def parse_meta(file_content, cable):
"""\
Extracts the reference id, date/time of creation, the classification,
and the origin of the cable and assigns the value to the provided `cable`.
"""
end_idx = file_content.rindex("</table>")
start_idx = file_content.rindex("<table class='cable'>", 0, end_idx)
m = _META_PATTERN.search(file_content, start_idx, end_idx)
if not m:
raise ValueError('Cable table not found')
if len(m.groups()) != 4:
raise ValueError('Unexpected metadata result: "%r"' % m.groups())
# Table content:
# Reference ID | Created | Classification | Origin
ref, created, classification, origin = m.groups()
if cable.reference_id != ref:
reference_id = MALFORMED_CABLE_IDS.get(ref)
if reference_id != cable.reference_id:
reference_id = INVALID_CABLE_IDS.get(ref)
if reference_id != cable.reference_id:
raise ValueError('cable.reference_id != ref. reference_id="%s", ref="%s"' % (cable.reference_id, ref))
cable.created = created
cable.origin = origin
# classifications are usually written in upper case, but you never know..
cable.classification = classification.upper()
# Try to find media IRIs
start_idx = file_content.rfind(u'Appears in these', start_idx, end_idx)
if start_idx > 0:
cable.media_uris = _MEDIA_URLS_PATTERN.findall(file_content, start_idx, end_idx)
return cable
def parse_meta(file_content, cable):
"""\
Extracts the reference id, date/time of creation, the classification,
and the origin of the cable and assigns the value to the provided `cable`.
"""
end_idx = file_content.rindex("</table>")
start_idx = file_content.rindex("<table class='cable'>", 0, end_idx)
m = _META_PATTERN.search(file_content, start_idx, end_idx)
if not m:
raise ValueError('Cable table not found')
if len(m.groups()) != 4:
raise ValueError('Unexpected metadata result: "%r"' % m.groups())
# Table content:
# Reference ID | Created | Classification | Origin
ref, created, classification, origin = m.groups()
if cable.reference_id != ref:
reference_id = MALFORMED_CABLE_IDS.get(ref)
if reference_id != cable.reference_id:
reference_id = INVALID_CABLE_IDS.get(ref)
if reference_id != cable.reference_id:
raise ValueError(
'cable.reference_id != ref. reference_id="%s", ref="%s"' %
(cable.reference_id, ref))
cable.created = created
cable.origin = origin
# classifications are usually written in upper case, but you never know..
cable.classification = classification.upper()
# Try to find media IRIs
start_idx = file_content.rfind(u'Appears in these', start_idx, end_idx)
if start_idx > 0:
cable.media_uris = _MEDIA_URLS_PATTERN.findall(file_content, start_idx,
end_idx)
return cable
def canonicalize_id(reference_id):
"""\
Returns the canonicalized form of the provided reference_id.
WikiLeaks provides some malformed cable identifiers. If the provided `reference_id`
is not valid, this method returns the valid reference identifier equivalent.
If the reference identifier is valid, the reference id is returned unchanged.
Note: The returned canonicalized identifier may not be a valid WikiLeaks identifier
anymore. In most cases the returned canonical form is identical to the WikiLeaks
identifier, but for malformed cable identifiers like "09SECTION01OF03SANJOSE525"
it is not (becomes "09SANJOSE525").
`reference_id`
The cable identifier to canonicalize
"""
if u'EMBASSY' in reference_id:
return reference_id.replace(u'EMBASSY', u'')
m = _C14N_PATTERN.match(reference_id)
if m:
origin = m.group(1)
return reference_id.replace(origin, _C14N_FIXES[origin])
return MALFORMED_CABLE_IDS.get(reference_id, INVALID_CABLE_IDS.get(reference_id, reference_id))
def canonicalize_id(reference_id):
"""\
Returns the canonicalized form of the provided reference_id.
WikiLeaks provides some malformed cable identifiers. If the provided `reference_id`
is not valid, this method returns the valid reference identifier equivalent.
If the reference identifier is valid, the reference id is returned unchanged.
Note: The returned canonicalized identifier may not be a valid WikiLeaks identifier
anymore. In most cases the returned canonical form is identical to the WikiLeaks
identifier, but for malformed cable identifiers like "09SECTION01OF03SANJOSE525"
it is not (becomes "09SANJOSE525").
`reference_id`
The cable identifier to canonicalize
"""
if u'EMBASSY' in reference_id:
return reference_id.replace(u'EMBASSY', u'')
m = _C14N_PATTERN.match(reference_id)
if m:
origin = m.group(1)
return reference_id.replace(origin, _C14N_FIXES[origin])
return MALFORMED_CABLE_IDS.get(
reference_id, INVALID_CABLE_IDS.get(reference_id, reference_id))
"""\
This module reports malformed cable ids.
"""
import os
import re
from cablemap.core.consts import REFERENCE_ID_PATTERN, MALFORMED_CABLE_IDS, INVALID_CABLE_IDS
def find_malformed_ids(in_dir):
dct = {}
for root, dirs, files in os.walk(in_dir):
for name in (n for n in files if '.html' in n):
reference_id = name[:name.rindex('.')]
if not REFERENCE_ID_PATTERN.match(reference_id):
dct[reference_id] = os.path.join(root, name)
return dct
if __name__ == '__main__':
import os, codecs
if not os.path.isdir('./cable/'):
raise Exception('Expected a directory "cable"')
current = set(MALFORMED_CABLE_IDS.keys()) | set(INVALID_CABLE_IDS.keys())
dct = find_malformed_ids('./cable/')
s = set(dct.keys())
diff = s ^ current
if diff:
print('difference: %r' % diff)
for ref in diff:
print('%s: %s' % (ref, dct.get(ref)))
def _get_test_cases():
return INVALID_CABLE_IDS.iteritems()
def test_c14n_illegal_ids():
def check(incorrect_id, correct_id):
eq_(canonicalize_id(correct_id), canonicalize_id(incorrect_id))
for incorrect_id, correct_id in INVALID_CABLE_IDS.iteritems():
yield check, incorrect_id, correct_id
def test_c14n_illegal_ids():
def check(incorrect_id, correct_id):
eq_(canonicalize_id(correct_id), canonicalize_id(incorrect_id))
for incorrect_id, correct_id in INVALID_CABLE_IDS.iteritems():
yield check, incorrect_id, correct_id
def _get_test_cases():
return INVALID_CABLE_IDS.iteritems()
# -*- coding: utf-8 -*-
"""\
This module reports malformed cable ids.
"""
import os
import re
from cablemap.core.consts import REFERENCE_ID_PATTERN, MALFORMED_CABLE_IDS, INVALID_CABLE_IDS
def find_malformed_ids(in_dir):
dct = {}
for root, dirs, files in os.walk(in_dir):
for name in (n for n in files if '.html' in n):
reference_id = name[:name.rindex('.')]
if not REFERENCE_ID_PATTERN.match(reference_id):
dct[reference_id] = os.path.join(root, name)
return dct
if __name__ == '__main__':
import os, codecs
if not os.path.isdir('./cable/'):
raise Exception('Expected a directory "cable"')
current = set(MALFORMED_CABLE_IDS.keys()) | set(INVALID_CABLE_IDS.keys())
dct = find_malformed_ids('./cable/')
s = set(dct.keys())
diff = s ^ current
if diff:
print('difference: %r' % diff)
for ref in diff:
print('%s: %s' % (ref, dct.get(ref)))