def emails(self, format_arg=None):
'''
returns the emails of the authors either as a text or as a dict. The
format is specified as an argument.
:param format_arg: if "dict" is specified a dict will be returned
:rtype: dict or arry of e-mails dependent on format_arg
'''
if format_arg is None:
format_string = "'%aN' <%cE>"
elif format_arg == 'dict':
format_string = "%aN\t%cE"
result = Shell.sort(Shell.git("log",
"--all",
"--format=" + format_string,
_tty_in=True,
_tty_out=False,
_piped=True), "-u")
if format_arg is None:
return result
elif format_arg == "dict":
result = iter(result.replace("\n", "\t").split("\t")[:-1])
emails = dict(zip(result, result))
for name in emails:
emails[name] = emails[name]
return emails
def boot(auth=True):
# wipe mongo
wipe()
time.sleep(1)
PROGRESS.next()
# start mongo without auth
start(auth=False)
time.sleep(5)
PROGRESS.next()
if isyes(auth):
# create users
admin()
time.sleep(2)
PROGRESS.next()
# restart with auth
kill()
time.sleep(10)
PROGRESS.next()
start(auth=auth)
time.sleep(1)
PROGRESS.next()
config = cm_config_server().get("cloudmesh.server.mongo")
path = path_expand(config["path"])
banner(path)
print Shell.ls(path)
banner("PROCESS")
with settings(warn_only=True):
local("ps -ax | fgrep mongo")
PROGRESS.next()
def set_rabbitmq_env():
# BUG undefined
global RABBITMQ_SERVER
location = path_expand("~/.cloudmesh/rabbitm")
if sys.platform == "darwin":
Shell.mkdir(location)
rabbit_env["RABBITMQ_MNESIA_BASE"] = location
rabbit_env["RABBITMQ_LOG_BASE"] = location
os.environ["RABBITMQ_MNESIA_BASE"] = location
os.environ["RABBITMQ_LOG_BASE"] = location
rabbit_env[
"rabbitmq_server"] = "/usr/local/opt/rabbitmq/sbin/rabbitmq-server"
rabbit_env["rabbitmqctl"] = "/usr/local/opt/rabbitmq/sbin/rabbitmqctl"
elif sys.platform == "linux2":
Shell.mkdir(location)
rabbit_env["RABBITMQ_MNESIA_BASE"] = location
rabbit_env["RABBITMQ_LOG_BASE"] = location
os.environ["RABBITMQ_MNESIA_BASE"] = location
os.environ["RABBITMQ_LOG_BASE"] = location
rabbit_env["rabbitmq_server"] = "/usr/sbin/rabbitmq-server"
rabbit_env["rabbitmqctl"] = "/usr/sbin/rabbitmqctl"
else:
print "WARNING: cloudmesh rabbitmq user install not supported, " \
"using system install"
def set_rabbitmq_env():
# BUG undefined
global RABBITMQ_SERVER
location = path_expand("~/.cloudmesh/rabbitm")
if sys.platform == "darwin":
Shell.mkdir(location)
rabbit_env["RABBITMQ_MNESIA_BASE"] = location
rabbit_env["RABBITMQ_LOG_BASE"] = location
os.environ["RABBITMQ_MNESIA_BASE"] = location
os.environ["RABBITMQ_LOG_BASE"] = location
rabbit_env[
"rabbitmq_server"] = "/usr/local/opt/rabbitmq/sbin/rabbitmq-server"
rabbit_env["rabbitmqctl"] = "/usr/local/opt/rabbitmq/sbin/rabbitmqctl"
elif sys.platform == "linux2":
Shell.mkdir(location)
rabbit_env["RABBITMQ_MNESIA_BASE"] = location
rabbit_env["RABBITMQ_LOG_BASE"] = location
os.environ["RABBITMQ_MNESIA_BASE"] = location
os.environ["RABBITMQ_LOG_BASE"] = location
rabbit_env["rabbitmq_server"] = "/usr/sbin/rabbitmq-server"
rabbit_env["rabbitmqctl"] = "/usr/sbin/rabbitmqctl"
else:
print "WARNING: cloudmesh rabbitmq user install not supported, " \
"using system install"
def display_provision_workflow_form():
form = ProvisionWorkflowForm(csrf=False)
dir = path_expand(
cm_config_server().get("cloudmesh.server.workflows.path"))
filename = "abc"
web_pwd = Shell.pwd().strip()
print "PWD", web_pwd
basename = "/static/{0}/{1}".format(dir, filename,)
# if form.validate_on_submit():
# print "SKIP"
try:
with open("{2}/{0}.{1}".format(basename, "diag", web_pwd), "w") as f:
# print "########################################################################################"
# print "aaaaaa"+form.workflow.data+"bbb"
f.write("blockdiag {\n")
if form.workflow.data == "":
form.work.data = f.work.default
