def get_delta_samples(metering,pom,meter_list,meters_used,periodic_counts,meters_ids,reden_br,id_price,tenant):
delta_list={}
delta_list[reden_br]=[None]*5
for i in range(len(meters_used)):
status,sample_list=ceilometer_api.get_meter_samples(str(meters_used[i]),metering,pom,False,meter_list,False,"")
logger.info('In periodic: Getting meter samples')
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
for j in range(len(sample_list)):
print "Resource id: " + str(sample_list[j]["resource-id"])
print "Counter volume: "+ str(sample_list[j]["counter-volume"])
print "Timestamp: " + str(sample_list[j]["timestamp"])
datetime1=str(sample_list[j]["timestamp"]).split("T")
#list with a list of the metered data from every count for each separate meter thats used in the pricing function
periodic_counts[i].append(sample_list[j]["counter-volume"])
#calculate the difference between the metered data from each count for every meter used in the pricing function
delta=periodic_counts[i][reden_br]-periodic_counts[i][reden_br-1]
print "Delta: " +str(delta)
delta_list[reden_br][i]=delta
user=sample_list[j]["user-id"]
#get the row count; if its first entry-id=0; else get the last id and increment it by one
cursor = conn.execute("SELECT max(ID) from METERS_COUNTER")
row_count=conn.execute("SELECT COUNT(*) from METERS_COUNTER ")
result=row_count.fetchone()
number_of_rows=result[0]
if number_of_rows==0:
id_last=1
conn.execute("INSERT INTO METERS_COUNTER (ID,METER_ID,METER_NAME,USER_ID,RESOURCE_ID,COUNTER_VOLUME,UNIT,TIMESTAMP,TENANT_ID) \
VALUES ("+str(id_last)+", '"+ str(meters_ids[i]) +"', '"+ str(meters_used[i]) +"','" + str(sample_list[j]["user-id"]) +" ','"+ str(sample_list[j]["resource-id"]) +"' ,' "+ str(sample_list[j]["counter-volume"])+"' ,' "+ str(sample_list[j]["counter-unit"]) +"' ,' "+ str(datetime1[0])+" "+str(datetime1[1])+"' ,' "+tenant+" ')")
else:
id_last = cursor.fetchone()[0]+1
conn.execute("INSERT INTO METERS_COUNTER (ID,METER_ID,METER_NAME,USER_ID,RESOURCE_ID,COUNTER_VOLUME,UNIT,TIMESTAMP,TENANT_ID) \
VALUES ("+str(id_last)+",' "+ str(meters_ids[i]) +"', '"+ str(meters_used[i]) +"','" + str(sample_list[j]["user-id"]) +" ','"+ str(sample_list[j]["resource-id"]) +"' ,' "+ str(sample_list[j]["counter-volume"])+"' ,' "+ str(sample_list[j]["counter-unit"]) +"' ,' "+ str(datetime1[0])+" "+str(datetime1[1])+"' ,' "+tenant+" ')")
conn.commit()
logger.info('Insert data in meters_counter ')
date_time=datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S")
conn.execute("INSERT INTO UDR(USER_ID,TIMESTAMP,PRICING_FUNC_ID,PARAM1,PARAM2,PARAM3,PARAM4,PARAM5) \
VALUES ( '"+ str(user) +"', '"+str(date_time)+"', '"+str(id_price)+"', '"+ str(delta_list[reden_br][0]) +"','" +str(delta_list[reden_br][1]) +"','" +str(delta_list[reden_br][2]) +"','" + str(delta_list[reden_br][3]) +" ','"+ str(delta_list[reden_br][4]) +" ')")
reden_br+=1
conn.commit()
return status
def main(argv):
print "Hello There. This is a simple test application making a test API call to OpenStack"
auth_uri = 'http://160.85.4.64:5000' #internal test-setup, replace it with your own value
status, token_data = keystone_api.get_token_v2(auth_uri)
if status:
print 'The authentication was successful, below are the data we got:'
print '--------------------------------------------------------------------------------------------------------'
print '%1s %32s %2s %64s %1s' % ('|', 'key', '|', 'value', '|')
print '--------------------------------------------------------------------------------------------------------'
for key, value in token_data.iteritems():
if key not in {'token-id'}:
print '%1s %32s %2s %64s %1s' % ('|', key, '|', value, '|')
print '--------------------------------------------------------------------------------------------------------'
print 'The authentication token is: ', token_data["token-id"]
else:
print "Authentication was not successful."
if status:
status, server_list = compute_api.get_server_list(token_data["token-id"], token_data["nova"])
if status:
print "The list of servers are printed next."
