region
# us-west-2 # US West (Oregon) Region
#
region: us-east-1
# REQUIRED The amazon keys and account ID (digits only, no dashes) used to access the AWS API
#
access_key: #myaccesskey
secret_access_key: #Mysecretaccesskey
account: #myaccount
# REQUIRED: The name of the amazon keypair and location of its private key
#
# NOTE: for some reason Capistrano requires you to have both the public and
# the private key in the same folder, the public key should have the
# extension ".pub". The easiest way to get your hand on this is to create the
# public key from the private key: ssh-keygen -y -f gsg-keypair > gsg-keypair.pub
#
key_name: gsg-keypair
key_file: "#{Dir[(File.expand_path('~') rescue '/root') + '/.ec2/*' + cloud_providers.aws.key_name].first}"
# OPTIONAL: Needed for bundling a running instance using rubber:bundle
#
# pk_file: "#{Dir[(File.expand_path('~') rescue '/root') + '/.ec2/pk-*'].first}"
# cert_file: "#{Dir[(File.expand_path('~') rescue '/root') + '/.ec2/cert-*'].first}"
# image_bucket: "#{app_name}-images"
# OPTIONAL: Needed for backing up database to s3
# backup_bucket: "#{app_name}-backups"
# OPTIONAL: Define a VPC to deploy to. The alias can be thought of as a
# unique Rubber-specific Id. If vpc_alias and vpc_addr are absent, Rubber
# will instead assume we're deploying to EC2 Classic
# vpc_alias: "#{app_name}_#{Rubber.env == 'production' ? 'production' : 'development'}"
# vpc_cidr: 10.0.0.0/16
# VPCs will typically have two subnets - one for instances that need a
# direct internet connection (load balancers, etc.), and one for instances
# that don't (database servers, app servers, etc.). At the very least,
# we'll need a public subnet. Rubber will detect the instance's private_nic
# configuration, and auto-create a subnet if appropriate. Any instances on
# the public subnet will need the following configuration. It is also
# important to note that AWS VPC Subnets are availability zone-specific,
# meaning you probably want to specify an availability zone for your
# instance. You will also have to specify a different subnet_cidr for each
# availability zone, since subnets cannot overlap.
# private_nic:
# subnet_cidr: '10.0.0.0/24'
# gateway: public
# For a private subnet, you will need to configure a nat_gateway instance in
# the public subnet so that machines can still reach the outside world for
# things like software updates. After configuring a NAT gateway, you can
# set up a separate private subnet. You will also need to set your :gateway
# Capistrano configuration value to the full hostname of the nat gateway in
# order to communicate with instances on private subnets. Instances which
# are on a private subnet will need the following configuration
# private_nic:
# subnet_cidr: '10.0.1.0/24'
# gateway: "#{rubber_instances.for_role('nat_gateway').first.instance_id}"
# REQUIRED: the ami and instance type for creating instances
# The Ubuntu images at http://old.alestic.com/ work well
# Ubuntu 14.04.1 Trusty instance-store 64-bit: ami-92f569fa
#
# m1.small or m1.large or m1.xlarge
image_type: t2.micro
image_id: ami-60b6c60a
# OPTIONAL: Provide fog-specific options directly. This should only be used if you need a special setting that
# Rubber does not directly expose. Since these settings will be passed directly through to fog, we can't make any
# guarantee about how they work (if fog renames an attribute, e.g., your config will break). Please see the fog
# source code for the option names.
# fog_options:
# EBS I/O optimized instance
# EBS-optimized instances deliver dedicated throughput between Amazon EC2 and Amazon EBS, with options
# between 500 Mbps and 1000 Mbps depending on the instance type used.
# Read more and make sure that your image_type supports ebs_optimized function at: http://aws.amazon.com/ec2/instance-types/