if form.properties.data == "":
form.properties.data = form.properties.default
f.write(form.properties.data)
f.write("//graph\n")
f.write(form.workflow.data)
f.write("\n}")
# print
# "########################################################################################"
print form.workflow
except:
print "file does not exists"
print "{0}.{1}".format(basename, diagram_format)
print "OOOO", basename
Shell.blockdiag("--ignore-pil", "-Tsvg",
"-o", "{2}/{0}.{1}".format(basename, diagram_format, web_pwd),
"{2}/{0}.{1}".format(basename, "diag", web_pwd))
# Shell.blockdiag("-Tpng",
# "-o", "." + dir + filename + ".png",
# "." + dir + filename + ".diag")
# else:
# flash("Wrong submission")
inventory.refresh()
return render_template("provision_workflow.html",
workflow=form.workflow.data,
form=form,
pwd=pwd,
diagram="{0}.{1}".format(basename, diagram_format),
inventory=inventory)
def test_help_commands(self):
HEADING()
help_commands = [("cloud", "cloud on", None),
("flavor", "", "<"),
("init", "KIND", None),
("list", "projects", None),
("rain", "KIND", None),
("reservation", "duration", None),
("storm", "ID", None),
("vm", "CLOUD", "<"),
("defaults", "clean", None),
("image", "CLOUD", "<"),
("inventory", "exists", None),
("metric", "CLOUD", None),
("register", "CLOUD", None),
("security_group", "CLOUD", "<"),
]
allok = True
for (command, valid, invalid) in help_commands:
r = Shell.cm("help " + command)
testing = True
if valid is not None:
testing = valid in r
if invalid is not None:
testing = testing and invalid not in r
if testing:
msg = "pass"
else:
msg = "fail"
print("TESTING help", command, msg)
allok = allok and testing
assert allok
def stat(self, email):
'''
returns a statistic of a git author with the given e_mail.
:param email: name of the author
:rtype: a dict with the statistics
'''
sums = [0, 0, 0]
for line in Shell.git("log", "--all", "--stat", '--author={0}'.format(email),
_tty_in=True,
_tty_out=False,
_iter=True):
line = line[:-1]
if " files changed" in line:
line = line.replace(" insertions(+)", "")
line = line.replace(" insertion(+)", "")
line = line.replace(" deletion(-)", "")
line = line.replace(" deletions(-)", "")
line = line.replace(" files changed", "")
line = line.split(",")
data = [int(i) for i in line]
for index in range(0, len(data)):
sums[index] += data[index]
return {"email": email,
"fileschanged": sums[0],
"inserted": sums[1],
"deleted": sums[2],
"lineschanged": sums[1] + sums[2]}
class ProvisionWorkflowForm(Form):
# print
# "++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++",Form
filename = "abc"
dir = path_expand(
cm_config_server().get("cloudmesh.server.workflows.path"))
# not so nice cludge, ask for location of statcic instead
web_pwd = Shell.pwd().strip()
basename = "/static/{0}/{1}".format(dir, filename)
print "BBBB", basename
try:
with open("{2}/{0}.{1}".format(basename, "diag", web_pwd), "r") as f:
data = f.readlines()[1:-1]
default = "".join(data)
except:
print "Error: diagram not found"
default = ""
default = default.split("//graph")
filename = TextField("Filename", default=filename)
# properties = TextAreaField("Workflow", default=default[0])
# workflow = TextAreaField("Workflow", default=default[1])
properties = TextAreaField("Workflow", default="fake")
workflow = TextAreaField("Workflow", default="fake")
def password():
user_config = cm_config(filename=config_file("/cloudmesh.yaml"))
user = user_config.cloud('india')['credentials']
server_config = ConfigDict(filename=config_file("/cloudmesh_server.yaml"))
server = server_config.get('cloudmesh.server.keystone.india')
print(" ".join([
"keystone", "--os-username", server['OS_USERNAME'], "--os-password",
server['OS_PASSWORD'], "--os-tenant-name", server['OS_TENANT_NAME'],
"--os-auth-url", server['OS_AUTH_URL'], "user-password-update",
