cliaas

README

cliaas

cliaas wraps multiple IaaS-specific libraries to perform some IaaS-agnostic functions. Presently it only supports upgrading a Pivotal Cloud Foundry Operations Manager VM.

Installing

Download the latest release.

Install from source

Requirements:

• glide
• go

go get github.com/pivotal-cf/cliaas
cd $GOPATH/src/github.com/pivotal-cf/cliaas
glide install
go install github.com/pivotal-cf/cliaas/cmd/cliaas

Usage

cliaas -c config.yml replace-vm --identifier vm-identifier --image some-image

Config

The -c, --config= flag is for specifying a YAML file with IaaS-specific configuration options to use when running a command. The config should only contain the configuration for a single IaaS for now.

AWS-specific Config

cat > config.yml <<EOF
  aws:
    access_key_id: example-access-key-id
    secret_access_key: example-secret-access-key
    region: us-east-1
    vpc: vpc-12345678
    ami: ami-019e4617
EOF

• access_key_id: The AWS_ACCESS_KEY_ID to use. Must have the ability to stop VM, start VM, and associate an IP address.
• secret_access_key: The AWS_SECRET_ACCESS_KEY to use. Must have the ability to stop VM, start VM, and associate an IP address.
• region: The AWS region to use.
• vpc: The AWS vpc to use.
• ami: A Pivotal Cloud Foundry Operations Manager AMI, for the new VM in replace-vm.

GCP-specific Config

cat > config.yml <<EOF
  gcp:
    credfile: /tmp/gcp-creds.json
    zone: us-east-1
    project: my-gcp-projectname
    disk_image_url: opsmanager-disk-image-url 
EOF

• credfile: The path of your credentials json file issued by gcp.
• zone: the zone in gcp your deployments are in.
• project: the name of the gcp project you're using.
• disk_image_url:: the url of ops manager image provided by pivotal on pivnet

Azure-specific Config

!!! The replace-vm call on Azure will DELETE the current ops manager vm when standing up the new version. This behavior is different than other IaaS' so be warned !!!

cat > config.yml <<EOF
  azure:
    vhd_image_url: xxxx
    subscription_id: xxxxxx 
    client_id: xxxxx
    client_secret: xxxxx
    tenant_id: xxxxx
    resource_group_name: xxxxx
    resource_manager_endpoint: xxxxx
    storage_account_name: xxxx
    storage_account_key: xxxx
    storage_container_name: xxxx
    storage_url: xxxx
    vm_admin_password: xxxxx
EOF

• vhd_image_url: xxxxxx //$ the url of ops manager vhd provided by Pivotal, which can be found on pivnet
• subscription_id: xxxxxx //$ azure account show | grep "data: ID"
• client_id: xxxxx //this is the appID output of azure ad app create
• client_secret: xxxxx //this is the password given as a param to the $ azure ad sp create
• tenant_id: xxxxx //$ azure account show | grep "Tenant ID"
• resource_group_name: xxxxx /// this is just the resource group name we wish to target
• storage_account_name: xxxx // this is the name of the storage account you wish to use for storing ops manager vhd
• storage_account_key: xxxx // this is the key to access the above storage account
• storage_container_name: xxxx // the name of the storage container you wish to place the ops manager disk image vhd
• //optional values
• resource_manager_endpoint: xxxx /// option value. defaults to https://management.azure.com/
• storage_url: xxxx // optional storage url to overwrite default value (core.windows.net)
• vm_admin_password: xxxx // optional vm admin password ( a random one will be used if none given)

Identifiers

The VM identifier is used to find the VM by name in the IaaS.

Image values in config.yml

• For AWS, the image is an AMI, e.g. ami-019e4617
• For GCP, the image is a disk image url, e.g. https://storage.googleapis.com/ops-manager-us/pcf-gcp-1.9.3.tar.gz
• For Azure, the image is a disk image url, e.g. https://opsmanagereastus.blob.core.windows.net/images/ops-manager-1.10.3.vhd

Developing

go install github.com/onsi/ginkgo/ginkgo
ginkgo -r -p -race -skipPackage integration

Documentation

Index

• Variables
• type AWSClient
  • func NewAWSClient(ec2Client EC2Client, vpcID string, clock clock.Clock) AWSClient
• type AWSConfig
  • func (c *AWSConfig) Complete() bool
  • func (c *AWSConfig) Image() string
  • func (c *AWSConfig) NewClient() (Client, error)
• type AzureConfig
  • func (c *AzureConfig) Complete() bool
  • func (c *AzureConfig) Image() string
  • func (c *AzureConfig) NewClient() (Client, error)
• type Client
• type Config
• type EC2Client
  • func NewEC2Client(accessKeyID string, secretAccessKey string, region string) (EC2Client, error)
• type GCPConfig
  • func (c *GCPConfig) Complete() bool
  • func (c *GCPConfig) Image() string
  • func (c *GCPConfig) NewClient() (Client, error)
• type MultiConfig
  • func (c *MultiConfig) CompleteConfigs() []Config
  • func (c *MultiConfig) Configs() []Config
• type VMInfo

