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之前苦于没有物理服务器，一直在虚拟机上小打小闹Cf，现在终于有了物理服务器，而且已经掌握了OpenStack的各个功能点，终于可以试一下了。本文基于OpenStack IceHouse 版本，使用Neutron网络搭建cf-183 版本，在网上查找资料，很少有使用neutron网络搭建的，目前也是使用了两个HM，解决了healthmanager 单点的问题，但是nats仍然是单点部署，但是参考官方文档的说法，nats很稳定，nats所在的虚拟机挂掉，可以由bosh 恢复。
1、部署完成OpenStack icehouse 版本 网络模式;neutron+ovs+vlan,卷存储 ceph，基于OpenStack部署CloudFoundry时，OpenStack必须具有卷存储。
2、 OpenStack安装完以后，进行以下准备工作：
创建名称为cfkey的密钥对并下载备用，名称可随意，后边配置中会使用到。
新增或修改原有的3条Flavor，要求如下：
4、调整OpenStack Project的Quotas限制
5、创建CloudFoundry使用的内部网络
注意：由于cloudfoundry 需要dns服务器，在创建该网络时，需要配置内部的dns 服务器地址，该场景使用的内部dns服务器地址：
6、创建路由器，使用该路由器，连接外部网络与net04
7、命令行修改cinder 配额
cinder quota-update tenant_id --volumes 500 // tenant_id为admin租户的id（使用 keystone tenant-list 获取）
重启cinder 服务：
cd /etc/init.d/; for i in $( ls cinder-* ); do sudo service $i restart; done
在OpenStack 创建一个虚拟机，本文采用ubuntu 12.04 64 bits 系统
1、安装ruby 运行环境
root@boshcli:~# curl -L https://get.rvm.io | bash -s stable
Rvm安装完毕后重新开启命令行窗口，以确保载入Rvm环境，然后安装Ruby，要求1.9.3以上版本，本环境中使用ruby-1.9.3-p484
root@boshcli:~# rvm install 1.9.3
为了减少安装时间，替换gem源为淘宝gem 源
root@boshcli:~#gem sources --remove https://rubygems.org/
root@boshcli:~#gem sources -a https://ruby.taobao.org/
root@boshcli:~#gem sources -l
2、安装必需的软件
root@boshcli:~# apt-get install git libxslt-dev libxml2-dev libmysql-ruby libmysqlclient-dev libpq-dev
3、安装Bosh Cli
gem install bosh_cli_plugin_micro --pre
该过程需要下载一批gem包，需要等待一段时间，安装完成，验证bosh cli 版本
root@boshcli:~# bosh --version
BOSH 1.2710.0
4、安装fog组件 验证openstack 环境
4.1 在root目录创建.fog文件，增加以下内容
:openstack:
:openstack_auth_url: http://10.110.13.32:5000/v2.0/tokens //
:openstack_api_key: 123456a? //openstack admin 用户密码
:openstack_username: admin // openstack admin 用户
:openstack_tenant: admin //租户名称
4.2 安装fog
root@boshcli:~# gem install fog
4.3 载入fog 的openstack 模式
root@boshcli:~# root#fog openstack
测试是否允许成功；
root@boshcli:~# Compute[:openstack].servers // 能够返回服务器信息
1、下载Micro Bosh Stemcell
root@boshcli:~# mkdir -p ~/bosh-workspace/stemcells
root@boshcli:~# cd ~/bosh-workspace/stemcells
root@boshcli:~# wget http://bosh-jenkins-artifacts.s3.amazonaws.com/bosh-stemcell/openstack/bosh-stemcell-2917.2-openstack-kvm-ubuntu.tgz
(可以使用其他工具将bosh-stemcell-2917.2-openstack-kvm-ubuntu.tgz 下载，再放入该目录)
2、创建部署Micro Bosh的Manifest文件
root@boshcli:~# mkdir -p ~/bosh-workspace/deployments/microbosh-openstack
root@boshcli:~# cd ~/bosh-workspace/deployments/microbosh-openstack
root@boshcli:~# vi micro_bosh.yml
配置内容：
---
name: microbosh-openstack
logging:
level: DEBUG
network:
type: dynamic
vip: 10.110.13.32 # Floating IP
cloud_properties:
net_id: 0bb4ff64-4413-41a9-9c3b-b93d7b6f6db1
resources:
persistent_disk: 16384
cloud_properties:
instance_type: cf.medium
cloud:
plugin: openstack
properties:
openstack:
auth_url: http://10.110.13.2:5000/v2.0
username: cloudfoundry # openstack username
api_key: 123456a? # openstack api_key
tenant: cloudfoundry # openstack tenant
default_security_groups: ["default"] # using default security groups
default_key_name: vkey # key name as cf created earlier
private_key: ~/vkey.pem # pem file by uploading yourself
apply_spec:
properties:
director:
max_threads: 3
hm:
resurrector_enabled: true
ntp:
- 0.north-america.pool.ntp.org
- 1.north-america.pool.ntp.org
