jesmond3945:
yes. For lattice public key encryption you can use a Monte Carlo simulation to get the basis which makes up the key together with machine learning which processes the basis.
For RSA and Elliptic curve, you can use Short or Grover's search
For Code public key you can prange's ISD but I proposed using Maximum likelihood reinforced with copula distribution.

iCode2:
Hmmmm you've so grabbed Python concept. I hope to be like you when I grow up.

iCode2:
Oh I just checked again now. I misunderstood the question. I was working on returning an item in the list as a string separated by comma with an and before the last item. Something like... Returning the first index as 'a, p, p, l, e, and s'.

Will that work?

spam = ['apples', 'bananas', 'tofu', 'cats']

def printlist(List):
    last=List.pop()
    last=' and '+last
    List.append(last)
    return ','.join(List)
    
def wordlist(List):
    for word in List:
        print(printlist(list(word)))
        
        
wordlist(spam)

iCode2:
Oh I just checked again now. I misunderstood the question. I was working on returning an item in the list as a string separated by comma with an and before the last item. Something like... Returning the first index as 'a, p, p, l, e, and s'.

Will that work?

peterangelo:


Yeah 100%✓

peterangelo:

I can't wrap my head around your quiz.

Try to elaborate

Grandlord:
Bad guy

CuteNerdyDude:
Thanks man. �

iCode2:
spam = ['apples', 'bananas', 'tofu', 'cats']

Write a function that takes a list value as an argument and returns a string with all the items separated by a comma and a space, with and inserted before the last item. For example, passing the previous spam list to the function would return 'apples, bananas, tofu, and cats'. But your function should be able to work with any list value passed to it.

spam = ['apples', 'bananas', 'tofu', 'cats']

def printlist(List):
    last=List.pop()
    last=' and '+last
    List.append(last)
    return ','.join(List)
    
print(printlist(spam))

CuteNerdyDude:
@gbolly1151 please what materials would you recommend for an intermediate python programmer?.

jidamsel43:
good development

Malaria kills more than 20000 Nigerians every month . Covid-19 killed 400 Nigerians in three months.

Government order lockdown because of Covid-19 to the extend that Nigerians lost many souls because of lockdown.

Nigerian government has not direct policy to eradicate Malaria in the country despite the highest fatality rate .

The cause of Malaria is MOSQUITOES which can be eradicated with provision of clean and serene environment coupled with constant fumigation of environment.

Government has abandoned the fight against
Malaria because it is not sensational while the battle against convid-19 continue everyday with billions of naira down the drain .

Covid-19 fatalities are recorded among the elite while malaria kills in poverty ridden environment.

Covid-19 is not a threat in Nigeria .

Our government is our biggest threat .

SKYQUEST:


I agree with you on read_csv ( ); kindly run the function on the file (it is still in the attachment above) and lets have your dataFrame output.

SKYQUEST:
If you try to read the file with the read_csv( ) function, an error will be thrown because the file is not a comma seperated values (csv) file.

iCode2:
Wow it worked! Thanks man. I didn't know about that capitalise method. You're good man.

iCode2:
Write a program that asks the user to enter a sentence and then randomly rearranges the words of the sentence. Make sure that the sentence that will be printed out starts with a capital, that the original first word is not capitalised if it comes in the middle of the sentence, and that the period is in the right place.

sentence=str(input('your sentence: ')).replace('.','').split()
random.shuffle(sentence)
print(" ".join(sentence).capitalize(),end='.')

iCode2:
Write a program that asks the user to enter a sentence and then randomly rearranges the words of the sentence. Make sure that the sentence that will be printed out starts with a capital, that the original first word is not capitalised if it comes in the middle of the sentence, and that the period is in the right place.

'''
what is @property?
@property is a decorator and what is a decorator?

Decorator is a technique used to change the behavior of
an object.

@property is a decorator used to change the behaviour 
of a class method,it is use mostly to enable a
class method to behave as an attribute.

Now let illustrate attribute call
'''
class Test:
    def __init__(self,var1,var2):
      self.var1=var1
      self.var2=var2

T1 = Test(2,3)
print('initial var1',T1.var1) #output: initial var1 2
print('initial var2',T1.var2) #output: initial var2 3
#changing the value of var1 and var2
T1.var1=6
T1.var2=10
print('new var1',T1.var1) #output: new var1 6
print('new var2',T1.var2) #output: new var2 10


'''
T1.var1 and T1.var2 are attribute calls

Now let see how method behave when we call it like an attribute
'''
class Test1:
    def __init__(self):
        self._var3=0
        
    #@property
    def var3(self):
        return self._var3        

    #@var3.setter
    def var3(self,value):
        self._var3=value
T2= Test1()       
'''
if you comment @property and then calling T2.var3 will return something like 
<bound methoud T1.var3.....>
that is the name given to the function by interpreter
'''        
print(T2.var3) #output: <bound methoud T1.var3.....>

