def zoom_info(g_type):
avg_ram_host=[]
avg_cpu_host=[]
root_info={}
total_ram_host=[]
total_cpu_host=[]
total_hdd_host=[]
if g_type=="host":
graph_name="HOST DETAILS"
hostvmlist = get_vm_groupby_hosts()
else:
graph_name="ORGANISATION DETAILS"
hostvmlist = get_vm_groupby_organisations()
root_info['name']=graph_name
parent_util=[]
for o_row in hostvmlist:
rows=o_row['details']
if rows:
child_info={}
child_util=[]
if g_type=="host":
rrd_file_name=o_row['host_ip'].replace(".","_")
util_data=fetch_rrd_data(rrd_file_name, period=VM_UTIL_24_HOURS, period_no=24)
hdd=round(float(o_row['host_HDD'])/1024,2)
host_info= " (RAM: "+str(o_row['host_RAM'])+" GB CPU: "+str( o_row['host_CPUs'])+" core HDD: "+str(hdd) + " TB)"
host_ram_util=round(((util_data[0]/(o_row['host_RAM'] * 1024*1024*1024))*100), 2)
host_cpu_util=round((float(util_data[1])*100)/(float(int(o_row['host_CPUs'])*5*60*1000000000)),2)
child_info["name"]=str(o_row['host_ip'])+" "+str(host_info) + ":: UTILIZATION MEM: " +str(host_ram_util) +"% " +" CPU: "+str(host_cpu_util) + "%"
avg_ram_host.append(host_ram_util)
avg_cpu_host.append(host_cpu_util)
total_ram_host.append(o_row['host_RAM'])
total_cpu_host.append(o_row['host_CPUs'])
total_hdd_host.append(hdd)
else:
child_info["name"]=o_row['org_name']
for row in rows:
vm_info={}
vm_util=[]
rrd_file_name=row['identity']
util_data=fetch_rrd_data(rrd_file_name, period=VM_UTIL_24_HOURS, period_no=24)
ram_utilization=round(((util_data[0]/(float(row["RAM"].split(" ")[0])* 1024*1024*1024))*100), 2)
cpu_utilization=round((float(util_data[1])*100)/(float(int(row['vcpus'].split(" ")[0])*5*60*1000000000)),2)
vm_info['name']=str(row['name']) + " ("+ str(row['RAM'])+" "+str( row['vcpus'])+" "+str(row['hdd']) + "GB) mem: " + str(ram_utilization) + "% cpu: " + str(cpu_utilization) + "%"
child_util.append(vm_info)
child_info["children"]=child_util
parent_util.append(child_info)
if g_type=="host":
avg_ram=get_avg_utilizations_hosts(avg_ram_host)
avg_cpu=get_avg_utilizations_hosts(avg_cpu_host)
avl_ram=sum(total_ram_host)
avl_cpu=sum(total_cpu_host)
avl_hdd=sum(total_hdd_host)
all_host_info= " (RAM: "+str(avl_ram)+" GB CPU: "+str(avl_cpu)+" core HDD: "+str(avl_hdd) + " TB)"
root_info['name']="HOST DETAILS :" + str(all_host_info) + " :: UTILIZATION MEM: " + str(round(avg_ram,2)) + "% CPU: " + str(round(avg_cpu,2)) +"%"
root_info['children']=parent_util
return root_info
def get_host_util_data(util_period):
hosts = db(db.host.status == HOST_STATUS_UP).select()
host_util_dict = {}
for host_info in hosts:
host_identity = str(host_info.host_ip.private_ip).replace('.','_')
util_result = fetch_rrd_data(host_identity, int(util_period))
total_mem_kb = host_info.RAM * GIGABYTE
mem_util=(util_result[0]/float(total_mem_kb))*100
cpu_percent = round((float(util_result[1])*100)/(float(int(host_info.CPUs)*5*60*1000000000)),2)
element = {'Memory' : str(round(mem_util,2)) + "%",
'CPU' : str(cpu_percent) + "%"}
logger.debug(element)
host_util_dict[host_info.id] = element
return host_util_dict
def get_vm_util_data(util_period):
vms = db(db.vm_data.status.belongs(VM_STATUS_RUNNING, VM_STATUS_SUSPENDED, VM_STATUS_SHUTDOWN)).select()
vmlist = []
for vm in vms:
util_result = fetch_rrd_data(vm.vm_identity, util_period)
logger.debug(str(vm.vm_name)+ str(util_result))
cpu_percent = round((float(util_result[1])*100)/(float(int(vm.vCPU)*5*60*1000000000)),2)