print server_list
status, meter_list = ceilometer_api.get_meter_list(token_data["token-id"], token_data["ceilometer"])
if status:
print "The list of available meters are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
print '%1s %16s %2s %10s %2s %10s %2s %70s %1s' % ('|','meter-name', '|', 'meter-type', '|', 'meter-unit', '|', 'meter-id', '|')
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(meter_list)):
print '%1s %16s %2s %10s %2s %10s %2s %70s %1s' % ('|', meter_list[i]["meter-name"], '|', meter_list[i]["meter-type"], '|', meter_list[i]["meter-unit"], '|', meter_list[i]["meter-id"].strip(), '|')
print '--------------------------------------------------------------------------------------------------------------------------'
meter_name=raw_input("Enter meter name: ")
st,stat_list=ceilometer_api.meter_statistics(meter_name, token_data["ceilometer"],token_data["token-id"],meter_list)
if status:
print "The statistics for your meters is printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(stat_list)):
print "Average: " + str(stat_list[i]["average"])
print "Count: " + str(stat_list[i]["count"])
print "Duration: "+ str(stat_list[i]["duration"])
print "Duration end: " + str(stat_list[i]["duration-end"])
print "Duration start: "+ str(stat_list[i]["duration-start"])
print "Max: " + str(stat_list[i]["max"])
print "Min: " + str(stat_list[i]["min"])
print "Period: " + str(stat_list[i]["period"])
print "Period end: " + str(stat_list[i]["period-end"])
print "Period start: " + str(stat_list[i]["period-start"])
print "Sum: " + str(stat_list[i]["sum"])
print "Unit: " + str(stat_list[i]["unit"])
print "Group by: " + str(stat_list[i]["group-by"])
print '--------------------------------------------------------------------------------------------------------------------------'
status,sample_list=ceilometer_api.get_meter_samples(meter_name, token_data["ceilometer"],token_data["token-id"],True,meter_list,False)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The samples for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(sample_list)):
print "Counter name: " + str(sample_list[i]["counter-name"])
print "Counter unit: " + str(sample_list[i]["counter-unit"])
print "Counter volume: "+ str(sample_list[i]["counter-volume"])
print "Counter type: " + str(sample_list[i]["counter-type"])
print "Message id: "+ str(sample_list[i]["message-id"])
print "Project id: " + str(sample_list[i]["project-id"])
print "Resource id: " + str(sample_list[i]["resource-id"])
print "Resource metadata: "
print sample_list[i]["resource-metadata"]
print "Source: " + str(sample_list[i]["source"])
print "Timestamp: " + str(sample_list[i]["timestamp"])
print "User ID: " + str(sample_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
status,resources_list=ceilometer_api.get_resources(token_data["ceilometer"], token_data["token-id"],True)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(resources_list[i]["links"][j]["href"])
print "Rel: " + str(resources_list[i]["links"][j]["rel"])
print "Project id: " + str(resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
resource_id=raw_input("Enter resource id: ")
status,resources_list=ceilometer_api.get_resources_by_id(token_data["ceilometer"], token_data["token-id"],resource_id)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(resources_list[i]["links"][j]["href"])
print "Rel: " + str(resources_list[i]["links"][j]["rel"])
print "Project id: " + str(resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
#print "First sample timestamp: " + str(resources_list[i]["first-sample-timestamp"])
#print "Last sample timestamp: " + str(resources_list[i]["last-sample-timestamp"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
return True
def main(argv):
print "Hello There. This is a simple test pricing function."
auth_uri = 'http://160.85.4.64:5000' #internal test-setup, replace it with your own value
status, token_data = keystone_api.get_token_v3(auth_uri)
if status:
print 'The authentication was successful.'
print '--------------------------------------------------------------------------------------------------------'
print 'The authentication token is: ', token_data["token-id"]
pom=token_data["token-id"]
logger.info('Authentication was successful')
else:
print "Authentication was not successful."
