def get_os_details(self):
""" Extract the debian machine details.
"""
debian_version = vm_find_path(self.fs_mntpt, os.path.join\
("etc", "debian_version"), returntype="data")
ubuntu_version = vm_find_path(self.fs_mntpt, os.path.join\
("etc", "lsb-release"), returntype="data")
self.os_details['distro'] = debian_version.strip()
self.os_details['os_type'] = "Linux"
try:
t = re.search(r"DISTRIB_DESCRIPTION=\"(?P<distrib_name>.*)\"",
ubuntu_version)
self.os_details['os_name'] = t.group('distrib_name')
except:
self.os_details['os_name'] = "Debian"
self.__get_installed_apps()
self.__get_installed_kernel_info()
self.os_details['Applications/Internet'] = \
', '.join(self.installed_apps)
self.os_details['installed_apps_list'] = self.installed_apps
return self.os_details
def get_os_details(self):
""" Extract the debian machine details.
"""
debian_version = vm_find_path(self.fs_mntpt, os.path.join\
("etc", "debian_version"), returntype="data")
ubuntu_version = vm_find_path(self.fs_mntpt, os.path.join\
("etc", "lsb-release"), returntype="data")
self.os_details['distro'] = debian_version.strip()
self.os_details['os_type'] = "Linux"
try:
t = re.search(r"DISTRIB_DESCRIPTION=\"(?P<distrib_name>.*)\"",
ubuntu_version)
self.os_details['os_name'] = t.group('distrib_name')
except:
self.os_details['os_name'] = "Debian"
self.__get_installed_apps()
self.__get_installed_kernel_info()
self.os_details['Applications/Internet'] = \
', '.join(self.installed_apps)
self.os_details['installed_apps_list'] = self.installed_apps
return self.os_details
def get_os_details(self):
"""
Extract the redhat machine details.
"""
buffer = vm_find_path(self.fs_mntpt,
os.path.join('etc', 'redhat-release'),
returntype="data")
self.os_details['distro'] = buffer.strip()
self.os_details['os_name'] = self.os_details['distro']
self.os_details['os_type'] = 'Linux'
try:
package_buffer = vm_find_path(self.fs_mntpt,
os.path.join('var', 'lib', 'rpm',
'Name'),
returntype="list")
package_hash_file = os.path.join(os.path.dirname(self.fs_mntpt),
str(now()))
with open(package_hash_file, 'w') as fd:
for x in package_buffer.readlines():
fd.write(x)
try:
packages_list = bsddb.hashopen(package_hash_file).keys()
except:
packages_list = []
finally:
os.unlink(package_hash_file)
self.os_details['Applications/Internet'] = ', '.join(packages_list)
self.os_details['installed_apps_list'] = packages_list
except Exception:
raise vm_os_details_not_found()
try:
kernel_pkg_buffer = vm_find_path(self.fs_mntpt,
os.path.join('etc', 'grub.conf'),
returntype="list")
kernel_pkg_list = []
for line in kernel_pkg_buffer.readlines():
if line.find('title') == 0:
kernel_pkg_list.append('kernel-%s' % str(
line.split(' ')[2].replace('(', '').repalce(')', '')))
self.os_details['str_os_kernel_bld'] = ', '.join(kernel_pkg_list)
except:
self.os_details['str_os_kernel_bld'] = None
return self.os_details
def get_os_details(self):
"""
Extract the redhat machine details.
