def __init__(self, server, config):
threading.Thread.__init__(self)
self.server = server
self.config = config
self._logger = tools.create_logger(__name__, self.config)
self.config_server = ressources.ConfigServer(0)
def __init__(self, server, config):
threading.Thread.__init__(self)
self.server = server
self.config = config
self._logger = tools.create_logger(__name__, self.config)
self.config_server = ressources.ConfigServer(0)
def __init__(self, server, config, lock):
threading.Thread.__init__(self)
self.server = server
self.config = config
self.kb_patches = server.kb_patches
self._logger = tools.create_logger(__name__, self.config)
self._lock = lock
self.config_server = ressources.ConfigServer(4)
def __init__(self, server, config, lock):
threading.Thread.__init__(self)
self.server = server
self.config = config
self.kb_patches = server.kb_patches
self._logger = tools.create_logger(__name__, self.config)
self._lock = lock
self.config_server = ressources.ConfigServer(4)
def __init__(self, server, config, lock):
threading.Thread.__init__(self)
self.server = server
self.config = config
self.packages = server.packages
self.active = False
self._logger = tools.create_logger(__name__, self.config)
self._lock = lock
self.config_server = ressources.ConfigServer(3)
def __init__(self, server, config, lock):
threading.Thread.__init__(self)
self.server = server
self.config = config
self.packages = server.packages
self.active = False
self._logger = tools.create_logger(__name__, self.config)
self._lock = lock
self.config_server = ressources.ConfigServer(1)
def Import_cisco_switch_file(filename, config):
""" Create a Server object from an extraction script result archive
"""
import time
logger = tools.create_logger(__name__, config)
switch_to_import = Switch()
startTime = time.time()
if not os.path.isfile(filename):
logger.error("Cisco switch import error, file not foud : " +
str(filename))
return False
else:
switch_to_import.name = filename.split('/')[-1]
switch_to_import.manufacturer = "Cisco"
# Open the file and store lines in a list
file_switch = open(filename, 'rb')
file_content_lines = file_switch.readlines()
file_switch.seek(0, 0)
file_content_exclamation = file_switch.read().split('!\n')
file_switch.close()
nf.import_cisco_hostname(switch_to_import, file_content_lines, logger)
nf.import_cisco_osversion(switch_to_import, file_content_lines, logger)
nf.import_cisco_vlan(switch_to_import, file_content_exclamation,
logger)
nf.import_cisco_interfaces_and_switchport(switch_to_import,
file_content_exclamation,
logger)
nf.import_cisco_route(switch_to_import, file_content_lines, logger)
nf.import_cisco_catalyst_acl_table(switch_to_import,
file_content_lines, logger)
print switch_to_import
print switch_to_import.acl_table
print switch_to_import.vlan
print switch_to_import.interfaces
print switch_to_import.switchport
print switch_to_import.routes
# import_osname(server_to_import, xtract_dir, logger)
endTime = time.time()
logger.info(
"Cisco switch successfully imported. Time : {0:.2} secs\n".format(
endTime - startTime))
return switch_to_import
def Import_Debian_server_archive(filename, config):
""" Create a Server object from an extraction script result archive
"""
import time
logger = tools.create_logger(__name__, config)
server_to_import = Server()
startTime = time.time()
[tmp_path, xtract_dir] = Linux.extract_archive(server_to_import, logger,
filename)
logger.info("\nServer hostname : " + str(server_to_import.name))
server_to_import.ostype = "Debian"
logger.info("OS type : " + str(server_to_import.ostype))
Linux.import_version_script(server_to_import, xtract_dir, logger)
import_osname(server_to_import, xtract_dir, logger)
import_osversion(server_to_import, xtract_dir, logger)
import_kernel_release(server_to_import, xtract_dir, logger)
Linux.import_accounts(server_to_import, xtract_dir, logger)
Linux.import_interfaces(server_to_import, xtract_dir, logger)
