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How to use as_element method in Playwright Python

Best Python code snippet using playwright-python

test_element.py

Source:test_element.py

...40        self.assertTrue(e._to_html.called)41    def test_get_libraries(self):42        self.assertIsNone(Element().get_libraries())43class AsElementTestCase(unittest.TestCase):44    def test_as_element(self):45        class MyClass(object):46            pass47        class MyElement(Element):48            def __init__(self, obj):49                self.obj = obj50        # e: Element -> e51        e = Element()52        self.assertIs(as_element(e), e)53        # s: str -> HTML(s)54        s = 'raw html'55        e = as_element(s)56        self.assertIsInstance(e, HTML)57        self.assertEqual(e.content, s)58        # o: MyClass {__html__: () -> str} -> MagicHTML(o)59        o = MyClass()60        o.__html__ = lambda: 'magic html'61        e = as_element(o)62        self.assertIsInstance(e, MagicHTML)63        self.assertIs(e.obj, o)64        # o: MyClass -> TypeError65        o = MyClass()66        with pytest.raises(67                TypeError, match='Cannot convert a `MyClass` object into '68                                 '`Element`: no conversion function is '69                                 'registered'):70            _ = as_element(o)71        # register the conversion function for MyClass72        register_as_element(MyClass, lambda o: MyElement(o))73        # o: MyClass -> MyElement(o)74        o = MyClass()75        e = as_element(o)76        self.assertIsInstance(e, MyElement)77        self.assertIs(e.obj, o)78        # o: MyClass {__html__: () -> str} -> MyElement(o)79        o = MyClass()80        o.__html__ = lambda: 'magic html'81        e = as_element(o)82        self.assertIsInstance(e, MyElement)83        self.assertIs(e.obj, o)84    def test_register_as_element(self):85        with pytest.raises(86                TypeError, match='`typ_` must be a class'):87            register_as_element(1, lambda x: Element())88class NamedElementTestCase(unittest.TestCase):89    def test_name_error(self):90        self.assertIsNone(NamedElement().name)91        self.assertEqual(NamedElement('my-name').name, 'my-name')92        with pytest.raises(93                ValueError, match='`name` must be a non-empty string matching '94                                  'pattern'):95            _ = NamedElement('')96        with pytest.raises(97                ValueError, match='`name` must be a non-empty string matching '98                                  'pattern'):99            _ = NamedElement('?abc')100class TextElementsTestCase(unittest.TestCase):101    def test_text(self):102        e = Text('1&<>')103        self.assertEqual(e.text, '1&<>')104        self.assertEqual(e.to_html(), '1&amp;&lt;&gt;')105    def test_html(self):106        e = HTML('1&<>')107        self.assertEqual(e.content, '1&<>')108        self.assertEqual(e.to_html(), '1&<>')109    def test_magic_html(self):110        def __html__():111            counter[0] += 1112            return str(counter[0])113        counter = [0]114        obj = Mock(__html__=__html__)115        # test not cached116        e = MagicHTML(obj, cacheable=False)117        self.assertIs(e.obj, obj)118        self.assertFalse(e.cacheable)119        self.assertEqual(e.to_html(), '1')120        self.assertEqual(e.to_html(), '2')121        # test cached122        e = MagicHTML(obj, cacheable=True)123        self.assertTrue(e.cacheable)124        self.assertEqual(e.to_html(), '3')125        self.assertEqual(e.to_html(), '3')126        # test default is not cached127        self.assertFalse(MagicHTML(obj).cacheable)128    def test_inline_math(self):129        e = InlineMath('1 & 2')130        self.assertEqual(e.mathjax, '1 & 2')131        self.assertEqual(e.get_libraries(), [MathJax()])132        self.assertEqual(133            e.to_html(),134            '<span class="inline-math">\\(1 &amp; 2\\)</span>'135        )136        with pytest.raises(ValueError, match='`mathjax` must not be empty'):137            _ = InlineMath('')138    