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In the modern corporate world, it is essential for leaders to foster a culture of experimentation, learning, and collaboration within their organizations. Employees should be allowed to make mistakes without fear of criticism, and all individuals should work together towards a common goal. To achieve long-term growth and success, employees must have a clear purpose, strategy, and priorities. To accomplish this, teams need greater autonomy to think and act in a way that benefits the customer experience. Therefore, agile leadership is crucial in today's corporate environment. Agile leaders possess the ability to adapt quickly and efficiently to unforeseen obstacles and ... Read More
Agile development is an approach for creating software that puts a focus on adaptability, teamwork, and quick iterations. It is a relatively new method that has recently experienced a surge in popularity and has significantly altered how software is made. Agile development, which emphasises flexibility, adaptability, and cooperation, is also referred to as the art of adjusting to change and innovation. Agile Practitioner An Agile practitioner is a skilled professional with a mindset that embraces new opportunities and adapts easily to change, following the values and principles outlined in the Agile Manifesto. They possess comprehensive knowledge of Agile techniques, including ... Read More
Agile methodology focuses on customer satisfaction. Its flexibility & rapid feedback cycles are the main reason for its high-quality production. These are two sides of the Agile method & they are Agile Engineering and Agile Software Development. Here we will examine the differences between these two terms of Agile Engineering. Also, highlight their characteristics. Agile Software Development: A Brief Overview Agile Software Development is a set of techniques. All these methods concentrate on delivering high-quality software. Also, produce them in a timely & cost-effective manner. It highlights collaboration, frequent iterations, and a customer-centric approach. The goal is to develop the ... Read More
In Haskell, we can find Sum of N Numbers by using recursion, tail-recursion and fold-recursion. In the first example we are going to use base case, (sum_n [] = 0) and recursive case, (sum_n (x:xs) = x + sum_n xs)) and in second example, we are going to use, tail-recursion. And in the third example, we are going to use (sumOfN''' xs = foldr (+) 0 xs) function. Algorithm Step 1 − The recursive sum_n function is defined as, For example 1 − sum_n [] = 0 sum_n (x:xs) = x + sum_n xs. ... Read More
In Haskell, we can find the Product of Two Numbers by using recursion along with recursive repeated addition. In the first example we are going to use (product' x y | y == 0 = 0 | y == 1 = x | otherwise = x + product' x (y-1)) function. And in the second example, we are going to use recursive repeated addition. Algorithm Step 1 − The recursive product’ function is defined as, For example 1 and 2 − product' x y | y == 0 = 0 ... Read More
In Haskell, we can find Sum of Digits of a Number by using recursion along with mod, div and other helper functions. getCurrentTime and NominalDiffTime function. In the first example we are going to use (sumOfDigits n | n < 10 = n | otherwise = (n `mod` 10) + sumOfDigits (n `div` 10)) function. And in the second example, we are going to use helper function. Algorithm Step 1 − The recursive sumOfDigits function is defined as, For example 1 − sumOfDigits n | n < 10 = n ... Read More
In Haskell, we can use getCurrentTime and NominalDiffTime functions to calculate the Execution Time of Methods. In the first example we are going to use (startTime
In Haskell, we can calculate the power by using recursion along with cases and also by using tail-recursion. In the first example we are going to use recursion along with base case, (power _ 0 = 1) and recursive case, (power x y = x * power x (y-1)). In the second example, we are going to use recursive cases as (power' x y | y == 0 = 1| otherwise = x * power' x (y-1)) and in third example, we are going to use tail-recursion. Algorithm Step 1 − The user defined recursive power function is defined ... Read More
In Haskell, we can reverse a Sentence by using recursion along with concatenation and also by using list comprehension. In the first example we are going to use recursion along with base and recursive case and in the second example, we are going to use concatenation as ((last sentence) : reverseSentence (init sentence)) and in third example, we are going to use list comprehension as, reverseSentence s = [s !! i | i String reverseSentence [] = [] reverseSentence sentence = (last sentence) : reverseSentence (init sentence) main :: IO () main = do let ... Read More
In Haskell, we can find G.C.D by using recursion and also by using recursive case statements. In the first example we are going to use recursion along with base and recursive case and in the second example, we are going to use (case (x, y) of) statement. Algorithm Step 1 − The user defined recursive gcd’ function is defined as, For example 1 − gcd' x y | y == 0 = x | otherwise = gcd' y (x `mod` y). For example 2 − ... Read More