def csv_mbr(self):
"""Extract MBR and BootLoader"""
informations = DiskAnalysis(self.output_dir)
partition = Partitions(self.output_dir, self.logger)
disk = Disks()
operatingSystem = OperatingSystem()
envVar = EnvironmentVariable()
mbr = Mbr(self.output_dir)
informations.os = operatingSystem.os_information(
informations.currentMachine)
informations.listDisks = disk.get_disk_information(
informations.currentMachine)
self.logger.info('MBR Extracting')
for d in informations.listDisks:
informations.mbrDisk = mbr.mbr_parsing(d.deviceID)
mbr.boot_loader_disassembly()
for p in informations.mbrDisk.partitions:
if p.state == "ACTIVE":
vbr = Vbr(d.deviceID, p.sector_offset, self.output_dir)
self.logger.info('VBR Extracting')
vbr.extract_vbr()
vbr.vbrDisassembly()
self.logger.info('BootLoader Extracting')
informations.envVarList = os.environ
informations.listPartitions = partition.partition_information(
informations.currentMachine)
informations.save_informations()
def csv_mbr(self):
"""Extract MBR and BootLoader"""
informations = DiskAnalysis(self.output_dir)
partition = Partitions(self.output_dir, self.logger)
disk = Disks()
operatingSystem = OperatingSystem()
envVar = EnvironmentVariable()
mbr = Mbr(self.output_dir)
informations.os = operatingSystem.os_information(informations.currentMachine)
informations.listDisks = disk.get_disk_information(informations.currentMachine)
self.logger.info('MBR Extracting')
for d in informations.listDisks:
informations.mbrDisk = mbr.mbr_parsing(d.deviceID)
mbr.boot_loader_disassembly()
self.logger.info('BootLoader Extracting')
informations.envVarList = os.environ
informations.listPartitions = partition.partition_information(informations.currentMachine)
informations.save_informations()
def csv_mbr(self):
''' Extract MBR and BootLoader '''
informations = DiskAnalysis(self.output_dir)
partition = Partitions(self.output_dir,self.logger)
disk = Disks()
operatingSystem = OperatingSystem()
envVar = EnvironmentVariable()
mbr = Mbr(self.output_dir)
informations.os = operatingSystem.os_informations(informations.currentMachine)
informations.listDisks = disk.getDiskInformations(informations.currentMachine)
self.logger.info('MBR Extracting')
for d in informations.listDisks:
informations.mbrDisk = mbr.mbr_parsing(d.deviceID)
mbr.bootLoaderDisassembly()
self.logger.info('BootLoader Extracting')
informations.envVarList = os.environ
informations.listPartitions = partition.partitionInformations(informations.currentMachine)
informations.saveInformations()
def main():
if len(sys.argv) < 2:
usage()
notsupParts = [0x05, 0x0f, 0x85, 0x91, 0x9b, 0xc5, 0xe4, 0xee]
swapParts = [0x42, 0x82, 0xb8, 0xc3, 0xfc]
# read first sector
if not os.path.isfile(sys.argv[1]):
print("File " + sys.argv[1] + " cannot be openned for reading")
exit(1)
with open(sys.argv[1], 'rb') as f:
sector = f.read(512)
mbr = Mbr(sector) # create MBR object
if mbr.validSignature():
print("Looks like a MBR or VBR")
mbr.prettyPrint()
for i in range(1, 5):
if not mbr.isEmpty(i):
if mbr.partitionType(i) in notsupParts:
print(
"Sorry GPT and extended partitions are not supported by this script!"
)
else:
if mbr.partitionType(i) in swapParts:
print("Skipping swap partition")
else:
# let's try and read the VBR
with open(sys.argv[1], 'rb') as f:
f.seek(mbr.reservedSectors(i) * 512)
sector = f.read(512)
vbr = Vbr(sector)
if vbr.validSignature():
print('Found Volume with type',
vbr.filesystemType())
print('Volume label:', vbr.volumeLabel())
print('Total sectors:', vbr.totalSectors())
s = vbr.sectorFromCluster(14)
print('Cluster 14:', s)
print('Sector:', vbr.clusterFromSector(s))
else:
print("Doesn't appear to contain valid MBR")
def best_sentence(sentences):
sentence_id, sentence_probs = sentence_parsing(sentences)
mbr = Mbr(sentence_probs)
return sentence_id, mbr.mbr_calc()
def get(self):
mbr = Mbr(open('/dev/sda', 'rb').read(512))
self.response.body = "<html><body>"
self.response.body += mbr.partition1.get_type()
self.response.body += "</body></html>"
return self.response(self.request.environ, self.start_response)