def test_block_math(self):139        e = BlockMath('1 & 2')140        self.assertEqual(e.mathjax, '1 & 2')141        self.assertEqual(e.get_libraries(), [MathJax()])142        self.assertEqual(143            e.to_html(),144            '<div class="block-math">$$1 &amp; 2$$</div>'145        )146        with pytest.raises(ValueError, match='`mathjax` must not be empty'):147            _ = BlockMath('')148class ResourceElementsTestCase(unittest.TestCase):149    def test_guess_extension(self):150        self.assertEqual(Resource.guess_extension('image/png'), '.png')151        self.assertEqual(Resource.guess_extension('image/jpeg'), '.jpg')152        self.assertEqual(Resource.guess_extension('image/bmp'), '.bmp')153        self.assertEqual(Resource.guess_extension('text/csv'), '.csv')154        self.assertEqual(Resource.guess_extension('text/plain'), '.txt')155        self.assertEqual(Resource.guess_extension('text/html'), '.htm')156        self.assertEqual(Resource.guess_extension('application/octet-stream'),157                         '.bin')158        self.assertIsNone(Resource.guess_extension(159            'this-ridiculous-mime-type-should-never-exist/i-am-sure'))160        # test upper case161        self.assertEqual(Resource.guess_extension('IMAGE/PNG'), '.png')162    def test_guess_mime_type(self):163        self.assertEqual(Resource.guess_mime_type('.png'), 'image/png')164        self.assertEqual(Resource.guess_mime_type('.jpg'), 'image/jpeg')165        self.assertEqual(Resource.guess_mime_type('.jpeg'), 'image/jpeg')166        self.assertEqual(Resource.guess_mime_type('.bmp'), 'image/bmp')167        self.assertEqual(Resource.guess_mime_type('.csv'), 'text/csv'),168        self.assertEqual(Resource.guess_mime_type('.txt'), 'text/plain')169        self.assertEqual(Resource.guess_mime_type('.htm'), 'text/html')170        self.assertEqual(Resource.guess_mime_type('.html'), 'text/html')171        self.assertEqual(Resource.guess_mime_type('.bin'),172                         'application/octet-stream')173        self.assertIsNone(Resource.guess_mime_type(174            '.this-ridiculous-extension-should-never-exist-i-am-sure'))175        # test upper case176        self.assertEqual(Resource.guess_mime_type('.PNG'), 'image/png')177        # test error178        with pytest.raises(179                ValueError, match=r'`extension` must start with "."'):180            _ = Resource.guess_mime_type('no-leading-dot')181    def test_resource(self):182        ctx = ToHtmlContext()183        e = Resource(b'123', 'text/plain')184        self.assertEqual(e.data, b'123')185        self.assertEqual(e.mime_type, 'text/plain')186        self.assertIsNone(e.title)187        self.assertEqual(e.get_uri(ctx), 'data:text/plain;base64,MTIz')188        e2 = Resource(b'123', 'text/plain', title='456')189        self.assertEqual(e2.title, '456')190        self.assertEqual(e2.get_uri(ctx), 'data:text/plain;base64,MTIz')191        with pytest.raises(TypeError, match='`data` must be binary'):192            _ = Resource(six.text_type('123'), 'text/plain')193    def test_attachment(self):194        ctx = ToHtmlContext()195        # without title196        e = Attachment(b'123', 'text/plain')197        self.assertEqual(198            e.to_html(ctx),199            '<div class="attachment block"><span>Attachment</span>'200            '<a download="Attachment.txt" href="' + e.get_uri(ctx) +201            '">Download</a></div>'202        )203        # with title204        e = Attachment(b'123', 'text/plain', title='1 & 2')205        self.assertEqual(206            e.to_html(ctx),207            '<div class="attachment block"><span>1 &amp; 2</span>'208            '<a download="1 &amp; 2.txt" href="' + e.get_uri(ctx) +209            '">Download</a></div>'210        )211class ImageTestCase(unittest.TestCase):212    def test_image(self):213        ctx = ToHtmlContext()214        # without title215        e = Image(b'123', 'image/png')216        self.assertFalse(e.inline)217        self.assertEqual(218            e.to_html(ctx),219            '<img src="' + e.get_uri(ctx) + '" class="block" />'220        )221        # with title222        e = Image(b'123', 'image/png', title='1 & 2')223        self.assertFalse(e.inline)224        self.assertEqual(225            e.to_html(ctx),226            '<img src="' + e.get_uri(ctx) + '" title="1 &amp; 2" '227                                            'class="block" />'228        )229        # inline image230        e = Image(b'123', 'image/png', inline=True)231        self.assertTrue(e.inline)232        self.assertEqual(233            e.to_html(ctx),234            '<img src="' + e.get_uri(ctx) + '" />'235        )236    def test_from_image(self):237        @contextlib.contextmanager238        def open_data(data):239            with BytesIO(data) as f:240                yield PILImage.open(f)241        im = PILImage.new('RGB', (1, 1), 'red')242        # test :meth:`from_image` with default format243        e = Image.from_image(im)244        with open_data(e.data) as im2:  # type: PILImage.Image245            self.assertEqual(im2.format, 'PNG')246            self.assertEqual(im2.tobytes(), b'\xff\x00\x00')247        self.assertEqual(e.mime_type, 'image/png')248        # test :meth:`from_image` with 'BMP' format249        e = Image.from_image(im, format='BMP')250        with open_data(e.data) as im2:  # type: PILImage.Image251            self.assertEqual(im2.format, 'BMP')252            self.assertEqual(im2.tobytes(), b'\xff\x00\x00')253        self.assertEqual(e.mime_type, 'image/bmp')254        # test :meth:`from_image` with title255        e = Image.from_image(im, title='456')256        self.assertEqual(e.title, '456')257        # test error image type258        with pytest.raises(259                TypeError, match='`image` must be an instance of '260                                 '`PIL.Image`'):261            _ = Image.from_image(1)262        # test error format263        with pytest.raises(264                ValueError, match='Image format \'BIN\' is not allowed'):265            _ = Image.from_image(im, 'BIN')266        # test as_element267        e = as_element(im)268        self.assertIsInstance(e, Image)269        with open_data(e.data) as im2:  # type: PILImage.Image270            self.assertEqual(im2.format, 'PNG')271            self.assertEqual(im2.tobytes(), b'\xff\x00\x00')272    def test_from_figure(self):273        @contextlib.contextmanager274        def open_data(data):275            with BytesIO(data) as f:276                yield PILImage.open(f)277        # create the test figure278        fig = plt.figure(dpi=120)279        x = np.arange(0, np.pi * 2, 1001)280        y = np.sin(x)281        plt.plot(x, y)282        # test default settings283        e = Image.from_figure(fig, title='figure title')284        self.assertEqual(e.mime_type, 'image/png')285        self.assertEqual(e.title, 'figure title')286        with open_data(e.data) as im:287            self.assertEqual(im.format, 'PNG')288            default_size = im.size289        # test override dpi290        e = Image.from_figure(fig, dpi=300)291        with open_data(e.data) as im:292            self.assertNotEqual(im.size, default_size)293        # test override bbox-inches294        e = Image.from_figure(fig, tight_bbox=False)295        with open_data(e.data) as im:296            self.assertNotEqual(im.size, default_size)297        # test type error298        with pytest.raises(299                TypeError, match='`figure` must be an instance of '300                                 '`matplotlib.pyplot.Figure`'):301            _ = e.from_figure(1)302        # test as_element303        e = as_element(fig)304        self.assertIsInstance(e, Image)305class DataFrameTableTestCase(unittest.TestCase):306    def test_data_frame_table(self):307        df = pd.DataFrame(308            data={'a': np.arange(2) + 10, 'b': np.arange(2) + 20},309            index=np.arange(2)310        )311        e = DataFrameTable(df)312        self.assertIs(e.data_frame, df)313        s = re.sub(r'^<table[^<>]*>', '<table class="dataframe">', df.to_html())314        self.assertEqual(315            e.to_html(),316            '<div class="block">' + s + '</div>'317        )...

