anagram functionProblem:define a recursive function to generate all Anagrams of a given stringTest Case 1:Enter a word: abcabcacbbacbcacabcbaTest Case 2:Enter a word: ababbaSample Test CasesTest Case 1:Expected Output:Enter·a·word:·abcabcacbbacbcacabcbaTest Case 2:Expected Output:Enter·a·word:·ababba

It seems like you want to create a recursive function to generate all anagrams of a given string. Here is a Python solution:

def anagram(word):
    # Base case: if word is empty, there is only one permutation: itself
    if len(word) <= 1:
        return [word]

    # Recursive case
    else:
        # Get all permutations of length N-1
        permutations = anagram(word[1:])
        char = word[0]
        result = []
        # Iterate through each permutation
        for perm in permutations:
            # Insert the character into every possible location
            for i in range(len(perm)+1):
                result.append(perm[:i] + char + perm[i:])
        return result

# Test cases
print(anagram("abc"))  # Test Case 1
print(anagram("ab"))   # Test Case 2

This function works by recursively generating all permutations of the input string minus the first character, then inserting the first character into every possible location in each of these permutations. The base case is when the input string is empty or contains only one character, in which case the only permutation is the string itself.

It seems like you want to create a recursive function to generate all anagrams of a given string. Here is a Python solution:

def anagram(word):
    # Base case: if the word is a single character, return the character
    if len(word) == 1:
        return [word]

    # Recursive case:
    else:
        # Initialize an empty list to store the anagrams
        anagrams = []
        for i in range(len(word)):
            # For each character in the word, generate all anagrams of the rest of the word
            rest_anagrams = anagram(word[:i] + word[i+1:])
            # For each of these anagrams, add the character at the beginning
            for rest_anagram in rest_anagrams:
                anagrams.append(word[i] + rest_anagram)
        return anagrams

# Test cases
print(anagram('abc'))  # Test Case 1
print(anagram('ab'))  # Test Case 2

This function works by recursively generating all anagrams of the rest of the word for each character in the word, then adding the character at the beginning of each of these anagrams. The base case is when the word is a single character, in which case the function simply returns the character.

Please note that the number of anagrams grows factorially with the length of the word, so this function may be slow for long words. Also, if the word contains repeated characters, this function will generate repeated anagrams.

It seems like you want to create a recursive function to generate all anagrams of a given string. Here is a Python solution:

def anagram(word):
    # Base case: if the word is a single character, return the character itself
    if len(word) == 1:
        return [word]

    # Recursive case:
    else:
        # Initialize an empty list to store the anagrams
        anagrams = []
        for i in range(len(word)):
            # For each character in the word, generate all anagrams of the rest of the word
            rest = word[:i] + word[i+1:]
            for p in anagram(rest):
                # Add the character to the beginning of each anagram of the rest of the word
                anagrams.append(word[i] + p)
        return anagrams

# Test cases
print(anagram('abc'))  # Test Case 1
print(anagram('ab'))   # Test Case 2

This function works by taking a character from the word and generating all anagrams of the remaining characters, then appending the taken character to the beginning of each of these anagrams. It does this for each character in the word. The base case is when the word is a single character, in which case the function simply returns the character itself.

It seems like you want to create a recursive function to generate all anagrams of a given string. Here is a Python solution:

def anagram(word):
    # Base case: if the word is a single character, return the character
    if len(word) == 1:
        return [word]

    # Recursive case:
    else:
        # Initialize an empty list to store the anagrams
        anagrams = []
        for i in range(len(word)):
            # For each character in the word, generate all anagrams of the rest of the word
            rest = word[:i] + word[i+1:]
            for p in anagram(rest):
                # Add the character to the beginning of each anagram of the rest of the word
                anagrams.append(word[i] + p)
        return anagrams

# Test cases
print(anagram('abc'))  # Test Case 1
print(anagram('ab'))   # Test Case 2

Please note that the test cases you provided are too long for an anagram function. The number of anagrams grows factorially with the length of the string, so a string of length 10 already has 3,628,800 anagrams. It's not feasible to generate all anagrams for such long strings. The test cases I provided are more reasonable.