'''
with the help of @property we can change how class method will behave
when it is called like an attribute.
in our case, we want the method to return a value and not object name
when it is called like an attribute

now uncomment the @property and @var3.setter
'''

print('initial var3',T2.var3) #output: initial var3 0
#setting new value for _var3
T2.var3 = 4
print('new var3',T2.var3) #output: new var3 4

Shepherdd:


Although this question does not provide the routing table I made some assumptions.

routing_table = {
    'a': {'c': 5, 'b': 1},
    'b': {'a': 1, 'd': 4, 'c': 2},
    'c': {'e': 3, 'b': 2, 'd': 2},
    'd': {'b': 4, 'c': 2, 'e': 8, 'g': 1},
    'e': {'c': 3, 'f': 2, 'd': 8, 'g': 1},
    'f': {'e': 2, 'g': 1},
    'g': {'d': 1, 'e': 1, 'f': 1},
}

def  grade_route (vertex, links, total_cost, previous):
    for destination, cost in links.items():
        previous_cost = total_cost[destination]
        potential_cost = cost + total_cost[vertex]
        
        if potential_cost < previous_cost:
            total_cost[destination] = potential_cost
            previous[destination] = vertex

def shortest_path(graph, source, destination):
    previous = {}
    total_cost = {vertex: (lambda x : float('inf') if x != source else 0)(vertex) for vertex in graph.keys()}
    route = [destination]
    
    for vertex, links in graph.items():
        grade_route (vertex, links, total_cost, previous)
    
    trace = destination
    while True:
        pth = previous[trace]
        route.append(pth)
        trace = pth
        if pth == source:
            return [total_cost[destination], route[::-1]]

print(shortest_path(routing_table , 'a', 'c')) 
### ===> [3, ['a', 'b', 'c']]

Although their might be multiple route to a destination I avoided implementing this for brevity. DS & Algo questions sometimes aren't easy!!!

Predstan:


Learning different data structures actually. I wrote one that uses List but still quadratic. Because using nested list, I have to iterate over each list of the both Matrices.
One advantage of using the Array or the LinkedList is the memory since List creates double of storage being used.

What I read tho.

Predstan:


Learning different data structures actually. I wrote one that uses List but still quadratic. Because using nested list, I have to iterate over each list of the both Matrices.
One advantage of using the Array or the LinkedList is the memory since List creates double of storage being used.

What I read tho.

Predstan:



I finally used LinkedList for the SparseMatrix and it was just Literarilly better. From Quartic to Quadratic

https://github.com/Predstan/Algorithm-and-Data-Structure/blob/master/ch6/SparseMatrix%20Using%20Sorted%20Linkedlist/sparseMatrix.py

Should:
OK, God bless...

nurain150:
LINUX COMMAND LINE ..
Let simplfy:
1.what a directory means.
2.piping and redirect
3.learning a new tool and real command line walkaround.
...
WHAT A DIRECTORY MEANS
A directory is a folder.the same folder in windows.that what it means.on cmd windows it usually represented with \\\ and in Linux it ///...cool one so Linux is our main focus.say am nurain.as my username .on Linux arch my user folder is HOME on windows it USERS.
So for example if you login in your terminal you default working directory will be nurain .I talk by example say my terminal now is nurain so my current working directiory will be / nurain.so the mount is root.so /root/home/nurain is my folder using an absolute path .but a relative path is /nurain.In this tutorial I will be using ls as a command exaample command to be denoted by **.....so say *ls /root/home/nurain* will be the same thing as saying *ls* in the nurain folder.you gat me example.
Say my folder contains
a.txt b.php.
Then calling ls from nurain directory will list does .while calling ls with /root.....
Willl do the samw thing Shay u gat.....Comment ooo ..ask questions ...let know you are following ..thanks abeg let me behave like those author ....20 likes and 10 comment to unlock the next chapter.a

Should:

The below screenshot confused every me, while trying to understand Identity function..
Everything was going smoothly, until those figures appeared below "id(x), id(y)" ..
how they got the value on red...

Predstan:


I used the Binary search to insert an element into the right position in the list. So the 0(.) Is just Logn. Instead of returning true or false, it returns the position of an item after divide and conquer, then I use the insert function to insert in the right position in the list.

I also wrote a game called Game of Life where organisms dies or lives with respect to the number of organisms around them that are alive. Its similar code, you may check it here Boss.

Thanks

https://github.com/Predstan/Algorithm-and-Data-Structure/tree/master/ch5/Game%20Of%20Life%20-%20Improved

The first file is the text based implementation of the game, the second is the LifeGrid Class where I used the list and Divide and conquer

def myprint():
    return print
customized_print=myprint()
customized_print('hello word')

Output: hello world

#let use some print argument on our customized_print

customized_print('hello worl',end='.')