logger.info('Authentication was not successful')
if status:
status, meter_list = ceilometer_api.get_meter_list(pom, token_data["metering"])
if status:
print "The list of available meters are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
print '%1s %16s %2s %10s %2s %10s %2s %70s %1s' % ('|','meter-name', '|', 'meter-type', '|', 'meter-unit', '|', 'meter-id', '|')
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(meter_list)):
print '%1s %16s %2s %10s %2s %10s %2s %70s %1s' % ('|', meter_list[i]["meter-name"], '|', meter_list[i]["meter-type"], '|', meter_list[i]["meter-unit"], '|', meter_list[i]["meter-id"].strip(), '|')
print '--------------------------------------------------------------------------------------------------------------------------'
#user defined price function; usage of white space for parsing the data
price=0
price_def=raw_input("Define the pricing function. Use only the meters from above and numbers as arguments. Use the following signs: '+' for sum, '-' for substraction, '*' for multiplying, '/' for division or '%' for percentage. Use whitespace in between. ")
price_def=price_def.split(" ")
if len(price_def)>9:
print "You can use only 5 parameters"
logger.warn('Pricing function not properly defined')
price_def=raw_input("Define the pricing function. Use only the meters from above and numbers as arguments. Use the following signs: '+' for sum, '-' for substraction, '*' for multiplying, '/' for division or '%' for percentage. Use whitespace in between. ")
meters_used=[None]
for i in range(len(price_def)):
j=0
while j<len(meter_list):
if price_def[i]==meter_list[j]["meter-name"]:
meters_used.append(price_def[i])
print "Enter query arguments."
status,sample_list=ceilometer_api.get_meter_samples(price_def[i],token_data["metering"],pom,True,meter_list)
logger.info('Getting meter samples')
if sample_list==[]:
price_def[i]=str(0)
#replace the meter name with the metered data
for n,m in enumerate(price_def):
if m==price_def[i]:
for k in range(len(sample_list)):
price_def[n]=str(sample_list[k]["counter-volume"])
break
else:
j=j+1
status_ret=True
for i in range(len(price_def)):
if i==0:
if is_number(price_def[i]):
price=price+float(price_def[i])
else:
status_ret=False
if i%2!=0:
if price_def[i] in ["+","-","*","/","%"]:
#check if every other parameter is a number and the parameters in between math signs
if is_number(price_def[i+1]):
x=float(price_def[i+1])
else:
status_ret=False
break
if price_def[i]=="+":
price=price+x
if price_def[i]=="-":
price=price-x
if price_def[i]=="*":
price=price*x
if price_def[i]=="/":
if x!=0:
price=price/x
else:
print "Division by zero."
logger.warn('Division by zero')
status_ret=False
if price_def[i]=="%":
price=price*x/100.0
print price
else:
status_ret=False
else:
continue
if status_ret==True:
print "The price value is: " + str(price)
logger.info('Calculated price is: %s',price)
else:
print "Error. Poorly defined pricing function."
logger.warn('Pricing function not properly defined')
return status_ret,meters_used
def main(argv):
print "Hello There. This is a simple test application making a test API call to OpenStack"
auth_uri = 'http://160.85.4.64:5000' #internal test-setup, replace it with your own value
status, token_data = keystone_api.get_token_v3(auth_uri, False)
if status:
print 'The authentication was successful, below are the data we got:'
print '--------------------------------------------------------------------------------------------------------'
print '%1s %32s %2s %64s %1s' % ('|', 'key', '|', 'value', '|')
print '--------------------------------------------------------------------------------------------------------'
for key, value in token_data.iteritems():
if key not in {'token_id'}:
print '%1s %32s %2s %64s %1s' % ('|', key, '|', value, '|')
print '--------------------------------------------------------------------------------------------------------'
print 'The authentication token is: ', token_data["token_id"]
pom = token_data["token_id"]
else:
print "Authentication was not successful."
if status:
status, tenant_list = keystone_api.get_list_tenants(pom, auth_uri)
status, user_list = keystone_api.get_users_per_tenant(
pom, auth_uri, '4e9c4e1b93124cdba2a930e98eb26ede')
for i in range(len(user_list)):
print '%20s %20s' % (user_list[i]["user_id"],
user_list[i]["user_name"])
#status, server_list = compute_api.get_server_list(token_data["token-id"], token_data["computev3"])
#if status:
