How to use matching_regions method in hypothesis

Best Python code snippet using hypothesis

parse_bio.py

Source:parse_bio.py

1from typing import Dict, Set, List, Optional2from dataclasses import dataclass3import re4import pyperclip5REGIONS: Dict[str, Set[str]] = {6    'Caribbean': {7        'guadeloupe', 'martinique', 'saint-domingue', 'saint domingue',8        'cap-franÃ§ais', 'port-au-prince', 'Ã®les du vent',9        'grenada', 'saint-louis', 'saint-vincent', 'caribbean'10    },11    'India': {'chandannagar', 'surat', 'india', 'pondicherry'},12    'Bourbon': {'bourbon', 'isle of france', 'isle bourbon', 'mauritius'},13    'New France': {'quebec', 'quÃ©bec', 'canada', 'louisbourg', 'montreal', 'new france', 'Ã®le royale'},14    'Louisiana': {'louisiana', 'new orleans'},15    'Guyana': {'cayenne', 'Guyana'},16    'Senegal': {'senegal', 'gorÃ©e'},17}18CATEGORIES = {19    'Military': ['rÃ©giment', 'capitaine', 'soldat', 'officier', 'armurier', 'major',20                 'marÃ©chal', 'brigadier', 'bataillon', 'infanterie', 'enseigne',21                 'canonnier', 'colonel',22                 'troupes', 'caporal', 'dÃ©serteur', 'artillerie', 'aide-major'],23    'Official': ['lieutenant', 'lieutenant', 'contrÃ´leur', 'inspecteur',24                 'ordonnateur', 'sous-lieutenance', 'commissaire',25                 'gouverneur', 'Ã©crivain', 'conseil', 'juge',26                 'garde-magasin', 'intendant', 'commandant'],27}28BY_PRECEDENCE = ['Official', 'Military']29def get_index(haystack: str, needle: str) -> int:30    match = re.search(fr"\b{needle}\b", haystack, re.IGNORECASE)31    if match is None:32        return -133    return match.start()34@dataclass35class Match:36    keyword: str37    region: str38    index: int39def get_regions_from_biography(sentence: str):40    sentence = sentence.lower()41    matches: List[Match] = []42    for region, keywords in REGIONS.items():43        for keyword in keywords:44            idx = get_index(sentence, keyword)45            if idx > -1:46                matches.append(Match(keyword, region, idx))47    matches.sort(key=lambda m: m.index)48    matching_regions = []49    # return regions in order of visit50    for match in matches:51        if match.region not in matching_regions:52            matching_regions.append(match.region)53    if len(matching_regions) == 0:54        print("No matches!")55    res = ";".join(matching_regions)56    print(res)57    pyperclip.copy(res)58def get_category_from_bio(name: str) -> Optional[str]:59    for categ in BY_PRECEDENCE:60        for kw in CATEGORIES[categ]:61            if kw in name.lower():62                print(categ)63                return64    print("Other")65while True:66    bio = input("Bio: ")67    print()68    get_regions_from_biography(bio)...

maps.py

Source:maps.py

1from os.path import abspath, dirname2from django.conf import settings3from gobotany.mapping.map import (NorthAmericanPlantDistributionMap, NAMESPACES,4                                  Path)5from goorchids.core.models import Taxon6GRAPHICS_ROOT = abspath(dirname(__file__) + '/../core/static/graphics')7# To differentiate8CANADIAN_PROVINCES = {9    'ab': u'Alberta',10    'bc': u'British Columbia',11    'mb': u'Manitoba',12    'nb': u'New Brunswick',13    'nl': u'Newfoundland and Labrador',14    'nt': u'Northwest Territories',15    'ns': u'Nova Scotia',16    'nu': u'Nunavut',17    'on': u'Ontario',18    'pe': u'Prince Edward Island',19    'qc': u'Quebec',20    'sk': u'Saskatchewan',21    'yt': u'Yukon'22}23PRESENT_COLOR = '#78bf47'24ABSENT_COLOR = '#fff'25STATES_MAP = dict((v, k) for k, v in settings.STATE_NAMES.iteritems())26class NorthAmericanOrchidDistributionMap(NorthAmericanPlantDistributionMap):27    PATH_NODES_XPATH = 'svg:path|svg:g|svg:g/svg:g|svg:g/svg:path|svg:g/svg:g/svg:path'28    def __init__(self):29        blank_map_path = GRAPHICS_ROOT + '/na-state-distribution.svg'30        super(NorthAmericanPlantDistributionMap, self).__init__(31            blank_map_path)32    def set_plant(self, scientific_name):33        self.scientific_name = scientific_name34        taxon = Taxon.objects.get(scientific_name=scientific_name)35        self.distribution_records = taxon.character_values.filter(36            character__short_name='state_distribution')37        if self.distribution_records:38            self._add_name_to_title(self.scientific_name)39    def shade(self):40        """Set the colors of the states and provinces based41        on distribution data.42        """43        if self.distribution_records:44            path_nodes = self.svg_map.xpath(self.PATH_NODES_XPATH,45                namespaces=NAMESPACES)46            matching_regions = {}47            for record in self.distribution_records:48                region = STATES_MAP.get(record.value_str)49                region = ((region in CANADIAN_PROVINCES and 'ca-' or 'us-') +50                          region)51                matching_regions[region] = True52            for node in path_nodes:53                if node.get('style'):54                    node_id = node.get('id').lower()55                    box = Path(node)56                    if node_id in matching_regions:57                        box.color(PRESENT_COLOR)58                    else:59                        box.color(ABSENT_COLOR)...

find_drupal_behaviors.py

Source:find_drupal_behaviors.py

1import sublime2import sublime_plugin3# @TODO: make regex configurable.4BEHAVIOR_RE = 'Drupal\.behaviors\.([^\s]+)\s*?=\s*?\{'5class FindDrupalBehaviorsCommand(sublime_plugin.TextCommand):6    def run(self, edit):7        behaviors = []8        quicklist = []9        replacements = []10        matching_regions = self.view.find_all(BEHAVIOR_RE, sublime.IGNORECASE, '\\1', replacements)11        i = 012        for r in matching_regions:13            behavior_name = replacements[i]14            behaviors.append({'name': behavior_name, 'region': r})15            quicklist.append(behavior_name)16            i += 117        def goto_behavior(index):18            if index is not -1:19                item = behaviors[index]20                self.view.sel().clear()21                self.view.sel().add(item['region'])22                self.view.show(item['region'])...

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