python
\ndef defragment_disk(disk):
\n # Simulate disk defragmentation by rearranging file blocks<\/p>\n # Sort file blocks in ascending order
\n sorted_blocks = sorted(disk.file_blocks)<\/p>\n
# Calculate the fragmentation score
\n fragmentation_score = calculate_fragmentation_score(sorted_blocks)<\/p>\n
# Rearrange file blocks to reduce fragmentation
\n defragmented_disk = rearrange_blocks(sorted_blocks)<\/p>\n
return defragmented_disk, fragmentation_score<\/p>\n
def calculate_fragmentation_score(blocks):
\n # Calculate a fragmentation score based on the arrangement of file blocks
\n # Higher score indicates higher fragmentation<\/p>\n
# Implement fragmentation score calculation logic here<\/p>\n
return fragmentation_score<\/p>\n
def rearrange_blocks(blocks):
\n # Rearrange file blocks to reduce fragmentation<\/p>\n
# Implement block rearrangement logic here<\/p>\n
return rearranged_blocks<\/p>\n
# Example usage
\ndisk = Disk() # Assume a Disk class exists, containing file_blocks attribute
\ndefragmented_disk, fragmentation_score = defragment_disk(disk)
\nprint(f\"Defragmented Disk: {defragmented_disk}\")
\nprint(f\"Fragmentation Score: {fragmentation_score}\")
\n<\/code><\/p>\n
Please note that this code is merely a conceptual representation and does not provide actual disk defragmentation functionality.<\/p>\n
<\/span>Automating Disk Defragmentation<\/span><\/h2>\n
\n
\n
<\/p>\n