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Code Releases Wiki Activity

Merge branch 'Semedi-F5189'

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This commit is contained in:
Ruben S. Montero 2017-08-01 13:44:34 +02:00
commit a3b21a0a86
4 changed files with 210 additions and 227 deletions
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26
src/cli/one_helper/onehost_helper.rb
View File

@ -42,6 +42,32 @@ class OneHostHelper < OpenNebulaHelper::OneHelper
#
#-----------------------------------------------------------------------
EOT
},
:az => {
:help => <<-EOT.unindent,
#-----------------------------------------------------------------------
# Supported AZURE AUTH ATTRIBUTTES:
#
# AZ_ID = <azure classic id>
# AZ_CERT = <azure classic certificate>
#
# REGION_NAME = <the name of the azure region>
#
# CAPACITY = [
# Small = <number of small machines>,
# Medium = <number of medium machines>,
# Large = <number of large machines
# ]
#
# You can set any machine type supported by azure classic
# See your az_driver.conf for more information
#
# Optionally you can set a endpoint
#
# AZ_ENDPOINT = <endpoint address>
#
#-----------------------------------------------------------------------
EOT
}
}

47
src/host/Host.cc
View File

@ -693,6 +693,9 @@ int Host::from_xml(const string& xml)
return 0;
}
/* -------------------------------------------------------------------------- */
/* -------------------------------------------------------------------------- */
static void nebula_crypt(const std::string in, std::string& out)
{
Nebula& nd = Nebula::instance();
@ -715,44 +718,36 @@ static void nebula_crypt(const std::string in, std::string& out)
}
}
/* -------------------------------------------------------------------------- */
static const map<std::string, unsigned int> MAX_HOST_VAR_SIZES = {
{"EC2_ACCESS", 21},
{"EC2_SECRET", 41},
{"AZ_ID", 41},
{"AZ_CERT", 3130},
{"VCENTER_PASSWORD", 22}
};
int Host::post_update_template(string& error)
{
string vcenter_password;
string new_im_mad;
string new_vm_mad;
string ec2_access;
string ec2_secret;
map<std::string, unsigned int>::const_iterator it;
string crypted;
get_template_attribute("VCENTER_PASSWORD", vcenter_password);
if (!vcenter_password.empty() && vcenter_password.size() <= 22)
for (it = MAX_HOST_VAR_SIZES.begin(); it != MAX_HOST_VAR_SIZES.end() ; ++it)
{
nebula_crypt(vcenter_password, crypted);
string att;
string crypted;
replace_template_attribute("VCENTER_PASSWORD", crypted);
}
get_template_attribute(it->first.c_str(), att);
get_template_attribute("EC2_ACCESS", ec2_access);
if (!att.empty() && att.size() <= it->second)
{
nebula_crypt(att, crypted);
if (!ec2_access.empty() && ec2_access.size() <= 21)
{
nebula_crypt(ec2_access, crypted);
replace_template_attribute("EC2_ACCESS", crypted);
}
get_template_attribute("EC2_SECRET", ec2_secret);
if (!ec2_secret.empty() && ec2_secret.size() <= 41)
{
nebula_crypt(ec2_secret, crypted);
replace_template_attribute("EC2_SECRET", crypted);
replace_template_attribute(it->first, crypted);
}
}
get_template_attribute("IM_MAD", new_im_mad);

94
src/vmm_mad/remotes/az/az_driver.conf
View File

@ -1,98 +1,4 @@
proxy_uri:
regions:
default:
region_name: "West Europe"
# pem_management_cert --> Absolute path to pem management certificate
# Info on creating certificates:
# http://azure.microsoft.com/en-us/documentation/articles/linux-use-ssh-key/
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small: 5
Medium: 1
Large: 0
west-europe:
region_name: "West Europe"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small: 5
Medium: 1
Large: 0
north-europe:
region_name: "North Europe"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
east-us:
region_name: "East US"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
south-central-us:
region_name: "South Central US"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
west-us:
region_name: "West US"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
east-asia:
region_name: "East Asia"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
southeast-asia:
region_name: "Southeast Asia"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
japan-west:
region_name: "Japan West"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
brazil-south:
region_name: "Brazil South"
pem_management_cert:
subscription_id:
management_endpoint:
capacity:
Small:
Medium:
Large:
instance_types:
ExtraSmall:
cpu: 1