# print "The list of servers are printed next."
# print server_list
status, meter_list = ceilometer_api.get_meter_list(
pom, token_data["metering"])
total_price = periodic.daily_count("2014-02-26", 1,
"323936522894416b903d3528fa971537")
if status:
print "The list of available meters are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
print '%1s %16s %2s %10s %2s %10s %2s %40s %1s %70s' % (
'|', 'meter-name', '|', 'meter-type', '|', 'meter-unit', '|',
'meter-id', '|', 'resource-id')
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(meter_list)):
print '%1s %16s %2s %10s %2s %10s %2s %40s %1s %70s' % (
'|', meter_list[i]["meter-name"], '|',
meter_list[i]["meter-type"], '|',
meter_list[i]["meter-unit"], '|',
meter_list[i]["meter-id"].strip(), '|',
meter_list[i]["resource-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
meter_name = raw_input("Enter meter name: ")
st, stat_list = ceilometer_api.meter_statistics(
meter_name, token_data["metering"], pom, meter_list, False)
if st:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The statistics for your meters is printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(stat_list)):
print "Average: " + str(stat_list[i]["average"])
print "Count: " + str(stat_list[i]["count"])
print "Duration: " + str(stat_list[i]["duration"])
print "Duration end: " + str(stat_list[i]["duration-end"])
print "Duration start: " + str(stat_list[i]["duration-start"])
print "Max: " + str(stat_list[i]["max"])
print "Min: " + str(stat_list[i]["min"])
print "Period: " + str(stat_list[i]["period"])
print "Period end: " + str(stat_list[i]["period-end"])
print "Period start: " + str(stat_list[i]["period-start"])
print "Sum: " + str(stat_list[i]["sum"])
print "Unit: " + str(stat_list[i]["unit"])
print "Group by: " + str(stat_list[i]["group-by"])
print '--------------------------------------------------------------------------------------------------------------------------'
print '--------------------------------------------------------------------------------------------------------------------------'
print "Query initialization for meter samples function."
status, sample_list = ceilometer_api.get_meter_samples(
meter_name, token_data["metering"], pom, True, meter_list, False,
"")
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The samples for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(sample_list)):
print "Counter name: " + str(sample_list[i]["counter-name"])
print "Counter unit: " + str(sample_list[i]["counter-unit"])
print "Counter volume: " + str(
sample_list[i]["counter-volume"])
print "Counter type: " + str(sample_list[i]["counter-type"])
print "Message id: " + str(sample_list[i]["message-id"])
print "Project id: " + str(sample_list[i]["project-id"])
print "Resource id: " + str(sample_list[i]["resource-id"])
print "Resource metadata: "
print sample_list[i]["resource-metadata"]
print "Source: " + str(sample_list[i]["source"])
print "Timestamp: " + str(sample_list[i]["timestamp"])
print "User ID: " + str(sample_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
print '--------------------------------------------------------------------------------------------------------------------------'
print "Query initialization for get resources function."
status, resources_list = ceilometer_api.get_resources(
token_data["metering"], pom, True)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(resources_list[i]["links"][j]["href"])
print "Rel: " + str(resources_list[i]["links"][j]["rel"])
print "Project id: " + str(resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
print "Query initialization for get resources by id function."
resource_id = raw_input("Enter resource id: ")
status, resources_list = ceilometer_api.get_resources_by_id(
token_data["metering"], pom, resource_id)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(resources_list[i]["links"][j]["href"])
print "Rel: " + str(resources_list[i]["links"][j]["rel"])
print "Project id: " + str(resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
#print "First sample timestamp: " + str(resources_list[i]["first-sample-timestamp"])
#print "Last sample timestamp: " + str(resources_list[i]["last-sample-timestamp"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
return True
def pricing(metering,meter_list,pom,input_p):
"""
Method for defining the pricing function.
Args:
metering(string): The api endpoint for the ceilometer service.
pom(string): X-Auth-token.
meter_list: List with the available meters.
input_p: Flag indicating whether we want to define the pricing function or use the previous one already defined.
Returns:
bool: True if successful, False otherwise.
list: List of the meters used in the pricing function.
list: List of the meter's ids.
string: The user input_p for the pricing function.
float: The price.
"""
price=0
if input_p==None:
price_def=raw_input("Define the pricing function. Use only the meters from above and numbers as arguments. Use the following signs: '+' for sum, '-' for substraction, '*' for multiplying, '/' for division or '%' for percentage. Use whitespace in between. ")
price_def=price_def.split(" ")
if len(price_def)>9:
print "You can use only 5 parameters"
logger.warn('More than 5 parameters used')
price_def=raw_input("Define the pricing function. Use only the meters from above and numbers as arguments. Use the following signs: '+' for sum, '-' for substraction, '*' for multiplying, '/' for division or '%' for percentage. Use whitespace in between. ")
input_p=price_def[:]
else:
price_def=input_p
meters_used=[]
meters_ids=[]
for i in range(len(price_def)):
j=0
while j<len(meter_list):
if price_def[i]==meter_list[j]["meter-name"]:
meters_used.append(price_def[i])
meters_ids.append(meter_list[j]["meter-id"])
status,sample_list=ceilometer_api.get_meter_samples(price_def[i],metering,pom,False,meter_list,False,"")
logger.info('In pricing: Getting meter samples')
if sample_list==[]:
price_def[i]=str(0)
for n,m in enumerate(price_def):
if m==price_def[i]:
for k in range(len(sample_list)):
price_def[n]=str(sample_list[k]["counter-volume"])
break
else:
j=j+1
status_ret=True
for i in range(len(price_def)):
if i==0:
if is_number(price_def[i]):
price=price+float(price_def[i])
else:
status_ret=False
if i%2!=0:
if price_def[i] in ["+","-","*","/","%"]:
if is_number(price_def[i+1]):
x=float(price_def[i+1])
else:
status_ret=False
break
if price_def[i]=="+":
price=price+x
if price_def[i]=="-":
price=price-x
if price_def[i]=="*":
price=price*x
if price_def[i]=="/":
if x!=0:
price=price/x
else:
print "Division by zero."
