How to use get_variations method in Slash

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day_20.py

Source:day_20.py

...52            return order53        for key in keys:54            if k == key:55                continue56            neighbours = get_variations(array, k)57            for neighbour in neighbours:58                placement = is_match(array[key], neighbour)59                if placement:60                    order.append((k, key))61    return order62def get_variations(image_dict, image_key: str):63    seen = set()64    all_ = [image_dict[image_key]]65    seen.add(str(image_dict[image_key]))66    assert len(image_dict[image_key]) == len(image_dict[image_key][0])67    assert len(image_dict[image_key]) > 068    rotates = rotate(image_dict[image_key])69    for a in rotates:70        temp = str(a)71        if temp not in seen:72            seen.add(temp)73            all_.append(a)74    for x in all_[:]:75        flips = flip(x)76        for b in flips:77            temp = str(b)78            if temp not in seen:79                seen.add(temp)80                all_.append(b)81    return all_82def part_01(array):83    keys = list(array.keys())84    response = dfs(array, keys)85    total = get_image_graph(response)86    corners = [k for k, v in total.items() if len(v) == 2]87    return math.prod([int(i) for i in corners]), corners, total88def get_image_graph(response):89    total = dict()90    for resp in set(response):91        a, b = resp92        if a not in total:93            total[a] = set()94        if b not in total:95            total[b] = set()96        total[a].add(b)97        total[b].add(a)98    return total99def part_02(image_dict: Dict[str, List[List[str]]], corners, total):100    stack = []101    while len(stack) != 2:102        stack.clear()103        corner = corners.pop()104        stack = get_starting_stack(image_dict, total, corner)105    used_keys = [k[0] for k in stack]106    # get the header row107    while len(stack) < math.sqrt(len(image_dict)):108        key, image = stack[-1]109        # print(f"Searching for {key} in the neighbours of {total[key]}")110        for ii in total[key]:111            if ii in used_keys:112                continue113            for new in get_variations(image_dict, ii):114                new_result = is_match(image, new, direction="r")115                if new_result:116                    stack.append((ii, new))117                    used_keys.append(ii)118    temp_stack = stack[:]119    temp_used_keys = used_keys[:]120    while len(stack) != len(image_dict):121        stack = temp_stack[:]122        used_keys = temp_used_keys[:]123        for s in stack:124            key, image = s125            for ii in total[key]:126                if ii in used_keys:127                    continue128                for new in get_variations(image_dict, ii):129                    new_result = is_match(image, new, direction="d")130                    if new_result:131                        stack.append((ii, new))132                        used_keys.append(ii)133                        break134    squared = math.sqrt(len(image_dict))135    return get_image_stitched(stack, squared)136def print_stack(stack, squared):137    for i, s in enumerate(stack, 1):138        print(s[0], end=" ")139        if i % int(squared) == 0:140            print()141    print("=" * 50)142    count = 1143    for j in range(len(stack)):144        for i, s in enumerate(stack, 1):145            print("".join(s[1][j]), end=" ")146            if i % int(squared) == 0:147                print()148        if count % int(squared) == 0:149            print()150        count += 1151def get_starting_stack(image_dict: dict, total: dict, corner: str):152    stack = []153    key1, key2 = total[corner]154    image1 = image_dict[key1]155    image2 = image_dict[key2]156    for n in get_variations(image_dict, corner):157        result1 = is_match(n, image1, direction="r")158        result2 = is_match(n, image2, direction="r")159        if result1:160            for nn in get_variations(image_dict, key2):161                result_new = is_match(n, nn, direction="d")162                if result1 and result_new:163                    stack.append((corner, n))164                    stack.append((key1, image1))165                    break166        if result2:167            for nnn in get_variations(image_dict, key1):168                result_new = is_match(n, nnn, direction="d")169                if result2 and result_new:170                    stack.append((corner, n))171                    stack.append((key2, image2))172                    break173    return stack174def display_image(image, index):175    display.generic_out(176        image, {".": "white", "#": "green", "M": "red"}, "day_20", index177    )178m1 = re.compile(r".{18}#.")179m2 = re.compile(r"#.{4}##.{4}##.{4}###")180m3 = re.compile(r".#.{2}#.{2}#.{2}#.{2}#.{2}#.{3}")181def get_monsters(r):182    # display_image(r, -1)183    displays = dict()184    targets = dict()185    waters = sum(v.count("#") for v in r)186    s = {"0": r}187    n = get_variations(s, "0")188    for index, lines in enumerate(n):189        displays[index] = []190        lines = list(lines)191        targets[index] = 0192        while lines:193            try:194                t1 = lines.pop(0)195                t2 = lines.pop(0)196                t3 = lines.pop(0)197            except IndexError:198                continue199            r1 = m1.findall("".join(t1))200            r2 = m2.findall("".join(t2))201            r3 = m3.findall("".join(t3))...