268
src/vmm_mad/remotes/az/az_driver.rb
View File

@ -33,6 +33,7 @@ require 'yaml'
require 'rubygems'
require 'azure'
require 'uri'
require 'tempfile'
$: << RUBY_LIB_LOCATION
@ -135,6 +136,7 @@ class AzureDriver
# Azure constructor, loads credentials and endpoint
def initialize(host)
@host = host
@to_inst ={}
@public_cloud_az_conf = YAML::load(File.read(AZ_DRIVER_CONF))
@ -143,67 +145,115 @@ class AzureDriver
end
@instance_types = @public_cloud_az_conf['instance_types']
@instance_types.keys.each{ |key|
@to_inst[key.upcase] = key
}
regions = @public_cloud_az_conf['regions']
@region = regions[host] || regions["default"]
certificate = Tempfile.new("certificate")
conn_opts = get_connect_info(host)
access_id = conn_opts[:id]
endpoint_addr = conn_opts[:endpoint]
@region_name = conn_opts[:region]
certificate << conn_opts[:cert]
certificate.close
# Sanitize region data
if @region['pem_management_cert'].nil?
if certificate.nil?
raise "pem_management_cert not defined for #{host}"
end
if @region['subscription_id'].nil?
if access_id.nil?
raise "subscription_id not defined for #{host}"
end
# Set default endpoint if not declared
if @region['management_endpoint'].nil?
@region['management_endpoint']="https://management.core.windows.net"
if endpoint_addr.nil?
endpoint_addr="https://management.core.windows.net"
end
###################################################################
Azure.configure do |config|
config.management_certificate = @region['pem_management_cert']
config.subscription_id = @region['subscription_id']
config.management_endpoint = @region['management_endpoint']
config.management_certificate = certificate.path
config.subscription_id = access_id
config.management_endpoint = endpoint_addr
end
certificate.unlink # deletes the temp file
@azure_vms = Azure::VirtualMachineManagementService.new
end
def get_host_info(client)
pool = OpenNebula::HostPool.new(client)
pool.info
objects=pool.select {|object| object.name==@host }
objects.first
end
# Check the current template to retrieve
# conection info needed for Azure
def get_connect_info(host)
conn_opts={}
client = OpenNebula::Client.new
xmlhost = get_host_info(client)
system = OpenNebula::System.new(client)
config = system.get_configuration
raise "Error getting oned configuration : #{config.message}" if OpenNebula.is_error?(config)
token = config["ONE_KEY"]
conn_opts = {
:cert => xmlhost["TEMPLATE/AZ_CERT"],
:id => xmlhost["TEMPLATE/AZ_ID"]
}
#conn_opts = OpenNebula.encrypt(conn_opts, token)
conn_opts = OpenNebula.decrypt(conn_opts, token)
conn_opts[:region] = xmlhost["TEMPLATE/REGION_NAME"]
conn_opts[:endpoint] = xmlhost["TEMPLATE/AZ_ENDPOINT"]
return conn_opts
end
# DEPLOY action
def deploy(id, host, xml_text, lcm_state, deploy_id)
if lcm_state == "BOOT" || lcm_state == "BOOT_FAILURE"
load_default_template_values
if lcm_state == "BOOT" || lcm_state == "BOOT_FAILURE"
load_default_template_values
az_info = get_deployment_info(host, xml_text)
az_info = get_deployment_info(host, xml_text)
if !az_value(az_info, 'IMAGE')
raise "Cannot find IMAGE in deployment file"
end
if !az_value(az_info, 'IMAGE')
raise "Cannot find IMAGE in deployment file"
end
csn = az_value(az_info, 'CLOUD_SERVICE')
csn = az_value(az_info, 'CLOUD_SERVICE')
csn = "csn#{id}" if !csn
csn = "csn#{id}" if !csn
create_params = create_params(id,csn,az_info)
create_options = create_options(id,csn,az_info)
instance = nil
create_params = create_params(id,csn,az_info)
create_options = create_options(id,csn,az_info)
instance = nil
in_silence do
instance = @azure_vms.create_virtual_machine(create_params,
create_options)
end
in_silence do
instance = @azure_vms.create_virtual_machine(create_params,
create_options)
end
if instance.class == Azure::VirtualMachineManagement::VirtualMachine
puts(instance.vm_name)
if instance.class == Azure::VirtualMachineManagement::VirtualMachine
puts(instance.vm_name)
else
raise "Deployment failure " + instance
end
else
raise "Deployment failure " + instance
restore(deploy_id)
deploy_id
end
else
restore(deploy_id)
deploy_id
end
end
# Shutdown an Azure instance
@ -248,12 +298,19 @@ class AzureDriver
def monitor_all_vms
totalmemory = 0
totalcpu = 0
@region['capacity'].each { |name, size|
cpu, mem = instance_type_capacity(name)
totalmemory += mem * size.to_i
totalcpu += cpu * size.to_i
}
host_obj=get_host_info(OpenNebula::Client.new)
capacity = host_obj.to_hash["HOST"]["TEMPLATE"]["CAPACITY"]
if !capacity.nil? && Hash === capacity
capacity.each{ |name, value|
cpu, mem = instance_type_capacity(name)
totalmemory += mem * value.to_i