logger.warn('Division by zero')
status_ret=False
if price_def[i]=="%":
price=price*x/100.0
else:
status_ret=False
else:
continue
if status_ret==True:
print "The price value is: " + str(price)
logger.info('Price is %s', price)
else:
print "Error. Poorly defined pricing function."
logger.warn('Not properly defined pricing function')
return status_ret,meters_used,meters_ids,input_p,price
def main(argv):
print "Hello There. This is a simple test application making a test API call to OpenStack"
auth_uri = 'http://160.85.4.64:5000' #internal test-setup, replace it with your own value
status, token_data = keystone_api.get_token_v3(auth_uri,False)
if status:
print 'The authentication was successful, below are the data we got:'
print '--------------------------------------------------------------------------------------------------------'
print '%1s %32s %2s %64s %1s' % ('|', 'key', '|', 'value', '|')
print '--------------------------------------------------------------------------------------------------------'
for key, value in token_data.iteritems():
if key not in {'token_id'}:
print '%1s %32s %2s %64s %1s' % ('|', key, '|', value, '|')
print '--------------------------------------------------------------------------------------------------------'
print 'The authentication token is: ', token_data["token_id"]
pom=token_data["token_id"]
else:
print "Authentication was not successful."
if status:
status,tenant_list=keystone_api.get_list_tenants(pom,auth_uri)
status,user_list=keystone_api.get_users_per_tenant(pom,auth_uri,'4e9c4e1b93124cdba2a930e98eb26ede')
for i in range(len(user_list)):
print '%20s %20s' %(user_list[i]["user_id"], user_list[i]["user_name"])
#status, server_list = compute_api.get_server_list(token_data["token-id"], token_data["computev3"])
#if status:
# print "The list of servers are printed next."
# print server_list
status, meter_list = ceilometer_api.get_meter_list(pom, token_data["metering"])
total_price=periodic.daily_count("2014-02-26",1, "323936522894416b903d3528fa971537")
if status:
print "The list of available meters are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
print '%1s %16s %2s %10s %2s %10s %2s %40s %1s %70s' % ('|','meter-name', '|', 'meter-type', '|', 'meter-unit', '|', 'meter-id', '|','resource-id')
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(meter_list)):
print '%1s %16s %2s %10s %2s %10s %2s %40s %1s %70s' % ('|', meter_list[i]["meter-name"], '|', meter_list[i]["meter-type"], '|', meter_list[i]["meter-unit"], '|', meter_list[i]["meter-id"].strip(), '|',meter_list[i]["resource-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
meter_name=raw_input("Enter meter name: ")
st,stat_list=ceilometer_api.meter_statistics(meter_name, token_data["metering"],pom,meter_list,False)
if st:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The statistics for your meters is printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(stat_list)):
print "Average: " + str(stat_list[i]["average"])
print "Count: " + str(stat_list[i]["count"])
print "Duration: "+ str(stat_list[i]["duration"])
print "Duration end: " + str(stat_list[i]["duration-end"])
print "Duration start: "+ str(stat_list[i]["duration-start"])
print "Max: " + str(stat_list[i]["max"])
print "Min: " + str(stat_list[i]["min"])
print "Period: " + str(stat_list[i]["period"])
print "Period end: " + str(stat_list[i]["period-end"])
print "Period start: " + str(stat_list[i]["period-start"])
print "Sum: " + str(stat_list[i]["sum"])
print "Unit: " + str(stat_list[i]["unit"])
print "Group by: " + str(stat_list[i]["group-by"])
print '--------------------------------------------------------------------------------------------------------------------------'
print '--------------------------------------------------------------------------------------------------------------------------'
print "Query initialization for meter samples function."
