def launch(management_port = 7001, default_controller_url = "https://localhost:9000", config_filename='/etc/gram/config.json'):
config.initialize(config_filename)
log.debug("VMOC.launch");
core.registerNew(VMOCController)
for port in config.vlan_port_map.keys():
default_controller_port = get_default_controller_port()
if int(port) == default_controller_port: continue
of_task = of_01.OpenFlow_01_Task(port, '0.0.0.0')
# In case we get a string from command line
management_port = int(management_port)
management_interface = VMOCManagementInterface(management_port, default_controller_url)
management_interface.start()
def monitor(parms):
try:
opts, args = getopt.getopt(parms, "hdv:m:i:", ["vlan=", "mac=", "ip="])
except getopt.GetoptError:
print "gram_mon.py: Error parsing args"
sys.exit(2)
found = False
sip = None
smac = None
svlan = None
for opt, arg in opts:
# print opt, arg
if opt == '-h':
usage()
sys.exit()
elif opt in ("-i", "--ip"):
sip = arg
print "Searching for Slice Information for ipaddr " + sip
elif opt in ("-m", "--mac"):
smac = arg
print "Searching for Slice Information for mac " + smac
elif opt in ("-v", "--vlan"):
svlan = arg
print "Searching for Slice Information for vlan " + svlan
config.initialize("/etc/gram/config.json")
organization = gmoc.Organization(ORGNAME)
pop = gmoc.POP(POPNAME)
aggregate = gmoc.Aggregate('urn:publicid:IDN+bbn-cam-ctrl-1+authority+am',
type='gram',
version='3',
pop=pop,
operator=organization)
#print config.stitching_info['aggregate_id']
#import pdb; pdb.set_trace()
#get vmresources
vmresources = config.compute_hosts
stitching_handler = stitching.Stitching()
resources = {}
for k in vmresources:
#print k
#weird - if you don't use str - component_id comes back as type unicode
component_id = str(config.urn_prefix + "node+" + k)
#print component_id
#import pdb; pdb.set_trace()
resources[k] = gmoc.Resource(component_id,
type='vmserver',
pop=pop,
operator=organization)
aggregate.resources = resources.values()
snapshot_dir = config.gram_snapshot_directory + "/" + getpass.getuser()
allF = []
files = os.listdir(snapshot_dir)
for f in files:
filename = os.path.join(snapshot_dir, f)
if (os.path.isfile(filename)):
# print filename
allF.append(filename)
if allF:
nfiles = sorted(allF, key=os.path.getctime)
oldest = nfiles[0]
newest = nfiles[-1]
print "Latest snapshot file: " + newest + "\n"
myslices = Archiving.read_state(newest, None, stitching_handler)
sliver = {}
for i, slice in myslices.iteritems():
slice_obj = gmoc.Slice(str(slice.getSliceURN()))
#print "Slice: "+ str(slice.getSliceURN())
slivers = slice.getAllSlivers()
for k, v in slivers.iteritems():
#print "*********************"
#import pdb; pdb.set_trace()
#sliver[v.getSliverURN()] = gmoc.Sliver(str(v.getSliverURN()), v.getExpiration(), v.getOperationalState(), aggregate, v.getUserURN())
#sliver[v.getSliverURN()] = gmoc.Sliver(str(v.getSliverURN()), v.getExpiration(), gmoc.SLIVER_STATE_UP, aggregate, gmoc.Contact(str(v.getUserURN())))
sliver[v.getSliverURN()] = gmoc.Sliver(
str(v.getSliverURN()),
expires=v.getExpiration(),
state=gmoc.SLIVER_STATE_UP,
aggregate=aggregate,
creator=gmoc.Contact(str(v.getUserURN())))
sliver[v.getSliverURN()].slice = slice_obj
sliver[v.getSliverURN()].created = v.getCreation()
if v.getUUID() is not None:
sliver[v.getSliverURN()].uuid = uuid.UUID(v.getUUID())
#print v.getCreation()
#print v.getExpiration()
#print v.getSliverURN()
#print v.getOperationalState()
#print v.getUserURN()
#print v.getUUID()
#print slice.getSliceURN()
#import pdb; pdb.set_trace()
#print v
if isinstance(v, Archiving.VirtualMachine):
