83 8 Create Your Own Encoding Codehs Answers Exclusive -

Asking for help is not cheating. The difference lies in how you use external resources. Legitimate help includes:

Crossing the line involves: copying code from a GitHub repository labeled “CodeHS 8.3 answers,” paying someone to write the functions for you, or submitting work that you cannot explain line-by-line. 83 8 create your own encoding codehs answers exclusive

function decode83_8(encoded):
    alphabet = [list of 83 symbols]
    blockSize = 8
    padding = '~'
    output = ""
    for i from 0 to len(encoded) step blockSize:
        block = encoded[i : i+blockSize]
        for ch in block:
            if ch == padding:
                continue
            output += ch
    return output

If using numeric block values:

for each numeric value:
    digits = []
    for k from 1 to blockSize:
        digit = value % 83
        value = value // 83
        digits.prepend(alphabet[digit])
    append digits to output, ignoring padding

Here is a clean, working solution that fulfills the standard requirements for 8.3.8. Asking for help is not cheating

# Define the message to be encoded
message = "CodeHS"
# Create an empty list to store the numeric codes
encoded_message = []
# Loop through each character in the message
for character in message:
    # Convert the character to its ASCII number value
    number_value = ord(character)
# Add the number to our list
    encoded_message.append(number_value)
# Print the final encoded list
print("Original Message: " + message)
print("Encoded Message: " + str(encoded_message))
# --- BONUS: Converting to Binary ---
# If the assignment requires binary output as well:
binary_list = []
for num in encoded_message:
    # format(num, 'b') converts the number to binary string
    binary_list.append(format(num, 'b'))
print("Binary Encoding: " + str(binary_list))