def find_rules_in_flr_bit(mode, bit):
found = list(find_rules(mode, bit))
w = None
ret = []
if regex.match(b'\n*Rule [0-9]', bit):
for data in found:
ret.append(data)
if len(found) > 1:
if b'Rule 2389/0' not in bit:
w = 'got multiple rules in FLR bit'
rulenum = None
elif len(found) == 0:
if b'Rule 2386/0' not in bit:
w = 'got no rules in FLR bit'
else:
if len(found) > 0:
w = 'got rule in weird FLR bit'
rulenum = False
if w is not None:
with warnx():
print('full: {{{')
print(util.highlight_spaces(decode(bit)))
print('}}}', )
print('^-', w)
return ret
def find_stdformat_rules(text, expect_history=False):
m = regex.search(b'Rule ([0-9]+)', text)
early_rulenum = None
if m:
early_rulenum = m.group(1)
action = FIXUPS_FOR_RULENUM.get(early_rulenum)
if action:
text = action(text)
# fix CFJ annotations missing brackets altogether
text = regex.sub(b'\n(CFJ [0-9]+[^\n]*:.*?)(?=\n\n)',
br'\n[\1]',
text,
flags=regex.S)
# --
for m in fsfr_regex.finditer(text):
#print('yaeh', text[m.end():m.end()+100])
g = m.groupdict()
full = g['full']
history = None
if g['history'] is not None:
thehist = decode(g['thehist'])
thehist = regex.sub(
'The following section is not a portion of the report:.*',
'',
thehist,
flags=regex.S) # lol, old scam
history = list(split_history(thehist))
if expect_history and not history:
if early_rulenum not in {b'2385', b'2119', b'2001'}:
with warnx():
print(repr(g))
print('full: {{{')
print(util.highlight_spaces(decode(text)))
print('}}}')
print('^- no history in this FLR entry')
rtext = g['text'] or b''
inumber = int(g['number'])
extraheader = g['extraheader'] or b''
if extraheader:
_extratitle, rtext, extraheader = fix_oldformat_header(
inumber, rtext, extraheader.rstrip())
data = {
'number': inumber,
'revnum': decode(g['revnum']) if g['revnum'] else None,
'title': decode(g['title']) if g['title'] else None,
'header': decode(g['header']),
'extra': decode(extraheader) if extraheader else None,
'text': decode(rtext),
'annotations': decode(g['annotations']) or None,
'history': history,
}
yield data
def detect_renumberings():
latents_by_reduced_sig = defaultdict(list)
for latent in all_latents:
if latent.sig is None or isinstance(
latent.sig, str) or latent.sig == ('0', 'create'):
continue
rsig = latent.sig[1:]
if rsig[-1] == 'cleaning':
continue
latents_by_reduced_sig[rsig].append(latent)
for rsig, latents in latents_by_reduced_sig.items():
if len(latents) <= 1: continue
# potential renumbering
# are they all in different entries?
entries = [an._entry for latent in latents for an in latent.ans]
if len(entries) == len(set(entries)):
# yes, so... find the most recent one
# [(date, latent)]
last_seen = sorted((max(an._entry.date_lower_bound()
for an in latent.ans), latent)
for latent in latents)