"--pass", user['OS_PASSWORD'], user['OS_USERNAME']
]))
Shell.keystone("--os-username", server['OS_USERNAME'], "--os-password",
server['OS_PASSWORD'], "--os-tenant-name",
server['OS_TENANT_NAME'], "--os-auth-url",
server['OS_AUTH_URL'], "user-password-update", "--pass",
user['OS_PASSWORD'], user['OS_USERNAME'])
def password():
user_config = cm_config(filename=config_file("/cloudmesh.yaml"))
user = user_config.cloud('india')['credentials']
server_config = ConfigDict(filename=config_file("/cloudmesh_server.yaml"))
server = server_config.get('cloudmesh.server.keystone.india')
print(" ".join(["keystone", "--os-username", server['OS_USERNAME'],
"--os-password", server['OS_PASSWORD'],
"--os-tenant-name", server['OS_TENANT_NAME'],
"--os-auth-url", server['OS_AUTH_URL'],
"user-password-update",
"--pass", user['OS_PASSWORD'], user['OS_USERNAME']]))
Shell.keystone("--os-username", server['OS_USERNAME'],
"--os-password", server['OS_PASSWORD'],
"--os-tenant-name", server['OS_TENANT_NAME'],
"--os-auth-url", server['OS_AUTH_URL'],
"user-password-update",
"--pass", user['OS_PASSWORD'], user['OS_USERNAME'])
def grep_command(self, command, valid, invalid):
ok = True
r = Shell.cm(command)
print(r)
if valid is not None:
for word in valid:
msg = "passed"
testing = word in r
print("Testing", command, self.message(testing, word))
ok = ok and testing
if invalid is not None:
for word in invalid:
msg = "passed"
testing = word not in r
print("Testing", command, self.message(testing, word))
ok = ok and testing
return ok
def authors(self, format_arg=None):
'''
returns the authors of the authors either as a text or as a dict. The
format is specified as an argument.
:param format_arg: if "dict" is specified a dict will be returned
'''
result = Shell.git("shortlog", "-s", "-n", _tty_in=True, _tty_out=False)
if format_arg is None:
return result
elif format_arg == "dict":
list_string = result.replace("\n", "\t").split("\t")[:-1]
it = iter(list_string[::-1])
authors = dict(zip(it, it))
for name in authors:
authors[name] = int(authors[name])
return authors
def wipe():
"""wipes out all traces from mongo"""
kill()
config = cm_config_server().get("cloudmesh.server.mongo")
path = path_expand(config["path"])
banner("{0}".format(path))
local("mkdir -p {0}".format(path))
result = str(Shell.ls(path))
banner(path, "-")
print result
print 70 * "-"
if result != "":
if yn_choice("deleting the directory", default="n"):
local("rm -rf {0}".format(path))
local("mkdir -p {0}".format(path))
banner("{0}".format(path))
local("ls {0}".format(path))
class Test:
# assuming first - is the prefered cloud
cloudmesh_yaml = config_file("/cloudmesh.yaml")
print(cloudmesh_yaml)
cloud_label = Shell.head(Shell.fgrep("-", cloudmesh_yaml), "-n", "1")
cloud_label = cloud_label.replace(" - ", "").strip()
def setup(self):
"""setup the test"""
print("CONFIG")
self.configuration = cm_config()
print("OK")
self.name = 'india_juno' # self.configuration.active()[3]
print("ACTIVE CLOUD", self.name)
self.cloud = openstack(self.name)
print("PPPP")
self.cloud.get_token()
pp.pprint(self.cloud.user_token)
print("LOADED CLOUD")
"""
# For multiple clouds
# e.g. india
self.names = self.configuration.active()
if len(self.names) > 1:
print "ACTIVE CLOUDS", ",".join(self.names)
self.clouds = []
for name in self.names:
self.clouds.append(openstack(name))
self.clouds[-1].get_token()
print "LOADED CLOUDS"
"""
def test_00_label(self):
"""test the label"""
HEADING()
print(self.cloud_label)
assert self.cloud.label == self.cloud_label
def test_01_limit(self):
"""different way to get limits"""
HEADING()
print(json.dumps(self.cloud.limits(), indent=4))
def test_02_info(self):
"""get some infor about the cloud"""
HEADING()
self.cloud.refresh('images')
