def copy_instance(request, copy_domain):
miq_domain = Domain(name="ManageIQ (Locked)", enabled=True)
instance = Instance(name="InspectMe",
cls=Class(name="Request",
namespace=Namespace(name="System",
parent=miq_domain)))
instance.copy_to(copy_domain)
def a_namespace_with_path(domain=None, request=None):
name = fauxfactory.gen_alphanumeric(8)
if not domain:
domain = make_domain(request=request)
n = Namespace.make_path('Factory', 'StateMachines', name, domain=domain)
n.description = fauxfactory.gen_alphanumeric(32)
return n
def create_method(request, copy_domain):
method = Method(name="InspectMe",
data=METHOD_TORSO,
cls=Class(name="Request",
namespace=Namespace(name="System",
parent=copy_domain)))
method.create()
return method
def a_namespace_with_path(domain=None):
name = generate_random_string(8)
if not domain:
domain = make_domain()
n = Namespace.make_path('Factory', 'StateMachines', name, domain=domain)
n.description = generate_random_string(32)
return n
def original_class(request, original_domain):
# take the Request class and copy it for own purposes.
cls = Class(
name="Request",
namespace=Namespace(name="System", parent=Domain(name="ManageIQ (Locked)")))
cls = cls.copy_to(original_domain)
request.addfinalizer(lambda: cls.delete() if cls.exists() else None)
return cls
def original_method(request, original_method_write_data, original_domain):
method = Method(name=fauxfactory.gen_alphanumeric(),
data=METHOD_TORSO.format(original_method_write_data),
cls=Class(name="Request",
namespace=Namespace(name="System",
parent=original_domain),
setup_schema=[
Class.SchemaField(name="meth5",
type_="Method")
]))
method.create()
request.addfinalizer(lambda: method.delete() if method.exists() else None)
return method
def test_add_vm_to_service(myservice, request, copy_domain):
"""Tests adding vm to service
Metadata:
test_flag: provision
"""
method_torso = """
def add_to_service
vm = $evm.root['vm']
service = $evm.vmdb('service').find_by_name('%s')
user = $evm.root['user']
if service && vm
$evm.log('info', "XXXXXXXX Attaching Service to VM: [#{service.name}][#{vm.name}]")
vm.add_to_service(service)
vm.owner = user if user
vm.group = user.miq_group if user
end
end
$evm.log("info", "Listing Root Object Attributes:")
$evm.log("info", "===========================================")
add_to_service
""" % myservice.service_name
method = Method(
name="InspectMe",
data=method_torso,
cls=Class(
name="Request",
namespace=Namespace(
name="System",
parent=copy_domain
)
)
)
method.create()
request.addfinalizer(lambda: method.delete() if method.exists() else None)
simulate(
instance="Request",
message="create",
request=method.name,
attribute=["VM and Instance", "auto_test_services"], # Random selection, does not matter
execute_methods=True
)
myservice.check_vm_add("auto_test_services")
request.addfinalizer(lambda: myservice.delete(myservice.service_name))
def test_create_snapshot_via_ae(request, domain, test_vm):
"""This test checks whether the vm.create_snapshot works in AE.
Prerequisities:
* A VMware provider
* A VM that has been discovered by CFME
Steps:
* Clone the Request class inside the System namespace into a new domain
* Add a method named ``snapshot`` and insert the provided code there.
* Add an instance named ``snapshot`` and set the methd from previous step
as ``meth5``
* Run the simulation of the method against the VM, preferably setting
``snap_name`` to something that can be checked
* Wait until snapshot with such name appears.