# ebs_optimized: false
# OPTIONAL: EC2 spot instance request support.
#
# Enables the creation of spot instance requests. Rubber will wait synchronously until the request is fulfilled,
# at which point it will begin initializing the instance, unless spot_instance_request_timeout is set.
# spot_instance: true
#
# The maximum price you would like to pay for your spot instance.
# spot_price: "0.085"
#
# If a spot instance request can't be fulfilled in 3 minutes, fallback to on-demand instance creation. If not set,
# the default is infinite.
# spot_instance_request_timeout: 180
digital_ocean:
# REQUIRED: The Digital Ocean region that you want to use.
#
# Options include
# New York 1
# Amsterdam 1
# San Francisco 1
# New York 2
# Amsterdam 2
# Singapore 1
#
# These change often. Check https://www.digitalocean.com/droplets/new for the most up to date options.
# Default to New York 2 since this is the only region that currently supports private networking
region: New York 2
# REQUIRED: The image name and type for creating instances.
image_id: 14.04 x64
image_type: 512MB
# Optionally enable private networking for your instances.
# This is currently only supported in New York 2.
private_networking: true
# Use an alternate cloud provider supported by fog. This doesn't fully work
# yet due to differences in providers within fog, but gives you a starting
# point for contributing a new provider to rubber. See rubber/lib/rubber/cloud(.rb)
fog:
credentials:
provider: rackspace
rackspace_api_key: 'XXX'
rackspace_username: 'YYY'
image_type: 123
image_id: 123
# REQUIRED the cloud provider to use
#
cloud_provider: aws
# OPTIONAL: Where to store instance data.
#
# Allowed forms are:
# filesystem: "file:#{Rubber.root}/config/rubber/instance-#{Rubber.env}.yml"
# cloud storage (s3): "storage:#{cloud_providers.aws.backup_bucket}/RubberInstances_#{app_name}/instance-#{Rubber.env}.yml"
# cloud table (simpledb): "table:RubberInstances_#{app_name}_#{Rubber.env}"
#
# If you need to port between forms, load the rails console then:
# Rubber.instances.save(location)
# where location is one of the allowed forms for this variable
#
# instance_storage: "file:#{Rubber.root}/config/rubber/instance-#{Rubber.env}.yml"
# OPTIONAL: Where to store a backup of the instance data
#
# This is most useful when using a remote store in case you end up
# wiping the single copy of your instance data. When using the file
# store, the instance file is typically under version control with
# your project code, so that provides some safety.
#
# instance_storage_backup: "storage:#{cloud_providers.aws.backup_bucket}/RubberInstances_#{app_name}/instance-#{Rubber.env}-#{Time.now.strftime('%Y%m%d-%H%M%S')}.yml"
# OPTIONAL: Default ports for security groups
web_port: 80
web_ssl_port: 443
web_tools_port: 8080
web_tools_ssl_port: 8443
# OPTIONAL: Define security groups
# Each security group is a name associated with a sequence of maps where the
# keys are the parameters to the ec2 AuthorizeSecurityGroupIngress API
# source_security_group_name, source_security_group_owner_id
# ip_protocol, from_port, to_port, cidr_ip
# If you want to use a source_group outside of this project, add "external_group: true"
# to prevent group_isolation from mangling its name, e.g. to give access to graphite
# server to other projects
#
# security_groups:
# graphite_server:
# description: The graphite_server security group to allow projects to send graphite data
# rules:
# - source_group_name: yourappname_production_collectd
# source_group_account: 123456
# external_group: true
# protocol: tcp
# from_port: "#{graphite_server_port}"
# to_port: "#{graphite_server_port}"
#
security_groups:
default:
description: The default security group
rules:
- source_group_name: default
source_group_account: "#{cloud_providers.aws.account}"
- protocol: tcp
from_port: 22
to_port: 22
source_ips: [0.0.0.0/0]
web:
description: "To open up port #{web_port}/#{web_ssl_port} for http server on web role"
rules:
- protocol: tcp
from_port: "#{web_port}"
to_port: "#{web_port}"
source_ips: [0.0.0.0/0]
- protocol: tcp
from_port: "#{web_ssl_port}"
to_port: "#{web_ssl_port}"
source_ips: [0.0.0.0/0]
web_tools:
description: "To open up port #{web_tools_port}/#{web_tools_ssl_port} for internal/tools http server"
rules:
- protocol: tcp
from_port: "#{web_tools_port}"
to_port: "#{web_tools_port}"
source_ips: [0.0.0.0/0]
- protocol: tcp
from_port: "#{web_tools_ssl_port}"
to_port: "#{web_tools_ssl_port}"
source_ips: [0.0.0.0/0]
# OPTIONAL: The default security groups to create instances with
assigned_security_groups: [default]
roles:
web:
assigned_security_groups: [web]
web_tools:
assigned_security_groups: [web_tools]
