How to use _get_definition method in localstack

Best Python code snippet using localstack_python

taxonomy.py

Source:taxonomy.py

...41        self._definition = TaxonomyMap.create_recursively(_definition)42        self._code = code43        if self.is_valid:44            self._levels = [45                self._get_definition(code[:2]),46                self._get_definition(code[:4]) if len(code) >= 4 else None,47                self._get_definition(code[:6]) if len(code) >= 6 else None,48                self._get_definition(code[:8]) if len(code) == 8 else None49            ]50        else:51            self._code = None52    @property53    def definition(self):54        return self._definition55    @property56    def is_valid(self) -> bool:57        return self.code and isinstance(self.code, str) and len(self.code) >= 2 and len(self.code) <= 8 and len(58            self.code) % 2 == 0 and self._definition.get(self.code)59    @property60    def code(self):61        return self._code62    @property63    def current_level(self):64        """Gets the current level of this classification65        Returns:66            The value of the current level67        """68        return round(len(self.code)/2)69    @property70    def year(self):71        return self._year72    @property73    def benchmark(self):74        return self._benchmark75    @property76    def first_level(self):77        """Gets the definition for the level 178        Returns:79            Definition of the classification level. It has 3 properties: name, description and code.80            Keep in mind that only level 1 (ICB) and level 4 usually has a description.81        """82        return self.level(1)83    @property84    def second_level(self):85        """Gets the definition  level 286        Returns:87            Definition of the classification level. It has 1 property: name88        """89        return self.level(2)90    @property91    def third_level(self):92        """Gets the definition for the level 393        Returns:94            Definition of the classification level. It has 1 property: name.95        """96        return self.level(3)97    @property98    def fourth_sector(self):99        """Gets the definition for the level 4.100        Returns:101            Definition of the classification level. It has 3 properties: name, description and code.102        """103        return self.level(4)104    @property105    def children(self):106        """Gets all the child level elements from this classification level.107        For example, for a 1st level classification, it will return all 2nd level in that folder.108        If the classification is invalid (or empty, as with a null code), it will return all 1st level classification.109        A 4th level classification will return an empty array.110        Returns:111            List containing objects with properties code (the classification code), name (the name of this112            classification), and description (where applicable)113        """114        if self.is_valid:115            keys = filter(lambda k: k.startswith(self._code) and len(k) == len(self._code) + 2, self._definition.keys())116        else:117            keys = filter(lambda k: len(k) == 2, self._definition.keys())118        return list(map(lambda k: TaxonomyMap({119            'code': k,120            'name': self._definition[k].name,121            'description': self._definition[k].description122        }), keys))123    def _get_definition(self, code):124        definition = self._definition[code]125        definition.code = code126        return definition127    def level(self, level: int):128        """Gets the definition of the given level for this classification object.129        Args:130            level: Level of classification to get.131                Valid levels are: 1, 2, 3, 4132        Returns:133            The level of the current classification. None if no valid classification is given.134        """135        if not self.is_valid or not level or not isinstance(level,int) or level < 1 or level > 4:136            return None137        return self._levels[level - 1]138    def is_same(self, another_icb: 'ICB') -> bool:139        """Determines if this ICB is the same as the given one.140        To be considered the same both ICB must either be invalid, or be valid and with the exact same code.141        This means that they represent the same values at the same level.142        Args:143            another_icb: ICB object to compare with144        """145        return another_icb and (self.is_valid == another_icb.is_valid) and (146                self.is_valid is False or self._code == another_icb.code)147    def is_within(self, another_icb: 'ICB'):148        """Determines if this ICB is a sub-component of the given ICB. For example, ICB 101010 is within ICB 10.149        Invalid ICB do not contain any children or belong to any parent, so if any of the ICB are invalid,150        this will always be false.151        Two ICB that are the same are not considered to be within one another (10 does not contain 10).152        Args:153            another_icb: ICB object to compare with154        """155        return self.is_valid and another_icb.is_valid and self._code != another_icb.code and self._code.startswith(156            another_icb.code)157    def is_immediate_within(self, another_icb: 'ICB'):158        """Determines if this ICB is a sub-component of the given ICB at the most immediate level. For example, ICB159        1010 is immediate within ICB 10, but 101010 is not.160        Invalid ICB do not contain any children or belong to any parent, so if any of the ICB are invalid,161        this will always be false.162        Two ICB that are the same are not considered to be within one another (10 does not contain 10).163        Args:164            another_icb: ICB object to compare with165        """166        return self.is_valid and another_icb.is_valid and self._code != another_icb.code and self._code.startswith(167            another_icb.code) and len(self._code) == len(another_icb._code) + 2168    def contains(self, another_icb: 'ICB'):169        """Determines if this ICB contains the given ICB. For example, ICB 10 contains ICB 101010.170        Invalid ICB do not contain any children or belong to any parent, so if any of the ICB are invalid,171        this will always be false.172        Two ICB that are the same are not considered to be within one another (10 does not contain 10).173        Args:174            another_icb: ICB object to compare with175        """176        return another_icb.is_within(self)177    def contains_immediate(self, another_icb: 'ICB'):178        """Determines if this ICB contains the given ICB at the most immediate level. For example, ICB 10 contains179        immediate ICB 1010, but not 101010.180        Invalid ICB do not contain any children or belong to any parent, so if any of the ICB are invalid, this will181        always be false.182        Two ICB that are the same are not considered to be within one another (10 does not contain 10).183        Args:184            another_icb: ICB object to compare with185        """186        return another_icb.is_immediate_within(self)187    def write_pp_file(self):188        text = ''189        for key in self._definition.keys():190            self._code=key191            qualifier =''192            if(len(key)==2):193                if (self.benchmark == 'GICS'):194                    qualifier = 'GICS-SECTOR'195                elif (self.benchmark == 'ICB'):196                    qualifier = 'ICB-INDUSTRY'197            elif(len(key)==4):198                if (self.benchmark == 'GICS'):199                    qualifier = 'GICS-INDUSTRY_GROUP'200                elif (self.benchmark == 'ICB'):201                    qualifier = 'ICB-SUPERSECTOR'202            elif (len(key) == 6):203                if (self.benchmark == 'GICS'):204                    qualifier = 'GICS-INDUSTRY'205                elif (self.benchmark == 'ICB'):206                    qualifier = 'ICB-SECTOR'207            elif (len(key) == 8):208                if (self.benchmark == 'GICS'):209                    qualifier = 'GICS-SUB_INDUSTRY'210                elif (self.benchmark == 'ICB'):211                    qualifier = 'ICB-SUBSECTOR'212            tempchild=''213            for child in self.children:214                tempchild +=child['code'] +','215            if tempchild != '':216                text += f"{key}.children    = {tempchild[:-1]}\r"217            text += f"{key}.label       = {self._get_definition(key)['name']}\r"218            if(len(key)!=2):219                text += f"{key}.data        = ROOTCLASS-ID\={key[:-len(key)+2]};CLASS-ID\={key};{qualifier}\={self._get_definition(key)['name'].upper().replace(' ', '_').replace('&', '_').replace(',','_')}\r"220            else:221                text += f"{key}.data        = CLASS-ID\={key};{qualifier}\={self._get_definition(key)['name'].upper().replace(' ','_').replace('&','_').replace(',','_')}\r"222            if 'description' in self._get_definition(key):223                text += f"{key}.description = {self._get_definition(key)['description']}\r"224            text +='\r'...

