def collect(self):
if 'uname' in self.host.facts:
return
return_code, out_lines, err_lines = self.host.exec_command('uname -a')
self.host.facts['uname'] = out_lines[0]
if self.host.facts['uname'].startswith('Linux'):
cpe = CPE()
cpe.set_value('part', 'o')
cpe.set_value('vendor', 'linux')
cpe.set_value('product', 'linux_kernel')
m = re.match(r'^Linux \S+ ([0-9.]+)-(\S+)',
self.host.facts['uname'])
if m:
cpe.set_value('version', m.group(1))
cpe.set_value('update', m.group(2))
if 'cpe' not in self.host.facts:
self.host.facts['cpe'] = {
'os': [],
'application': [],
'hardware': []
}
if cpe not in self.host.facts['cpe']['os']:
self.host.facts['cpe']['os'].append(cpe)
def collect(self):
# TODO convert to a provider collector
try:
cpe = CPE(part='h')
return_code, out_lines, err_lines = self.host.exec_command(
'lscpu', sudo=True)
for line in out_lines:
m = re.match(r'^[^:]+:\s+(.+)$', line)
if m:
name = m.group(1)
value = m.group(2)
if name == 'Vendor ID':
cpe.set_value('vendor', value)
elif name == 'Model name':
cpe.set_value('product', value)
elif name == 'CPU family':
cpe.set_value('version', value)
elif name == 'Model':
cpe.set_value('update', value)
else:
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
cpe = CPE(part='h')
except:
pass
def collect(self):
if 'wmic' not in self.host.facts:
self.host.facts['wmic'] = {}
if 'pnp_entity' in self.host.facts['wmic']:
return
self.host.facts['wmic']['pnp_entity'] = []
entity = None
return_code, out_lines, err_lines = self.host.exec_command(
'wmic path Win32_PnPEntity get /format:list')
for line in out_lines:
line = line.strip()
# skip blank lines
if re.match(r'^\s*$', line):
if entity is None:
# preceding blank lines, just skip
continue
else:
if len(entity) > 0:
# reset the entity
self.host.facts['wmic']['pnp_entity'].append(entity)
entity = {}
continue
else:
continue
else:
if entity is None:
entity = {}
m = re.match(r'^([^=]+)=(.*)$', line)
if m:
if m.group(1) in self.VALUE_MAP:
name = self.VALUE_MAP[m.group(1)]
entity[name] = m.group(2)
for entity in self.host.facts['wmic']['pnp_entity']:
cpe = CPE(part='h')
if entity['manufacturer'] is None or len(
entity['manufacturer']) == 0:
continue
cpe.set_value('vendor', entity['manufacturer'])
cpe.set_value('product', entity['name'])
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
def collect(self):
if 'wmic' not in self.host.facts:
self.host.facts['wmic'] = {}
if 'pnp_entity' in self.host.facts['wmic']:
return
self.host.facts['wmic']['pnp_entity'] = []
entity = None
return_code, out_lines, err_lines = self.host.exec_command('wmic path Win32_PnPEntity get /format:list')
for line in out_lines:
line = line.strip()
# skip blank lines
if re.match(r'^\s*$', line):
if entity is None:
# preceding blank lines, just skip
continue
else:
if len(entity) > 0:
# reset the entity
self.host.facts['wmic']['pnp_entity'].append(entity)
entity = {}
continue
else:
continue
else:
if entity is None:
entity = {}
m = re.match(r'^([^=]+)=(.*)$', line)
if m:
if m.group(1) in self.VALUE_MAP:
name = self.VALUE_MAP[m.group(1)]
entity[name] = m.group(2)
for entity in self.host.facts['wmic']['pnp_entity']:
cpe = CPE(part='h')
if entity['manufacturer'] is None or len(entity['manufacturer']) == 0:
continue
cpe.set_value('vendor', entity['manufacturer'])
cpe.set_value('product', entity['name'])
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
def collect(self):
# TODO convert to a provider collector
try:
cpe = CPE(part='h')
return_code, out_lines, err_lines = self.host.exec_command('lscpu')
for line in out_lines:
m = re.match(r'^[^:]+:\s+(.+)$', line)
if m:
name = m.group(1)
value = m.group(2)
if name == 'Vendor ID':
cpe.set_value('vendor', value)
elif name == 'Model name':
cpe.set_value('product', value)
elif name == 'CPU family':
cpe.set_value('version', value)
elif name == 'Model':
cpe.set_value('update', value)
else:
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
cpe = CPE(part='h')
except:
pass
def collect(self):
self.host.facts['cpe'] = {'os': [], 'application': [], 'hardware': []}
from ..UNameCollector import UNameCollector
UNameCollector(self.host, {}).collect()
if self.host.facts['uname']['kernel_name'] == 'Linux':
cpe = CPE()
cpe.set_value('part', 'o')
cpe.set_value('vendor', 'linux')
cpe.set_value('product', 'linux_kernel')
m = re.fullmatch(r'([0-9.]+)-(\S+)',
self.host.facts['uname']['kernel_release'])
if m:
cpe.set_value('version', m.group(1))
cpe.set_value('update', m.group(2))
if cpe not in self.host.facts['cpe']['os']:
self.host.facts['cpe']['os'].append(cpe)
elif self.host.facts['uname']['kernel_name'] == 'Windows NT':
cpe = CPE()
cpe.set_value('part', 'o')
cpe.set_value('vendor', 'microsoft')
cpe.set_value('product', 'windows')
cpe.set_value('version', 'nt')
if cpe not in self.host.facts['cpe']['os']:
self.host.facts['cpe']['os'].append(cpe)
# try:
from .SysDmiCollector import SysDmiCollector
SysDmiCollector(self.host, {}).collect()
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['bios_vendor'],
product='BIOS',
version=self.host.facts['devices']['dmi']['bios_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['board_vendor'],
product=self.host.facts['devices']['dmi']['board_name'],
version=self.host.facts['devices']['dmi']['board_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['chassis_vendor'],
product=self.host.facts['devices']['dmi']['chassis_type'],
version=self.host.facts['devices']['dmi']['chassis_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['sys_vendor'],
product=self.host.facts['devices']['dmi']['product_name'],
version=self.host.facts['devices']['dmi']['product_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
from .ProcCpuidCollector import ProcCpuidCollector
ProcCpuidCollector(self.host, {}).collect()
for cpu in self.host.facts['devices']['processors']:
try:
cpe = CPE(
part='h',
vendor=cpu['vendor_id'],
product=cpu['model name'],
version=cpu['stepping'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
# except:
# from scap.collector.linux.LshwCollector import LshwCollector
# LshwCollector(self.host, {}).collect()
#
# from scap.collector.linux.LspciCollector import LspciCollector
# LspciCollector(self.host, {}).collect()
#
# from scap.collector.linux.LscpuCollector import LscpuCollector
# LscpuCollector(self.host, {}).collect()
# pass
# os
from scap.collector.linux.LsbReleaseCollector import LsbReleaseCollector
LsbReleaseCollector(self.host, {}).collect()
from scap.collector.UNameCollector import UNameCollector
UNameCollector(self.host, {}).collect()
# application
for cpe in self.host.facts['cpe']['os']:
if CPE(part='o', vendor='ubuntu').matches(cpe) \
or CPE(part='o', vendor='debian').matches(cpe) \
or CPE(part='o', vendor='linuxmint').matches(cpe):
from scap.collector.linux.DpkgCollector import DpkgCollector
DpkgCollector(self.host, {}).collect()
