def list(self):
vms = self.session.VM.get_all_records()
vm_list = []
for k in vms:
name = vms[k]['name_label']
state = vms[k]['power_state']
vgm = vms[k]['guest_metrics']
tags = vms[k]['tags']
if tags == []:
tags = 'null'
else:
tags = ','.join(tags)
ip = None
os = None
if vms[k]['is_a_template'] == False and vms[k]['is_control_domain'] == False:
try:
os = self.session.VM_guest_metrics.get_networks(vgm)
if '0/ip' in os.keys():
ip = os['0/ip']
except:
pass
host_ref = vms[k]['resident_on']
if host_ref == 'OpaqueRef:NULL':
host = 'None'
else:
host = self.session.host.get_name_label(host_ref)
vm_list.append({'name':name, 'state':state, 'tags':tags, 'ip':ip, 'host':host})
return vm_list
def read_ip_address(vm):
vgm = session.xenapi.VM.get_guest_metrics(vm)
try:
os = session.xenapi.VM_guest_metrics.get_networks(vgm)
if "0/ip" in os.keys():
return os["0/ip"]
return None
except:
return None
def get_vm_ip(self,name):
ip = None
vm = self.vm_by_name(name)
record = self.session.VM.get_record(vm)
guest_metric = record['guest_metrics']
try:
os = self.session.VM_guest_metrics.get_networks(guest_metric)
if '0/ip' in os.keys():
ip = os['0/ip']
except:
pass
return ip
def getos(oses):
print ()
print ("Select the OS: ")
n=0
for os in oses:
n=n+1
if 'hourlyRecurringFee' in os.keys():
print ("%s. %s - Hourly: %s Monthly %s" % (n, os['itemPrice']['item']['description'], os['itemPrice']['hourlyRecurringFee'], os['itemPrice']['recurringFee']))
else:
print ("%s. %s - Hourly: NA Monthly %s" % (n, os['itemPrice']['item']['description'], os['itemPrice']['recurringFee']))
num = int(input ("Choose: "))
osoption = oses[num-1]['template']['operatingSystemReferenceCode']
return osoption
def getos(oses):
print()
print("Select the OS: ")
n = 0
for os in oses:
n = n + 1
if 'hourlyRecurringFee' in os.keys():
print("%s. %s - Hourly: %s Monthly %s" %
(n, os['itemPrice']['item']['description'],
os['itemPrice']['hourlyRecurringFee'],
os['itemPrice']['recurringFee']))
else:
print("%s. %s - Hourly: NA Monthly %s" %
(n, os['itemPrice']['item']['description'],
os['itemPrice']['recurringFee']))
num = int(input("Choose: "))
osoption = oses[num - 1]['template']['operatingSystemReferenceCode']
return osoption
def pie_os(q, clip, legend):
"""Evaluates OS statistics."""
os = {}
for k in q: os[k.os_family] = os.get(k.os_family, 0) + 1
clutter(os, clip, ugettext(u'others').encode('utf-8'))
return pie_chart(os.values(), os.keys(), legend)
geneA_role = line_a[8]
geneB_role = line_a[9]
context_dep = line_a[6]
GD = "::".join([context_dep, geneB])
GA = "::".join([context_dep, geneA])
# PanDrugs over Gene Bs
if line_a[0] != "GeneA" and GD not in visited_GDs:
visited_GDs.append(GD)
gscore = 0
if geneB in tumorportal.keys(): gscore += tumorportal[geneB]
if geneB in cgc.keys(): gscore += cgc[geneB]
if geneB in driver.keys(): gscore += driver[geneB]
if geneB in es.keys(): gscore += es[geneB]
if geneB in os.keys(): gscore += os[geneB]
fileo.write("\t".join([
context_dep, "vulcanSpot", geneB,
str(round(gscore, 4)), geneB_role, "NA", "NA", "UNCLASSIFIED", ""
]) + "\n")
#fileo.write("\t".join(["PANCANCER","vulcanSpot",geneB,str(round(gscore,4)),geneB_role,"NA","NA","UNCLASSIFIED",""])+"\n")
# PanDrugs over Gene A when Gene A harbor GoF (GD3 case for combos)
if line_a[1] == "GoF" and GA not in visited_GDs:
visited_GDs.append(GA)
gscore = 0
if geneA in tumorportal.keys(): gscore += tumorportal[geneA]
if geneA in cgc.keys(): gscore += cgc[geneA]
if geneA in driver.keys(): gscore += driver[geneA]
def test_get_all_env():
all_os = []
for item in os.keys():
all_os.add(item)
print(item)
assert all_os.count > 0
