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require "helpers/integration_test_helper"
require "integration/factories/servers_factory"
require "integration/factories/disks_factory"
require "resolv"
class TestServers < FogIntegrationTest
include TestCollection
# Cleanup is handled by TestCollection
def setup
@subject = Fog::Compute[:google].servers
@factory = ServersFactory.new(namespaced_name)
@servers = ServersFactory.new(namespaced_name)
@disks = DisksFactory.new(namespaced_name)
end
def teardown
# Clean up the server resources used in testing
@servers.cleanup
super
end
def test_set_machine_type
server = @factory.create
server.stop
server.wait_for { stopped? }
server.set_machine_type("n1-standard-2", false)
assert_equal "n1-standard-2", server.machine_type.split("/")[-1]
end
def test_set_machine_type_fail
server = @factory.create
server.wait_for { ready? }
assert_raises Fog::Errors::Error do
server.set_machine_type("n1-standard-2", false)
end
end
def test_set_metadata
server = @factory.create
server.wait_for { ready? }
server.set_metadata({ "foo" => "bar", "baz" => "foo" }, false)
assert_equal [{ :key => "foo", :value => "bar" },
{ :key => "baz", :value => "foo" }], server.metadata[:items]
end
def test_add_ssh_key
key = "ssh-rsa IAMNOTAREALSSHKEYAMA=="
username = "test_user"
server = @factory.create
server.add_ssh_key(username, key, false)
assert_equal [{ :key => "ssh-keys",
:value => "test_user:ssh-rsa IAMNOTAREALSSHKEYAMA== test_user" }], server.metadata[:items]
end
def test_bootstrap
key = "ssh-rsa IAMNOTAREALSSHKEYAMA== user@host.subdomain.example.com"
user = "username"
File.stub :read, key do
# XXX Small hack - name is set this way so it will be cleaned up by CollectionFactory
# Bootstrap is special so this is something that needs to be done only for this method
# Public_key_path is set to avoid stubbing out File.exist?
server = @subject.bootstrap(:name => "#{CollectionFactory.new(nil,namespaced_name).resource_name}",
:username => user,
:public_key_path => "foo")
boot_disk = server.disks.detect { |disk| disk[:boot] }
assert_equal("RUNNING", server.status, "Bootstrapped server should be running")
assert_equal(key, server.public_key, "Bootstrapped server should have a public key set")
assert_equal(user, server.username, "Bootstrapped server should have user set to #{user}")
assert(boot_disk[:auto_delete], "Bootstrapped server should have disk set to autodelete")
network_adapter = server.network_interfaces.detect { |x| x.has_key?(:access_configs) }
refute_nil(network_adapter[:access_configs].detect { |x| x[:nat_ip] },
"Bootstrapped server should have an external ip by default")
end
end
def test_bootstrap_fail
# Pretend the ssh key does not exist
File.stub :exist?, nil do
assert_raises(Fog::Errors::Error) {
# XXX Small hack - name is set this way so it will be cleaned up by CollectionFactory
# Bootstrap is special so this is something that needs to be done only for this method
@subject.bootstrap(:name => "#{CollectionFactory.new(nil,namespaced_name).resource_name}",
:public_key_path => nil)
}
end
end
def test_image_name
server = @factory.create
assert_equal(TEST_IMAGE, server.image_name.split("/")[-1])
end
def test_ip_address_methods
# Create a server with ephemeral external IP address
server = @factory.create(:network_interfaces => [{ :network => "global/networks/default",
:access_configs => [{
:name => "External NAT",
:type => "ONE_TO_ONE_NAT"
}] }])
assert_match(Resolv::IPv4::Regex, server.public_ip_address,
"Server.public_ip_address should return a valid IP address")
refute_empty(server.public_ip_addresses)
assert_match(Resolv::IPv4::Regex, server.public_ip_addresses.pop)
assert_match(Resolv::IPv4::Regex, server.private_ip_address,
"Server.public_ip_address should return a valid IP address")
refute_empty(server.private_ip_addresses)
assert_match(Resolv::IPv4::Regex, server.private_ip_addresses.pop)
end
def test_start_stop_reboot
server = @factory.create
server.stop
server.wait_for { stopped? }
assert server.stopped?
server.start
server.wait_for { ready? }
assert server.ready?
server.reboot
server.wait_for { ready? }
assert server.ready?
end
def test_reset_windows_password
win_disk = @disks.create(
:name => "fog-test-1-testservers-test-reset-windows-password-2",
:source_image => "windows-server-2019-dc-v20210713",
:size_gb => 64
)
server = @factory.create(:disks => [win_disk])
server.wait_for { ready? }
server.reset_windows_password("test_user")
serial_output = server.serial_port_output(:port => 4)
assert_includes(serial_output, "encryptedPassword")
assert_includes(serial_output, "\"userName\":\"test_user\"")
end
end
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