class cm_shell_inventory:
"""opt_example class"""
def info_cm_shell_inventory(self):
print "%20s =" % "DBNAME", self.inventory_name
def activate_cm_shell_inventory(self):
self.register_command_topic('cloud','inventory')
#
# BUG this needs to be done not in activate
#
self.inventory_name = "test"
# port number is missing
# should be imported from cloudmesh_server.yaml
db = connect(self.inventory_name)
self.inventory = Inventory()
pass
@command
def do_inventory(self, args, arguments):
"""
Usage:
inventory clean
inventory create image DESCRIPTION
inventory create server [dynamic] DESCRIPTION
inventory create service [dynamic] DESCRIPTION
inventory exists server NAME
inventory exists service NAME
inventory
inventory print
inventory info [--cluster=CLUSTER] [--server=SERVER]
inventory list [--cluster=CLUSTER] [--server=SERVER]
inventory server NAME
inventory service NAME
Manages the inventory
clean cleans the inventory
server define servers
Arguments:
DESCRIPTION The hostlist"i[009-011],i[001-002]"
NAME The name of a service or server
Options:
v verbose mode
"""
#if arguments["v"]:
log.info(arguments)
log.info(args)
if args == "":
log.info("print inventory")
if arguments["clean"]:
log.info("clean the inventory")
return
if arguments["print"]:
log.info("print the inventory")
r = self.inventory.find({})
for e in r:
pprint(e)
return
if arguments["info"]:
print
print "Inventory Information"
print "---------------------"
print
if not (arguments["--cluster"] or arguments["--server"]):
print self.inventory.info()
print
if arguments["--cluster"] and not arguments["--server"]:
name = arguments["--cluster"]
r = self.inventory.cluster(name)
pprint(r)
return
for kind in ["server", "service", "image"]:
if arguments["info"] and arguments[kind]:
name = arguments["NAME"]
kind = arguments[kind]
self.inventory.print_kind(serv, name)
return
if arguments["create"] and arguments["server"]:
hostlist = arguments["DESCRIPTION"]
log.info("create servers" + hostlist)
return
if arguments["create"] and arguments["service"]:
hostlist = arguments["DESCRIPTION"]
log.info("create services" + hostlist)
return
if arguments["exists"] and arguments["server"]:
name = arguments["NAME"]
if self.inventory.exists("server", name):
print "true"
else:
print "false"
return
if arguments["exists"] and arguments["service"]:
name = arguments["NAME"]
if self.inventory.exists("service", name):
print "true"
else:
print "false"
return
class Test_Inventory:
def setup(self):
self.cluster = "bravo"
self.name = "b010"
self.inventory = Inventory()
self.inventory.clear()
self.inventory.generate()
print("GENERATION COMPLETE")
def tearDown(self):
pass
def test_clear(self):
HEADING()
self.inventory.clear()
def test_find(self):
HEADING()
r = self.inventory.find({})
print(r.count())
assert r.count > 0
def test_host(self):
HEADING()
data = self.inventory.host(self.name)
pprint(data)
def test_list(self):
HEADING()
data = self.inventory.hostlist(self.cluster)
# pprint(data)
def test_combine(self):
attribute = "cm_temp"
value = "32"
print("SET ATTRIBUTE")
print(70 * '=')
data = self.inventory.set_attribute(self.name, attribute, value)
print(70 * '=')
print(data)
print("GET ATTRIBUTE")
data = self.inventory.get_attribute(self.name, attribute)
print(data)
data = self.inventory.host(self.name)
pprint(data)
def test_set(self):
HEADING()
"""
data = self.inventory.find({'cm_id': self.name})
for e in data:
pprint (e)
"""
print(70 * '=')
"""
print "BEFORE"
data = self.inventory.host(self.name)
pprint(data)
"""
attribute = "cm_temp"
value = "32"
print("SET ATTRIBUTE")
print(70 * '=')
data = self.inventory.set_attribute(self.name, attribute, value)
print(70 * '=')
print(data)
print("GET ATTRIBUTE")
data = self.inventory.get_attribute(self.name, attribute)
print(data)
def test_i066(self):
HEADING()
name = "i066"
attribute = "cm_doesnotexist"
print("GET ATTRIBUTE")
data = self.inventory.get_attribute(name, attribute)