3、部署Micro Bosh
设置Micro Bosh 部署文件：
root@boshcli:~# cd ~/bosh-workspace/deployments
root@boshcli:~/bosh-workspace/deployments# bosh micro deployment microbosh-openstack
使用上边下载好的Stemcell部署Micro Bosh：
root@boshcli:~/bosh-workspace/deployments# bosh micro deploy ~/bosh-workspace/stemcells/bosh-stemcell-2917.2-openstack-kvm-ubuntu.tgz
部署成功提示bosh target切换信息：
4、登陆到Micro bosh 的director并创建账号
Target到Micro Bosh的director
root@boshcli:~/bosh-workspace/deployments#bosh target https://10.110.13.32:25555
初始账号：admin/admin
root@boshcli:~/bosh-workspace/deployments# bosh login
Your username: admin
Enter password: *****
Logged in as `admin‘
查看bosh状态
root@boshcli:~# bosh status资源准备：部署bosh，需要8个虚拟机部署bosh的8个组件，（部署过程中，发现每个组件必须部署到单独的虚拟机中，需要准备8个内网IP，两个浮动IP）
1、上传Bosh Stemcell到Micro Bosh中
root@boshcli:~/bosh-workspace/stemcells# bosh target https://10.110.13.32:25555
root@boshcli:~/bosh-workspace/stemcells# bosh login
root@boshcli:~/bosh-workspace/stemcells# bosh upload stemcell bosh-stemcell-2917.2-openstack-kvm-ubuntu.tgz
2、下载Bosh Release代码并打包
root@boshcli:~# cd ~/bosh-workspace
root@boshcli:~# git clone https://github.com/cloudfoundry/bosh.git
root@boshcli:~# bundle install --local //如果失败，可以执行 bundle install （如果使用已经存在的bosh release，可以不用执行这一步）
root@boshcli:bundle exec rake release:create_dev_release
3、上传Bosh Release 到micro bosh 中
root@boshcli:~/bosh-workspace# bosh upload release ~/bosh-workspace/bosh/release/dev_releases/bosh/bosh-105+dev.1.yml
（如果使用已经存在的bosh，使用命令 root@boshcli:~#bosh upload release ~/bosh-workspace/bosh/release/releases/bosh-99.yml ）
4、确认已经上传的stemcell和release
root@boshcli:~# bosh stemcells
5、创建部署Bosh的Manifest文件
root@boshcli:~# mkdir -p ~/bosh-workspace/deployments/bosh-openstack
root@boshcli:~# cd ~/bosh-workspace/deployments/bosh-openstack
root@bosh-cli:~# cp ~/bosh-workspace/bosh/release/examples/bosh-openstack-manual.yml bosh-openstack.yml
6、修改bosh-openstack.yml
---
name: bosh-openstack
director_uuid: b9c17bd2-2e53-452f-a8e2-a6bfe391aca5 # CHANGE
release:
name: bosh
version: 99
compilation:
workers: 2
network: default
reuse_compilation_vms: true
cloud_properties:
instance_type: cf.small # CHANGE
update:
canaries: 1
canary_watch_time: 3000-120000
update_watch_time: 3000-120000
max_in_flight: 4
networks:
- name: floating
type: vip
cloud_properties: {}
- name: default
type: manual
subnets:
- name: private
range: 171.71.71.0/24 # CHANGE
gateway: 171.71.71.1 # CHANGE
reserved:
- 171.71.71.2 - 171.71.71.60 # CHANGE
static:
- 171.71.71.61 - 171.71.71.100 # CHANGE
cloud_properties:
net_id: 0bb4ff64-4413-41a9-9c3b-b93d7b6f6db1 # CHANGE
resource_pools:
- name: common
network: default
size: 8
stemcell:
name: bosh-openstack-kvm-ubuntu-trusty-go_agent
version: 2719.2
cloud_properties:
instance_type: cf.small # CHANGE
jobs:
- name: nats
template: nats
instances: 1
resource_pool: common
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.62 # CHANGE
- name: redis
template: redis
instances: 1
resource_pool: common
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.63 # CHANGE
- name: postgres
template: postgres
instances: 1
resource_pool: common
persistent_disk: 16384
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.68 # CHANGE
- name: powerdns
template: powerdns
instances: 1
resource_pool: common