factory.py

Source:factory.py

...31    return result32def _get_type_definitions(modules):33    """Returns set of type definitions instantiated from a set of modules.34    """35    def _get_definition(func):36        """Returns a type definition."""37        result = func()38        result['name'] = func.__name__39        result['doc'] = func.__doc__.strip()40        return result41    return [_get_definition(i) for i in _get_functions(modules)]42def _get_package_definitions(schema):43    """Returns set of package definitions.44    """45    def _get_definition(func):46        """Returns a package definition.47        """48        defn = {49            'name': func.__name__,50            'doc': func.__doc__.strip(),51            'types': func()52        }53        return defn54    return [_get_definition(f) for f in _get_functions(schema)]55def _get_class_properties(class_):56    """Returns class property definitions.57    """58    result = []59    doc_strings = class_.get('doc_strings', dict())60    for prop in class_.get('properties', []):61        if len(prop) == 4:62            name, type_name, cardinality, doc_string = prop63        elif len(prop) == 3:64            name, type_name, cardinality = prop65            doc_string = doc_strings.get(name, None)66        result.append(Property(name, type_name, cardinality, doc_string))67    if class_.get('is_document', False):68        result.append(Property('meta', 'shared.doc_meta_info', '1.1', "Injected document metadata."))...

dictionary.py

Source:dictionary.py

1import aiohttp2url = 'https://api.dictionaryapi.dev/api/v2/entries/en/'3async def _get_definition(word):4    async with aiohttp.ClientSession() as session:5        async with session.get(f'{url}{word}') as r:6            if r.status == 200:7                js = await r.json()8                return js9            else:10                return None11async def lookup(word):12    isWord = True13    definition = ''14    data = await _get_definition(word)15    if data is not None:16        meanings = data[0]["meanings"]17        for m in meanings:18            definition += f'{m["partOfSpeech"]}\n\t'19            first_def = m["definitions"][0]20            definition += f'{first_def["definition"]}\n'21    else:22        isWord = False23        definition = f"Sorry, we couldn't find any definitions for {word}"24    return {25        "isWord": isWord,26        "definition": definition27    }28async def pronounce(word):29    data = await _get_definition(word)30    print(data)31    32    if data is None or len(data) == 0:33        return None34    phonetics = []35    for word in data:36        sounds = word.get('phonetics')37        if sounds is not None:38            phonetics += sounds39    if len(phonetics) == 0:40        return None41    urls = [p['audio'] for p in phonetics if 'audio' in p and p['audio'] != '']42    print(f'URLs are {urls}')43    if len(urls) == 0:...

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