totalcpu += cpu * value.to_i
}
else
raise "you must define CAPACITY section properly! check the template"
end
host_info = "HYPERVISOR=AZURE\n"
host_info << "PUBLIC_CLOUD=YES\n"
@ -314,9 +371,10 @@ private
# Get the associated capacity of the instance_type as cpu (in 100 percent
# e.g. 800 for 8 cores) and memory (in KB)
def instance_type_capacity(name)
return 0, 0 if @instance_types[name].nil?
return (@instance_types[name]['cpu'].to_f * 100).to_i ,
(@instance_types[name]['memory'].to_f * 1024 * 1024).to_i
resource = @instance_types[@to_inst[name]] || @instance_types[name]
return 0, 0 if resource.nil?
return (resource['cpu'].to_f * 100).to_i ,
(resource['memory'].to_f * 1024 * 1024).to_i
end
# Get the Azure section of the template. If more than one Azure section
@ -331,6 +389,7 @@ private
# First, let's see if we have an Azure location that matches
# our host name
all_az_elements.each { |element|
cloud_host = element.elements["LOCATION"]
type = element.elements["TYPE"].text
@ -342,87 +401,84 @@ private
}
if !az
# If we don't find an Azure location, and ONE just
# knows about one Azure location, let's use that
if all_az_elements.size == 1 and
all_az_elements[0].elements["TYPE"].text.downcase.eql? "azure"
az = all_az_elements[0]
else
STDERR.puts(
"Cannot find Azure element in VM template "<<
"or couldn't find any Azure location matching "<<
"one of the templates.")
exit(-1)
end
end
# If LOCATION not explicitly defined, try to get default, if not
# try to use hostname as datacenter
if !az.elements["LOCATION"]
location=REXML::Element.new("LOCATION")
if @defaults["LOCATION"]
location.text=@defaults["LOCATION"]
# If we don't find an Azure location, and ONE just
# knows about one Azure location, let's use that
if all_az_elements.size == 1 and
all_az_elements[0].elements["TYPE"].text.downcase.eql? "azure"
az = all_az_elements[0]
else
location.text=host
STDERR.puts(
"Cannot find Azure element in VM template "<<
"or couldn't find any Azure location matching "<<
"one of the templates.")
exit(-1)
end
end
# location can be retrieved from host information...
# If LOCATION not explicitly defined, try to get default, if not
# try to use hostname as datacenter
if !az.elements["LOCATION"]
location=REXML::Element.new("LOCATION")
if @region_name
location.text=@region_name
else
location.text=host
end
az.elements << location
end
end
# Translate region name form keyword to actual value
region_keyword = az.elements["LOCATION"].text
translated_region = @public_cloud_az_conf["regions"][region_keyword]
az.elements["LOCATION"].text=translated_region["region_name"]
az
az
end
# Retrive the vm information from the Azure instance
def parse_poll(instance)
begin
info = "#{POLL_ATTRIBUTE[:memory]}=0 " \
"#{POLL_ATTRIBUTE[:cpu]}=0 " \
"#{POLL_ATTRIBUTE[:nettx]}=0 " \
"#{POLL_ATTRIBUTE[:netrx]}=0 "
begin
info = "#{POLL_ATTRIBUTE[:memory]}=0 " \
"#{POLL_ATTRIBUTE[:cpu]}=0 " \
"#{POLL_ATTRIBUTE[:nettx]}=0 " \
"#{POLL_ATTRIBUTE[:netrx]}=0 "
state = ""
if !instance
state = VM_STATE[:deleted]
else
state = case instance.deployment_status
when "Running", "Starting"
VM_STATE[:active]
when "Suspended", "Stopping",
VM_STATE[:paused]
state = ""
if !instance
state = VM_STATE[:deleted]
else
VM_STATE[:unknown]
end
end
info << "#{POLL_ATTRIBUTE[:state]}=#{state} "
AZ_POLL_ATTRS.map { |key|
value = instance.send(key)
if !value.nil? && !value.empty?
if key.to_s.upcase == "TCP_ENDPOINTS" or
key.to_s.upcase == "UDP_ENDPOINTS"
value_str = format_endpoints(value)
elsif value.kind_of?(Hash)
value_str = value.inspect
state = case instance.deployment_status
when "Running", "Starting"
VM_STATE[:active]
when "Suspended", "Stopping",
VM_STATE[:paused]
else
value_str = value
VM_STATE[:unknown]
end
info << "AZ_#{key.to_s.upcase}="
info << "\\\"#{value_str.gsub("\"","")}\\\" "
end
}
info << "#{POLL_ATTRIBUTE[:state]}=#{state} "
info
rescue
# Unknown state if exception occurs retrieving information from
# an instance
"#{POLL_ATTRIBUTE[:state]}=#{VM_STATE[:unknown]} "
end
AZ_POLL_ATTRS.map { |key|
value = instance.send(key)
if !value.nil? && !value.empty?
if key.to_s.upcase == "TCP_ENDPOINTS" or
key.to_s.upcase == "UDP_ENDPOINTS"
value_str = format_endpoints(value)
elsif value.kind_of?(Hash)
value_str = value.inspect
else
value_str = value
end
info << "AZ_#{key.to_s.upcase}="
info << "\\\"#{value_str.gsub("\"","")}\\\" "
end
}
info
rescue
# Unknown state if exception occurs retrieving information from
# an instance
"#{POLL_ATTRIBUTE[:state]}=#{VM_STATE[:unknown]} "
end
end
def format_endpoints(endpoints)