status,sample_list=ceilometer_api.get_meter_samples(meter_name,token_data["metering"],pom,True,meter_list,False,"")
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The samples for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(sample_list)):
print "Counter name: " + str(sample_list[i]["counter-name"])
print "Counter unit: " + str(sample_list[i]["counter-unit"])
print "Counter volume: "+ str(sample_list[i]["counter-volume"])
print "Counter type: " + str(sample_list[i]["counter-type"])
print "Message id: "+ str(sample_list[i]["message-id"])
print "Project id: " + str(sample_list[i]["project-id"])
print "Resource id: " + str(sample_list[i]["resource-id"])
print "Resource metadata: "
print sample_list[i]["resource-metadata"]
print "Source: " + str(sample_list[i]["source"])
print "Timestamp: " + str(sample_list[i]["timestamp"])
print "User ID: " + str(sample_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
print '--------------------------------------------------------------------------------------------------------------------------'
print "Query initialization for get resources function."
status,resources_list=ceilometer_api.get_resources(token_data["metering"], pom,True)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(resources_list[i]["links"][j]["href"])
print "Rel: " + str(resources_list[i]["links"][j]["rel"])
print "Project id: " + str(resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
print "Query initialization for get resources by id function."
resource_id=raw_input("Enter resource id: ")
status,resources_list=ceilometer_api.get_resources_by_id(token_data["metering"], pom,resource_id)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(resources_list[i]["links"][j]["href"])
print "Rel: " + str(resources_list[i]["links"][j]["rel"])
print "Project id: " + str(resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
#print "First sample timestamp: " + str(resources_list[i]["first-sample-timestamp"])
#print "Last sample timestamp: " + str(resources_list[i]["last-sample-timestamp"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
return True
def test_sample(self):
status,sample_list=ceilometer_api.get_meter_samples("network",self.metering,self.pom.token_id,False,self.meter_list)
for i in range(len(sample_list)):
self.assertEqual(str(sample_list[i]["counter-unit"]),"network")
self.assertEqual(str(sample_list[i]["counter-type"]),"gauge")
def main(argv):
print "Hello There. This is a simple test application making a test API call to OpenStack"
auth_uri = 'http://160.85.4.64:5000' #internal test-setup, replace it with your own value
status, token_data = keystone_api.get_token_v2(auth_uri)
if status:
print 'The authentication was successful, below are the data we got:'
print '--------------------------------------------------------------------------------------------------------'
print '%1s %32s %2s %64s %1s' % ('|', 'key', '|', 'value', '|')
print '--------------------------------------------------------------------------------------------------------'
for key, value in token_data.iteritems():
if key not in {'token-id'}:
print '%1s %32s %2s %64s %1s' % ('|', key, '|', value, '|')
print '--------------------------------------------------------------------------------------------------------'
print 'The authentication token is: ', token_data["token-id"]
else:
print "Authentication was not successful."
if status:
status, server_list = compute_api.get_server_list(
token_data["token-id"], token_data["nova"])
if status:
print "The list of servers are printed next."
print server_list
status, meter_list = ceilometer_api.get_meter_list(
token_data["token-id"], token_data["ceilometer"])
if status:
print "The list of available meters are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
print '%1s %16s %2s %10s %2s %10s %2s %70s %1s' % (
'|', 'meter-name', '|', 'meter-type', '|', 'meter-unit', '|',
'meter-id', '|')
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(meter_list)):
print '%1s %16s %2s %10s %2s %10s %2s %70s %1s' % (
'|', meter_list[i]["meter-name"], '|',
meter_list[i]["meter-type"], '|',
meter_list[i]["meter-unit"], '|',
meter_list[i]["meter-id"].strip(), '|')
print '--------------------------------------------------------------------------------------------------------------------------'
meter_name = raw_input("Enter meter name: ")
st, stat_list = ceilometer_api.meter_statistics(
meter_name, token_data["ceilometer"], token_data["token-id"],
meter_list)
if status:
print "The statistics for your meters is printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(stat_list)):
print "Average: " + str(stat_list[i]["average"])
print "Count: " + str(stat_list[i]["count"])
print "Duration: " + str(stat_list[i]["duration"])
print "Duration end: " + str(stat_list[i]["duration-end"])
print "Duration start: " + str(
stat_list[i]["duration-start"])
print "Max: " + str(stat_list[i]["max"])
print "Min: " + str(stat_list[i]["min"])
print "Period: " + str(stat_list[i]["period"])
print "Period end: " + str(stat_list[i]["period-end"])
print "Period start: " + str(stat_list[i]["period-start"])
print "Sum: " + str(stat_list[i]["sum"])
print "Unit: " + str(stat_list[i]["unit"])