# is it strictly more recent?
if last_seen[-1][0] > last_seen[-2][0]:
winnerdate, winner = last_seen[-1]
for loserdate, loser in last_seen[:-1]:
for an in loser.ans:
an._entry.no_link = True
loser.merge_into(winner)
#print('xxx', some_number)
continue
else:
why_not = "can't find newest"
else:
# this may not actually be a problem
#why_not = "duplicates were seen in one entry"
continue
with warnx():
print(
"in rule %s, couldn't autofix revision renumbering because %s:"
% (
rule.numbers,
why_not,
))
for latent in latents:
print('--')
latent.print_sig_and_texts()
print('***')
def add_guessed_numbers(entry):
data = entry.data
meta = entry.meta
history = data['history']
# propagate cur_num and revnum forward
cur_num = None
revnum = None
for an in entry.ans:
if an.is_indeterminate:
cur_num = None
revnum = None
an._guessed_num = None
an._guessed_revnum = None
continue
if an.cur_num is not None:
cur_num = an.cur_num
an._guessed_num = cur_num
if an.revnum is not None:
revnum = an.revnum
an._guessed_revnum = revnum
# propagate prev_num backward
prev_num = data['number']
ans = entry.ans
for i in range(len(ans) - 1, -1, -1):
an = ans[i]
if an.is_indeterminate:
prev_num = None
continue
if an._guessed_num is None:
an._guessed_num = prev_num
elif (prev_num is not None and an._guessed_num != prev_num
and not (an._guessed_num == 155 and prev_num == 115)):
with warnx():
print('in %s:' % (entry.meta['path'], ))
print(
'disagreement about rule number (on [%d]: going backwards: %r; going forwards: %r) for annotation set:'
% (i, prev_num, an._guessed_num))
for j, an2 in enumerate(entry.ans):
print('[%d] %r' % (j, an2))
if an.num_changed:
prev_num = an.prev_num
def break_cycles():
# break cycles - turns out doesn't actually happen, but I had to write this code to figure that out, so may as well keep it
stack = []
for latent in all_latents:
latent.nextlist = list(latent.nexts)
for j, latent0 in enumerate(all_latents):
stack = [[latent0, 0]]
latent0.stackidx = 0
while stack:
latent, nexti = stack[-1]
if nexti == len(latent.nextlist):
latent.stackidx = None
stack.pop()
continue
assert latent in all_latents # XXX
next = latent.nextlist[nexti]
stack[-1][1] = nexti + 1
if next.seen:
if next.stackidx is not None:
# got a cycle
with warnx():
print('Got cycle in annotation ordering:')
for xlatent, _ in stack[next.stackidx:]:
print('--')
xlatent.print_sig_and_texts()
print('***')
# arbitrarily choose the last link to break since it's easier - TODO if there are real cycles, do it better
latent.nextlist.remove(next)
latent.nexts.remove(next)
next.prevs.remove(latent)
stack[-1][1] -= 1
stack[next.stackidx][1] -= 1
else:
next.seen = True
next.stackidx = len(stack)
stack.append([next, 0])
def walk_doc(metadata, text):
new_metadata = metadata.copy()
if 'rcslog' in new_metadata:
del new_metadata['rcslog']
del new_metadata['rcsauthor']
assert isinstance(text, bytes)
#print(metadata['path'])
m = regex.match(b'(.{,2048}\n)?THE (FULL |SHORT |)LOGICAL RULESET\n\n',
text, regex.S)
if m:
# this is a ruleset!
lr_start = m.end()
n = regex.search(b'\nEND OF THE [^ ]* LOGICAL RULESET',
text,
pos=lr_start)
if n:
lr_end = n.end()
else:
lr_end = len(text)
ruleset = m.group(0)
ruleset_bits = regex.split(
b'\n------------------------------+|====================+\n',
text[lr_start:lr_end])
have_rulenums = []
mode = find_rules_mode_for_path(metadata['path'])
for datas in map(partial(find_rules_in_flr_bit, mode), ruleset_bits):
for data in datas:
if data['number'] is not None:
have_rulenums.append(data['number'])