# OPTIONAL: Automatically create security groups for each host and role
# EC2 Classic doesn't allow one to change what groups an instance belongs to after
# creation, so it's good to have some empty ones predefined. EC2 with VPC, however,
# does allow changing security groups after instance creation and allows far fewer
# security groups per instance, so you shouldn't enable this setting if using VPC.
auto_security_groups: false
# OPTIONAL: Automatically isolate security groups for each appname/environment
# by mangling their names to be appname_env_groupname
# This makes it safer to have staging and production coexist on the same EC2
# account, or even multiple apps. NB: due to the security group limits per instance
# in EC2 with VPCs, this option should only be enabled if you're using EC2 Classic.
isolate_security_groups: false
# OPTIONAL: Prompts one to sync security group rules when the ones in amazon
# differ from those in rubber
prompt_for_security_group_sync: true
# OPTIONAL: A list of CIDR address blocks that represent private networks for your cluster.
# Set this to open up wide access to hosts in your network. Consequently, setting the CIDR block
# to anything other than a private, unroutable block would be a massive security hole.
private_networks: [10.0.0.0/8]
# OPTIONAL: The packages to install on all instances
# You can install a specific version of a package by using a sub-array of pkg, version
# For example, packages: [[rake, 0.7.1], irb]
packages: [postfix, build-essential, git-core, libxslt-dev, ntp]
# OPTIONAL: The package manager mirror to use for installation of primary packages (i.e., those not explicitly
# sourced from a different repository). If not specified, whatever mirror configured by your server image
# will be used.
#
# Note that Ubuntu has a special URL that can be used to auto-select the mirror based upon geoip. To use
# it, specify 'mirror://mirrors.ubuntu.com/mirrors.txt' as the value.
# package_manager_mirror: 'mirror://mirrors.ubuntu.com/mirrors.txt'
# OPTIONAL: The command used to identify your particular OS version. This will be used for configurations
# in Rubber templates that are parameterized by OS version (e.g., package lists). If not specified, Ubuntu
# will be assumed.
os_version_cmd: 'lsb_release -sr'
# OPTIONAL: gem sources to setup for rubygems
# gemsources: ["https://rubygems.org"]
# OPTIONAL: The gems to install on all instances
# You can install a specific version of a gem by using a sub-array of gem, version
# For example, gem: [[rails, 4.2.1], bundler]
gems: [bundler, [rubber, "#{Rubber.version}"]]
# OPTIONAL: A string prepended to shell command strings that cause multi
# statement shell commands to fail fast. You may need to comment this out
# on some platforms, but it works for me on linux/osx with a bash shell
#
stop_on_error_cmd: "function error_exit { exit 99; }; trap error_exit ERR"
# OPTIONAL: The default set of roles to use when creating a staging instance
# with "cap rubber:create_staging". By default this uses all the known roles,
# excluding slave roles, but this is not always desired for staging, so you can
# specify a different set here
#
# staging_roles: "web,app,db:primary=true"
# Auto detect staging roles
staging_roles: "#{known_roles.reject {|r| r =~ /slave/ || r =~ /^db$/ }.join(',')}"