print(data)
"""
class Test_Inventory:
def setup(self):
self.cluster = "bravo"
self.name = "b010"
self.inventory = Inventory()
self.inventory.clear()
self.inventory.generate()
print "GENERATION COMPLETE"
def tearDown(self):
pass
def test_bootspec(self):
self.inventory.generate_bootspec()
specs = self.inventory.find ({'cm_type': "inventory",
'cm_key': 'bootspec',
'cm_kind': 'bootspec'})
print specs.count()
for spec in specs:
print '#', 70 * "-"
print '#', spec['cm_id']
print '#', 70 * "-"
pprint (spec)
assert True
def test_getspec(self):
self.inventory.generate_bootspec()
spec = self.inventory.get_bootspec('ubuntu-2013-07-b')
pprint (spec)
assert True
def test_clear(self):
HEADING()
self.inventory.clear()
def test_find(self):
HEADING()
r = self.inventory.find ({})
print r.count()
assert r.count > 0
def test_host(self):
HEADING()
data = self.inventory.host(self.name)
pprint(data)
def test_list(self):
HEADING()
data = self.inventory.hostlist(self.cluster)
# pprint(data)
def test_combine(self):
attribute = "cm_temp"
value = "32"
print "SET ATTRIBUTE"
print 70 * '='
data = self.inventory.set_attribute(self.name, attribute, value)
print 70 * '='
print data
print "GET ATTRIBUTE"
data = self.inventory.get_attribute(self.name, attribute)
print data
data = self.inventory.host(self.name)
pprint(data)
def test_set(self):
HEADING()
"""
data = self.inventory.find({'cm_id': self.name})
for e in data:
pprint (e)
"""
print 70 * '='
"""
print "BEFORE"
data = self.inventory.host(self.name)
pprint(data)
"""
attribute = "cm_temp"
value = "32"
print "SET ATTRIBUTE"
print 70 * '='
data = self.inventory.set_attribute(self.name, attribute, value)
print 70 * '='
print data
print "GET ATTRIBUTE"
data = self.inventory.get_attribute(self.name, attribute)
print data
def test_i066(self):
HEADING()
name = "i066"
attribute = "cm_doesnotexist"
print "GET ATTRIBUTE"
data = self.inventory.get_attribute(name, attribute)
print data
"""
class Test_Inventory:
def setup(self):
self.cluster = "bravo"
self.name = "b010"
self.inventory = Inventory()
self.inventory.clear()
self.inventory.generate()
print("GENERATION COMPLETE")
def tearDown(self):
pass
def test_clear(self):
HEADING()
self.inventory.clear()
def test_find(self):
HEADING()
r = self.inventory.find({})
print(r.count())
assert r.count > 0
def test_host(self):
HEADING()
data = self.inventory.host(self.name)
pprint(data)
def test_list(self):
HEADING()
data = self.inventory.hostlist(self.cluster)
# pprint(data)
def test_combine(self):
attribute = "cm_temp"
value = "32"
print("SET ATTRIBUTE")
print(70 * '=')
data = self.inventory.set_attribute(self.name, attribute, value)
print(70 * '=')
print(data)
print("GET ATTRIBUTE")
data = self.inventory.get_attribute(self.name, attribute)
print(data)
data = self.inventory.host(self.name)
pprint(data)
def test_set(self):
HEADING()
"""
data = self.inventory.find({'cm_id': self.name})
for e in data:
pprint (e)
"""
print(70 * '=')
"""
print "BEFORE"
data = self.inventory.host(self.name)
pprint(data)
"""
attribute = "cm_temp"
value = "32"
print("SET ATTRIBUTE")
print(70 * '=')
data = self.inventory.set_attribute(self.name, attribute, value)
print(70 * '=')
print(data)
print("GET ATTRIBUTE")
data = self.inventory.get_attribute(self.name, attribute)
print(data)
def test_i066(self):
HEADING()
name = "i066"
attribute = "cm_doesnotexist"
print("GET ATTRIBUTE")
data = self.inventory.get_attribute(name, attribute)
print(data)
"""
class cm_shell_inventory:
"""opt_example class"""
def info_cm_shell_inventory(self):
print "%20s =" % "DBNAME", self.inventory_name
def activate_cm_shell_inventory(self):
self.register_command_topic('cloud', 'inventory')
#
# BUG this needs to be done not in activate
#
self.inventory_name = "test"
# port number is missing
# should be imported from cloudmesh_server.yaml
db = connect(self.inventory_name)
self.inventory = Inventory()
pass
@command