"""
# PREPARE
file = data_path.join("ui").join("automate").join(
"test_create_snapshot_via_ae.rb")
with file.open("r") as f:
method_contents = f.read()
miq_domain = Domain("ManageIQ (Locked)")
miq_class = Class("Request",
namespace=Namespace("System", domain=miq_domain))
request_cls = miq_class.copy_to(domain)
request.addfinalizer(request_cls.delete)
method = Method("snapshot", data=method_contents, cls=request_cls)
method.create()
request.addfinalizer(method.delete)
instance = Instance("snapshot",
values={"meth5": "snapshot"},
cls=request_cls)
instance.create()
request.addfinalizer(instance.delete)
# SIMULATE
snap_name = fauxfactory.gen_alpha()
snapshot = Vm.Snapshot(name=snap_name, parent_vm=test_vm)
simulate(instance="Request",
request="snapshot",
attribute=["VM and Instance", test_vm.name],
execute_methods=True,
avp={"snap_name": snap_name})
wait_for(snapshot.does_snapshot_exist, timeout="2m", delay=10)
# Clean up if it appeared
snapshot.delete()
def original_instance(request, original_method, original_domain):
instance = Instance(name=fauxfactory.gen_alphanumeric(),
values={"meth5": {
"value": original_method.name
}},
cls=Class(name="Request",
namespace=Namespace(name="System",
parent=original_domain),
setup_schema=[
Class.SchemaField(name="meth5",
type_="Method")
]))
instance.create()
request.addfinalizer(lambda: instance.delete()
if instance.exists() else None)
return instance
def _make_namespace(domain):
name = fauxfactory.gen_alphanumeric(8)
description = fauxfactory.gen_alphanumeric(32)
ns = Namespace(name=name, description=description, parent=domain)
ns.create()
return ns
def cls(request, domain):
original_class = Class(name='Request',
namespace=Namespace(
name='System',
domain=Domain(name='ManageIQ (Locked)')))
return original_class.copy_to(domain)
def a_namespace(domain=None, request=None):
if not domain:
domain = make_domain(request=request)
return Namespace(name=fauxfactory.gen_alphanumeric(8),
description=fauxfactory.gen_alphanumeric(32),
parent=domain)
def _make_namespace():
name = generate_random_string(8)
description = generate_random_string(32)
ns = Namespace(name=name, description=description)
ns.create()
return ns
def _make_namespace(domain):
name = fauxfactory.gen_alphanumeric(8)
description = fauxfactory.gen_alphanumeric(32)
ns = Namespace(name=name, description=description, parent=domain)
ns.create()
return ns
def a_namespace():
name = generate_random_string(8)
description = generate_random_string(32)
return Namespace(name=name, description=description)
def namespace(request, domain):
namespace = Namespace(name="System", description="System", parent=domain)
namespace.create()
request.addfinalizer(lambda: namespace.delete() if namespace.exists() else None)
return namespace
def setup_for_event_testing(ssh_client, db, listener_info, providers):
# FIX THE ENV ERROR IF PRESENT
if ssh_client.run_command("ruby -v")[0] != 0:
success = ssh_client.run_command("echo 'source /etc/default/evm' >> .bashrc")[0] == 0
assert success, "Issuing the patch command was unsuccessful"
# Verify it works
assert ssh_client.run_command("ruby -v")[0] == 0, "Patch failed"
# IMPORT AUTOMATE NAMESPACE
qe_automate_namespace_xml = "qe_event_handler.xml"
qe_automate_namespace_script = "qe_event_handler.rb"
local_automate_script = local(__file__)\
.new(basename="../data/%s" % qe_automate_namespace_script)\
.strpath
local_automate_file = local(__file__)\
.new(basename="../data/%s" % qe_automate_namespace_xml)\
.strpath
tmp_automate_file = "/tmp/%s" % qe_automate_namespace_xml
# Change the information
with open(local_automate_file, "r") as input_xml, \
open(tmp_automate_file, "w") as output_xml:
tree = etree.parse(input_xml)
root = tree.getroot()
def set_text(xpath, text):
field = root.xpath(xpath)
assert len(field) == 1
field[0].text = text
set_text("//MiqAeSchema/MiqAeField[@name='url']",
re.sub(r"^http://([^/]+)/?$", "\\1", listener_info.host))
set_text("//MiqAeSchema/MiqAeField[@name='port']", str(listener_info.port))
# Put the custom script from an external file
with open(local_automate_script, "r") as script:
set_text("//MiqAeMethod[@name='relay_events']",
etree.CDATA(script.read()))
et = etree.ElementTree(root)
et.write(output_xml)
# copy xml file to appliance
# but before that, let's check whether it's there because we may have already applied this file
if ssh_client.run_command("ls /root/%s" % qe_automate_namespace_xml)[0] != 0:
ssh_client.put_file(tmp_automate_file, '/root/')
# We have to convert it first for new version
convert_cmd = version.pick({
"default": None,
"5.3.0.0":
"evm:automate:convert DOMAIN=Default FILE=/root/{} ZIP_FILE=/root/{}.zip".format(
qe_automate_namespace_xml, qe_automate_namespace_xml),
})
if convert_cmd is not None:
logger.info("Converting namespace for use on newer appliance...")