print(json.dumps(self.cloud.dump('images'), indent=4))
# pp.pprint(self.cloud.dump('images', with_manager=True))
pp.pprint(self.cloud.images)
# doing a simple test as tiny is usually 512
# assert self.cloud.flavors['m1.tiny']['ram'] == 512
print("Currently running vms:", len(self.cloud.images))
# we assume cloud is always busy which may actually not true
# we should start our own vm and than probe for it for now > 0 will do
assert self.cloud.images > 0
def test_03_flavors(self):
"""get the flavor"""
HEADING()
self.cloud.refresh('flavors')
print(json.dumps(self.cloud.dump('flavors'), indent=4))
# doing a simple test as tiny is usually 512
assert self.cloud.flavor('m1.tiny')['ram'] == 512
def test_04_start_vm(self):
"""start a vm"""
HEADING()
configuration = cm_config()
image = configuration.default(self.name)['image']
keys = configuration.userkeys()
key_name = keys["default"]
key_content = keys[key_name]
# print key_name
# print key_content
print("STARTING IMAGE", image)
meta = {"cmtag": "testing tag from creation via rest api"}
result = self.cloud.vm_create("fw-test-by-post-003",
"2",
image,
key_name="grizzlykey",
meta=meta)
# result = self.cloud.vm_create("fw-test-by-post-003", "100", image, meta=meta)
pp.pprint(result)
assert len(result.keys()) > 0
def test_05_get_public_ip(self):
"""get an ip"""
HEADING()
print("Obtaining public ip......")
ip = self.cloud.get_public_ip()
print("this is the ip returned:--->%s<---" % ip)
def test_06_assign_public_ip(self):
"""assign an ip"""
HEADING()
print("Associate a public ip to an running instance......")
# serverid = "cc9bd86b-babf-4760-a5cd-c1f28df7506b"
# ip = "fakeip" # {u'itemNotFound': {u'message': u'floating ip not found', u'code': 404}}
# ip = "198.202.120.175"
serverid = "b088e764-681c-4448-b487-9028b23a729e"
print("In process of obtaining a new ip...")
ip = self.cloud.get_public_ip()
print("Got a new ip as: %s, now associating the ip..." % ip)
print(self.cloud.assign_public_ip(serverid, ip))
def test_07_list_public_ips(self):
"""list the ips"""
HEADING()
print("List all public ips allocated to the current account...")
ips = self.cloud.list_allocated_ips()
ips_id_to_instance = {}
for ip in ips:
ips_id_to_instance[ip['id']] = ip['instance_id']
print(ips_id_to_instance)
def test_08_release_public_ips(self):
"""release the ips"""
HEADING()
print(
"Release all public ips allocated to the current account but not being used..."
)
print("Before releasing, we have...")
self.test04_list_public_ips()
print("releasing...")
self.cloud.release_unused_public_ips()
print("after releasing...")
self.test04_list_public_ips()
def test_09_print_vms(self):
"""print the servers"""
HEADING()
self.cloud.refresh('servers')
print(json.dumps(self.cloud.dump('servers'), indent=4))
# we assume that there are always images running
assert len(self.cloud.servers) > 0
def test_10_refresh(self):
"""refresh"""
HEADING()
self.cloud.refresh()
pp.pprint(self.cloud.get(self.name))
assert self.cloud.images > 0
def test_11_print_tables(self):
"""print a table"""
HEADING()
self.test_03()
table = cm_table()
columns = ["id", "name", "ram", "vcpus"]
table.create(self.cloud.flavors, columns, header=True)
print(table)
table = cm_table()
columns = ["id", "name", "ram", "vcpus"]
table.create(self.cloud.flavors, columns, format='HTML', header=True)
print(table)
table = cm_table()
columns = ["id", "name", "ram", "vcpus"]
table.create(self.cloud.flavors, columns, format='%12s', header=True)
print(table)
assert table is not None
def test_12_start_delete_vm(self):
"""delete a vm"""
print("no test was being done")
'''
name ="%s-%04d" % (self.cloud.credential["OS_USERNAME"], 1)
out = self.cloud.vm_create(name, "m1.tiny", "6d2bca76-8fff-4d57-9f29-50378539b4fa")
pp.pprint(out)
print json.dumps(out, indent=4)