__init__.py

Source:__init__.py

...30            models.DescriptionField: DescriptionField,31        }32        field_view_class = mapping[field.__class__]33        return field_view_class(field, request)34    def as_element(self):35        form_container = Div()36        form_container.append(H1(self.form.title))37        form_container.append(Div(self.form.description))38        row = Div(class_=["a"])39        form = Form(row)40        size = len(self.fields)41        for i in range(size):42            current = self.fields[i]43            previous = i > 0 and self.fields[i - 1] or None44            row.append(current.as_element())45        form.append(Button("æäº¤", class_=["btn", "btn-primary"]))46        form_container.append(form)47        return form_container48class OptionView:49    def __init__(self, field, field_view, option, request):50        self.field = field51        self.field_view = field_view52        self.option = option53        self.request = request54    @property55    def id(self):56        return "%d_%d" % (self.field.id, self.option.value)57    @property58    def name(self):59        if "checkbox" == self.field.type:60            name = "%d[]" % (self.field.id)61        else:62            name = "%d" % (self.field.id,)63        return name64    @property65    def checked(self):66        get_value = "checkbox" == self.field.type and self.request.getlist or self.request.get67        checked_values = get_value(self.name)68        if not checked_values:69            return False70        for checked_value in checked_values:71            if int(checked_value) == self.option.value:72                return True73        return False74    @property75    def class_(self):76        input_classes = ["form-check-input"]77        if self.field.has_errors:78            input_classes.append("is-invalid")79        return input_classes80    @property81    def value(self):82        return {83            "value": self.option.value,84            "text": self.text,85        }86    @property87    def text(self):88        return self.request.get("text_%d" % self.option.id)89    def as_element(self) -> Div:90        kwargs = {}91        if self.checked:92            kwargs["checked"] = "checked"93        opt_element = [94            Input(95                class_=self.class_,96                type=self.field.type,97                name=self.name,98                id=self.id,99                value=str(self.option.value),100                **kwargs,101            ),102            Label(self.option.label, class_=["form-check-label"], for_=self.id),103        ]104        if self.option.editable:105            id_or_name = "text_%d" % self.option.id106            opt_element.append(107                Input(class_=['form-control'], id=id_or_name, name=id_or_name, value=self.text)108            )109        opt = Div(110            *opt_element,111            class_=["form-check", "form-check-inline"]112        )113        return opt114class FieldView:115    def __init__(self, field, request):116        self.field = field117        self.request = request118class DescriptionField(FieldView):119    @property120    def value(self):121        return None122    def as_element(self):123        children = [124            Label(self.field.title),125            Div(self.field.description)126        ]127        return Div(128            Div(*children,129                class_=["form-group", "col-md-12"]),130            class_=["form-row"]131        )132class TextFieldView(FieldView):133    @property134    def value(self):135        if self.field.bind_parameter:136            v = self.request.get(self.field.bind_parameter)137        else:138            v = self.request.get("%d" % self.field.id)139        return self.field.format(v)140    @property141    def class_(self):142        input_classes = ["form-control"]143        if self.field.has_errors:144            input_classes.append("is-invalid")145        return input_classes146    @property147    def id(self):148        return str(self.field.id)149    def as_element(self):150        if self.field.multiple:151            input = TextArea(152                self.value,153                class_=self.class_,154                id=self.id,155                name=self.id,156                placeholder=self.field.placeholder157            )158        else:159            input = Input(type="text",160                          class_=self.class_,161                          id=self.id,162                          name=self.id,163                          value=self.value,164                          placeholder=self.field.placeholder165                          )166        if self.field.readonly:167            input.disabled = "disabled"168        children = [169            Label(self.field.title, for_=self.id),170            input171        ]172        if self.field.has_errors:173            children.append(174                Div(*[Li(str(e)) for e in self.field.errors], class_=["invalid-feedback"])175            )176        return Div(177            Div(*children,178                class_=["form-group", "col-md-12"]),179            class_=["form-row"]180        )181class PhoneFieldView(TextFieldView):182    pass183class SelectFieldView(FieldView):184    def __init__(self, field, request):185        super().__init__(field, request)186        self._assemble_options()187    def _assemble_options(self):188        self.options = []189        for opt in self.field.options:190            option_view = OptionView(self.field, self, opt, self.request)191            self.options.append(option_view)192    @property193    def value(self):194        return self.field.format([opt.value for opt in self.options if opt.checked])195    def as_element(self):196        input_classes = ["of-form-title"]197        if self.field.has_errors:198            input_classes.append("is-invalid")199        options = [200            Label(self.field.title, for_=str(self.field.id), class_=input_classes)201        ]202        for opt in self.options:203            options.append(opt.as_element())204        if self.field.has_errors:205            options.append(206                Div(*[Li(str(e)) for e in self.field.errors], class_=["invalid-feedback"])207            )208        return Div(209            Div(*options,210                class_=["form-group", "col-md-12"]),211            class_=["form-row"]212        )213class FormViewModelAssembler:214    def to_view_model(self, model, request):215        model.sort()216        form_view = FormView(model, request)217        return form_view