yield {'meta': new_metadata, 'data': data}
# explicit repeal annotations in RCS?
if 'rcslog' in metadata and metadata['rcsauthor'] == 'comex':
# split by semicolon, but not semicolons in parens
logs = regex.findall(br';\s*((?:\([^\)]*\)|[^;\(]+)*)',
metadata['rcslog'])
for log in logs:
log = log.strip()
if log in {
b'formatting', b'update xrefs',
b'lots of formatting fixes'
}:
continue # old stuff I put in
n = regex.match(b'Rule ([0-9]+) (?:\([^\)]*\) )?repealed', log)
if not n:
raise Exception('unknown RCS annotation %r' % log)
number = int(n.group(1))
yield {
'meta': new_metadata,
'data': {
'number': number,
'revnum': None,
'title': None,
'header': None,
'extra': None,
'text': None,
'annotations': None,
'history': [decode(log)],
}
}
# repeals?
yield {
'meta': new_metadata,
'data': {
'no_rules_except': have_rulenums
}
}
# handle any remaining data
rest = text[lr_end:].lstrip()
if rest:
yield from walk_doc(metadata, rest)
return
elif b'THE RULES OF INTERNOMIC' in text:
# this is ... a fake ruleset!
return
else: # not a ruleset
if 'rcslog' in metadata and 'current_flr.txt,v' in metadata['path']:
with warnx():
print(repr(text))
print("this should be a flr but doesn't match")
for data in find_rules(find_rules_mode_for_path(metadata['path']),
text):
yield {'meta': new_metadata, 'data': data}
def handle_revnum_clashes(full):
latents_by_revnum = defaultdict(list)
for latent in latent_by_sig.values():
if latent.dead: continue
try:
revnum = next(
an.revnum for an in latent.ans
if not an._entry.no_link and an.revnum is not None)
except StopIteration:
revnum = next(an.revnum for an in latent.ans)
if revnum is not None:
latents_by_revnum[revnum].append(latent)
for latent in list(all_latents):
if latent.sig is None:
an = next(iter(latent.ans))
if an.revnum is not None:
proper = latents_by_revnum[an.revnum]
if len(proper) == 1:
latent.merge_into(proper[0])
continue
if len(proper) == 0:
# eh... I guess there's nothing for it
proper.append(latent)
continue
# ...can we find a text match?
text = an._entry.normalized_text
text_matches = [
olatent for olatent in proper
if any(oan._entry.normalized_text == text
for oan in olatent.ans)
]
if len(text_matches) == 1:
latent.merge_into(text_matches[0])
continue
# ...can we find a text match with some other revnum?
oans = (oan for olatent in latent_by_sig.values()
if not olatent.dead for oan in olatent.ans
if oan._entry.normalized_text == text)
try:
oan = next(oans)
except StopIteration:
pass
else:
#print('other text match, so ignore')
#print('matched:', oan)
latent.delete()
continue
# ...
with warnx():
print(
"in rule %d: couldn't find something to merge this into:"
% (some_number, ))
print(an)
print(an._entry)
print('possibilities: (%d)' % (len(proper), ))
for olatent in proper:
print(olatent)
print('--')
if not full:
return
for revnum, latents in latents_by_revnum.items():
kill = set()
if len(latents) <= 1:
continue
dispositions = [
REVNUM_FIXES.get((some_number, latent.sig))
for latent in latents
]
nones = [
latent for (disposition, latent) in zip(dispositions, latents)
if disposition is None
]
if len(nones) > 1:
# are they all seen in some single entry? then keep all
if functools.reduce(set.intersection,
(latent.ans for latent in nones)):