# OPTIONAL: Lets one assign amazon elastic IPs (static IPs) to your instances
# You should typically set this on the role/host level rather than
# globally , unless you really do want all instances to have a
# static IP
#
# use_static_ip: true
# OPTIONAL: Specifies an instance to be created in the given availability zone
# Availability zones are sepcified by amazon to be somewhat isolated
# from each other so that hardware failures in one zone shouldn't
# affect instances in another. As such, it is good to specify these
# for instances that need to be redundant to reduce your chance of
# downtime. You should typically set this on the role/host level
# rather than globally. Use cap rubber:describe_zones to see the list
# of zones
# availability_zone: us-east-1a
# OPTIONAL: If you want to use Elastic Block Store (EBS) persistent
# volumes, add them to host specific overrides and they will get created
# and assigned to the instance. On initial creation, the volume will get
# attached _and_ formatted, but if your host disappears and you recreate
# it, the volume will only get remounted thereby preserving your data
#
# hosts:
# my_host:
# availability_zone: us-east-1a
# volumes:
# - size: 100 # size of vol in GBs
# zone: us-east-1a # zone to create volume in, needs to match host's zone
# device: /dev/sdh # OS device to attach volume to
# mount: /mnt/mysql # The directory to mount this volume to
# filesystem: ext4 # the filesystem to create on volume
#
# # OPTIONAL: Provide fog-specific options directly. This should only be used if you need a special setting that
# # Rubber does not directly expose. Since these settings will be passed directly through to fog, we can't make any
# # guarantee about how they work (if fog renames an attribute, e.g., your config will break). Please see the fog
# # source code for the option names.
# fog_options:
# type: gp2 # type of volume, standard (EBS magnetic), io1 (provisioned IOPS - SSD), or gp2 (general purpose - SSD).
# iops: 500 # The number of I/O operations per second (IOPS) that the volume supports.
# # Required when the volume type is io1; not used with non-provisioned IOPS volumes.
# - size: 10
# zone: us-east-1a
# device: /dev/sdi
# mount: /mnt/logs
# filesystem: ext4
# fog_options:
# type: io1
# iops: 500
#
# # volumes without mount/filesystem can be used in raid arrays
#
# - size: 50
# zone: us-east-1a
# device: /dev/sdx
# fog_options:
# type: gp2
# iops: 500
# - size: 50
# zone: us-east-1a
# device: /dev/sdy
# fog_options:
# type: gp2
# iops: 500
#
# # Use some ephemeral volumes for raid array
# local_volumes:
# - partition_device: /dev/sdb
# zero: false # zeros out disk for improved performance
# - partition_device: /dev/sdc
# zero: false # zeros out disk for improved performance
#
# # for raid array, you'll need to add mdadm to packages. Likewise,
# # xfsprogs is needed for xfs filesystem support
# #
# packages: [xfsprogs, mdadm]
# raid_volumes:
# - device: /dev/md0 # OS device to to create raid array on
# mount: /mnt/fast # The directory to mount this array to
# mount_opts: 'nobootwait' # Recent Ubuntu versions require this flag or SSH will not start on reboot
# filesystem: xfs # the filesystem to create on array
# filesystem_opts: -f # the filesystem opts in mkfs
# raid_level: 0 # the raid level to use for the array
# # if you're using Ubuntu 11.x or later (Natty, Oneiric, Precise, etc)
# # you will want to specify the source devices in their /dev/xvd format
# # see https://bugs.launchpad.net/ubuntu/+source/linux/+bug/684875 for
# # more information.
# # NOTE: Only make this change for raid source_devices, NOT generic
# # volume commands above.
# source_devices: [/dev/sdx, /dev/sdy] # the source EBS devices we are creating raid array from (Ubuntu Lucid or older)
# source_devices: [/dev/xvdx, /dev/xvdy] # the source EBS devices we are creating raid array from (Ubuntu Natty or newer)
#
# # for LVM volumes, you'll need to add lvm2 to packages. Likewise,
# # xfsprogs is needed for xfs filesystem support
# packages: [xfsprogs, lvm2]
# lvm_volume_groups:
# - name: vg # The volume group name
# physical_volumes: [/dev/sdx, /dev/sdy] # Devices used for LVM group (you can use just one, but you can't stripe then)
# extent_size: 32 # Size of the volume extent in MB
# volumes:
# - name: lv # Name of the logical volume
# size: 999.9 # Size of volume in GB (slightly less than sum of all physical volumes because LVM reserves some space)
# stripes: 2 # Count of stripes for volume
# filesystem: xfs # The filesystem to create on the logical volume
# filesystem_opts: -f # the filesystem opts in mkfs
# mount: /mnt/large_work_dir # The directory to mount this LVM volume to
# OPTIONAL: You can also define your own variables here for use when
# transforming config files, and they will be available in your config
# templates as <%%= rubber_env.var_name %>
#
# var_name: var_value
# All variables can also be overridden on the role, environment and/or host level by creating
# a sub level to the config under roles, environments and hosts. The precedence is host, environment, role
# e.g. to install mysql only on db role, and awstats only on web01:
# OPTIONAL: Role specific overrides
# roles:
# somerole:
# packages: []
# somerole2:
# myconfig: someval
# OPTIONAL: Environment specific overrides
# environments:
# staging:
# myconfig: otherval
# production:
# myconfig: val
# OPTIONAL: Host specific overrides
# hosts:
# somehost:
# packages: []