pypi_analyzer.py

Source:pypi_analyzer.py

1from contrib.elements.codeblock import Import2from contrib.elements.versions import Version3import json4import re5class PyPIAnalyzer:6    def __init__(self, basic_info: dict):7        self.basic_info = basic_info8        self.requirement_list = []9    def available_versions(self, version_str_list=None):10        if version_str_list is None:11            version_str_list = []12        if not version_str_list:13            return self.basic_info["released_versions"] \14                if "released_versions" in self.basic_info.keys() else []15        available_versions = [Version(version) for version in self.basic_info["released_versions"]]16        checked_versions = []17        symbols = ['<', '<=', '>', '>=', '==', '!=']18        versions = [[], [], [], [], [], []]19        version_dict = dict(zip(symbols, versions))20        for version_str in version_str_list:21            elements = re.findall("([!><=]+)([0-9].*)", string=version_str)[0]22            for symbol in symbols:23                if elements[0] == symbol:24                    version_dict[symbol].append(Version(elements[1]))25        for version in available_versions:26            is_available = True27            for lt_version in version_dict['<']:28                if not version < lt_version:29                    is_available = False30            for le_version in version_dict['<=']:31                if not version <= le_version:32                    is_available = False33            for mt_version in version_dict['>']:34                if not version > mt_version:35                    is_available = False36            for me_version in version_dict['>=']:37                if not version >= me_version:38                    is_available = False39            for eq_version in version_dict['==']:40                if not version == eq_version:41                    is_available = False42            for ne_version in version_dict['!=']:43                if not version != ne_version:44                    is_available = False45            if is_available:46                checked_versions.append(version)47        return [version.version_str for version in checked_versions]48    def parse_requirement_dist(self):49        requirements_list = self.basic_info["requires_dist"] \50            if "requires_dist" in self.basic_info.keys() else []51        if not requirements_list:52            return []53        parsed_requirements_list = []54        for requirement in requirements_list:55            requirement_index = requirement.find(';')56            parsed_requirement = requirement57            if requirement_index != -1:58                parsed_requirement = requirement[:requirement_index].strip()59            parsed_requirements_list.append(parsed_requirement)60        parsed_requirements_imports = []61        for parsed_requirement in parsed_requirements_list:62            elements = re.findall(63                "(.+)\[(.+)] \((.+)\)", parsed_requirement)64            if elements:65                for element in elements:66                    parsed_requirements_imports.append(67                        Import(name=element[0].strip(),68                               filename=self.basic_info["name"],69                               line=-1,70                               from_element=element[0].strip(),71                               import_element="*",72                               as_element=element[0].strip(),73                               version=element[2].strip()74                               )75                    )76                continue77            elements = re.findall(78                "(.+) \((.+)\)", parsed_requirement)79            if elements:80                for element in elements:81                    parsed_requirements_imports.append(82                        Import(name=element[0].strip(),83                               filename=self.basic_info["name"],84                               line=-1,85                               from_element=element[0].strip(),86                               import_element="*",87                               as_element=element[0].strip(),88                               version=element[1].strip()89                               )90                    )91                continue92            elements = re.findall(93                "([a-zA-Z_-]+)([><=!~][><=,!~. ]*)", parsed_requirement.replace(" ", "")94            )95            if elements:96                for element in elements:97                    parsed_requirements_imports.append(98                        Import(name=element[0].strip(),99                               filename=self.basic_info["name"],100                               line=-1,101                               from_element=element[0].strip(),102                               import_element="*",103                               as_element=element[0].strip(),104                               version=element[1].replace(" ", "")105                               )106                    )107                continue108            elements = re.findall(109                "(.+)\[(.+)]", parsed_requirement)110            if elements:111                for element in elements:112                    parsed_requirements_imports.append(113                        Import(name=element[0].strip(),114                               filename=self.basic_info["name"],115                               line=-1,116                               from_element=element[0].strip(),117                               import_element="*",118                               as_element=element[0].strip(),119                               version="*"120                               )121                    )122                continue123            parsed_requirements_imports.append(124                Import(name=parsed_requirement.strip(),125                       filename=self.basic_info["name"],126                       line=-1,127                       from_element=parsed_requirement.strip(),128                       import_element="*",129                       as_element=parsed_requirement.strip(),130                       version='*'131                       )132            )133        self.requirement_list = parsed_requirements_imports134        return parsed_requirements_list135if __name__ == "__main__":136    package_names = ['django', 'pip', 'requests']137    for package_name in package_names:138        path = './output/%s/' % package_name139        requirement_simple_filename = path + 'requirement-simple.json'140        with open(requirement_simple_filename) as f:141            print("[pypi_analyzer]Open file: %s" % requirement_simple_filename)142            result = json.load(f)143            # print(result)144        analyzer = PyPIAnalyzer(result)145        print("[pypi_analyzer]Available versions:")146        print(analyzer.available_versions([]))147        print("[pypi_analyzer]parse_requirement_dist:")...