def do_inventory(self, args, arguments):
"""
Usage:
inventory clean
inventory create image DESCRIPTION
inventory create server [dynamic] DESCRIPTION
inventory create service [dynamic] DESCRIPTION
inventory exists server NAME
inventory exists service NAME
inventory
inventory print
inventory info [--cluster=CLUSTER] [--server=SERVER]
inventory list [--cluster=CLUSTER] [--server=SERVER]
inventory server NAME
inventory service NAME
Manages the inventory
clean cleans the inventory
server define servers
Arguments:
DESCRIPTION The hostlist"i[009-011],i[001-002]"
NAME The name of a service or server
Options:
v verbose mode
"""
#if arguments["v"]:
log.info(arguments)
log.info(args)
if args == "":
log.info("print inventory")
if arguments["clean"]:
log.info("clean the inventory")
return
if arguments["print"]:
log.info("print the inventory")
r = self.inventory.find({})
for e in r:
pprint(e)
return
if arguments["info"]:
print
print "Inventory Information"
print "---------------------"
print
if not (arguments["--cluster"] or arguments["--server"]):
print self.inventory.info()
print
if arguments["--cluster"] and not arguments["--server"]:
name = arguments["--cluster"]
r = self.inventory.cluster(name)
pprint(r)
return
for kind in ["server", "service", "image"]:
if arguments["info"] and arguments[kind]:
name = arguments["NAME"]
kind = arguments[kind]
self.inventory.print_kind(serv, name)
return
if arguments["create"] and arguments["server"]:
hostlist = arguments["DESCRIPTION"]
log.info("create servers" + hostlist)
return
if arguments["create"] and arguments["service"]:
hostlist = arguments["DESCRIPTION"]
log.info("create services" + hostlist)
return
if arguments["exists"] and arguments["server"]:
name = arguments["NAME"]
if self.inventory.exists("server", name):
print "true"
else:
print "false"
return
if arguments["exists"] and arguments["service"]:
name = arguments["NAME"]
if self.inventory.exists("service", name):
print "true"
else:
print "false"
return
class Test_Inventory:
def setup(self):
self.cluster = "bravo"
self.name = "b010"
self.inventory = Inventory()
self.inventory.clear()
self.inventory.generate()
print "GENERATION COMPLETE"
def tearDown(self):
pass
def test_bootspec(self):
self.inventory.generate_bootspec()
specs = self.inventory.find({
'cm_type': "inventory",
'cm_key': 'bootspec',
'cm_kind': 'bootspec'
})
print specs.count()
for spec in specs:
print '#', 70 * "-"
print '#', spec['cm_id']
print '#', 70 * "-"
pprint(spec)
assert True
def test_getspec(self):
self.inventory.generate_bootspec()
spec = self.inventory.get_bootspec('ubuntu-2013-07-b')
pprint(spec)
assert True
def test_clear(self):
HEADING()
self.inventory.clear()
def test_find(self):
HEADING()
r = self.inventory.find({})
print r.count()
assert r.count > 0
def test_host(self):
HEADING()
data = self.inventory.host(self.name)
pprint(data)
def test_list(self):
HEADING()
data = self.inventory.hostlist(self.cluster)
# pprint(data)
def test_combine(self):
attribute = "cm_temp"
value = "32"
print "SET ATTRIBUTE"
print 70 * '='
data = self.inventory.set_attribute(self.name, attribute, value)
print 70 * '='
print data
print "GET ATTRIBUTE"
data = self.inventory.get_attribute(self.name, attribute)
print data
data = self.inventory.host(self.name)
pprint(data)
def test_set(self):
HEADING()
"""
data = self.inventory.find({'cm_id': self.name})
for e in data:
pprint (e)
"""
print 70 * '='
"""
print "BEFORE"
data = self.inventory.host(self.name)
pprint(data)
"""
attribute = "cm_temp"
value = "32"
print "SET ATTRIBUTE"
print 70 * '='
data = self.inventory.set_attribute(self.name, attribute, value)
print 70 * '='
print data
print "GET ATTRIBUTE"
data = self.inventory.get_attribute(self.name, attribute)
print data
def test_i066(self):
HEADING()
name = "i066"
attribute = "cm_doesnotexist"
print "GET ATTRIBUTE"
data = self.inventory.get_attribute(name, attribute)
print data
"""