Variables

var Version = "0.0.0-dev"

Types

type AWSClient

type AWSClient interface {
	CreateVM(ami, instanceType, name, keyName, subnetID, securityGroupID string) (string, error)
	DeleteVM(instanceID string) error
	GetVMInfo(name string) (VMInfo, error)
	StartVM(instanceID string) error
	StopVM(instanceID string) error
	AssignPublicIP(instance, ip string) error
	WaitForStatus(instanceID string, status string) error
}

func NewAWSClient

func NewAWSClient(
	ec2Client EC2Client,
	vpcID string,
	clock clock.Clock,
) AWSClient

type AWSConfig

type AWSConfig struct {
	AMI             string `yaml:"ami"`
	AccessKeyID     string `yaml:"access_key_id"`
	SecretAccessKey string `yaml:"secret_access_key"`
	Region          string `yaml:"region"`
	VPCID           string `yaml:"vpc_id"`
}

func (*AWSConfig) Complete

func (c *AWSConfig) Complete() bool

func (*AWSConfig) Image

func (c *AWSConfig) Image() string

func (*AWSConfig) NewClient

func (c *AWSConfig) NewClient() (Client, error)

type AzureConfig

type AzureConfig struct {
	VHDImageURL             string `yaml:"vhd_image_url"`
	SubscriptionID          string `yaml:"subscription_id"`
	ClientID                string `yaml:"client_id"`
	ClientSecret            string `yaml:"client_secret"`
	TenantID                string `yaml:"tenant_id"`
	ResourceGroupName       string `yaml:"resource_group_name"`
	ResourceManagerEndpoint string `yaml:"resource_manager_endpoint"`
	StorageAccountName      string `yaml:"storage_account_name"`
	StorageAccountKey       string `yaml:"storage_account_key"`
	StorageContainerName    string `yaml:"storage_container_name"`
	StorageURL              string `yaml:"storage_url"`
	VMAdminPassword         string `yaml:"vm_admin_password"`
}

func (*AzureConfig) Complete

func (c *AzureConfig) Complete() bool

func (*AzureConfig) Image

func (c *AzureConfig) Image() string

func (*AzureConfig) NewClient

func (c *AzureConfig) NewClient() (Client, error)

type Client

type Client interface {
	Delete(vmIdentifier string) error
	Replace(vmIdentifier string, imageIdentifier string) error
}

type Config

type Config interface {
	Image() string
	Complete() bool
	NewClient() (Client, error)
}

type EC2Client

type EC2Client interface {
	DescribeInstances(*ec2.DescribeInstancesInput) (*ec2.DescribeInstancesOutput, error)
	DescribeInstanceStatus(*ec2.DescribeInstanceStatusInput) (*ec2.DescribeInstanceStatusOutput, error)
	AssociateAddress(*ec2.AssociateAddressInput) (*ec2.AssociateAddressOutput, error)
	TerminateInstances(*ec2.TerminateInstancesInput) (*ec2.TerminateInstancesOutput, error)
	StopInstances(*ec2.StopInstancesInput) (*ec2.StopInstancesOutput, error)
	StartInstances(*ec2.StartInstancesInput) (*ec2.StartInstancesOutput, error)
	CreateTags(*ec2.CreateTagsInput) (*ec2.CreateTagsOutput, error)
	RunInstances(*ec2.RunInstancesInput) (*ec2.Reservation, error)
}

func NewEC2Client

func NewEC2Client(
	accessKeyID string,
	secretAccessKey string,
	region string,
) (EC2Client, error)

type GCPConfig

type GCPConfig struct {
	CredfilePath string `yaml:"credfile"`
	Zone         string `yaml:"zone"`
	Project      string `yaml:"project"`
	DiskImageURL string `yaml:"disk_image_url"`
}

func (*GCPConfig) Complete

func (c *GCPConfig) Complete() bool

func (*GCPConfig) Image

func (c *GCPConfig) Image() string

func (*GCPConfig) NewClient

func (c *GCPConfig) NewClient() (Client, error)

type MultiConfig

type MultiConfig struct {
	AWS   *AWSConfig   `yaml:"aws"`
	GCP   *GCPConfig   `yaml:"gcp"`
	Azure *AzureConfig `yaml:"azure"`
}

func (*MultiConfig) CompleteConfigs

func (c *MultiConfig) CompleteConfigs() []Config

func (*MultiConfig) Configs

func (c *MultiConfig) Configs() []Config

type VMInfo

type VMInfo struct {
	InstanceID       string
	InstanceType     string
	KeyName          string
	SubnetID         string
	SecurityGroupIDs []string
	PublicIP         string
}