continue
# is all but one from nolink?
with warnx():
print('Duplicate revnums for rule %s:' % (rule.numbers, ))
for latent in latents:
print('--')
latent.print_sig_and_texts()
print('***')
continue
for disposition, latent in zip(dispositions, latents):
if disposition == 'merge':
latent.merge_into(nones[0])
elif disposition == 'kill':
latent.delete()
elif disposition == 'allow':
pass
elif disposition is None:
pass
else:
raise Exception('? %r' % (disposition, latent))
def do_stragglers(rules, unowned_entries):
rules_by_text = defaultdict(set)
rules_by_number = defaultdict(set)
for rule in rules:
for entry in rule.entries:
rules_by_text[entry.normalized_text].add(rule)
for number in rule.numbers:
rules_by_number[number].add(rule)
unowned_by_number_and_text = defaultdict(lambda: defaultdict(set))
for entry in unowned_entries:
unowned_by_number_and_text[entry.data['number']][
entry.normalized_text].add(entry)
for number, by_text in unowned_by_number_and_text.items():
nrules = rules_by_number[number]
if len(nrules) == 0 or number in {1741}:
# no history for this rule at all; just assume they're all one rule
# rule 1741: the unanchored entry is a different rule from the anchored one
new_rule = Rule()
new_rule.numbers.add(number)
for entries in by_text.values():
new_rule.entries.extend(entries)
rules.add(new_rule)
continue
for normalized_text, entries in by_text.items():
trules = nrules
if len(trules) > 1:
trules = trules.intersection(rules_by_text[normalized_text])
for entry in entries:
drules = trules
edate = entry.meta.get('date')
if edate is not None and number not in {430}:
# rule 430: zefram_rules_text says "ca. Sep. 13 1993",
# but it was published on Sep. 8
edate = util.datetime_from_timestamp(edate).date()
drules = [
rule for rule in trules
if not rule.definitely_created_after(edate)
]
drules = list(drules)
if len(drules) == 1:
rule = next(iter(drules))
rule.entries.append(entry)
else:
with warnx():
print('could not match entry (and copies) to rule:')
print(next(iter(entries)))
print('date:', entry.date())
for i, rule in enumerate(drules):
print('***** candidate %d/%d:' %
(i + 1, len(drules)))
print(rule)
for oentry in rule.entries:
print('--')
print(oentry)
#for an in oentry.ans: print(an)
if not drules:
print(
'***** no candidates! (%d by number alone, but enacted too late)'
% (len(nrules), ))
print('====')
break
def split_into_rules_with_number_timeline(rule_entries):
by_num_and_numbered_date = defaultdict(lambda: defaultdict(list))
for entry in rule_entries:
entry.anchors = []
for an in entry.ans:
if (an.is_create or an.num_changed
) and an.date is not None and an._guessed_num is not None:
anchor = (an._guessed_num, an.proposal_num or an.date)
anchor = ANCHOR_OVERRIDES.get(anchor, anchor)
by_num_and_numbered_date[an._guessed_num][an.date].append(
(entry, anchor))
entry.anchors.append(anchor)
timeline_by_num = defaultdict(list)
for number, by_numbered_date in by_num_and_numbered_date.items():
timeline_by_num[number] = sorted(by_numbered_date.keys())
for entry in rule_entries:
already_anchored = False
prev_gn = None
for an in entry.ans:
if an.num_changed or an.is_indeterminate or an._guessed_num != prev_gn:
already_anchored = False
prev_gn = an._guessed_num
if (an.is_create or an.num_changed) and an.date is not None:
already_anchored = True
if already_anchored:
continue
if an._guessed_num is not None and an.date is not None:
number = an._guessed_num
timeline = timeline_by_num[number]
if len(timeline) == 0:
# eh, assume there weren't multiple copies of this rule
entry.anchors.append((number, None))
already_anchored = True
continue
i = bisect.bisect_right(timeline, an.date)
if i == 0 and number not in {1741}:
with warnx():
print(
'Annotation comes before all anchors for rule %d: %s'
% (number, an))
print('from %s' % entry.meta['path'])
print('earliest is at %s: %s' %
(timeline[0],
by_num_and_numbered_date[number][timeline[0]]))
for an in entry.ans:
print(an)
continue
if i == len(timeline):
i -= 1 # assume the rule stayed the same?