return_code, stdout = ssh_client.run_rake_command(convert_cmd)
if return_code != 0:
logger.error("Namespace conversion was unsuccessful")
logger.error(stdout)
# We didn't successfully do that so remove the file to know
# that it's needed to do it again when run again
ssh_client.run_command("rm -f /root/%s*" % qe_automate_namespace_xml)
raise AutomateImportError(stdout)
# run rake cmd on appliance to import automate namespace
rake_cmd = version.pick({
"default": "evm:automate:import FILE=/root/{}".format(qe_automate_namespace_xml),
"5.3.0.0":
"evm:automate:import ZIP_FILE=/root/{}.zip DOMAIN=Default OVERWRITE=true "
"PREVIEW=false".format(qe_automate_namespace_xml),
})
logger.info("Importing the QE Automation namespace ...")
return_code, stdout = ssh_client.run_rake_command(rake_cmd)
if return_code != 0:
logger.error("Namespace import was unsuccessful")
logger.error(stdout)
# We didn't successfully do that so remove the file to know
# that it's needed to do it again when run again
ssh_client.run_command("rm -f /root/%s*" % qe_automate_namespace_xml)
raise AutomateImportError(stdout)
# CREATE AUTOMATE INSTANCE HOOK
if db is None or db.session.query(db['miq_ae_instances'].name)\
.filter(db['miq_ae_instances'].name == "RelayEvents").count() == 0:
# Check presence
instance = Instance(
name="RelayEvents",
display_name="RelayEvents",
description="relationship hook to link to custom QE events relay namespace",
values={
"rel2": {
"value": "/QE/Automation/APIMethods/relay_events?event=$evm.object['event']"
}
},
cls=Class(name="Automation Requests (Request)", namespace=Namespace("System"))
)
instance.create()
# IMPORT POLICIES
policy_yaml = "profile_relay_events.yaml"
policy_path = local(__file__).new(basename="../data/%s" % policy_yaml)
if not is_imported("Automate event policies"):
import_file(policy_path.strpath)
# ASSIGN POLICY PROFILES
for provider in providers:
prov_obj = get_from_config(provider)
prov_obj.assign_policy_profiles("Automate event policies")
flash.assert_no_errors()
def a_namespace_with_path():
name = generate_random_string(8)
n = Namespace.make_path('Factory', 'StateMachines', name)
n.description = generate_random_string(32)
return n
def _make_namespace():
name = generate_random_string(8)
description = generate_random_string(32)
ns = Namespace(name=name, description=description)
ns.create()
return ns
def test_add_delete_namespace_nested(namespace):
namespace.create()
nested_ns = Namespace(name="Nested", parent=namespace)
nested_ns.create()
namespace.delete()
assert not nested_ns.exists()
def a_namespace_with_path():
name = generate_random_string(8)
n = Namespace.make_path('Factory', 'StateMachines', name)
n.description = generate_random_string(32)
return n
def test_add_delete_namespace_nested(namespace):
namespace.create()
nested_ns = Namespace(name="Nested", parent=namespace)
nested_ns.create()
namespace.delete()
assert not nested_ns.exists()
def namespace(request, domain):
namespace = Namespace(name="System", description="System", parent=domain)
namespace.create()
request.addfinalizer(lambda: namespace.delete()
if namespace.exists() else None)
return namespace