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.64 # CHANGE
- name: blobstore
template: blobstore
instances: 1
resource_pool: common
persistent_disk: 51200
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.65 # CHANGE
- name: director
template: director
instances: 1
resource_pool: common
persistent_disk: 16384
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.69 # CHANGE
- name: floating
static_ips:
- 10.110.13.35 # CHANGE
- name: registry
template: registry
instances: 1
resource_pool: common
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.66 # CHANGE
- name: health_monitor
template: health_monitor
instances: 1
resource_pool: common
networks:
- name: default
default: [dns, gateway]
static_ips:
- 171.71.71.67 # CHANGE
properties:
nats:
address: 171.71.71.62 # CHANGE
user: nats
password: c1oudc0w
redis:
address: 171.71.71.63 # CHANGE
password: redis
postgres: &bosh_db
host: 171.71.71.68 # CHANGE
user: postgres
password: postgres
database: bosh
dns:
address: 171.71.71.64 # CHANGE
db: *bosh_db
recursor: 10.110.13.36 # CHANGE
blobstore:
address: 171.71.71.65 # CHANGE
agent:
user: agent
password: agent
director:
user: director
password: director
director:
name: bosh
address: 171.71.71.69 # CHANGE
db: *bosh_db
registry:
address: 171.71.71.66 # CHANGE
db: *bosh_db
http:
user: registry
password: registry
hm:
http:
user: hm
password: hm
director_account:
user: admin
password: admin
resurrector_enabled: true
ntp:
- 0.north-america.pool.ntp.org
- 1.north-america.pool.ntp.org
openstack:
auth_url: http://10.110.13.2:5000/v2.0 # CHANGE
username: cloudfoundry # CHANGE
api_key: 123456a? # CHANGE
tenant: cloudfoundry # CHANGE
default_security_groups: ["default"] # CHANGE
default_key_name: vkey # CHANGE
6、部署bosh
root@boshcli:~/bosh-workspace/deployments# bosh deployment ~/bosh-workspace/deployments/bosh-openstack/bosh-openstack.yml
root@boshcli:~/bosh-workspace/deployments# bosh deploy
1、依次执行以下命令从GitHub获取并更新代码
root@boshcli:~# mkdir -p ~/src/cloudfoundry
root@boshcli:~# cd ~/src/cloudfoundry
root@boshcli:~/src/cloudfoundry# git clone -b release-candidate https://github.com/cloudfoundry/cf-release.git
root@boshcli:~/src/cloudfoundry# cd cf-release
root@boshcli:~/src/cloudfoundry/cf-release# ./update
2、制作cloudfoundry release 包：
root@boshcli:~/src/cloudfoundry/cf-release# bosh create release --force
该命令式获取最新的CloudFoundry 源码，也可以使用已经经过测试的发布版本，命令行操作：
root@boshcli:~/src/cloudfoundry/cf-release# bosh create release --force
使用已经经过测试的发布版本，命令行操作:
root@boshcli:~/src/cloudfoundry/cf-release# bosh create release releases/cf-183.yml
最终会在releases目录下生成一个tgz的压缩包例如cf-183.tgz
注意：上述操作，非常耗时，也容易出现响应超时的问题。目前可以采用github社区提供的release包，cf-183版本的下载地址：
https://community-shared-boshreleases.s3.amazonaws.com/boshrelease-cf-183.tgz
3、连接director，上传CloudFoundry bosh release 包和stemcell包
root@boshcli:~/src/cloudfoundry/cf-release# bosh target https://10.110.13.32:25555
root@boshcli:~/src/cloudfoundry/cf-release# bosh login
root@boshcli:~/src/cloudfoundry/cf-release# bosh upload stemcell ~/bosh-workspace/stemcells/bosh-stemcell-2917.2-openstack-kvm-ubuntu.tgz
root@boshcli:~/src/cloudfoundry/cf-release# bosh upload release releases/cf-183.tgz
检查是否上传成功：
root@boshcli:~# bosh releases
root@boshcli:~# bosh stemcells