# TODO Red Hat, CentOS: yum, rpm
# TODO Fedora: dnf
# TODO OpenSUSE: zypper
# TODO Arch: pacman
for cpe_part in self.host.facts['cpe']:
for cpe in self.host.facts['cpe'][cpe_part]:
logger.debug(cpe.to_uri_string())
def collect(self):
if 'cpe' not in self.host.facts:
self.host.facts['cpe'] = {
'os': [],
'application': [],
'hardware': []
}
try:
return_code, out_lines, err_lines = self.host.exec_command(
'lsb_release -a')
except:
return
cpe = CPE(part='o')
for line in out_lines:
m = re.match(r'^([^:]+):\s+(.+)$', line)
if m:
name = m.group(1)
value = m.group(2)
if name == 'Distributor ID':
if re.match(r'^RedHat', value):
cpe.set_value('vendor', 'redhat')
elif re.match(r'Debian', value):
cpe.set_value('vendor', 'debian')
elif re.match(r'LinuxMint', value):
cpe.set_value('vendor', 'linuxmint')
cpe.set_value('product', 'linux_mint')
elif re.match(r'Arch', value):
cpe.set_value('vendor', 'archlinux')
cpe.set_value('product', 'archlinux')
elif re.match(r'openSUSE project', value):
cpe.set_value('vendor', 'opensuse_project')
cpe.set_value('product', 'opensuse_project')
elif re.match(r'Ubuntu', value):
cpe.set_value('vendor', 'ubuntu')
cpe.set_value('product', 'ubuntu')
elif re.match(r'CentOS', value):
cpe.set_value('vendor', 'centos')
cpe.set_value('product', 'centos')
elif name == 'Description':
vendor = cpe.get_value('vendor')
if vendor == 'redhat':
if re.match(r'^Enterprise Linux', value):
cpe.set_value('product', 'enterprise_linux')
elif name == 'Release':
cpe.set_value('version', value)
if cpe not in self.host.facts['cpe']['os']:
self.host.facts['cpe']['os'].append(cpe)
def collect(self):
if 'cpe' not in self.host.facts:
self.host.facts['cpe'] = {'os':[], 'application':[], 'hardware':[]}
try:
return_code, out_lines, err_lines = self.host.exec_command('lsb_release -a')
except:
return
cpe = CPE(part='o')
for line in out_lines:
m = re.match(r'^([^:]+):\s+(.+)$', line)
if m:
name = m.group(1)
value = m.group(2)
if name == 'Distributor ID':
if re.match(r'^RedHat', value):
cpe.set_value('vendor', 'redhat')
elif re.match(r'Debian', value):
cpe.set_value('vendor', 'debian')
elif re.match(r'LinuxMint', value):
cpe.set_value('vendor', 'linuxmint')
cpe.set_value('product', 'linux_mint')
elif re.match(r'Arch', value):
cpe.set_value('vendor', 'archlinux')
cpe.set_value('product', 'archlinux')
elif re.match(r'openSUSE project', value):
cpe.set_value('vendor', 'opensuse_project')
cpe.set_value('product', 'opensuse_project')
elif re.match(r'Ubuntu', value):
cpe.set_value('vendor', 'ubuntu')
cpe.set_value('product', 'ubuntu')
elif re.match(r'CentOS', value):
cpe.set_value('vendor', 'centos')
cpe.set_value('product', 'centos')
elif name == 'Description':
vendor = cpe.get_value('vendor')
if vendor == 'redhat':
if re.match(r'^Enterprise Linux', value):
cpe.set_value('product', 'enterprise_linux')
elif name == 'Release':
cpe.set_value('version', value)
if cpe not in self.host.facts['cpe']['os']:
self.host.facts['cpe']['os'].append(cpe)
def collect(self):
self.host.facts['cpe'] = {'os':[], 'application':[], 'hardware':[]}
from ..UNameCollector import UNameCollector
UNameCollector(self.host, {}).collect()
if self.host.facts['uname']['kernel_name'] == 'Linux':
cpe = CPE()
cpe.set_value('part', 'o')
cpe.set_value('vendor', 'linux')
cpe.set_value('product', 'linux_kernel')
m = re.fullmatch(r'([0-9.]+)-(\S+)', self.host.facts['uname']['kernel_release'])
if m:
cpe.set_value('version', m.group(1))
cpe.set_value('update', m.group(2))