#print "vm"
#print v.getHost()
#print v.getExternalIp()
#why is ExternalIp not set - have to ask Stephen RRH
#if v.getExternalIp() is not None:
# print "IP " + v.getExternalIp()
# if sip == str(v.getExternalIp()):
if sip is not None:
match = re.search(sip, str(v))
if match:
#print "FOUND IP " + match.group()
print "Diagnostic Information for ip = " + sip + ":"
printDiagInfo(slice, v)
found = True
sliver[v.getSliverURN()].extIP = match.group()
return
#else:
# print "No external IP "
#print "v.getHost " + v.getHost()
#print "v.getSliverURN " + v.getSliverURN()
if v.getHost() != None and v.getSliverURN() != None:
gmoc.ResourceMapping(str(v.getUUID()),
type='vm',
resource=resources[v.getHost()],
sliver=sliver[v.getSliverURN()])
#print "*********************"
elif isinstance(v, Archiving.NetworkLink):
#print "Link"
if v.getVLANTag() is not None:
#print "vlan " + str(v.getVLANTag())
if svlan == str(v.getVLANTag()):
print "Diagnostic Information for vlan = " + svlan + ":"
printDiagInfo(slice, v)
found = True
return
sliver[v.getSliverURN()].vlan = str(v.getVLANTag())
#else:
# print "No VLAN Tag"
#print "*********************"
elif isinstance(v, Archiving.NetworkInterface):
#print "NIC"
#print "mac " + v.getMACAddress()
if smac == str(v.getMACAddress()):
print "Diagnostic Information for mac = " + smac + ":"
printDiagInfo(slice, v)
found = True
return
sliver[v.getSliverURN()].mac = str(v.getMACAddress())
if v.getVLANTag() is not None:
#print "vlan " + str(v.getVLANTag())
if svlan == str(v.getVLANTag()):
print "Diagnostic Information for vlan = " + svlan + ":"
printDiagInfo(slice, v)
found = True
return
sliver[v.getSliverURN()].vlan = str(v.getVLANTag())
#else:
# print "No VLAN Tag"
#print "*********************"
else:
print "Unknown Sliver Type"
print "*********************"
# print sliver
# Now actually setup and report stuff
#client = gmoc.GMOCClient(
# serviceURL = 'https://gmoc-db.grnoc.iu.edu/',
# username = MONUSERNAME,
# password = MONPASSWORD,
# )
# import pdb; pdb.set_trace()
if found == False:
print "\n\n*********************"
print "PRINTING ALL CURRENT INFORMATION FOR " + time.strftime("%c")
print pop
print "*********************"
def installerCommands(self, dir, module_name, module_installer, install):
prefix = "install"
if not install:
prefix = "uninstall"
module_install_file = open("%s/%s_%s.sh" % (dir, prefix, module_name),
"w")
module_installer.clear()
if install:
module_installer.installCommands()
else:
module_installer.uninstallCommands()
module_install_commands = module_installer.getCommands()
for ic in module_install_commands:
module_install_file.write(ic)
module_install_file.write("\n")
module_install_file.close()
if __name__ == "__main__":
config.initialize("/etc/gram/config.json")
openstack = OpenStack()
openstack.createCommands(OpenStack._CONTROL_INSTALLERS, \
"/tmp/install",
"install_control.sh", \
"uninstall_control.sh")
openstack.createCommands(OpenStack._COMPUTE_INSTALLERS, \
"/tmp/install",
"install_compute.sh", \
"uninstall_compute.sh")
#
# modify_conf_env.py file variable config_variable prefix
#
# Create a 'sed' command to modify the contents of a given config file line
# that starts with
# prefix variable=old_value into
# prefix variable=new_value
# where new value is taken from the config_variable of the gram.am.gram.config package
import sys
from gram.am.gram import config
if __name__ == "__main__":
if len(sys.argv) != 5:
print "Usage: modify_conf_env file variable config_variable prefix"
sys.exit()
config.initialize('/etc/gram/config.json')
filename = sys.argv[1]
variable = sys.argv[2]