该stemcell 的登录用户名密码 root/c1oudc0w
4、创建部署CloudFoundry需要的创建Manifest文件
root@boshcli:~/src/cloudfoundry/cf-release# cd ~/bosh-workspace/deployments/
root@boshcli:~/bosh-workspace/deployments# vi cf-183.yml
5、部署：
root@boshcli:~/bosh-workspace/deployments# bosh deployment cf-183.yml
root@boshcli:~/bosh-workspace/deployments# bosh deploy
6、部署成功
该环境使用的cf-183.yml
<%
director_uuid = ‘b9c17bd2-2e53-452f-a8e2-a6bfe391aca5‘
root_domain = "inspurapp.com"
deployment_name = ‘cf‘
cf_release = ‘183‘
protocol = ‘http‘
common_password = ‘c1oudc0w‘
%>
---
name: <%= deployment_name %>
director_uuid: <%= director_uuid %>
releases:
- name: cf
version: <%= cf_release %>
compilation:
workers: 2
network: shared
reuse_compilation_vms: true
cloud_properties:
instance_type: cf.small
update:
canaries: 0
canary_watch_time: 30000-600000
update_watch_time: 30000-600000
max_in_flight: 32
serial: false
networks:
- name: shared
type: dynamic
cloud_properties:
net_id: 0bb4ff64-4413-41a9-9c3b-b93d7b6f6db1
security_groups:
- default
- name: floating
type: vip
cloud_properties: {}
resource_pools:
- name: common
network: shared
size: 13
stemcell:
name: bosh-openstack-kvm-ubuntu-trusty-go_agent
version: 2719.2
cloud_properties:
instance_type: cf.small
- name: meidium
network: shared
size: 2
stemcell:
name: bosh-openstack-kvm-ubuntu-trusty-go_agent
version: 2719.2
cloud_properties:
instance_type: cf.medium
- name: large
network: shared
size: 2
stemcell:
name: bosh-openstack-kvm-ubuntu-trusty-go_agent
version: 2719.2
cloud_properties:
instance_type: cf.big
jobs:
- name: nats
templates:
- name: nats
- name: nats_stream_forwarder
instances: 1
resource_pool: common
networks:
- name: shared
shared: [dns, gateway]
- name: health_manager
templates:
- name: hm9000
instances: 2
resource_pool: common
networks:
- name: shared
shared: [dns, gateway]
- name: etcd
templates:
- name: etcd
instances: 1
resource_pool: common
networks:
- name: shared
shared: [dns, gateway]
- name: syslog_aggregator
templates:
- name: syslog_aggregator
instances: 1
resource_pool: common
persistent_disk: 40960
networks:
- name: shared
shared: [dns, gateway]
- name: nfs_server
templates:
- name: debian_nfs_server
instances: 1
resource_pool: common
persistent_disk: 40960
networks:
- name: shared
shared: [dns, gateway]
- name: postgres
templates:
- name: postgres
instances: 1
resource_pool: common
persistent_disk: 40960
networks:
- name: shared
shared: [dns, gateway]
properties:
db: databases
- name: loggregator
templates:
- name: loggregator
instances: 1
resource_pool: common
networks:
- name: shared
shared: [dns, gateway]
- name: trafficcontroller
templates:
- name: loggregator_trafficcontroller
instances: 1
resource_pool: common
networks:
- name: shared
shared: [dns, gateway]
- name: cloud_controller
templates:
- name: cloud_controller_ng
instances: 2
resource_pool: common
networks:
- name: shared
shared: [dns, gateway]
properties:
db: ccdb
- name: uaa
templates:
- name: uaa
instances: 2
resource_pool: common
networks:
- name: shared
shared: [dns, gateway]
- name: dea
templates:
- name: dea_logging_agent
- name: dea_next
instances: 2
resource_pool: large
networks:
- name: shared
shared: [dns, gateway]
- name: router
templates:
- name: gorouter
instances: 2
