def buttonevent_preview(self, event):
print('debug: Preview...')
self.options_generation()
#system_preview = copy.deepcopy(self.system)
tree = ET.parse(self.options.config_file)
root = tree.getroot()
system_preview = chris.System(root.attrib['name'], [])
allnode, alllb, allimage = get_nodes.get_nodes(self.options.key_file, get_keys.get_keys(True, self.options.key_file))
system_preview.reconfig(root, False, allnode, self.options, alllb)
#system_preview.name = 'temp'
if not reconfig_single.reconfig_single(self.options, system_preview, self.allnode, self.alllb, modifyxml = False):
print('Error; reconfig_single()')
return
tree = ET.parse('configuration.preview.xml')
root = tree.getroot()
#print('debug: finish parsing')
system_preview = chris.System(root.attrib['name'], [])
if not system_preview.reconfig(root, False, allnode, self.options, alllb, preview = True):
print('Error: Preview Failed')
return
# #print('Warning: This faile might already cause some changes to the system')
# exit()
print('hi')
self.tree_generation(self.m_treeCtrl2, system_preview = system_preview)
self.m_treeCtrl2.ExpandAll()
self.m_staticText11.SetLabel("After Reconfig (Estimated)")
self.m_treeCtrl2.Update()
def main():
__ensure_memcached_is_running()
mc = memcache.Client([MEMCACHED_ADDR + ':' + MEMCACHED_PORT], debug = 0)
m_nodes = {}
print "Gathering nodes' information"
nodes = get_nodes(sys.argv[1])
mc.set('nodes', pickle.dumps(nodes))
# print "Setting up nodes' pairs"
# set_pairs_by_nodes_and_pairs_filename(nodes, sys.argv[2]);
for node_key in nodes:
m_nodes[node_key] = MNode()
print "All set up. Setting locations."
counter = 0
flag = True
for key, m_node in m_nodes.items():
if flag:
m_node.x = counter
m_node.y = 180
counter = counter + 22
if counter > 360:
counter = 0
flag = False
else:
m_node.x = 180
m_node.y = counter
counter = counter + 22
mc.set(key, m_node.to_memcached_str())
def main():
__ensure_memcached_is_running()
mc = memcache.Client([MEMCACHED_ADDR + ":" + MEMCACHED_PORT], debug=0)
m_nodes = {}
print "Gathering nodes' information"
nodes = get_nodes(sys.argv[1])
mc.set("nodes", pickle.dumps(nodes))
# print "Setting up nodes' pairs"
# set_pairs_by_nodes_and_pairs_filename(nodes, sys.argv[2]);
for node_key in nodes:
m_nodes[node_key] = MNode()
print "All set up. Forking to background."
print "Entering mobility loop."
if os.fork() != 0:
exit(0)
while __continue(mc):
for key, m_node in m_nodes.items():
move_m_node(m_node)
mc.set(key, m_node.to_memcached_str())
time.sleep(UPDATE_INTERVAL)
mc.set("sheldon_exit", 0)
if options.gui == "y":
get_keys.get_keys(False, options.key_file)
else:
print("Error: Please edit or specify the key file to provide keys")
exit()
# key file existed
providers = get_keys.get_keys(True, options.key_file)
if providers == None:
print("Error: No valid provider")
exit()
# ..... key file existed .....
# ----- get nodes -----
allnode, alllb, allimage = get_nodes.get_nodes(options.key_file, providers)
if len(allnode) < 1:
print("Error: No node")
exit()
if len(alllb) < 1:
print("Warning: No loadbalancer")
# ..... get nodes and load balancers .....
# ----- Beginning mode -----
if options.mode == "b" or not os.path.exists(options.config_file):
print("debug: Beginning Mode")
# cluntering with GUI
if options.gui == "y":
guithread = gui_cluster.GUI_Thread_Cluster(allnode, alllb, options.config_file, allimage)
guithread.setDaemon(True)
def set_pairs_by_filenames(nodes_file, pairs_file):
set_pairs_by_nodes_and_pairs_filename(get_nodes(nodes_file), pairs_file)