Linux.import_connections(server_to_import, xtract_dir, logger)
Linux.import_processes(server_to_import, xtract_dir, logger)
Linux.import_files(server_to_import, xtract_dir, logger, config)
Linux.import_nsswith(server_to_import, xtract_dir, logger)
Linux.import_ssh_config(server_to_import, xtract_dir, logger)
Linux.import_sudoers(server_to_import, xtract_dir, logger)
Linux.import_fstab(server_to_import, xtract_dir, logger)
Linux.import_crontab(server_to_import, xtract_dir, logger,
"/var/spool/cron/crontabs")
Linux.import_ip_hostname_local(server_to_import, xtract_dir, logger)
import_packages(server_to_import, xtract_dir, logger)
import_pam(server_to_import, xtract_dir, logger)
Linux.remove_extracted_archive(tmp_path, logger)
endTime = time.time()
logger.info(
"Server successfully imported. Time : {0:.2} secs\n".format(endTime -
startTime))
return server_to_import
def __init__(self, server, config):
self.server = server
self.config = config
self.lock = threading.Lock()
self._logger = tools.create_logger(__name__, self.config)
if self.server.ostype == "Debian":
self.analyze_debian_server()
elif self.server.ostype == "CentOS":
self.analyze_centos_server()
elif self.server.ostype == "Red Hat":
self.analyze_redhat_server()
elif self.server.ostype == "Windows Server":
self.analyze_windows_server()
else:
self._logger.error("Analyze not supported for this kinf of server : " + str(self.server.ostype))
def Import_cisco_switch_file(filename, config):
""" Create a Server object from an extraction script result archive
"""
import time
logger = tools.create_logger(__name__, config)
switch_to_import = Switch()
startTime = time.time()
if not os.path.isfile(filename):
logger.error("Cisco switch import error, file not foud : " + str(filename))
return False
else:
switch_to_import.name = filename.split('/')[-1]
switch_to_import.manufacturer = "Cisco"
# Open the file and store lines in a list
file_switch = open(filename, 'rb')
file_content_lines = file_switch.readlines()
file_switch.seek(0, 0)
file_content_exclamation = file_switch.read().split('!\n')
file_switch.close()
nf.import_cisco_hostname(switch_to_import, file_content_lines, logger)
nf.import_cisco_osversion(switch_to_import, file_content_lines, logger)
nf.import_cisco_vlan(switch_to_import, file_content_exclamation, logger)
nf.import_cisco_interfaces_and_switchport(switch_to_import, file_content_exclamation, logger)
nf.import_cisco_route(switch_to_import, file_content_lines, logger)
nf.import_cisco_catalyst_acl_table(switch_to_import, file_content_lines, logger)
print switch_to_import
print switch_to_import.acl_table
print switch_to_import.vlan
print switch_to_import.interfaces
print switch_to_import.switchport
print switch_to_import.routes
# import_osname(server_to_import, xtract_dir, logger)
endTime = time.time()
logger.info("Cisco switch successfully imported. Time : {0:.2} secs\n".format(endTime - startTime))
return switch_to_import
def Import_Windows_server_archive(filename, config):
""" Create a Server object from an extraction script result archive
"""
import time
logger = tools.create_logger(__name__, config)
server_to_import = ServerWindows()
startTime = time.time()
# [tmp_path, xtract_dir] = Linux.extract_archive(server_to_import, logger, filename)
[tmp_path, xtract_dir] = extract_archive(logger, filename)
server_to_import.registering_path = config.logs_path
server_to_import.ostype = "Windows Server"
logger.info("OS type : " + str(server_to_import.ostype))
import_hostname(server_to_import, xtract_dir, logger)
logger.info("\nServer hostname : " + str(server_to_import.name))
import_architecture(server_to_import, xtract_dir, logger)
import_os_name(server_to_import, xtract_dir, logger)
import_os_and_kernel_version(server_to_import, xtract_dir, logger)
logger.info("Architecture : " + str(server_to_import.osarchitecture))
logger.info("OS name : " + str(server_to_import.osname))
logger.info("OS version : " + str(server_to_import.osversion))