key = out.keys()[0]
id = out[key]["id"]
print id
'''
# id = "d9e73d16-a85e-47bf-8ab4-19d7955622db"
# id = "2a00332d-6a4a-4f7e-ad46-751438cc4d5e"
# id = "af46b3cd-99d9-4609-8c27-c481b0227e15"
# id="fakeid"
# id="b1279fa1-390a-41f8-b5d2-ad9b26cfb48a"
# ret=self.cloud.vm_delete(id)
# print "--->%s<---" % ret
def test_13_delete_vms_of_user(self):
"""delete a vm of a specific user"""
HEADING()
self.cloud.refresh()
user_id = self.cloud.find_user_id(force=True)
vm_ids = self.cloud.find('user_id', user_id)
print("userid", user_id)
config = cm_config()
config.data['cloudmesh']['clouds'][
self.name]['credentials']['OS_USER_ID'] = user_id
config.write()
#
# delete all vms of the user
#
servers = self.cloud.servers
print(servers)
list = self.cloud.vms_delete_user()
self.cloud = openstack(self.cloud_label)
self.cloud.refresh()
self.cloud.info()
vm_ids = self.cloud.find('user_id', user_id)
self.cloud.info()
time.sleep(2)
self.cloud.refresh()
while len(vm_ids) > 0:
vm_ids = self.cloud.find('user_id', user_id)
self.cloud.refresh("servers")
self.cloud.info()
time.sleep(1)
print("vms", vm_ids)
assert vm_ids == []
def test_14_start_two_vms(self):
"""start two vms"""
HEADING()
configuration = cm_config()
image = configuration.default(self.name)['image']
print("STARTING IMAGE", image)
result = self.cloud.vm_create("gregor-test-001", "m1.tiny", image)
# print result
result = self.cloud.vm_create("gregor-test-002", "m1.tiny", image)
# print result
self.cloud.refresh()
self.cloud.info()
config = cm_config()
print("CONFIG")
user_id = config.data['cloudmesh']['clouds'][
self.name]['credentials']['OS_USER_ID']
print(user_id)
vm_ids = self.cloud.find('user_id', user_id)
print(vm_ids)
assert len(vm_ids) == 2
def test_15_list_user_vms(self):
"""list user and vms"""
HEADING()
list = self.cloud.vms_user(refresh=True)
pp.pprint(list)
def test_16_refresh_all(self):
"""refresh all"""
HEADING()
self.cloud.refresh()
self.cloud.info()
def test_17_print_states(self):
"""print states"""
HEADING()
self.cloud.refresh()
print(self.cloud.states)
search_states = ('ACTIVE', 'PAUSED')
state = 'ACTIVE'
userid = None
print(state in search_states)
# self.cloud.display(search_states, userid)
# print json.dumps(self.cloud.servers, indent=4)
self.cloud.display_regex("vm['status'] in ['ACTIVE']", userid)
print(json.dumps(self.cloud.dump('servers'), indent=4))
# self.cloud.display_regex("vm['status'] in ['ERROR']", userid)
# print json.dumps(self.cloud.servers, indent=4)
def test_18_meta(self):
"""test metadata"""
HEADING()
self.clean()
image = self.configuration.default(self.name)['image']
flavor = self.configuration.default(self.name)['flavor']
self.configuration.prefix = "gvonlasz-test"
self.configuration.incr()
name = self.configuration.vmname
print(name)
result = self.cloud.vm_create(name, flavor, image)
id = result['id']
print(id)
result = self.cloud.wait(id, 'ACTIVE')
result = self.cloud.set_meta(id, {"owner": "gregor"})
print("RESULT", result)
meta = self.cloud.get_meta(id)
print(meta)
def test_19_list_secgroup(self):
"""list security group"""
pp.pprint(self.cloud.list_security_groups())
def test_20_create_secgroup(self):
"""test security group"""
# print "defining a group"
# mygroup = Ec2SecurityGroup("testSecGroupCM")
mygroup = Ec2SecurityGroup("default")
# print "defining a security rule"
# rule1 = Ec2SecurityGroup.Rule(8088, 8088)
# rule2 = Ec2SecurityGroup.Rule(9090, 9099, "UDP")
# rules = [rule1, rule2]
# print self.cloud.create_security_group(mygroup, rules)
# mygroup.set_rules(rules)
# print self.cloud.create_security_group(mygroup)
groupid = self.cloud.find_security_groupid_by_name(mygroup.name)
# print groupid
assert groupid is not None
rule3 = Ec2SecurityGroup.Rule(5000, 5000)