parse.py

Source:parse.py

...32        if translit.find(k) != -1:33            translit = translit.replace(k, v)34    syn.add(unicodedata.normalize('NFC', translit))35    return list(syn)36def get_variations(orig, curated_proc=False):37    variations = set([orig])38    parsed = tokenizer.ads_parse_author_name(orig)39    last = normalize(parsed.get('last'))40    first = normalize(parsed.get('first'))41    middle = normalize(parsed.get('middle'))42    prefix = normalize(parsed.get('prefix'))43    suffix = normalize(parsed.get('suffix'))44    print >>sys.stderr, "%s %s %s" % (last, first, middle)45    if parsed.keys() == ['last']:46        # all we got was last name47        variations.add(last + ",.*")48    else:49        variations.add(last + ",")50    if first:51        if middle:52            if len(first) > 1:53                variations.add(last + ", " + first)54                variations.add(last + ", " + first[0])55                if len(middle) > 1:56                    variations.add(last + ", " + first + " " + middle + r"\b.*")57                    variations.add(last + ", " + first[0] + " " + middle[0] + r"\b.*")58                    if not curated_proc:59                        variations.add(last + ", " + first + " " + middle[0] + r"\b.*")60                elif len(middle) == 1 and not curated_proc:61                    variations.add(last + ", " + first[0] + " " + middle + ".*")62                    variations.add(last + ", " + first + " " + middle + ".*")63            else:64                variations.add(last + ", " + first + "\w*")65                if len(middle) > 1:66                    variations.add(last + ", " + first + "\w* " + middle + r"\b.*")67                    if not curated_proc:68                        variations.add(last + ", " + first + "\w* " + middle[0] + r"\b.*")69                elif len(middle) == 1:70                    variations.add(last + ", " + first + "\w* " + middle + r".*")71        else:72            #variations.add('g) ' +last + ", " + first)73            if len(first) > 1:74                variations.add(last + ", " + first + r"\b.*")75                variations.add(last + ", " + first[0])76                if not curated_proc:77                    variations.add(last + ", " + first[0] + r"\b.*")78            elif len(first) == 1:79                variations.add(last + ", " + first + ".*")80    variations = list(variations)81    variations.sort(key=len)82    variations.reverse()83    return variations84    85def proc_synonyms(orig):86    proc_syn = []87    orig = set(orig)88    for a in orig:89        targets = orig.copy()90        targets.remove(a)91#        targets = [x.replace(',','\,') for x in targets]92#        proc_syn.append(('<span class="key">%s</span> => ' % a) + ", ".join(['<span class="target">%s</span>' % x for x in targets]))93#        targets = [x + r'\b.*' for x in targets]94        exp_targets = set()95        [exp_targets.update(get_variations(x, curated_proc=True)) for x in targets]96        exp_targets = [x.replace(',','\,') for x in exp_targets]97#        for key in get_variations(a, curated_proc=True):98        key = '<span class="key">%s</span>' % a99        proc_syn.append(key + " => " + ", ".join(['<span class="target">%s</span>' % x for x in exp_targets]))100    return proc_syn101@app.route('/')102def author_form():103    return flask.render_template('form.html', base_path=BASE_PATH)104@app.route('/index')105def author_index():106    results = []107    author = flask.request.args.get('author')108    results.append({ 'heading': 'Original', 'id': 'index-orig', 'names': [author] })109    normalized = normalize(author)110    results.append({ 'heading': 'Normalized', 'id': 'index-norm', 'names': [normalized] })111    syn = gen_synonyms(normalized)112    results.append({ 'heading': 'Auto-generated Synonyms', 'id': 'index-auto-syn', 'names': syn })113    results.append({ 'heading': 'Indexed Value', 'id': 'indexed', 'names': [normalized] })114    return flask.jsonify(result=results)115@app.route('/query')116def author_query():117    results = []118    author = flask.request.args.get('author')119    results.append({ 'heading': 'Original', 'id': 'query-orig', 'names': [author] })120    normalized = normalize(author)121    results.append({ 'heading': 'Normalized', 'id': 'query-norm', 'names': [normalized] })122    variations = get_variations(normalized)123    results.append({ 'heading': 'Name Variations', 'id': 'query-variations', 'names': variations })124    return flask.jsonify(result=results)125@app.route('/auto_gen_synonyms')126def get_gen_synonyms():127    results = set()128    input = flask.request.args.get('author')129    orig = re.split(r'\s*;\s*', input)130    results.update(orig)131    for name in orig:132        results.update(gen_synonyms(name))133    results = list(results)134    results.sort(key=len)135    results.reverse()136    return flask.jsonify(result=results)137@app.route('/synonym')138def author_synonyms():139    results = []140    input = flask.request.args.get('author')141    orig_syn = [normalize(x) for x in re.split(r'\s*\n\s*', input)]142    results.append({ 'heading': 'Original', 'id': 'original', 'names': orig_syn })143    expanded_syn = set(orig_syn)144    for orig in orig_syn:145        expanded_syn.update(gen_synonyms(orig))146    expanded_syn = list(expanded_syn)147    results.append({ 'heading': 'Auto-generated Synonyms', 'id': 'syn-auto-syn', 'names': expanded_syn })148    proc_syn = proc_synonyms(expanded_syn)149    results.append({ 'heading': 'Processed', 'id': 'processed', 'names': proc_syn })150    return flask.jsonify(result=results)151@app.route('/variations')152def variations():153    input = flask.request.args.get('author')154    results = get_variations(input, curated_proc=True)155    return flask.jsonify(result=results)156if __name__ == '__main__':157    app.debug = True...

