Answer:
This is probably the most important reason. In an event-driven architecture, there can be no question that an event raised represents something that has happened.
Now, because Commands are something we want to happen, and Events are something that has happened, we should be using different verbs when we name these things. This drives separate representations.
Answer:
#section 1
def maxTemp(filename):
import pathlib
f = pathlib.Path(filename)
f.exists()
if f.exists():
f = open(filename, "r")
#section 2
next(f)
res = [int(sub.split(',')[1]) for sub in f]
maxdata = (res[0])
for i in range(len(res)-1):
if maxdata < res[i]:
maxdata = res[i]
index = res.index(maxdata)
f.close()
#section 3
li = []
a = open(filename, "r")
for line in a:
line = line.strip()
li.append(line)
a.close()
return (li[index+1])
else:
return -1
print(maxTemp("new.csv"))
Explanation:
#section 1:
The function maxTemp is defined. We import pathlib in other to check if the file exists, if it does we carry on with opening the file and if it doesn't the program returns -1.
#section 2:
We start splitting the sub-lists from the second line i.e <em>next(f)</em>. For each line we take the second index element and convert it to an integer.
<em>res = [int(sub.split(',')[1]) for sub in f]
</em>
The maximum number is gotten by using the if statement to compare all elements in the list. The index of the maximum item in the list is collected.
the file is then closed.
#section 3 :
The file is re-opened and all the lines are striped and passed into a new list and the index recovered from section 2, is used to get the day with the highest temperature and the line is returned.
Answer:
The answer is B.
Explanation:
It shows battery and power use. ... It shows central processing unit, battery, and power use. It updates data every 2 seconds, at a relatively quick speed!
Answer:
The python function is as follows:
def fact(N):
factorial = 1
for i in range(1,N+1):
factorial = factorial * i
return(factorial)
Explanation:
This line defines the function
def fact(N):
This line initializes the product of 1 to N to 1
factorial = 1
This line iterates through 1 to N
for i in range(1,N+1):
This line calculates the product of 1 to N i.e. factorial
factorial = factorial * i
This line returns the factorial
return(factorial)