# rule3 = Ec2SecurityGroup.Rule(22,22)
rule4 = Ec2SecurityGroup.Rule(-1, -1, 'ICMP')
print(self.cloud.add_security_group_rules(groupid, [rule3, rule4]))
groupid = self.cloud.find_security_groupid_by_name(
"dummy_name_not_exist")
print(groupid)
assert groupid is None
def test_21_usage(self):
"""test usage"""
# by default, expect getting tenant usage info
pp.pprint(self.cloud.usage())
serverid = "e24807f6-c0d1-4cd0-a9d6-14ccd06a5c79"
# getting usage data for one specific server
pp.pprint(self.cloud.usage(serverid=serverid))
pp.pprint(self.cloud.usage(serverid="fakeserverid"))
def test_22_ks_get_extensions(self):
"""test getting extensions"""
pp.pprint(self.cloud.ks_get_extensions())
def test_23_keypair_add(self):
keyname = "skwind"
keycontent = "ssh-dss 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"
pp.pprint(self.cloud.keypair_add(keyname, keycontent))
def test_24_keypair_list(self):
pp.pprint(self.cloud.keypair_list())
def start(self):
"""start image"""
HEADING()
image = self.configuration.default(self.name)['image']
flavor = self.configuration.default(self.name)['flavor']
self.configuration.prefix = "gvonlasz-test"
self.configuration.incr()
name = self.configuration.vmname
print("STARTING IMAGE", name, image, flavor)
result = self.cloud.vm_create(name, flavor, image)
print(result)
def info(self):
"""info"""
HEADING()
self.cloud.refresh()
self.cloud.info()
def clean(self):
"""clean"""
HEADING()
self.cloud.refresh()
self.cloud.info()
user_id = self.cloud.find_user_id()
print("Cleaning", user_id)
list = self.cloud.vms_delete_user()
print("Cleaning", list)
vm_ids = self.cloud.find('user_id', user_id)
while len(vm_ids) > 0:
vm_ids = self.cloud.find('user_id', user_id)
self.cloud.refresh("servers")
self.cloud.info()
time.sleep(1)
print("vms", vm_ids)
assert vm_ids == []
def test_24_get_extensions(self):
"""test geting the cloud extensions"""
HEADING()
print(json.dumps(self.cloud.get_extensions(), indent=4))
assert True
def test_25_get_users(self):
"""test to get the users"""
HEADING()
self.cloud.refresh("users")
# print json.dumps(self.cloud.get_users(), indent=4)
print(json.dumps(self.cloud.users, indent=4))
assert True
def test_26_get_users_all(self):
"""testto get all information for the users"""
for name in self.configuration.active():
HEADING()
cloud = openstack(name)
cloud.refresh("users")
print(json.dumps(cloud.users, indent=4))
assert True
def test_27_get_limits(self):
"""test to get the limits"""
HEADING()
print(json.dumps(self.cloud.get_limits(), indent=4))
assert True
def test_28_get_servers(self):
"""test to get the servers"""
HEADING()
print(json.dumps(self.cloud.get_servers(), indent=4))
assert True
def test_29_get_flavors(self):
"""test to get the flavors"""
HEADING()
# self.cloud.refresh('flavors')
# print json.dumps(self.cloud.dump('flavors'), indent=4)
print(json.dumps(self.cloud.get_flavors(), indent=4))
assert True
def test_30_get_images(self):
"""test to get the images"""
HEADING()
self.cloud.refresh('images')
print(json.dumps(self.cloud.dump('images'), indent=4))
print(json.dumps(self.cloud.get_images(), indent=4))
assert True
"""
def version(self):
'''
retruns the verison of the code from github
:rtype: the git tags
'''
return str(Shell.git("describe", "--tags"))[:-1]
class Test:
# assuming first - is the prefered cloud
print(os.path.expandvars(cloudmesh_yaml=config_file("/cloudmesh.yaml")))
cloud_label = Shell.head(
Shell.fgrep("-", cloudmesh_yaml=config_file("/cloudmesh.yaml")), "-n", "1")
cloud_label = cloud_label.replace(" - ", "").strip()
def setup(self):
self.configuration = cm_config()
euca_clouds = []
for name in self.configuration.config['cloudmesh']['clouds'].keys():
if self.configuration.config['cloudmesh']['clouds'][name]['cm_type'] == 'eucalyptus':
euca_clouds.append(name)