print "Group by: " + str(stat_list[i]["group-by"])
print '--------------------------------------------------------------------------------------------------------------------------'
status, sample_list = ceilometer_api.get_meter_samples(
meter_name, token_data["ceilometer"], token_data["token-id"],
True, meter_list, False)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The samples for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(sample_list)):
print "Counter name: " + str(
sample_list[i]["counter-name"])
print "Counter unit: " + str(
sample_list[i]["counter-unit"])
print "Counter volume: " + str(
sample_list[i]["counter-volume"])
print "Counter type: " + str(
sample_list[i]["counter-type"])
print "Message id: " + str(sample_list[i]["message-id"])
print "Project id: " + str(sample_list[i]["project-id"])
print "Resource id: " + str(sample_list[i]["resource-id"])
print "Resource metadata: "
print sample_list[i]["resource-metadata"]
print "Source: " + str(sample_list[i]["source"])
print "Timestamp: " + str(sample_list[i]["timestamp"])
print "User ID: " + str(sample_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
status, resources_list = ceilometer_api.get_resources(
token_data["ceilometer"], token_data["token-id"], True)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(
resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(
resources_list[i]["links"][j]["href"])
print "Rel: " + str(
resources_list[i]["links"][j]["rel"])
print "Project id: " + str(resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
resource_id = raw_input("Enter resource id: ")
status, resources_list = ceilometer_api.get_resources_by_id(
token_data["ceilometer"], token_data["token-id"], resource_id)
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
print "The resources for your meter are printed next."
print '--------------------------------------------------------------------------------------------------------------------------'
for i in range(len(resources_list)):
print "Resource id: " + str(
resources_list[i]["resource-id"])
print "Links: "
for j in range(len(resources_list[i]["links"])):
print "Href: " + str(
resources_list[i]["links"][j]["href"])
print "Rel: " + str(
resources_list[i]["links"][j]["rel"])
print "Project id: " + str(
resources_list[i]["project-id"])
print "Resource metadata: "
print resources_list[i]["metadata"]
#print "Source: " + str(resources_list[i]["source"])
#print "First sample timestamp: " + str(resources_list[i]["first-sample-timestamp"])
#print "Last sample timestamp: " + str(resources_list[i]["last-sample-timestamp"])
print "User ID: " + str(resources_list[i]["user-id"])
print '--------------------------------------------------------------------------------------------------------------------------'
return True
def pricing(metering, meter_list, pom, input_p):
"""
Method for defining the pricing function.
Args:
metering(string): The api endpoint for the ceilometer service.
pom(string): X-Auth-token.
meter_list: List with the available meters.
input_p: Flag indicating whether we want to define the pricing function or use the previous one already defined.
Returns:
bool: True if successful, False otherwise.
list: List of the meters used in the pricing function.
list: List of the meter's ids.
string: The user input_p for the pricing function.
float: The price.
"""
price = 0
if input_p == None:
price_def = raw_input(
"Define the pricing function. Use only the meters from above and numbers as arguments. Use the following signs: '+' for sum, '-' for substraction, '*' for multiplying, '/' for division or '%' for percentage. Use whitespace in between. "
)
price_def = price_def.split(" ")
if len(price_def) > 9:
print "You can use only 5 parameters"
logger.warn('More than 5 parameters used')
price_def = raw_input(
"Define the pricing function. Use only the meters from above and numbers as arguments. Use the following signs: '+' for sum, '-' for substraction, '*' for multiplying, '/' for division or '%' for percentage. Use whitespace in between. "
)
input_p = price_def[:]
else:
price_def = input_p
meters_used = []
meters_ids = []
for i in range(len(price_def)):
j = 0
while j < len(meter_list):
if price_def[i] == meter_list[j]["meter-name"]:
meters_used.append(price_def[i])
meters_ids.append(meter_list[j]["meter-id"])
status, sample_list = ceilometer_api.get_meter_samples(
price_def[i], metering, pom, False, meter_list, False, "")
logger.info('In pricing: Getting meter samples')
if sample_list == []:
price_def[i] = str(0)
for n, m in enumerate(price_def):
if m == price_def[i]:
for k in range(len(sample_list)):
price_def[n] = str(
sample_list[k]["counter-volume"])
break
else:
j = j + 1
status_ret = True
for i in range(len(price_def)):
if i == 0:
if is_number(price_def[i]):
price = price + float(price_def[i])
else:
status_ret = False
if i % 2 != 0:
if price_def[i] in ["+", "-", "*", "/", "%"]:
if is_number(price_def[i + 1]):
x = float(price_def[i + 1])
else:
status_ret = False
break
if price_def[i] == "+":
price = price + x
if price_def[i] == "-":
price = price - x
if price_def[i] == "*":
price = price * x
if price_def[i] == "/":
if x != 0:
price = price / x
else:
print "Division by zero."