resource_pool: meidium
networks:
- name: shared
shared: [dns, gateway]
properties:
metron_agent:
zone: nova
properties:
domain: <%= root_domain %>
system_domain: <%= root_domain %>
system_domain_organization: ‘admin‘
app_domains:
- <%= root_domain %>
haproxy: {}
networks:
apps: shared
nats:
user: nats
password: <%= common_password %>
address: 0.nats.shared.<%= deployment_name %>.microbosh
port: 4222
machines:
- 0.nats.shared.<%= deployment_name %>.microbosh
syslog_aggregator:
address: 0.syslog-aggregator.shared.<%= deployment_name %>.microbosh
port: 54321
nfs_server:
address: 0.nfs-server.shared.<%= deployment_name %>.microbosh
network: "*.<%= deployment_name %>.microbosh"
allow_from_entries:
- 171.71.71.0/24
debian_nfs_server:
no_root_squash: true
loggregator_endpoint:
shared_secret: <%= common_password %>
host: 0.trafficcontroller.shared.<%= deployment_name %>.microbosh
loggregator:
zone: nova
servers:
zone:
- 0.loggregator.shared.<%= deployment_name %>.microbosh
traffic_controller:
zone: ‘nova‘
logger_endpoint:
use_ssl: <%= protocol == ‘https‘ %>
port: 80
ssl:
skip_cert_verify: true
router:
endpoint_timeout: 60
status:
port: 8080
user: gorouter
password: <%= common_password %>
servers:
z1:
- 0.router.shared.<%= deployment_name %>.microbosh
z2:
- 1.router.shared.<%= deployment_name %>.microbosh
etcd:
machines:
- 0.etcd.shared.<%= deployment_name %>.microbosh
dea: &dea
disk_mb: 40960
disk_overcommit_factor: 2
memory_mb: 8192
memory_overcommit_factor: 1
directory_server_protocol: <%= protocol %>
mtu: 1460
deny_networks:
- 169.254.0.0/16 # Google Metadata endpoint
dea_next: *dea
metron_agent:
zone: nova
metron_endpoint:
zone: nova
shared_secret: <%= common_password %>
disk_quota_enabled: true
dea_logging_agent:
status:
user: admin
password: <%= common_password %>
databases: &databases
db_scheme: postgres
address: 0.postgres.shared.<%= deployment_name %>.microbosh
port: 5524
roles:
- tag: admin
name: ccadmin
password: <%= common_password %>
- tag: admin
name: uaaadmin
password: <%= common_password %>
databases:
- tag: cc
name: ccdb
citext: true
- tag: uaa
name: uaadb
citext: true
ccdb: &ccdb
db_scheme: postgres
address: 0.postgres.shared.<%= deployment_name %>.microbosh
port: 5524
roles:
- tag: admin
name: ccadmin
password: <%= common_password %>
databases:
- tag: cc
name: ccdb
citext: true
ccdb_ng: *ccdb
uaadb:
db_scheme: postgresql
address: 0.postgres.shared.<%= deployment_name %>.microbosh
port: 5524
roles:
- tag: admin
name: uaaadmin
password: <%= common_password %>
databases:
- tag: uaa
name: uaadb
citext: true
cc: &cc
security_group_definitions : []
default_running_security_groups : []
default_staging_security_groups : []
srv_api_uri: <%= protocol %>://api.<%= root_domain %>
jobs:
local:
number_of_workers: 2
generic:
number_of_workers: 2
global:
timeout_in_seconds: 14400
app_bits_packer:
timeout_in_seconds: null
app_events_cleanup:
timeout_in_seconds: null
app_usage_events_cleanup:
timeout_in_seconds: null
blobstore_delete:
timeout_in_seconds: null
blobstore_upload:
timeout_in_seconds: null
droplet_deletion:
timeout_in_seconds: null
droplet_upload:
timeout_in_seconds: null
model_deletion:
timeout_in_seconds: null
bulk_api_password: <%= common_password %>
staging_upload_user: upload