self.name = euca_clouds[0]
print("LOADING EUCA CLOUD", self.name)
self.cloud = eucalyptus(self.name)
print("LOADED CLOUD")
def tearDown(self):
pass
def start(self):
HEADING()
image = self.configuration.default(self.name)['image']
flavor = self.configuration.default(self.name)['flavor']
self.configuration.prefix = "gvonlasz-test"
self.configuration.incr()
name = self.configuration.vmname
print("STARTING IMAGE", name, image, flavor)
result = self.cloud.vm_create(name, flavor, image)
print(result)
def test_label(self):
HEADING()
print(self.cloud.label)
print(self.cloud.credentials)
assert True
# def test_01_limit(self):
# HEADING()
# print json.dumps(self.cloud.limits(), indent=4)
def test_info(self):
HEADING()
self.cloud.refresh('images')
print(json.dumps(self.cloud.dump('images'), indent=4))
# pprint(self.cloud.dump('images', with_manager=True))
pprint(self.cloud.images)
# doing a simple test as tiny is usually 512
# assert self.cloud.flavors['m1.tiny']['ram'] == 512
print("Currently running vms:", len(self.cloud.images))
# we assume cloud is always busy which may actually not true
# we should start our own vm and than probe for it for now > 0 will do
assert self.cloud.images > 0
def test_list_flavors(self):
HEADING()
self.cloud.refresh('flavors')
print(json.dumps(self.cloud.dump('flavors'), indent=4))
# doing a simple test as tiny is usually 512
assert self.cloud.flavors['m1.small']['ram'] == 512
def test_list_images(self):
HEADING()
self.cloud.refresh('images')
print(json.dumps(self.cloud.dump('images'), indent=4))
# doing a simple test as tiny is usually 512
# assert self.cloud.flavors['m1.small']['ram'] == 512
assert True
def test_list_servers(self):
HEADING()
self.cloud.refresh('servers')
print(json.dumps(self.cloud.dump('servers'), indent=4))
# doing a simple test as tiny is usually 512
# assert self.cloud.flavors['m1.small']['ram'] == 512
assert True
def test_start_vm(self):
HEADING()
configuration = cm_config()
print("NAME", self.name)
print("Getting Flavours")
self.cloud.refresh('flavors')
flavor = configuration.default(self.name)['flavor']
print("Getting Images")
self.cloud.refresh('images')
image = configuration.default(self.name)['image']
print(self.cloud.flavors_cache)
print(self.cloud.images_cache)
print("STARTING IMAGE", image, flavor)
result = self.cloud.vm_create(
"gregor-test-001", flavor_name=flavor, image_id=image)
print(result)
assert len(result.keys()) > 0
def test_delete_vm(self):
HEADING()
configuration = cm_config()
print("NAME", self.name)
print("Getting Flavours")
self.cloud.refresh('flavors')
flavor = configuration.default(self.name)['flavor']
print("Getting Images")
self.cloud.refresh('images')
image = configuration.default(self.name)['image']
# print self.cloud.flavors_cache
# print self.cloud.images_cache
print("STARTING VM", image, flavor)
result = self.cloud.vm_create(
"gregor-test-del", flavor_name=flavor, image_id=image)
print(result)
print("DELETE VM", image, flavor)
self.cloud.refresh('servers')
result = self.cloud.vm_delete("gregor-test-del")
print(result)
assert len(result.keys()) > 0
def test_refresh(self):
HEADING()
self.cloud.refresh()
pprint(self.cloud.get(self.name))
assert self.cloud.images > 0
def test_05_print_vms(self):
HEADING()
self.cloud.refresh('servers')
print(json.dumps(self.cloud.dump('servers'), indent=4))
# we assume that there are always images running
assert len(self.cloud.servers) > 0
"""
def test_0??_usage(self):
result = self.cloud.usage("2000-01-01T00:00:00", "2013-12-31T00:00:00")
print json.dumps(result, indent=4)
assert ['Instances'] > 0
"""
def test_07_print_tables(self):
HEADING()
self.test_03()
table = cm_table()
columns = ["id", "name", "ram", "vcpus"]
table.create(self.cloud.flavors, columns, header=True)
print(table)
