def get_nagios_data(device):
#device='compute_nodes'
#if Hosts=={}:
#upper_id={"compute_nodes":"Status,Swap_State,Swap_Free,Swap_Total,IPMI_State,,FreeSpace_State,CVMFS-OSG_State,CVMFS-CERN_State,CVMFS-CONDB_State","storage_nodes":"Timestamp,Status,XrootD_Service,XrootD_State,XrootD_Info,OMReport_Service,OMReport_State,OMReport_Info","switches":"Timestamp,Status,PowerSupply_Service,PowerSupply_State,PowerSupply_Info,GlobalStatus_Service,GlobalStatus_State,GlobalStatus_Info,Fan_Service,Fan_State,Fan_Info" }
upper_id = {
"compute_nodes":
"Timestamp,Status,Swap_Service,Swap_State,Swap_Info,IPMI_Service,IPMI_State,IPMI_Info,FreeSpace_Service,FreeSpace_State,FreeSpace_Info,CVMFS-OSG_Service,CVMFS-OSG_State,CVMFS-OSG_Info,CVMFS-CERN_Service,CVMFS-CERN_State,CVMFS-CERN_Info,CVMFS-CONDB_Service,CVMFS-CONDB_State,CVMFS-CONDB_Info",
"storage_nodes":
"Timestamp,Status,XrootD_Service,XrootD_State,XrootD_Info,OMReport_Service,OMReport_State,OMReport_Info",
"switches":
"Timestamp,Status,PowerSupply_Service,PowerSupply_State,PowerSupply_Info,GlobalStatus_Service,GlobalStatus_State,GlobalStatus_Info,Fan_Service,Fan_State,Fan_Info"
}
fb.getValue()
Hosts = fb.Hosts
data = Hosts[device]
dict_return = {}
#print upper_id["compute_nodes"]
dict_return[device] = upper_id[device]
count = 0
for line in data:
l = line.split(',')
#if "OK" in l[5]:
# swap_free=l[5].split('MB')[0].split('(')[1].strip()
# swap_total=l[5].split('MB')[1].split('of')[1].strip()
#else:
# swap_free=l[5]
# swap_total=0
#dict_return[l[1]]=str(l[2])+","+str(l[4])+","+str(swap_free)+","+str(swap_total)+","+str(l[8])+","+str(l[7])+","+str(l[11])+","+str(l[10])+","+str(l[14])+","+str(l[13])+","+str(l[17])+","+str(l[16])+","+str(l[20])+","+str(l[19])
dict_return[l[1]] = ','.join(l[2:])
#print len(dict_return)
#return "hello"
return jsonify(dict_return)
def get_nagios_data(device):
#device='compute_nodes'
#if Hosts=={}:
#upper_id={"compute_nodes":"Status,Swap_State,Swap_Free,Swap_Total,IPMI_State,,FreeSpace_State,CVMFS-OSG_State,CVMFS-CERN_State,CVMFS-CONDB_State","storage_nodes":"Timestamp,Status,XrootD_Service,XrootD_State,XrootD_Info,OMReport_Service,OMReport_State,OMReport_Info","switches":"Timestamp,Status,PowerSupply_Service,PowerSupply_State,PowerSupply_Info,GlobalStatus_Service,GlobalStatus_State,GlobalStatus_Info,Fan_Service,Fan_State,Fan_Info" }
upper_id={"compute_nodes":"Timestamp,Status,Swap_Service,Swap_State,Swap_Info,IPMI_Service,IPMI_State,IPMI_Info,FreeSpace_Service,FreeSpace_State,FreeSpace_Info,CVMFS-OSG_Service,CVMFS-OSG_State,CVMFS-OSG_Info,CVMFS-CERN_Service,CVMFS-CERN_State,CVMFS-CERN_Info,CVMFS-CONDB_Service,CVMFS-CONDB_State,CVMFS-CONDB_Info","storage_nodes":"Timestamp,Status,XrootD_Service,XrootD_State,XrootD_Info,OMReport_Service,OMReport_State,OMReport_Info","switches":"Timestamp,Status,PowerSupply_Service,PowerSupply_State,PowerSupply_Info,GlobalStatus_Service,GlobalStatus_State,GlobalStatus_Info,Fan_Service,Fan_State,Fan_Info" }
fb.getValue()
Hosts=fb.Hosts
data=Hosts[device]
dict_return={}
#print upper_id["compute_nodes"]
dict_return[device]=upper_id[device]
count=0
for line in data:
l=line.split(',')
#if "OK" in l[5]:
# swap_free=l[5].split('MB')[0].split('(')[1].strip()
# swap_total=l[5].split('MB')[1].split('of')[1].strip()
#else:
# swap_free=l[5]
# swap_total=0
#dict_return[l[1]]=str(l[2])+","+str(l[4])+","+str(swap_free)+","+str(swap_total)+","+str(l[8])+","+str(l[7])+","+str(l[11])+","+str(l[10])+","+str(l[14])+","+str(l[13])+","+str(l[17])+","+str(l[16])+","+str(l[20])+","+str(l[19])
dict_return[l[1]]=','.join(l[2:])
#print len(dict_return)
#return "hello"
return jsonify(dict_return)
def get_nagios_data(device):
#device can be 'compute_nodes' or 'storage_nodes' or 'switches': Depending on the variable passed
fb.run_on_host() #Runs the file on Monitor machine to create snapshot of states of all machines
fb.getValue() #Get value by extracting data received from Nagios
data=fb.Hosts[device] #Extract the devices based on params
dict_return={}
## Removal of extra attibutes from the data and set into dictionary
for line in data:
l=line.split(',')
dict_return[l[1]]=','.join(l[2:])
return jsonify(dict_return) #Return the results back in json format
def get_nagios_data(device):
#device can be 'compute_nodes' or 'storage_nodes' or 'switches': Depending on the variable passed
fb.run_on_host(
) #Runs the file on Monitor machine to create snapshot of states of all machines
fb.getValue() #Get value by extracting data received from Nagios
data = fb.Hosts[device] #Extract the devices based on params
dict_return = {}
## Removal of extra attibutes from the data and set into dictionary
for line in data:
l = line.split(',')
dict_return[l[1]] = ','.join(l[2:])
return jsonify(dict_return) #Return the results back in json format
