arr=[43,66,225,76]
for i in range(len(arr));
strr=str(arr[i])
if '6' in strr:
strr=strr[::-1]
#print(strr)
arr[i] = int(strr.replace('6','9'))
avg=sum(ar)/len(arr)
print(round(avg,2))import check50
import check50_java
@check50.check()
def book_exists():
"""Book.java exists."""
check50.exists("Book.java")
@check50.check(book_exists)
def book_compiles():
"""Book.java compiles."""
check50_java.compile("Book.java")
@check50.check()
def press_exists():
"""Press.java exists."""
check50.exists("Press.java")
@check50.check(press_exists)
def press_compiles():
"""Press.java compiles."""
check50_java.compile("Press.java")
@check50.check()
def vm_exists():
"""VendingMachine.java exists."""
check50.exists("VendingMachine.java")
@check50.check(vm_exists)
def vm_compiles():
"""VendingMachine.java compiles."""
check50_java.compile("VendingMachine.java")import networkx as nx
import matplotlib.pyplot as plt
FName="graph.txt"
GType=nx.Graph()
Graph = nx.read_edgelist(
FName,
create_using=GType,
node_type=int,
data=(('weight',float),)
)
# Find the total number of degree for each node
for g in Graph.nodes():
print("Node: ", g, " has total #degree: ",Graph.degree(x))
# Find the weight for each node
for t,y in Graph.edges():
print ("Weight of Edge ("+str(t)+","+str(y)+")", Graph.get_edge_data(t,y))
#degree centrality
degreecentrality=nx.degree_centrality(Graph)
print("\nDegree centrality of each node: ",degreecentrality)
#Closeness Centrality
closenesscentrality = nx.closeness_centrality(Graph)
print("\nCloseness centrality of each node: ",closenesscentrality)
#Betweenness Centrality
betweennesscentrality=nx.betweenness_centrality(Graph)
print("\nBetweenness centrality of each node: ",betweennesscentrality)import http
import ssl
from urllib.parse import urlparse
import requests
clientCrt = "<SSL files path>/GDLAPPSPublicCertificate.cer"
clientKey = "<SSL files path>/GDLAPPSPrivateCertificateKey.key"
url = "https://gdlapps.naturesweet.com/ws/simple/getDailyQualityYield"
request_url="/ws/simple/getDailyQualityYield"
method="GET"
headers = {'Content-type': 'application/json'}
body={}
context = ssl.SSLContext()
context.load_cert_chain(certfile=clientCrt,keyfile=clientKey)
connection = http.client.HTTPSConnection(urlparse(url).hostname, port=443, context=context)
connection.request(method=method, url=url,headers=headers,body=body)
response = connection.getresponse()
print(response.status, response.reason)
data = response.read()
print(data)print("heelo")