element = {'vm_id' : vm.id,
'vm_name' : vm.vm_name,
'memory' : round(((util_result[0]/(vm.RAM * 1024*1024))*100), 2),
'cpu' : cpu_percent,
'diskr' : round(util_result[2], 2),
'diskw' : round(util_result[3], 2),
'nwr' : round(util_result[4], 2),
'nww' : round(util_result[5], 2)}
vmlist.append(element)
return vmlist
def get_host_util_data(util_period):
hosts = db(db.host.status == HOST_STATUS_UP).select()
host_util_dict = {}
for host_info in hosts:
host_identity = str(host_info.host_ip.private_ip).replace('.','_')
util_result = fetch_rrd_data(host_identity, int(util_period))
total_mem_kb = host_info.RAM * GIGABYTE
mem_util=(util_result[0]/float(total_mem_kb))*100
cpu_percent = round((float(util_result[1])*100)/(float(int(host_info.CPUs)*5*60*1000000000)),2)
element = {'Memory' : str(round(mem_util,2)) + "%",
'CPU' : str(cpu_percent) + "%"}
logger.debug(element)
host_util_dict[host_info.id] = element
return host_util_dict
def get_vm_util_data(util_period):
vms = db(db.vm_data.status.belongs(VM_STATUS_RUNNING, VM_STATUS_SUSPENDED, VM_STATUS_SHUTDOWN)).select()
vmlist = []
for vm in vms:
util_result = fetch_rrd_data(vm.vm_identity, util_period)
logger.debug(str(vm.vm_name)+ str(util_result))
cpu_percent = round((float(util_result[1])*100)/(float(int(vm.vCPU)*5*60*1000000000)),2)
element = {'vm_id' : vm.id,
'vm_name' : vm.vm_name,
'memory' : round(((util_result[0]/(vm.RAM * 1024*1024))*100), 2),
'cpu' : cpu_percent,
'diskr' : round(util_result[2], 2),
'diskw' : round(util_result[3], 2),
'nwr' : round(util_result[4], 2),
'nww' : round(util_result[5], 2)}
vmlist.append(element)
return vmlist
def get_host_util_data(util_period):
hosts = db(db.host.status == HOST_STATUS_UP).select()
host_util_dict = {}
for host_info in hosts:
host_identity = str(host_info.host_ip).replace('.', '_')
util_result = fetch_rrd_data(host_identity, int(util_period))
total_mem_kb = host_info.RAM * GIGABYTE
mem_util = (util_result[0] / float(total_mem_kb)) * 100
element = {
'Memory': str(round(mem_util, 2)) + "%",
'CPU': str(round(util_result[1], 2)) + "%"
}
host_util_dict[host_info.id] = element
return host_util_dict
def zoom_info(g_type):
avg_ram_host=[]
avg_cpu_host=[]
root_info={}
total_ram_host=[]
total_cpu_host=[]
total_hdd_host=[]
if g_type=="host":
graph_name="HOST DETAILS"
hostvmlist = get_vm_groupby_hosts()
else:
graph_name="ORGANISATION DETAILS"
hostvmlist = get_vm_groupby_organisations()
root_info['name']=graph_name
parent_util=[]
for o_row in hostvmlist:
rows=o_row['details']
if rows:
child_info={}
child_util=[]
if g_type=="host":
rrd_file_name=o_row['host_ip'].replace(".","_")
util_data=fetch_rrd_data(rrd_file_name, period=VM_UTIL_24_HOURS, period_no=24)
hdd=round(float(o_row['host_HDD'])/1024,2)
host_info= " (RAM: "+str(o_row['host_RAM'])+" GB CPU: "+str( o_row['host_CPUs'])+" core HDD: "+str(hdd) + " TB)"
host_ram_util=round(((util_data[0]/(o_row['host_RAM'] * 1024*1024*1024))*100), 2)
host_cpu_util=round((float(util_data[1])*100)/(float(int(o_row['host_CPUs'])*5*60*1000000000)),2)
child_info["name"]=str(o_row['host_ip'])+" "+str(host_info) + ":: UTILIZATION MEM: " +str(host_ram_util) +"% " +" CPU: "+str(host_cpu_util) + "%"
child_info["children"]=child_util
parent_util.append(child_info)
if g_type=="host":
avg_ram=get_avg_utilizations_hosts(avg_ram_host)
