The type of file which is needed to manage OpenLDAP policies over Command Line Interface (CLI) is called: LDIF files.
<h3>What is OpenLDAP?</h3>
OpenLDAP can be defined as a free, open-source version of the Lightweight Directory Access Protocol (LDAP) that was developed in 1993 by the OpenLDAP Project.
Basically, it is the server software implementation of the Lightweight Directory Access Protocol (LDAP).
<h3>The uses of
OpenLDAP.</h3>
- It is used for LDAP database control.
- It allow end users to browse, create, remove and change data on a LDAP server.
- It allows end users to manage their passwords and browse through data schema.
In conclusion, LDAP Data Interchange Format (LDIF) file is a type of file which is needed to manage OpenLDAP policies over Command Line Interface (CLI).
Read more on LDAP here: brainly.com/question/25998402
Solution:
initial = float(eval(input('Enter the monthly saving amount: ')))
x = (1 + 0.00417)
month_one = initial * x
month_two = (initial + month_one) * x
month_three = (initial + month_two) * x
month_four = (initial + month_three) * x
month_five = (initial + month_four) * x
month_six = (initial + month_five) * x
print('The sixth month value is: '+str(month_six))
Don't forget the saving amount, and initialize the balance with that amount. Inside the loop, work out and add the interest and then add the saving amount for the next month.
balance = 801
for month in range(6):
balance = balance * (1.00417)
print(balance)
Answer:
Say you have a key in a dictionary, or a key in a 2-d list. When you insert(), you are destructively iterating the original list and modifying it to reflect the insert() component. In order for the key to get lost you would have to do say insert(len: :1) which would remove the second key and therefore cause it to get "lost" because it will be destructivsly removed from its assignment and replaced by whatever you choose to insert.
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Answer:
Explanation:
The following code is written in Java, the function takes in a list with the previous day's values. The function then uses that list, loops through it and multiplies each individual value by 2 and returns the modified list. The first red square represents the test case for the function, while the second red square in the image represents the output.
public static ArrayList<Integer> doubleIt(ArrayList<Integer> mylist) {
for (int x = 0; x<mylist.size(); x++) {
mylist.set(x, mylist.get(x)*2);
}
return mylist;
}
