How to use _parse_plan method in tappy

Best Python code snippet using tappy_python

boo.py

Source:boo.py

...16        ]17        self.relevant_operators = None18    def boo_from_plan(self, plan):19        self.relevant_operators = []20        self._parse_plan(plan)21        return self.relevant_operators22    def _parse_plan(self, plan):23        node_type = plan["Node Type"]24        if node_type in self.INTERESTING_OPERATORS:25            node_representation = self._parse_node(plan)26            self.relevant_operators.append(node_representation)27        if "Plans" not in plan:28            return29        for sub_plan in plan["Plans"]:30            self._parse_plan(sub_plan)31    def _stringify_attribute_columns(self, node, attribute):32        attribute_representation = f"{attribute.replace(' ', '')}_"33        if attribute not in node:34            return attribute_representation35        value = node[attribute]36        for replacee, replacement in self.replacings:37            value = value.replace(replacee, replacement)38        value = re.sub('".*?"', "", value)39        value = re.sub("'.*?'", "", value)40        value = value.translate(self.remove_digits)41        return value42    def _stringify_list_attribute(self, node, attribute):43        attribute_representation = f"{attribute.replace(' ', '')}_"44        if attribute not in node:...

parse.py

Source:parse.py

...44    result: ScoreDict = {}  # type: ignore45    soup = BeautifulSoup(html, "lxml")46    b = soup.select_one("#contentArea > div.UIElement > ul > li > #welcome")47    result["cet"] = _parse_cet(b)48    result["plan"] = _parse_plan(b)  # è®¡åè¯¾ç¨49    result["physical"] = _parse_physic_or_common(b, "physical")50    result["common"] = _parse_physic_or_common(b, "common")  # ééè¯¾51    return result52def _parse_cet(block):53    #  ["åèè¯å·", "èè¯åºæ¬¡", "è¯è¨çº§å«", "æ»å", "å¬å", "éè¯»", "åä½", "ç»¼å"]54    table = pd.read_html(str(block.select("#CET table")))[0]55    clear_lino1(table)56    rm_nan(table)57    return table58def _parse_physic_or_common(block, cata: str) -> pd.DataFrame:59    # ["å¦æ", "è¯¾ç¨", "è¯¾ç¨å·", "å¦å", "æ£è", "è¡¥è", "ç»©ç¹"]60    table = pd.read_html(str(block.select(f"#{cata.capitalize()} table")))[0]61    clear_lino1(table)62    rm_nan(table)63    # æåä¸è¡æ¯å¦åç»©ç¹è®¡ç®64    table.drop(len(table) - 1, inplace=True)65    return table66def _parse_plan(block) -> pd.DataFrame:67    _tables = pd.read_html(str(block.select("#Plan table")))68    df_lst = []  # type: List[pd.DataFrame]69    for table in _tables:70        table.dropna(thresh=len(table.columns) - 2, inplace=True)  # å»é¤ NaN è¡71        table.reset_index(drop=True, inplace=True)72        # line 0: åªä¸ªå¦æ73        term = extract_term(table)74        if not term:75            continue76        start_index = 077        for idx, series in table.iterrows():78            text = series[0]79            # æ¾å° `å¹³åå¦åç»©ç¹` è¿ä¸è¡è¿è¡ååï¼åä¸ºä¸ä¸ä¸¤é¨å80            if text.startswith("å¹³åå¦åç»©ç¹"):...

plan_manager.py

Source:plan_manager.py

...10    with open(filename) as input_file:11        for line in input_file:12            pass13    return line14def _parse_plan(plan_filename):15    """Parse a plan file and return a pair (cost, problem_type)16    summarizing the salient information. Return (None, None) for17    incomplete plans."""18    last_line = _read_last_line(plan_filename) or ""19    match = _PLAN_INFO_REGEX.match(last_line)20    if match:21        return int(match.group(1)), match.group(2)22    else:23        return None, None24class PlanManager(object):25    def __init__(self, plan_prefix):26        self._plan_prefix = plan_prefix27        self._plan_costs = []28        self._problem_type = None29    def get_plan_prefix(self):30        return self._plan_prefix31    def get_plan_counter(self):32        return len(self._plan_costs)33    def get_best_plan_cost(self):34        """Return best plan cost found so far. Return string35        "infinity" if no plans found yet."""36        if self._plan_costs:37            return self._plan_costs[-1]38        else:39            return "infinity"40    def get_problem_type(self):41        if self._problem_type is None:42            raise ValueError("no plans found yet: cost type not set")43        return self._problem_type44    def process_new_plans(self):45        """Update information about plans after a planner run.46        Read newly generated plans and store the relevant information.47        If the last plan file is incomplete, delete it.48        """49        had_incomplete_plan = False50        for counter in itertools.count(self.get_plan_counter() + 1):51            plan_filename = self._get_plan_file(counter)52            def bogus_plan(msg):53                raise RuntimeError("%s: %s" % (plan_filename, msg))54            if not os.path.exists(plan_filename):55                break56            if had_incomplete_plan:57                bogus_plan("plan found after incomplete plan")58            cost, problem_type = _parse_plan(plan_filename)59            if cost is None:60                had_incomplete_plan = True61                print("%s is incomplete. Deleted the file." % plan_filename)62                os.remove(plan_filename)63            else:64                print("plan manager: found new plan with cost %d" % cost)65                if self._problem_type is None:66                    # This is the first plan we found.67                    self._problem_type = problem_type68                else:69                    # Check if info from this plan matches previous info.70                    if self._problem_type != problem_type:71                        bogus_plan("problem type has changed")72                    if cost >= self._plan_costs[-1]:...

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