config_variable = sys.argv[3]
prefix = sys.argv[4]
if prefix != "":
prefix = prefix + " "
if config_variable == 'control_host':
new_value = "http:\/\/" + config.control_host + ":5000\/v2.0\/"
else:
new_value = getattr(config, config_variable)
print "sed -i 's/^%s%s=.*/%s%s=%s/' %s" % \
(prefix, variable, prefix, variable, new_value, filename)
if not install:
prefix = "uninstall"
module_install_file = open("%s/%s_%s.sh" % (dir, prefix, module_name), "w")
module_installer.clear()
if install:
module_installer.installCommands()
else:
module_installer.uninstallCommands()
module_install_commands = module_installer.getCommands()
for ic in module_install_commands:
module_install_file.write(ic)
module_install_file.write("\n")
module_install_file.close()
if __name__ == "__main__":
config.initialize("/etc/gram/config.json")
openstack = OpenStack()
openstack.createCommands(OpenStack._CONTROL_INSTALLERS, \
"/tmp/install",
"install_control.sh", \
"uninstall_control.sh")
openstack.createCommands(OpenStack._COMPUTE_INSTALLERS, \
"/tmp/install",
"install_compute.sh", \
"uninstall_compute.sh")
def monitor(parms):
try:
opts, args = getopt.getopt(parms,"hdv:m:i:", ["vlan=", "mac=", "ip="])
except getopt.GetoptError:
print "gram_mon.py: Error parsing args"
sys.exit(2)
found = False
sip = None
smac = None
svlan = None
for opt, arg in opts:
# print opt, arg
if opt == '-h':
usage()
sys.exit()
elif opt in ("-i", "--ip"):
sip = arg
print "Searching for Slice Information for ipaddr " + sip
elif opt in ("-m", "--mac"):
smac = arg
print "Searching for Slice Information for mac " + smac
elif opt in ("-v", "--vlan"):
svlan = arg
print "Searching for Slice Information for vlan " + svlan
config.initialize("/etc/gram/config.json")
organization = gmoc.Organization( ORGNAME )
pop = gmoc.POP( POPNAME )
aggregate = gmoc.Aggregate('urn:publicid:IDN+bbn-cam-ctrl-1+authority+am', type='gram', version='3', pop = pop, operator=organization)
#print config.stitching_info['aggregate_id']
#import pdb; pdb.set_trace()
#get vmresources
vmresources = config.compute_hosts
stitching_handler = stitching.Stitching()
resources={}
for k in vmresources:
#print k
#weird - if you don't use str - component_id comes back as type unicode
component_id = str(config.urn_prefix + "node+" + k)
#print component_id
#import pdb; pdb.set_trace()
resources[k] = gmoc.Resource(component_id, type = 'vmserver', pop = pop, operator = organization)
aggregate.resources = resources.values()
snapshot_dir = config.gram_snapshot_directory + "/" + getpass.getuser()
allF = []
files = os.listdir(snapshot_dir)
for f in files:
filename = os.path.join(snapshot_dir, f)
if(os.path.isfile(filename)):
# print filename
allF.append(filename)
if allF:
nfiles = sorted(allF, key=os.path.getctime)
oldest = nfiles[0]
newest = nfiles[-1]
print "Latest snapshot file: " + newest + "\n"
myslices = Archiving.read_state(newest, None, stitching_handler)
sliver = {}
for i, slice in myslices.iteritems():
slice_obj = gmoc.Slice(str(slice.getSliceURN()))
#print "Slice: "+ str(slice.getSliceURN())
slivers = slice.getAllSlivers()
for k, v in slivers.iteritems():
#print "*********************"
#import pdb; pdb.set_trace()
#sliver[v.getSliverURN()] = gmoc.Sliver(str(v.getSliverURN()), v.getExpiration(), v.getOperationalState(), aggregate, v.getUserURN())
#sliver[v.getSliverURN()] = gmoc.Sliver(str(v.getSliverURN()), v.getExpiration(), gmoc.SLIVER_STATE_UP, aggregate, gmoc.Contact(str(v.getUserURN())))
sliver[v.getSliverURN()] = gmoc.Sliver(str(v.getSliverURN()), expires = v.getExpiration(), state = gmoc.SLIVER_STATE_UP, aggregate = aggregate, creator = gmoc.Contact(str(v.getUserURN())))
