RaMSFT

def decrypt_shift_right(decode_str):
    """Decode the given string (a step up the alphabest)
    a -> c
    b -> d
    ...
    k -> m
    o -> q
    e -> g
    ..
    z -> b

RaMSFT

def decrypt_shift_right_trans(decode_str):
    """Decode the given string (a step up the alphabest)
    a -> c
    b -> d
    ...
    k -> m
    o -> q
    e -> g
    ..
    z -> b

RaMSFT

def encrypt_shift_left_trans(decode_str):
    """encode the given string (a step down to next alphabest)
    a <- c
    b <- d
    ...
    k <- m
    o <- q
    e <- g
    ..
    z <- b

RaMSFT

def encrypt_shift_left(decode_str):
    """encode the given string (a step down to next alphabest)
    a <- c
    b <- d
    ...
    k <- m
    o <- q
    e <- g
    ..
    z <- b

RaMSFT

def check_elemnt_in_list(input_list, value):

    if value in input_list:
        return f"Given value: {value} exists in the list"
    else:
        return f"Given value: {value} doesn't exists in the list"

print(check_elemnt_in_list(["hi", "edabit", "fgh", "abc"], 'fgh'))
print(check_elemnt_in_list(["Red", "blue", "Blue", "Green"], 'blue'))
print(check_elemnt_in_list(["a", "g", "y", "d"], 'd'))

RaMSFT

def find_element_with_index(input_list, index_value):

    try:
        return f"Element value: {input_list[index_value]} at the index: {index_value}"
    except:
        return f"no element exists at the index {index_value}"

print(find_element_with_index(["hi", "edabit", "fgh", "abc"], 1))
print(find_element_with_index(["Red", "blue", "Blue", "Green"], 2))
print(find_element_with_index(["a", "g", "y", "d"], 10))

RaMSFT

def find_index(input_list, search_str):
    
    try:
        val = input_list.index(search_str)

        return f"index of {search_str} is {val}"
    except:
        return f"index of {search_str} is not found"

RaMSFT

def find_index(input_list, search_str):

    for val in range(0, len(input_list)):
       
        if input_list[val] == search_str:
            return f"index of {search_str} is {val}"
    return f"index of {search_str} is not found"


print(find_index(["hi", "edabit", "fgh", "abc"], 'fgh'))

RaMSFT

def string_to_list(split_str):

    result_list = list(split_str)

    return result_list

print(string_to_list('Hello This is Python'))
print(string_to_list('Python'))
print(string_to_list('Edabit'))

RaMSFT

def list_to_string(lst):

    #Given list might contain numerics also, hence, convert each element into the string
    #This can be done with loops also, using map to do it here
    str_list = list(map(str, lst))

    #Using join to add all elements together into a string
    result_str = ''.join(str_list)

    return result_str