find.py

Source:find.py

1"""Virtuoso driver: Find entities in the graph database2The UWKGM project3:copyright: (c) 2020 Ichise Laboratory at NII & AIST4:author: Rungsiman Nararatwong5"""6from typing import Dict, List, Union7from database.drivers.graph.virtuoso import client8def candidates(graph: str, label: str, limit: Union[int, None], language: str, query_limit: int, perfect_match_only: bool) -> \9        Dict[str, List[Dict[str, Union[str, List[str]]]]]:10    """Finds candidates of entities given a partial or full label"""11    def fetch(perfect_match: bool):12        if perfect_match:13            terms = ['"%s"' % term for term in label.strip().split(' ')]14        else:15            # Each word in the search term needs at least four characters to be included in partial search16            # The asterisk (*) indicates partial search17            terms = ['"%s*"' % term if len(term) > 3 else '"%s"' % term for term in label.strip().split(' ')]18        # Search terms are joined by 'AND' operators19        client.setQuery('SELECT DISTINCT ?entity, ?label, ?type FROM <%s> WHERE {'20                        '?entity <http://www.w3.org/2000/01/rdf-schema#label> ?label ; a ?type .'21                        '?label bif:contains \'%s\' %s} %s' % (graph, ' and '.join(terms), language_filter, limit_filter))22        return client.query().convert()['results']['bindings']23    language_filter = "FILTER (lang(?label) = '%s')" % language if language is not None and len(language) else ''24    limit_filter = "LIMIT %d" % query_limit if query_limit is not None else ''25    matches = dict()26    # Try searching for perfect matches first since perfect-match search is the fastest due to indexing27    response = fetch(True)28    # If not perfect matches found, try partial matches29    if len(response) == 0 and not perfect_match_only:30        response = fetch(False)31    # Convert the response into a clean dictionary-based output32    for item in response:33        entity, entity_label, entity_types = item['entity']['value'], item['label']['value'], item['type']['value'] if 'type' in item else []34        if entity not in matches:35            matches[entity] = {'label': entity_label, 'types': [entity_types]}36        else:37            matches[entity]['types'].append(entity_types)38    results = {'exact_matches': [], 'first_matches': [], 'partial_matches': []}39    # Categorizes matches in to 'exact', 'first', and 'partial' lists40    for entity, data in matches.items():41        search = label.lower()42        entity_label = data['label'].lower()43        if search == entity_label:44            results['exact_matches'].append((len(entity_label), {'entity': entity, **data}))45        elif entity_label.startswith(search):46            results['first_matches'].append((len(entity_label), {'entity': entity, **data}))47        else:48            results['partial_matches'].append((len(entity_label), {'entity': entity, **data}))49    # Return matches with shorter labels first50    results['exact_matches'].sort(key=lambda x: x[0])51    results['first_matches'].sort(key=lambda x: x[0])52    results['partial_matches'].sort(key=lambda x: x[0])53    if limit is not None:54        return {'exact_matches': [entity[1] for