Answer and explanation:
An ".action" file is a file written in Xcode and used by the <u>Automator</u> program, whose function is to create automations in macOS. Action files contains specific actions that can be combined with other actions to create an automated process.
This type of file is used to automate tasks in <u>macOS</u>, usually with Finder (file manager) or another program.
Action files are especially useful for repetitive tasks, such as creating sequential batch folders, editing images, or deleting files.
Explanation:
no way
your account gets banned if u try
Answer:
The solution code is written in Python:
- def nested_list_string(list2D):
- output = ""
- for i in range(0, len(list2D)):
- for j in range(0, len(list2D[i])):
- output += str(list2D[i][j]) + " "
-
- return output
Explanation:
Let's create a function and name it as nested_list_string() with one input parameter, list2D (Line 1).
Since our expected final output is a string of number and therefore we define a variable, <em>output</em>, to hold the string (Line 2).
Next use two for loops to traverse every number in the list and convert each of the number to string using <em>str()</em> method. Join each of individual string number to the output (Line 3-5).
At the end, we return the output (Line 7)
Answer: adapted screenplays
Explanation:
you’re basing your script based off of other sources and stuff.
Answer:
In Python:
def convert_str_to_numeric_list(teststr):
nums = []
res = teststr.split()
for x in res:
if x.isdecimal():
nums.append(int(x))
else:
nums = []
break;
return nums
def get_avg(mylist):
if not len(mylist) == 0:
total = 0
for i in mylist:
total+=i
ave = total/len(mylist)
else:
ave = "None"
return ave
def get_min(mylist):
if not len(mylist) == 0:
minm = min(mylist)
else:
minm = "None"
return minm
def get_max(mylist):
if not len(mylist) == 0:
maxm = max(mylist)
else:
maxm = "None"
return maxm
mystr = input("Enter a string: ")
mylist = convert_str_to_numeric_list(mystr)
print("List: "+str(mylist))
print("Average: "+str(get_avg(mylist)))
print("Minimum: "+str(get_min(mylist)))
print("Maximum: "+str(get_max(mylist)))
Explanation:
<em>See attachment for complete program where I use comment for line by line explanation</em>