sliver[v.getSliverURN()].slice = slice_obj
sliver[v.getSliverURN()].created = v.getCreation()
if v.getUUID() is not None:
sliver[v.getSliverURN()].uuid = uuid.UUID(v.getUUID())
#print v.getCreation()
#print v.getExpiration()
#print v.getSliverURN()
#print v.getOperationalState()
#print v.getUserURN()
#print v.getUUID()
#print slice.getSliceURN()
#import pdb; pdb.set_trace()
#print v
if isinstance(v, Archiving.VirtualMachine):
#print "vm"
#print v.getHost()
#print v.getExternalIp()
#why is ExternalIp not set - have to ask Stephen RRH
#if v.getExternalIp() is not None:
# print "IP " + v.getExternalIp()
# if sip == str(v.getExternalIp()):
if sip is not None:
match = re.search(sip, str(v))
if match:
#print "FOUND IP " + match.group()
print "Diagnostic Information for ip = " + sip + ":"
printDiagInfo(slice, v)
found = True
sliver[v.getSliverURN()].extIP = match.group()
return
#else:
# print "No external IP "
#print "v.getHost " + v.getHost()
#print "v.getSliverURN " + v.getSliverURN()
if v.getHost() != None and v.getSliverURN() != None:
gmoc.ResourceMapping(str(v.getUUID()), type = 'vm', resource = resources[v.getHost()], sliver = sliver[v.getSliverURN()])
#print "*********************"
elif isinstance(v, Archiving.NetworkLink):
#print "Link"
if v.getVLANTag() is not None:
#print "vlan " + str(v.getVLANTag())
if svlan == str(v.getVLANTag()):
print "Diagnostic Information for vlan = " + svlan + ":"
printDiagInfo(slice, v)
found = True
return
sliver[v.getSliverURN()].vlan = str(v.getVLANTag())
#else:
# print "No VLAN Tag"
#print "*********************"
elif isinstance(v, Archiving.NetworkInterface):
#print "NIC"
#print "mac " + v.getMACAddress()
if smac == str(v.getMACAddress()):
print "Diagnostic Information for mac = " + smac + ":"
printDiagInfo(slice, v)
found = True
return
sliver[v.getSliverURN()].mac = str(v.getMACAddress())
if v.getVLANTag() is not None:
#print "vlan " + str(v.getVLANTag())
if svlan == str(v.getVLANTag()):
print "Diagnostic Information for vlan = " + svlan + ":"
printDiagInfo(slice, v)
found = True
return
sliver[v.getSliverURN()].vlan = str(v.getVLANTag())
#else:
# print "No VLAN Tag"
#print "*********************"
else:
print "Unknown Sliver Type"
print "*********************"
# print sliver
# Now actually setup and report stuff
#client = gmoc.GMOCClient(
# serviceURL = 'https://gmoc-db.grnoc.iu.edu/',
# username = MONUSERNAME,
# password = MONPASSWORD,
# )
# import pdb; pdb.set_trace()
if found == False:
print "\n\n*********************"
print "PRINTING ALL CURRENT INFORMATION FOR " + time.strftime("%c")
print pop
print "*********************"
#
# modify_conf_env.py file variable config_variable prefix
#
# Create a 'sed' command to modify the contents of a given config file line
# that starts with
# prefix variable=old_value into
# prefix variable=new_value
# where new value is taken from the config_variable of the gram.am.gram.config package
import sys
from gram.am.gram import config
if __name__ == "__main__":
if len(sys.argv) != 5:
print "Usage: modify_conf_env file variable config_variable prefix"
sys.exit()
config.initialize('/etc/gram/config.json')
filename = sys.argv[1]
variable = sys.argv[2]
config_variable = sys.argv[3]
prefix = sys.argv[4]
if prefix != "":
prefix = prefix + " "
if config_variable == 'control_host':
new_value = "http:\/\/" + config.control_host + ":5000\/v2.0\/"
else:
new_value = getattr(config, config_variable)
print "sed -i 's/^%s%s=.*/%s%s=%s/' %s" % \
(prefix, variable, prefix, variable, new_value, filename)