if cpe not in self.host.facts['cpe']['os']:
self.host.facts['cpe']['os'].append(cpe)
elif self.host.facts['uname']['kernel_name'] == 'Windows NT':
cpe = CPE()
cpe.set_value('part', 'o')
cpe.set_value('vendor', 'microsoft')
cpe.set_value('product', 'windows')
cpe.set_value('version', 'nt')
if cpe not in self.host.facts['cpe']['os']:
self.host.facts['cpe']['os'].append(cpe)
# try:
from .SysDmiCollector import SysDmiCollector
SysDmiCollector(self.host, {}).collect()
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['bios_vendor'],
product='BIOS',
version=self.host.facts['devices']['dmi']['bios_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['board_vendor'],
product=self.host.facts['devices']['dmi']['board_name'],
version=self.host.facts['devices']['dmi']['board_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['chassis_vendor'],
product=self.host.facts['devices']['dmi']['chassis_type'],
version=self.host.facts['devices']['dmi']['chassis_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
try:
cpe = CPE(
part='h',
vendor=self.host.facts['devices']['dmi']['sys_vendor'],
product=self.host.facts['devices']['dmi']['product_name'],
version=self.host.facts['devices']['dmi']['product_version'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
from .ProcCpuidCollector import ProcCpuidCollector
ProcCpuidCollector(self.host, {}).collect()
for cpu in self.host.facts['devices']['processors']:
try:
cpe = CPE(
part='h',
vendor=cpu['vendor_id'],
product=cpu['model name'],
version=cpu['stepping'],
)
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
except KeyError:
pass
# except:
# from scap.collector.linux.LshwCollector import LshwCollector
# LshwCollector(self.host, {}).collect()
#
# from scap.collector.linux.LspciCollector import LspciCollector
# LspciCollector(self.host, {}).collect()
#
# from scap.collector.linux.LscpuCollector import LscpuCollector
# LscpuCollector(self.host, {}).collect()
# pass
# os
from scap.collector.linux.LsbReleaseCollector import LsbReleaseCollector
LsbReleaseCollector(self.host, {}).collect()
from scap.collector.UNameCollector import UNameCollector
UNameCollector(self.host, {}).collect()
# application
for cpe in self.host.facts['cpe']['os']:
if CPE(part='o', vendor='ubuntu').matches(cpe) \
or CPE(part='o', vendor='debian').matches(cpe) \
or CPE(part='o', vendor='linuxmint').matches(cpe):
from scap.collector.linux.DpkgCollector import DpkgCollector
DpkgCollector(self.host, {}).collect()
# TODO Red Hat, CentOS: yum, rpm
# TODO Fedora: dnf
# TODO OpenSUSE: zypper
# TODO Arch: pacman
for cpe_part in self.host.facts['cpe']:
for cpe in self.host.facts['cpe'][cpe_part]:
logger.debug(cpe.to_uri_string())
def collect(self):
if 'registry' not in self.host.facts:
self.host.facts['registry'] = {}
if 'uninstall' in self.host.facts['registry']:
return
self.host.facts['registry']['uninstall'] = []
entry = None
last_name = None
return_code, out_lines, err_lines = self.host.exec_command('reg query HKLM\\SOFTWARE\\Microsoft\\Windows\\CurrentVersion\\Uninstall /s', encoding='cp437')
for line in out_lines:
# skip blank lines
if re.match(r'^\s*$', line):
continue
# header line
if line.startswith('HKEY_LOCAL_MACHINE'):
if entry is not None:
self.host.facts['registry']['uninstall'].append(entry)
entry = {'location': line}
continue
m = re.match(r'^\s*(\S+)\s+(\S+)\s*$', line)
if m:
name = m.group(1)
last_name = name
if name in self.VALUE_MAP:
name = self.VALUE_MAP[name]
entry[name] = ''
elif name.startswith('Memento'):
pass
else:
logger.debug('Unknown uninstall registry subkey: ' + name)
m = re.match(r'^\s*(\S+)\s+(\S+)\s+(.+)\s*$', line)
if m:
name = m.group(1)
last_name = name
type_ = m.group(2)
value = m.group(3)
if name in self.VALUE_MAP:
name = self.VALUE_MAP[name]
entry[name] = value
elif name.startswith('Memento'):
pass
else:
logger.debug('Unknown uninstall registry subkey: ' + name)
else:
#logger.debug('Line with unknown format: ' + line)
entry[name] += line
for entry in self.host.facts['registry']['uninstall']:
#logger.debug(str(entry))
cpe = CPE(part='a')
if 'publisher' not in entry:
logger.debug('Uninstall entry with no publisher: ' + entry['location'])
continue
cpe.set_value('vendor', entry['publisher'])
if 'display_name' not in entry:
logger.debug('Uninstall entry with no display_name: ' + entry['location'])
continue
cpe.set_value('product', entry['display_name'])
if 'display_version' in entry:
cpe.set_value('version', entry['display_version'])
if cpe not in self.host.facts['cpe']['application']:
self.host.facts['cpe']['application'].append(cpe)
def collect(self):
if 'registry' not in self.host.facts:
self.host.facts['registry'] = {}
if 'uninstall' in self.host.facts['registry']:
return
self.host.facts['registry']['uninstall'] = []
entry = None
last_name = None
return_code, out_lines, err_lines = self.host.exec_command(
'reg query HKLM\\SOFTWARE\\Microsoft\\Windows\\CurrentVersion\\Uninstall /s',
encoding='cp437')
for line in out_lines:
# skip blank lines
if re.match(r'^\s*$', line):
continue
# header line
if line.startswith('HKEY_LOCAL_MACHINE'):
if entry is not None:
self.host.facts['registry']['uninstall'].append(entry)
entry = {'location': line}
continue
m = re.match(r'^\s*(\S+)\s+(\S+)\s*$', line)
if m:
name = m.group(1)
last_name = name
if name in self.VALUE_MAP:
name = self.VALUE_MAP[name]
entry[name] = ''
elif name.startswith('Memento'):
pass
else:
logger.debug('Unknown uninstall registry subkey: ' + name)
m = re.match(r'^\s*(\S+)\s+(\S+)\s+(.+)\s*$', line)
if m:
name = m.group(1)
last_name = name
type_ = m.group(2)
value = m.group(3)
if name in self.VALUE_MAP:
name = self.VALUE_MAP[name]
entry[name] = value
elif name.startswith('Memento'):
pass
else:
logger.debug('Unknown uninstall registry subkey: ' + name)
else:
#logger.debug('Line with unknown format: ' + line)
entry[name] += line
for entry in self.host.facts['registry']['uninstall']:
#logger.debug(str(entry))
cpe = CPE(part='a')
if 'publisher' not in entry:
logger.debug('Uninstall entry with no publisher: ' +
entry['location'])
continue
cpe.set_value('vendor', entry['publisher'])
if 'display_name' not in entry:
logger.debug('Uninstall entry with no display_name: ' +
entry['location'])
continue
cpe.set_value('product', entry['display_name'])
if 'display_version' in entry:
cpe.set_value('version', entry['display_version'])
if cpe not in self.host.facts['cpe']['application']:
self.host.facts['cpe']['application'].append(cpe)
def collect(self):
if 'lshw' in self.host.facts:
return
# TODO convert to a provider collector
try:
path = [{}]
indents = [0]
return_code, out_lines, err_lines = self.host.exec_command(
'lshw', sudo=True)
for line in out_lines:
m = re.match(r'^([ ]+)\*-(\S+)', line)
if m:
if 'vendor' in path[-1] and 'product' in path[
-1] and path[-1]['vendor'] != '000000000000':
cpe = CPE(part='h',
vendor=path[-1]['vendor'],