logger.warn('Division by zero')
status_ret = False
if price_def[i] == "%":
price = price * x / 100.0
else:
status_ret = False
else:
continue
if status_ret == True:
print "The price value is: " + str(price)
logger.info('Price is %s', price)
else:
print "Error. Poorly defined pricing function."
logger.warn('Not properly defined pricing function')
return status_ret, meters_used, meters_ids, input_p, price
def get_delta_samples(metering, pom, meter_list, meters_used, periodic_counts,
meters_ids, reden_br, id_price, tenant):
delta_list = {}
delta_list[reden_br] = [None] * 5
for i in range(len(meters_used)):
status, sample_list = ceilometer_api.get_meter_samples(
str(meters_used[i]), metering, pom, False, meter_list, False, "")
logger.info('In periodic: Getting meter samples')
if status:
print '--------------------------------------------------------------------------------------------------------------------------'
for j in range(len(sample_list)):
print "Resource id: " + str(sample_list[j]["resource-id"])
print "Counter volume: " + str(
sample_list[j]["counter-volume"])
print "Timestamp: " + str(sample_list[j]["timestamp"])
datetime1 = str(sample_list[j]["timestamp"]).split("T")
#list with a list of the metered data from every count for each separate meter thats used in the pricing function
periodic_counts[i].append(sample_list[j]["counter-volume"])
#calculate the difference between the metered data from each count for every meter used in the pricing function
delta = periodic_counts[i][reden_br] - periodic_counts[i][
reden_br - 1]
print "Delta: " + str(delta)
delta_list[reden_br][i] = delta
user = sample_list[j]["user-id"]
#get the row count; if its first entry-id=0; else get the last id and increment it by one
cursor = conn.execute("SELECT max(ID) from METERS_COUNTER")
row_count = conn.execute(
"SELECT COUNT(*) from METERS_COUNTER ")
result = row_count.fetchone()
number_of_rows = result[0]
if number_of_rows == 0:
id_last = 1
conn.execute(
"INSERT INTO METERS_COUNTER (ID,METER_ID,METER_NAME,USER_ID,RESOURCE_ID,COUNTER_VOLUME,UNIT,TIMESTAMP,TENANT_ID) \
VALUES (" + str(id_last) + ", '" +
str(meters_ids[i]) + "', '" + str(meters_used[i]) +
"','" + str(sample_list[j]["user-id"]) + " ','" +
str(sample_list[j]["resource-id"]) + "' ,' " +
str(sample_list[j]["counter-volume"]) + "' ,' " +
str(sample_list[j]["counter-unit"]) + "' ,' " +
str(datetime1[0]) + " " + str(datetime1[1]) + "' ,' " +
tenant + " ')")
else:
id_last = cursor.fetchone()[0] + 1
conn.execute(
"INSERT INTO METERS_COUNTER (ID,METER_ID,METER_NAME,USER_ID,RESOURCE_ID,COUNTER_VOLUME,UNIT,TIMESTAMP,TENANT_ID) \
VALUES (" + str(id_last) + ",' " +
str(meters_ids[i]) + "', '" + str(meters_used[i]) +
"','" + str(sample_list[j]["user-id"]) + " ','" +
str(sample_list[j]["resource-id"]) + "' ,' " +
str(sample_list[j]["counter-volume"]) + "' ,' " +
str(sample_list[j]["counter-unit"]) + "' ,' " +
str(datetime1[0]) + " " + str(datetime1[1]) + "' ,' " +
tenant + " ')")
conn.commit()
logger.info('Insert data in meters_counter ')
date_time = datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S")
conn.execute(
"INSERT INTO UDR(USER_ID,TIMESTAMP,PRICING_FUNC_ID,PARAM1,PARAM2,PARAM3,PARAM4,PARAM5) \
VALUES ( '" + str(user) + "', '" + str(date_time) + "', '" +
str(id_price) + "', '" + str(delta_list[reden_br][0]) + "','" +
str(delta_list[reden_br][1]) + "','" + str(delta_list[reden_br][2]) +
"','" + str(delta_list[reden_br][3]) + " ','" +
str(delta_list[reden_br][4]) + " ')")
reden_br += 1
conn.commit()
return status