staging_upload_password: <%= common_password %>
quota_definitions:
default:
memory_limit: 10240
total_services: 100
non_basic_services_allowed: true
total_routes: 1000
trial_db_allowed: true
resource_pool:
resource_directory_key: cloudfoundry-resources
fog_connection:
provider: Local
local_root: /var/vcap/nfs/shared
packages:
app_package_directory_key: cloudfoundry-packages
fog_connection:
provider: Local
local_root: /var/vcap/nfs/shared
droplets:
droplet_directory_key: cloudfoundry-droplets
fog_connection:
provider: Local
local_root: /var/vcap/nfs/shared
buildpacks:
buildpack_directory_key: cloudfoundry-buildpacks
fog_connection:
provider: Local
local_root: /var/vcap/nfs/shared
install_buildpacks:
- name: java_buildpack
package: buildpack_java_offline
- name: ruby_buildpack
package: buildpack_ruby
- name: nodejs_buildpack
package: buildpack_nodejs
- name: go_buildpack
package: buildpack_go
- name: php_buildpack
package: buildpack_php
- name: buildpack_python
package: buildpack_python
db_encryption_key: <%= common_password %>
hm9000_noop: false
diego: false
newrelic:
license_key: null
environment_name: <%= deployment_name %>
ccng: *cc
login:
enabled: false
uaa:
url: <%= protocol %>://uaa.<%= root_domain %>
no_ssl: <%= protocol == ‘http‘ %>
cc:
client_secret: <%= common_password %>
admin:
client_secret: <%= common_password %>
batch:
username: batch
password: <%= common_password %>
clients:
cf:
override: true
authorized-grant-types: password,implicit,refresh_token
authorities: uaa.none
scope: cloud_controller.read,cloud_controller.write,openid,password.write,cloud_controller.admin,scim.read,scim.write
access-token-validity: 7200
refresh-token-validity: 1209600
admin:
secret: <%= common_password %>
authorized-grant-types: client_credentials
authorities: clients.read,clients.write,clients.secret,password.write,scim.read,uaa.admin
scim:
users:
- admin|<%= common_password %>|scim.write,scim.read,openid,cloud_controller.admin,uaa.admin,password.write
- services|<%= common_password %>|scim.write,scim.read,openid,cloud_controller.admin
jwt:
signing_key: |
-----BEGIN RSA PRIVATE KEY-----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-----END RSA PRIVATE KEY-----
verification_key: |
-----BEGIN PUBLIC KEY-----
MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQDHFr+KICms+tuT1OXJwhCUmR2d
KVy7psa8xzElSyzqx7oJyfJ1JZyOzToj9T5SfTIq396agbHJWVfYphNahvZ/7uMX
qHxf+ZH9BL1gk9Y6kCnbM5R60gfwjyW1/dQPjOzn9N394zd2FJoFHwdq9Qs0wBug
spULZVNRxq7veq/fzwIDAQAB
-----END PUBLIC KEY-----
新创建一个虚拟机，作为dns-server (本文使用已经有的dns服务器，地址：10.106.1.36)
1、安装BIND9程序包
root@dns:sudo apt-get install bind9
2、新增编辑文件，总共需要编辑2个文件，新增2个文件，如下：
修改/etc/bind/named.conf.options，去掉forwarders的注释，其中的IP为网络营运商提供的DNS服务器，这里我们使用google的DNS
forwarders {
8.8.8.8;
8.8.4.4;
};
修改/etc/bind/named.conf.local，在最后增加增加双向解析代码：
zone "iae.me" {
type master;
file "/etc/bind/db.iae.me";
};
zone "26.68.10.in-addr.arpa" {
type master;
file "/etc/bind/db.26.68.10";
};
注意：其中的26.68.10是目标IP 10.68.26.91（为haproxy的地址）的前三段，表示一个IP地址段
新增域名（iae.me）解析文件/etc/bind/db.iae.me，内容如下：
;
; BIND data file for dev sites
;
$TTL 604800
@ IN SOA mycloud.com. root.mycloud.com. (
1 ; Serial
604800 ; Refresh
86400 ; Retry
2419200 ; Expire
604800 ) ; Negative Cache TTL
;
@ IN NS mycloud.com.