entity in results['exact_matches'][:limit]],55                'first_matches': [entity[1] for entity in results['first_matches'][:limit - len(results['first_matches'])]],56                'partial_matches': [entity[1] for entity in57                                    results['partial_matches'][:limit - len(results['first_matches']) - len(results['partial_matches'])]]}58    else:59        return {'exact_matches': [entity[1] for entity in results['exact_matches']],60                'first_matches': [entity[1] for entity in results['first_matches']],61                'partial_matches': [entity[1] for entity in results['partial_matches']]}62def single(graph: str, entity: str, as_element: Union[str, None], limit: int) -> Dict[str, List[Dict[str, str]]]:63    """Finds triples which the given entity is a part of (as subject, predicate, object, or any)"""64    results = {'subject': None, 'predicate': None, 'object': None}65    if as_element is None or as_element == 'subject':66        client.setQuery('SELECT DISTINCT ?predicate ?predicateLabel ?object ?objectLabel FROM <%s> WHERE {'67                        '<%s> ?predicate ?object '68                        'OPTIONAL { ?predicate <http://www.w3.org/2000/01/rdf-schema#label> ?predicateLabel } '69                        'OPTIONAL { ?object <http://www.w3.org/2000/01/rdf-schema#label> ?objectLabel } '70                        '}' % (graph, entity))71        results['subject'] = client.query().convert()['results']['bindings'][:limit]72    if as_element is None or as_element == 'predicate':73        client.setQuery('SELECT DISTINCT ?subject ?subjectLabel ?object ?objectLabel WHERE {'74                        '?subject <%s> ?object '75                        'OPTIONAL { ?subject <http://www.w3.org/2000/01/rdf-schema#label> ?subjectLabel } '76                        'OPTIONAL { ?object <http://www.w3.org/2000/01/rdf-schema#label> ?objectLabel } '77                        '}' % entity)78        results['predicate'] = client.query().convert()['results']['bindings'][:limit]79    if as_element is None or as_element == 'object':80        client.setQuery('SELECT DISTINCT ?subject ?subjectLabel ?predicate ?predicateLabel WHERE {'81                        '?subject ?predicate <%s> '82                        'OPTIONAL { ?subject <http://www.w3.org/2000/01/rdf-schema#label> ?subjectLabel } '83                        'OPTIONAL { ?predicate <http://www.w3.org/2000/01/rdf-schema#label> ?predicateLabel } '84                        '}' % entity)85        results['object'] = client.query().convert()['results']['bindings'][:limit]86    return results87# def relations(source: str, targets: List[str]) -> Dict[str, List[Dict[str, str]]]:88#    results = dict()89#90#    for target in targets:91#        client.setQuery('SELECT DISTINCT ?sourcePredicate ?targetPredicate ?object ?label WHERE {'92#                        '<%s> ?sourcePredicate ?object . <%s> ?targetPredicate ?object . '93#                        '?object <http://www.w3.org/2000/01/rdf-schema#label> ?label }' % (source, target))94#95#        result = client.query().convert()['results']['bindings']96#        results[target] = result97#...

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