logger.info("Kernel version : " + str(server_to_import.kernel_version))
import_KB_list(server_to_import, xtract_dir, logger)
import_interfaces(server_to_import, xtract_dir, logger)
import_processes(server_to_import, xtract_dir, logger)
import_connections(server_to_import, xtract_dir, logger)
import_services(server_to_import, xtract_dir, logger)
import_software(server_to_import, xtract_dir, logger)
import_group(server_to_import, xtract_dir, logger)
import_ip_hostname_local(server_to_import, xtract_dir, logger)
Linux.remove_extracted_archive(tmp_path, logger)
endTime = time.time()
logger.info(
"Server successfully imported. Time : {0:.2} secs\n".format(endTime -
startTime))
return server_to_import
def Import_Debian_server_archive(filename, config):
""" Create a Server object from an extraction script result archive
"""
import time
logger = tools.create_logger(__name__, config)
server_to_import = Server()
startTime = time.time()
[tmp_path, xtract_dir] = Linux.extract_archive(server_to_import, logger, filename)
logger.info("\nServer hostname : " + str(server_to_import.name))
server_to_import.ostype = "Debian"
logger.info("OS type : " + str(server_to_import.ostype))
Linux.import_version_script(server_to_import, xtract_dir, logger)
import_osname(server_to_import, xtract_dir, logger)
import_osversion(server_to_import, xtract_dir, logger)
import_kernel_release(server_to_import, xtract_dir, logger)
Linux.import_accounts(server_to_import, xtract_dir, logger)
Linux.import_interfaces(server_to_import, xtract_dir, logger)
Linux.import_connections(server_to_import, xtract_dir, logger)
Linux.import_processes(server_to_import, xtract_dir, logger)
Linux.import_files(server_to_import, xtract_dir, logger, config)
Linux.import_nsswith(server_to_import, xtract_dir, logger)
Linux.import_ssh_config(server_to_import, xtract_dir, logger)
Linux.import_sudoers(server_to_import, xtract_dir, logger)
Linux.import_fstab(server_to_import, xtract_dir, logger)
Linux.import_crontab(server_to_import, xtract_dir, logger, "/var/spool/cron/crontabs")
Linux.import_ip_hostname_local(server_to_import, xtract_dir, logger)
import_packages(server_to_import, xtract_dir, logger)
import_pam(server_to_import, xtract_dir, logger)
Linux.remove_extracted_archive(tmp_path, logger)
endTime = time.time()
logger.info("Server successfully imported. Time : {0:.2} secs\n".format(endTime - startTime))
return server_to_import
def Import_Windows_server_archive(filename, config):
""" Create a Server object from an extraction script result archive
"""
import time
logger = tools.create_logger(__name__, config)
server_to_import = ServerWindows()
startTime = time.time()
# [tmp_path, xtract_dir] = Linux.extract_archive(server_to_import, logger, filename)
[tmp_path, xtract_dir] = extract_archive(logger, filename)
server_to_import.registering_path = config.logs_path
server_to_import.ostype = "Windows Server"
logger.info("OS type : " + str(server_to_import.ostype))
import_hostname(server_to_import, xtract_dir, logger)
logger.info("\nServer hostname : " + str(server_to_import.name))
import_architecture(server_to_import, xtract_dir, logger)
import_os_name(server_to_import, xtract_dir, logger)
import_os_and_kernel_version(server_to_import, xtract_dir, logger)
logger.info("Architecture : " + str(server_to_import.osarchitecture))
logger.info("OS name : " + str(server_to_import.osname))
logger.info("OS version : " + str(server_to_import.osversion))
logger.info("Kernel version : " + str(server_to_import.kernel_version))
import_KB_list(server_to_import, xtract_dir,logger)
import_interfaces(server_to_import, xtract_dir, logger)
import_processes(server_to_import, xtract_dir, logger)
import_connections(server_to_import, xtract_dir, logger)
import_services(server_to_import, xtract_dir, logger)
import_software(server_to_import, xtract_dir,logger)
import_group(server_to_import, xtract_dir,logger)
import_ip_hostname_local(server_to_import, xtract_dir,logger)