@ IN A 10.68.26.91
*.iae.me. 14400 IN A 10.68.26.91
新增IP地址反向解析文件/etc/bind/db.10.68.26.91，内容如下：
;
; BIND reverse data file for dev domains
;
$TTL 604800
@ IN SOA dev. root.dev. (
1 ; Serial
604800 ; Refresh
86400 ; Retry
2419200 ; Expire
604800 ) ; Negative Cache TTL
;
@ IN NS iae.me.
91 IN PTR iae.me.
3、重启BIND9服务
root@dns：service bind9 restart
注意：dns的配置应该在进行系统规划之前创建，将该dns地址配置在创建OpenStack网络时，这样，所有的虚拟机默认的dns地址中会包含该地址
本文使用源码编译安装haproxy
1、root@haproxy：tar xvf haproxy-1.5.0.tar.gz
2、root@haproxy：cd haproxy-1.5.0
3、root@haproxy：make TARGET=ubuntu34
4、root@haproxy：make install PREFIX=/usr/local/haproxy
5、root@haproxy：cd /etc/
mkdir haproxy
cd haproxy/
vi haproxy.cfg 增加配置：
global
daemon
maxconn 300000
spread-checks 4
nbproc 8
log 127.0.0.1 local0 info
defaults
log global
#log 10.41.2.86:5140 syslog
#log 10.106.1.34:5140 syslog
option httplog
mode http
# log 127.0.0.1 local0 info
timeout connect 30000ms
timeout client 300000ms
timeout server 300000ms
# maxconn 320000
# option http-pretend-keepalive
option dontlognull
option forwardfor
option redispatch
option abortonclose
listen admin_stats
bind 0.0.0.0:1080 #监听端口
mode http #http的7层模式
option httplog #采用http日志格式
maxconn 10
stats refresh 30s #统计页面自动刷新时间
stats uri /stats #统计页面url
stats realm XingCloud\ Haproxy #统计页面密码框上提示文本
stats auth admin:admin #统计页面用户名和密码设置
stats hide-version #隐藏统计页面上HAProxy的版本信息
frontend http-in
mode http
bind *:80
log-format ^%ci:%cp^[%t]^%ft^%b/%s^%hr^%r^%ST^%B^%Tr^%Ts
capture request header Host len 32
reqadd X-Forwarded-Proto:\ http
default_backend http-routers
backend tcp-routers
mode tcp
balance source
# server node1 10.106.1.46:80 weight 10
# server node2 10.106.1.57:80 weight 10
server node1 192.168.136.148:80 weight 10 cookie app1inst1 check inter 2000 rise 2 fall 5 maxconn 10000
server node2 192.168.136.155:80 weight 10 cookie app1inst2 check inter 2000 rise 2 fall 5 maxconn 10000
# server node3 10.106.1.27:80 weight 10 cookie app1inst2 check inter 2000 rise 2 fall 5 maxconn 10000
backend http-routers
mode http
balance source
#server node1 10.106.1.46:80 weight 50 cookie app1inst1 check inter 2000 rise 2 fall 5
# server node2 10.106.1.57:80 weight 3
server node1 192.168.136.148:80 weight 50 cookie app1inst1 check inter 2000 rise 2 fall 5 maxconn 10000
server node2 192.168.136.155:80 weight 50 cookie app1inst2 check inter 2000 rise 2 fall 5 maxconn 10000
#server node3 10.106.1.27:80 weight 50 cookie app1inst3 check inter 2000 rise 2 fall 5 maxconn 10000
6、启动haproxy：
/usr/local/haproxy/sbin/haproxy -f /etc/haproxy/haproxy.cfg