product=path[-1]['product'])
if 'version' in path[-1]:
cpe.set_value('version', path[-1]['version'])
# we don't add duplicates
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
indent = len(m.group(1))
hw_class = m.group(2)
cur_indent = indents[-1]
if indent > cur_indent:
# child; push onto the path
path[-1][hw_class] = {}
path.append(path[-1][hw_class])
indents.append(indent)
elif indent == cur_indent:
# sibling; pop then push
path.pop()
indents.pop()
path[-1][hw_class] = {}
path.append(path[-1][hw_class])
indents.append(indent)
else:
# indent < cur_indent
# parent; ascend till the indent is equal
parent_indent = indents[-1]
while parent_indent >= indent:
path.pop()
indents.pop()
parent_indent = indents[-1]
path[-1][hw_class] = {}
path.append(path[-1][hw_class])
indents.append(indent)
continue
m = re.match(r'^\s+([^:]+): (.*)\s*$', line)
if m:
if m.group(1) == 'configuration':
path[-1][m.group(1)] = {}
# the below mess is because the values don't escape spaces
# so guessing is required
keys = []
in_key = True
(k, v) = ('', '')
for c in m.group(2):
if in_key:
if c == '=':
in_key = False
elif c == ' ':
# not a key, append to prev value
path[-1][m.group(1)][keys[-1]] += ' ' + k
k = ''
else:
k += c
else:
if c == ' ':
in_key = True
path[-1][m.group(1)][k] = v
keys.append(k)
(k, v) = ('', '')
else:
v += c
path[-1][m.group(1)][k] = v
elif m.group(1) == 'capabilities':
path[-1][m.group(1)] = m.group(2).split(' ')
else:
path[-1][m.group(1)] = m.group(2)
except:
pass
def collect(self):
if 'lshw' in self.host.facts:
return
# TODO convert to a provider collector
try:
path = [{}]
indents = [0]
return_code, out_lines, err_lines = self.host.exec_command('sudo -S lshw')
for line in out_lines:
m = re.match(r'^([ ]+)\*-(\S+)', line)
if m:
if 'vendor' in path[-1] and 'product' in path[-1] and path[-1]['vendor'] != '000000000000':
cpe = CPE(part='h', vendor=path[-1]['vendor'], product=path[-1]['product'])
if 'version' in path[-1]:
cpe.set_value('version', path[-1]['version'])
# we don't add duplicates
if cpe not in self.host.facts['cpe']['hardware']:
self.host.facts['cpe']['hardware'].append(cpe)
indent = len(m.group(1))
hw_class = m.group(2)
cur_indent = indents[-1]
if indent > cur_indent:
# child; push onto the path
path[-1][hw_class] = {}
path.append(path[-1][hw_class])
indents.append(indent)
elif indent == cur_indent:
# sibling; pop then push
path.pop()
indents.pop()
path[-1][hw_class] = {}
path.append(path[-1][hw_class])
indents.append(indent)
else:
# indent < cur_indent
# parent; ascend till the indent is equal
parent_indent = indents[-1]
while parent_indent >= indent:
path.pop()
indents.pop()
parent_indent = indents[-1]
path[-1][hw_class] = {}
path.append(path[-1][hw_class])
indents.append(indent)
continue
m = re.match(r'^\s+([^:]+): (.*)\s*$', line)
if m:
if m.group(1) == 'configuration':
path[-1][m.group(1)] = {}
# the below mess is because the values don't escape spaces
# so guessing is required
keys = []
in_key = True
(k,v) = ('','')
for c in m.group(2):
if in_key:
if c == '=':
in_key = False
elif c == ' ':
# not a key, append to prev value
path[-1][m.group(1)][keys[-1]] += ' ' + k
k = ''
else:
k += c
else:
if c == ' ':
in_key = True
path[-1][m.group(1)][k] = v
keys.append(k)
(k,v) = ('','')
else:
v += c
path[-1][m.group(1)][k] = v
elif m.group(1) == 'capabilities':
path[-1][m.group(1)] = m.group(2).split(' ')
else:
path[-1][m.group(1)] = m.group(2)
except:
pass