date = timeline[i]
oentry, anchor = by_num_and_numbered_date[
an._guessed_num][date][-1]
entry.anchors.append(anchor)
already_anchored = True
def print_timeline(num):
print('timeline for %s:' % (num, ))
for date in timeline_by_num[num]:
print('- %s' % (date, ))
for entry in by_num_and_numbered_date[num][date][0]:
print(entry)
for an in entry.ans:
print(an)
#print_timeline(1051); die
anchor_to_rule = {}
all_rules = set()
rule_id = 0
# unify multiple anchors in the same entry
for entry in rule_entries:
first_info = None
for i, anchor in enumerate(entry.anchors):
rule = anchor_to_rule.get(anchor)
if rule is None:
rule = Rule()
rule.anchors.append(anchor)
all_rules.add(rule)
anchor_to_rule[anchor] = rule
if i == 0:
first_rule = rule
else:
if rule is not first_rule:
for anchor in rule.anchors:
anchor_to_rule[anchor] = first_rule
all_rules.remove(rule)
first_rule.anchors.extend(rule.anchors)
unowned_entries = []
for entry in rule_entries:
if entry.anchors:
rule = anchor_to_rule[entry.anchors[0]]
rule.entries.append(entry)
for an in entry.ans:
if an._guessed_num is not None:
rule.numbers.add(an._guessed_num)
assert_(entry.data['number'] in rule.numbers)
else:
unowned_entries.append(entry)
return all_rules, unowned_entries
def identify_same(entries):
def add_with_revnum(entry):
number = entry.data['number']
revnum = entry.data['revnum']
existings = by_number_and_revnum[number][revnum]
for existing in existings:
# lol, performance
if text_match(existing, entry):
existing.variants.append(entry)
break
else:
entry.variants = [entry]
existings.append(entry)
by_number_and_revnum = defaultdict(lambda: defaultdict(list))
for entry in entries:
add_with_revnum(entry)
# deal with revnum=None entries
for number, by_revnum in by_number_and_revnum.items():
nones = by_revnum[None]
del by_revnum[None]
unmatched_nones = []
for entry in nones:
for existing in (existing for xentries in by_revnum.values()
for existing in xentries):
if text_match(existing, entry):
existing.variants.append(entry)
break
else:
unmatched_nones.append(entry)
still_unmatched_nones = []
for entry in unmatched_nones:
fudge_revnum = None
number = entry.data['number']
path = entry.meta['path']
still_unmatched_nones.append(entry)
if not still_unmatched_nones:
continue
fudge_revnums = None
if len(still_unmatched_nones) == 1 and len(by_revnum) == 0:
fudge_revnums = ['0']
elif number in FUDGE_REVNUMS:
fudge_revnums = FUDGE_REVNUMS[number]
if fudge_revnums is not None:
if len(fudge_revnums) != len(still_unmatched_nones):
print('...bad fudge_revnums length!')
else:
for fudge_revnum, entry in zip(fudge_revnums,
still_unmatched_nones):
entry.data['revnum'] = fudge_revnum
add_with_revnum(entry)
continue
with warnx():
print('Orphan texts for rule %d:' % (entry.data['number'], ), )
for entry in still_unmatched_nones:
print(entry.data['text'])
print('variants:%d meta:%s' % (
len(entry.variants),
entry.meta,
))
print('last annotation:%s' % (entry.ans[-1], ))
print('==')
print('Here are all the numbered texts I have for that rule:')
have_any = False
for revnum, xentries in sorted(by_revnum.items(),
key=lambda tup: revnum_key(tup[0])):
if revnum is None:
continue
print('--')
for existing in xentries:
print('revnum: %s header: %s' %
(existing.data['revnum'], existing.data['header']))
print(existing.data['text']),
print('variants:%d meta:%s' % (
len(existing.variants),
existing.meta,
))
have_any = True
if not have_any:
print('(none)')
for by_revnum in by_number_and_revnum.values():
for revnum, xentries in by_revnum.items():
if revnum is None:
continue
for i, entry in enumerate(xentries):
best = max(entry.variants, key=quality)
if best is not entry:
best.variants = entry.variants
del entry.variants
xentries[i] = best
return [
existing for xentries in by_revnum.values() for existing in xentries
]
