def do_selectdisk(self, line):
"""Select a disk (by Disk ID) to perform operations on."""
try:
self.disks[int(line)]
self.selecteddisk = int(line)
self.disktable = PartitionTableAnalyzer(
self.disks[int(line)]["Disk"],
self.disks[int(line)]["BytesPerSector"])
except:
print("Invalid Disk!")
def do_selectdisk(self, line):
"""Select a disk (by Disk ID) to perform operations on."""
try:
self.disks[int(line)]
self.selecteddisk = int(line)
self.disktable = PartitionTableAnalyzer(self.disks[int(line)]["Disk"], self.disks[int(line)]["BytesPerSector"])
except:
print("Invalid Disk!")
class JatgamFUcli(cmd.Cmd):
prompt = "fu: "
intro = "\nJatgam Forensic Utilities\nA collection of utilities to help gather information on digital evidence.\n"
disks = PhysicalDiskAnalyzer().disks
selecteddisk = None
disktable = None
def do_listdisks(self, line):
"""List available disks to analyze."""
if self.disks == -1:
print("Not disks found; possibly not running on a supported system")
return
elif self.disks == []:
print("No disks found.")
return
print("\nDisk ID\t\tOS Identifier\t\tSize\t\tMedia Type")
print("-"*77)
count = 0
for disk in self.disks:
disksize = "%.2f" % DecimalUtilities.bytesToGB(disk["DiskSize"])
print(str(count) + "\t\t" + disk["Disk"] + "\t" + str(disksize) + " GB" + "\t" + str(disk["MediaType"]))
count += 1
print("\n")
def do_selectdisk(self, line):
"""Select a disk (by Disk ID) to perform operations on."""
try:
self.disks[int(line)]
self.selecteddisk = int(line)
self.disktable = PartitionTableAnalyzer(self.disks[int(line)]["Disk"], self.disks[int(line)]["BytesPerSector"])
except:
print("Invalid Disk!")
def do_diskinfo(self, line):
"""Print information on the selected disk."""
if self.selecteddisk != None:
print("\nDisk ID:\t\t" + str(self.selecteddisk))
print("OS Identifier:\t\t" + self.disks[self.selecteddisk]["Disk"])
print("Media Type:\t\t" + str(self.disks[self.selecteddisk]["MediaType"]))
print("Sectors Per Track:\t" + str(self.disks[self.selecteddisk]["SectorsPerTrack"]))
print("Tracks Per Cylinder:\t" + str(self.disks[self.selecteddisk]["TracksPerCylinder"]))
print("Cylinders:\t\t" + str(self.disks[self.selecteddisk]["Cylinders"]))
print("Bytes Per Sector:\t" + str(self.disks[self.selecteddisk]["BytesPerSector"]))
print("Size (bytes):\t\t" + str(self.disks[self.selecteddisk]["DiskSize"]))
print("Size (GB):\t\t" + "%.2f" % DecimalUtilities.bytesToGB(self.disks[self.selecteddisk]["DiskSize"]))
print("\n")
else:
print("You haven't selected a disk yet!")
def do_printmbr(self, line):
"""Print the MBR of the selected disk."""
if self.selecteddisk != None:
self.disktable.printMBR()
else:
print("You haven't selected a disk yet!")
def do_listpartitions(self, line):
"""List all partitions on the selected disk."""
if self.selecteddisk != None:
self.disktable.printAllPartitions()
else:
print("You haven't selected a disk yet!")
def do_exit(self, line):
"""Exit the program."""
return True
class JatgamFUcli(cmd.Cmd):
prompt = "fu: "
intro = "\nJatgam Forensic Utilities\nA collection of utilities to help gather information on digital evidence.\n"
disks = PhysicalDiskAnalyzer().disks
selecteddisk = None
disktable = None
def do_listdisks(self, line):
"""List available disks to analyze."""
if self.disks == -1:
print(
"Not disks found; possibly not running on a supported system")
return
elif self.disks == []:
print("No disks found.")
return
print("\nDisk ID\t\tOS Identifier\t\tSize\t\tMedia Type")
print("-" * 77)
count = 0
for disk in self.disks:
disksize = "%.2f" % DecimalUtilities.bytesToGB(disk["DiskSize"])
print(
str(count) + "\t\t" + disk["Disk"] + "\t" + str(disksize) +
" GB" + "\t" + str(disk["MediaType"]))
count += 1
print("\n")
def do_selectdisk(self, line):
"""Select a disk (by Disk ID) to perform operations on."""
try:
self.disks[int(line)]
self.selecteddisk = int(line)
self.disktable = PartitionTableAnalyzer(
self.disks[int(line)]["Disk"],
self.disks[int(line)]["BytesPerSector"])
except:
print("Invalid Disk!")
def do_diskinfo(self, line):
"""Print information on the selected disk."""
if self.selecteddisk != None:
print("\nDisk ID:\t\t" + str(self.selecteddisk))
print("OS Identifier:\t\t" + self.disks[self.selecteddisk]["Disk"])
print("Media Type:\t\t" +
str(self.disks[self.selecteddisk]["MediaType"]))
print("Sectors Per Track:\t" +
str(self.disks[self.selecteddisk]["SectorsPerTrack"]))
print("Tracks Per Cylinder:\t" +
str(self.disks[self.selecteddisk]["TracksPerCylinder"]))
print("Cylinders:\t\t" +
str(self.disks[self.selecteddisk]["Cylinders"]))
print("Bytes Per Sector:\t" +
str(self.disks[self.selecteddisk]["BytesPerSector"]))
print("Size (bytes):\t\t" +
str(self.disks[self.selecteddisk]["DiskSize"]))
print("Size (GB):\t\t" + "%.2f" % DecimalUtilities.bytesToGB(
self.disks[self.selecteddisk]["DiskSize"]))
print("\n")
else:
print("You haven't selected a disk yet!")
def do_printmbr(self, line):
"""Print the MBR of the selected disk."""
if self.selecteddisk != None:
self.disktable.printMBR()
else:
print("You haven't selected a disk yet!")
def do_listpartitions(self, line):
"""List all partitions on the selected disk."""
if self.selecteddisk != None:
self.disktable.printAllPartitions()
else:
print("You haven't selected a disk yet!")
def do_exit(self, line):
"""Exit the program."""
return True