"""
buffer = vm_find_path(self.fs_mntpt,
os.path.join('etc', 'redhat-release'),
returntype="data")
self.os_details['distro'] = buffer.strip()
self.os_details['os_name'] = self.os_details['distro']
self.os_details['os_type'] = 'Linux'
try:
package_buffer = vm_find_path(self.fs_mntpt,
os.path.join('var', 'lib', 'rpm', 'Name'),
returntype="list")
package_hash_file = os.path.join(os.path.dirname(self.fs_mntpt),
str(now()))
with open(package_hash_file, 'w') as fd:
for x in package_buffer.readlines():
fd.write(x)
try:
packages_list = bsddb.hashopen(package_hash_file).keys()
except:
packages_list = []
finally:
os.unlink(package_hash_file)
self.os_details['Applications/Internet'] = ', '.join(packages_list)
self.os_details['installed_apps_list'] = packages_list
except Exception:
raise vm_os_details_not_found()
try:
kernel_pkg_buffer = vm_find_path(self.fs_mntpt,
os.path.join('etc', 'grub.conf'),
returntype="list")
kernel_pkg_list = []
for line in kernel_pkg_buffer.readlines():
if line.find('title') == 0:
kernel_pkg_list.append('kernel-%s' % str(
line.split(' ')[2].replace('(', '').repalce(')', '')))
self.os_details['str_os_kernel_bld'] = ', '.join(kernel_pkg_list)
except:
self.os_details['str_os_kernel_bld'] = None
return self.os_details
def probe_os_type(mount_point):
for os_type in os_path_map.keys():
try:
if vm_find_path(mount_point, os_path_map[os_type], inode=None):
return os_type
except:
pass
"""
def probe_os_type(mount_point):
for os_type in os_path_map.keys():
try:
if vm_find_path(mount_point, os_path_map[os_type], inode=None):
return os_type
except:
pass
"""
def __get_reg_path(self):
for x in os_regpath_list:
try:
#self.reg_path = find_path(os.path.join(self.fs_mntpt, x))
self.reg_path = vm_find_path(self.fs_mntpt, x)
except:
self.reg_path = ""
else:
if self.reg_path != "":
break
if self.reg_path == "":
raise vm_os_regpath_not_found
# write the registry file
self.reg_path = readfile(self.fs_mntpt, self.reg_path, "file")
def __get_installed_kernel_info(self):
""" Method to extract kernel information from disk image.
"""
kernel_pkgs = []
buffer = vm_find_path(self.fs_mntpt, os.path.join("var", "lib",
"dpkg", "status"), returntype="list")
for x in buffer:
if x.startswith('Package:'):
details = x.split(':')
if details[1].strip().startswith('linux-image'):
kernel_pkgs.append(details[1].strip())
self.os_details['str_os_kernel_bld'] = ', '.join(kernel_pkgs)
def __get_installed_kernel_info(self):
""" Method to extract kernel information from disk image.
"""
kernel_pkgs = []
buffer = vm_find_path(self.fs_mntpt,
os.path.join("var", "lib", "dpkg", "status"),
returntype="list")
for x in buffer:
if x.startswith('Package:'):
details = x.split(':')
if details[1].strip().startswith('linux-image'):
kernel_pkgs.append(details[1].strip())
self.os_details['str_os_kernel_bld'] = ', '.join(kernel_pkgs)
def __get_installed_apps(self):
""" Get the list of installed application from disk image.
"""
pkg_list = []
pkg_entry = dict()
buffer = vm_find_path(self.fs_mntpt, os.path.join("var", "lib",
"dpkg", "status"), returntype="list")
for x in buffer:
if x == '\n':
pkg_list.append(pkg_entry)
pkg_entry = dict()
else:
try:
details = x.split(':')
if details[0] in ('Package', 'Version'):
pkg_entry[details[0]] = ':'.join(details[1:]).strip()
except:
pass
self.installed_apps = ["%s-%s" % (x['Package'], x['Version']) \
for x in pkg_list]
self.installed_apps.sort()
def __get_installed_apps(self):
""" Get the list of installed application from disk image.
"""
pkg_list = []
pkg_entry = dict()
buffer = vm_find_path(self.fs_mntpt,
os.path.join("var", "lib", "dpkg", "status"),
returntype="list")
for x in buffer:
if x == '\n':
pkg_list.append(pkg_entry)
pkg_entry = dict()
else:
try:
details = x.split(':')
if details[0] in ('Package', 'Version'):
pkg_entry[details[0]] = ':'.join(details[1:]).strip()
except:
pass
self.installed_apps = ["%s-%s" % (x['Package'], x['Version']) \
for x in pkg_list]
self.installed_apps.sort()