关闭haproxy 使用kill -9
7、haproxy达到最优的性能，需要进行一些优化，目前在haproxy服务器进行的配置
加载模块:modprobe ip_conntrack
修改文件 /etc/sysctl.conf
net.ipv4.ip_forward = 0
net.ipv4.conf.default.rp_filter = 1
net.ipv4.conf.default.accept_source_route = 0
kernel.sysrq = 0
kernel.core_uses_pid = 1
net.ipv4.tcp_syncookies = 1
kernel.msgmnb = 65536
kernel.msgmax = 65536
kernel.shmmax = 68719476736
kernel.shmall = 4294967296
net.ipv4.tcp_max_tw_buckets = 6000
net.ipv4.tcp_sack = 1
net.ipv4.tcp_window_scaling = 1
net.ipv4.tcp_rmem = 4096 87380 4194304
net.ipv4.tcp_wmem = 4096 16384 4194304
net.core.wmem_default = 8388608
net.core.rmem_default = 8388608
net.core.rmem_max = 16777216
net.core.wmem_max = 16777216
net.core.netdev_max_backlog = 262144
net.core.somaxconn = 262144
net.ipv4.tcp_max_orphans = 3276800
net.ipv4.tcp_max_syn_backlog = 262144
net.ipv4.tcp_timestamps = 0
net.ipv4.tcp_synack_retries = 1
net.ipv4.tcp_syn_retries = 1
net.ipv4.tcp_tw_recycle = 1
net.ipv4.tcp_tw_reuse = 1
net.ipv4.tcp_mem = 94500000 915000000 927000000
net.ipv4.tcp_fin_timeout = 1
net.ipv4.tcp_keepalive_time = 30
net.ipv4.ip_local_port_range = 1024 65000
net.nf_conntrack_max = 1024000
安装cf的命令行工具：cli，下载地址：https://github.com/cloudfoundry/cli
扩容，减容通过修改部署文件完成，例如
执行以下命令，完成扩容减容
root@boshcli:~/bosh-workspace/deployments# bosh deployment cf-183.yml
root@boshcli:~/bosh-workspace/deployments# bosh deploy
暂未验证
1、下载官方的java-buildpack
git clone https://github.com/cloudfoundry/java-buildpack.git
2、下载工程依赖
cd java-buildpack
bundle install
3、制作offline 的buildpack包
bundle exec rake package OFFLINE=true
4、上传buildpack
cf create-buildpack java-buildpack-offline build/java-buildpack-offline-c19642c.zip 5 --enable
环境信息汇总
10.68.26.91 haproxy
10.68.26.87 bosh客户端
10.68.26.92 cf命令行客户端
Bosh director:10.68.26.
1、OpenStack 租户的卷空间不足,需要增加租户的卷信息，命令行增加
cinder quota-update tenant_id --volumes 500 // tenant_id为admin租户的id（使用 keystone tenant-list 获取）
重启cinder 服务：
cd /etc/init.d/; for i in $( ls cinder-* ); do sudo service $i restart; done
2、micro bosh 的dns未起作用
解决方案: 重新规划网络，在cloudfoundry 子网内配置内部的dns，该子网全部使用这个dns 。解决方法：创建一个cf使用的子网，dns配置到10.106.1.36
OpenStack 中的修改dns，需要重启虚拟机。
3、单独的cloudfoundry 租户 cloudfoundry 123456a?
4、Cf默认的java buildpack是在线的，需要制作离线的buildpack，制作方法
5、修改java buildpack的tomcat参数配置（默认参数配置，app的应用启动时间非常长）
6、如何配置使用多个HM，多个nats
7、如果OpenStack 配置了主机名访问，需要在bosh cli客户机上配置hosts，还需要在bosh director 虚拟机上配置hosts 增加 *.*.*.* controller
基于OpenStack（IceHouse+neutron） 部署 CloudFounry v183
标签：style blog http color io os ar 使用 java
原文地址：http://blog.csdn.net/wangdk789/article/details/40339651