avg_cpu=get_avg_utilizations_hosts(avg_cpu_host)
avl_ram=sum(total_ram_host)
avl_cpu=sum(total_cpu_host)
avl_hdd=sum(total_hdd_host)
all_host_info= " (RAM: "+str(avl_ram)+" GB CPU: "+str(avl_cpu)+" core HDD: "+str(avl_hdd) + " TB)"
root_info['name']="HOST DETAILS :" + str(all_host_info) + " :: UTILIZATION MEM: " + str(round(avg_ram,2)) + "% CPU: " + str(round(avg_cpu,2)) +"%"
root_info['children']=parent_util
return root_info
def get_vm_util_data(util_period):
vms = db(
db.vm_data.status.belongs(VM_STATUS_RUNNING, VM_STATUS_SUSPENDED,
VM_STATUS_SHUTDOWN)).select()
vmlist = []
for vm in vms:
util_result = fetch_rrd_data(vm.vm_identity, util_period)
element = {
'vm_id': vm.id,
'vm_name': vm.vm_name,
'memory': round(util_result[0] / (vm.RAM * MEGABYTE), 2),
'cpu': round(util_result[1], 2),
'diskr': round(util_result[2], 2),
'diskw': round(util_result[3], 2),
'nwr': round(util_result[4], 2),
'nww': round(util_result[5], 2)
}
vmlist.append(element)
return vmlist
def tree_info(g_type):
logger.debug("fetching info.....................")
root_info={}
child_list=[]
if g_type=="host":
graph_name="HOST DETAILS"
hostvmlist = get_vm_groupby_hosts()
else:
graph_name="ORGANISATION DETAILS"
hostvmlist = get_vm_groupby_organisations()
root_info["name"]=graph_name
for o_row in hostvmlist:
rows=o_row['details']
if rows:
child_info={}
child_util=[]
c_inf=[]
c_info={}
if g_type=="host":
rrd_file_name=o_row['host_ip'].replace(".","_")
util_data=fetch_rrd_data(rrd_file_name, period=VM_UTIL_24_HOURS, period_no=24)
host_info= str(o_row['host_RAM'])+"GB "+str( o_row['host_CPUs'])+"core "+str(o_row['host_HDD']) + "GB"
c_info['name']=str(o_row['host_ip']) +"("+ str(host_info)+")"
child_info["name"]="CPU "+str(util_data[0]) +"% MEM " +str(round(((util_data[1]/(o_row['host_RAM'] * 1024*1024))*100), 2)) +"% -- DISK READ " +str(round(util_data[2], 2))+ "% -- DISK WRITE " +str(round(util_data[3], 2))+"% --NET READ" + str(round(util_data[4], 2)) +"% -- NET WRITE" +str(round(util_data[5], 2))
else:
child_info["name"]=o_row['org_name']
for row in rows:
vm_info={}
vm_util=[]
cpu_info={}
mem_info={}
disk_info={}
net_info={}
rrd_file_name=row['identity']
util_data=fetch_rrd_data(rrd_file_name, period=VM_UTIL_24_HOURS, period_no=24)
logger.debug(util_data)
cpu=row["vcpus"]
ram=row["RAM"]
hdd=row["hdd"]
cpu_info['size']=3938
mem_info['size']=3938
disk_info['size']=3938
net_info['size']=3938
ram_utilization=round((util_data[1]/float(ram.split(" ")[0])*1024*1024*100), 2)
logger.debug(ram_utilization)
cpu_info['name']="cpuinfo: " + str(cpu) + "----Utilization---> " + str(util_data[0]) + "%"
mem_info['name']="meminfo: " +str(ram) + "----Utilization--->" + str(ram_utilization) + "%"
disk_info['name']="diskinfo: "+str(hdd) + " GB----Utilization Disk read--->" + str(round(util_data[2], 2)) + "% Disk write " + str(round(util_data[3], 2)) +" %"
net_info['name']="netinfo: Utilization Network read--->" + str(round(util_data[4], 2)) + "% Nework write--->" + str(round(util_data[5], 2)) + " %"
vm_util.append(cpu_info)
vm_util.append(mem_info)
vm_util.append(disk_info)
vm_util.append(net_info)
vm_info["name"]="VM Name---->"+ str(row['name'])
vm_info["children"]=vm_util
child_util.append(vm_info)
child_info["children"]=child_util
c_inf.append(child_info)
c_info['children']=c_inf
child_list.append(c_info)
root_info['children']=child_list
return root_info