cracker.py

Source:cracker.py

...37		verify_password("".join(char_tuple), hashes)38def mutated_dictionary_attack(hashes, dictionary_file):39	with open(dictionary_file, 'r', encoding="latin-1") as dictionary:40		for line in dictionary:41			for variant in get_variations(line, 0):42				if hash_password(variant) in hashes:43					hashes[hash_password(variant)] = variant44def get_variations(password, index):45	variations = []46	if index < len(password):47		try:48			for char_alternative in character_alternatives[password[index]]:49				variation = password[:index] + char_alternative + password[index + 1:]50				variations.append(variation)51				variations.extend(get_variations(variation, index + 1))52			variations.extend(get_variations(password, index + 1))53		except:54			pass55	return variations56characters = "`1234567890-=~!@#$%^&*()_+qwertyuiopasdfghjklzxcvbnmQWERTYUIOPASDFGHJKLZXCVBNM,./;\'[]\<>?:\"{}| "57character_alternatives = {58	'a': ['A', '@', '4'],59	'b': ['C', '8', '6'],60	'c': ['C', '<', '{', '[', '('],61	'd': ['D', '0'],62	'e': ['E', '3'],63	'f': ['F'],64	'g': ['G', '[', '-', '6', '9'],65	'h': ['H', '4'],66	'i': ['I', '1', '!', '|', '9'],...

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