Linux.remove_extracted_archive(tmp_path, logger)
endTime = time.time()
logger.info("Server successfully imported. Time : {0:.2} secs\n".format(endTime - startTime))
return server_to_import
def Import_server_from_archive(filename, config):
"""
Function which detect the OS from an archive and extract the server
Return server_to_import
"""
logger = tools.create_logger(__name__, config)
os_number = detect_OS(filename, config)
if os_number == 0:
logger.error("Unable to determine the server OS : " + filename)
return None
else:
server_to_import = None
if os_number == 1:
server_to_import = Windows.Import_Windows_server_archive(filename, config)
elif os_number == 2:
server_to_import = Debian.Import_Debian_server_archive(filename, config)
elif os_number == 3:
server_to_import = CentOS_RHEL.Import_CentOS_RHEL_server_archive(filename, config)
else:
logger.error("Unable to determine the OS but os_number not 0 :" + filename)
return server_to_import
def Import_servers_from_folder(foldername, config):
"""
Function which import several server archives in a folder
"""
logger = tools.create_logger(__name__, config)
if os.path.isdir(foldername):
architecture_to_import = archi.Architecture()
architecture_to_import.servers = devices.ServerList()
file_list = os.listdir(foldername)
for file_elem in file_list:
path = os.path.join(foldername, file_elem)
srv = Import_server_from_archive(path, config)
architecture_to_import.servers.add_server(srv)
create_ip_hostname_common(architecture_to_import)
logger.info(str(architecture_to_import.servers.counter) + " servers imported from the folder : " + str(foldername))
tools.merge_logs(config)
return architecture_to_import
else:
logger.error("Folder not found")
return False
import sys
sys.path.append("/path/to/pyCAF/repository")
import pycaf.importer as importer
import pycaf.analyzer as analyzer
import pycaf.tools as tools
import pycaf.architecture as archi
import re
import urllib2
from subprocess import call
config = tools.GeneralConfigParse()
logs = tools.create_logger(__name__, config, True)
def detect_OS(filename, config):
"""
Function which detect an OS from the archive
Return an integer:
1 : Windows Server
2 : Debian
3 : Red Hat or CentOS
0 : not found
"""
import tarfile
import zipfile
import tempfile
import shutil
logger = tools.create_logger(__name__, config)
# Step 1 : zip file -> Windows Server [1] else Linux
# Step 2 (Linux)
# /etc/debian_version exist -> Debian [2]
# Step 3
# /etc/redhat-release exist -> CentOS or Red Hat [3]
# Step 1
if zipfile.is_zipfile(filename):
return 1
else:
try:
tarfile.is_tarfile(filename)
tmp_path = tempfile.mkdtemp()
# 1 - decompress archive
compressed = tarfile.open(filename)
compressed.extractall(tmp_path)
# Get extraction directory name and server hostname
for (dirname, dirnames, filenames) in os.walk(tmp_path):
if len(dirnames) != 1:
raise tarfile.ExtractError("Unknown archive format")
hostname = dirnames.pop()
tmp_xtract_dir = os.path.join(tmp_path, hostname)
if os.path.isdir(tmp_xtract_dir):
xtract_dir = tmp_xtract_dir
# Extraction of the /etc archive if applicable
etc = os.path.join(xtract_dir, "etc.tar.bz2")
comp = tarfile.open(etc)
comp.extractall(xtract_dir)
# Step 2
# Debian
if os.path.isfile(os.path.join(xtract_dir, "etc/debian_version")):
shutil.rmtree(tmp_path)
return 2
elif os.path.isfile(os.path.join(xtract_dir, "etc/redhat-release")):
shutil.rmtree(tmp_path)
return 3
else:
logger.error("Unable to determine the OS, no useful file found in etc/")
shutil.rmtree(tmp_path)
return 0
except IOError:
if os.path.isdir(filename):
if os.path.isfile(os.path.join(filename, "ps2.txt")):
return 1
elif os.path.isfile(os.path.join(filename, "etc/debian_version")):
return 2
elif os.path.isfile(os.path.join(filename, "etc/redhat-release")):
return 3
else:
logger.error("Folder found but impossible to found a matching file for OS detection")
else:
logger.error("Path is neither an archive or a folder, check your path")
return 0