table = cm_table()
columns = ["id", "name", "ram", "vcpus"]
table.create(self.cloud.flavors, columns, format='HTML', header=True)
print(table)
table = cm_table()
columns = ["id", "name", "ram", "vcpus"]
table.create(self.cloud.flavors, columns, format='%12s', header=True)
print(table)
assert table is not None
"""
def test_07_start_delete_vm(self):
name ="%s-%04d" % (self.cloud.credential["OS_USERNAME"], 1)
out = self.cloud.vm_create(name, "m1.tiny", "6d2bca76-8fff-4d57-9f29-50378539b4fa")
pprint(out)
print json.dumps(out, indent=4)
key = out.keys()[0]
id = out[key]["id"]
print id
vm = self.cloud.vm_delete(id)
print vm
"""
def test_08_delete_vms_of_user(self):
HEADING()
self.cloud.refresh()
user_id = self.cloud.find_user_id(force=True)
vm_ids = self.cloud.find('user_id', user_id)
print("userid", user_id)
config = cm_config()
config.data['cloudmesh']['clouds'][self.name][
'credentials']['OS_USER_ID'] = user_id
config.write()
#
# delete all vms of the user
#
servers = self.cloud.servers
print(servers)
list = self.cloud.vms_delete_user()
self.cloud = openstack(self.cloud_label)
self.cloud.refresh()
self.cloud.info()
vm_ids = self.cloud.find('user_id', user_id)
self.cloud.info()
time.sleep(2)
self.cloud.refresh()
while len(vm_ids) > 0:
vm_ids = self.cloud.find('user_id', user_id)
self.cloud.refresh("servers")
self.cloud.info()
time.sleep(1)
print("vms", vm_ids)
assert vm_ids == []
def test_09_start_two_vms(self):
HEADING()
configuration = cm_config()
image = configuration.default(self.name)['image']
print("STARTING IMAGE", image)
result = self.cloud.vm_create("gregor-test-001", "m1.tiny", image)
# print result
result = self.cloud.vm_create("gregor-test-002", "m1.tiny", image)
# print result
self.cloud.refresh()
self.cloud.info()
config = cm_config()
print("CONFIG")
user_id = config.data['cloudmesh']['clouds'][
self.name]['credentials']['OS_USER_ID']
print(user_id)
vm_ids = self.cloud.find('user_id', user_id)
print(vm_ids)
assert len(vm_ids) == 2
def test_10_list_user_vms(self):
HEADING()
list = self.cloud.vms_user(refresh=True)
pprint(list)
def test_11_refresh_all(self):
HEADING()
self.cloud.refresh()
self.cloud.info()
def test_12_print_states(self):
HEADING()
self.cloud.refresh()
print(self.cloud.states)
search_states = ('ACTIVE', 'PAUSED')
state = 'ACTIVE'
userid = None
print(state in search_states)
# self.cloud.display(search_states, userid)
# print json.dumps(self.cloud.servers, indent=4)
self.cloud.display_regex("vm['status'] in ['ACTIVE']", userid)
print(json.dumps(self.cloud.dump('servers'), indent=4))
# self.cloud.display_regex("vm['status'] in ['ERROR']", userid)
# print json.dumps(self.cloud.servers, indent=4)
def test_13_meta(self):
HEADING()
self.clean()
image = self.configuration.default(self.name)['image']
flavor = self.configuration.default(self.name)['flavor']
self.configuration.prefix = "gvonlasz-test"
self.configuration.incr()
name = self.configuration.vmname
print(name)
result = self.cloud.vm_create(name, flavor, image)
id = result['id']
print(id)
result = self.cloud.wait(id, 'ACTIVE')
result = self.cloud.set_meta(id, {"owner": "gregor"})
print("RESULT", result)
meta = self.cloud.get_meta(id)
print(meta)
def info(self):
HEADING()
self.cloud.refresh()
self.cloud.info()
def clean(self):
HEADING()
self.cloud.refresh()
self.cloud.info()
user_id = self.cloud.find_user_id()
print("Cleaning", user_id)
list = self.cloud.vms_delete_user()
print("Cleaning", list)
vm_ids = self.cloud.find('user_id', user_id)
while len(vm_ids) > 0:
vm_ids = self.cloud.find('user_id', user_id)
self.cloud.refresh("servers")
self.cloud.info()
time.sleep(1)
print("vms", vm_ids)
assert vm_ids == []
def test_help(self):
HEADING()
r = Shell.cm("help")
print(r)
assert "vm" in r and "cloud" in r and "list" in r