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How to use html_to_rst method in localstack

Best Python code snippet using localstack_python

scaffold.py

Source:scaffold.py

...35        sanitized += "_"36    if sanitized.startswith("__"):37        sanitized = sanitized[1:]38    return sanitized39def html_to_rst(html: str):40    import pypandoc41    doc = pypandoc.convert_text(html, "rst", format="html")42    doc = doc.replace("\_", "_")  # noqa: W60543    doc = doc.replace("\|", "|")  # noqa: W60544    doc = doc.replace("\ ", " ")  # noqa: W60545    rst = doc.strip()46    return rst47class ShapeNode:48    service: ServiceModel49    shape: Shape50    def __init__(self, service: ServiceModel, shape: Shape) -> None:51        super().__init__()52        self.service = service53        self.shape = shape54    @property55    def is_request(self):56        for operation_name in self.service.operation_names:57            operation = self.service.operation_model(operation_name)58            if operation.input_shape is None:59                continue60            if to_valid_python_name(self.shape.name) == to_valid_python_name(61                operation.input_shape.name62            ):63                return True64        return False65    @property66    def name(self) -> str:67        return to_valid_python_name(self.shape.name)68    @property69    def is_exception(self):70        metadata = self.shape.metadata71        return metadata.get("error") or metadata.get("exception")72    @property73    def is_primitive(self):74        return self.shape.type_name in ["integer", "boolean", "float", "double", "string"]75    @property76    def is_enum(self):77        return isinstance(self.shape, StringShape) and self.shape.enum78    @property79    def dependencies(self) -> List[str]:80        shape = self.shape81        if isinstance(shape, StructureShape):82            return [to_valid_python_name(v.name) for v in shape.members.values()]83        if isinstance(shape, ListShape):84            return [to_valid_python_name(shape.member.name)]85        if isinstance(shape, MapShape):86            return [to_valid_python_name(shape.key.name), to_valid_python_name(shape.value.name)]87        return []88    def _print_structure_declaration(self, output, doc=True, quote_types=False):89        if self.is_exception:90            self._print_as_class(output, "ServiceException", doc)91            return92        if any(map(is_keyword, self.shape.members.keys())):93            self._print_as_typed_dict(output)94            return95        if self.is_request:96            base = "ServiceRequest"97        else:98            base = "TypedDict, total=False"99        self._print_as_class(output, base, doc, quote_types)100    def _print_as_class(self, output, base: str, doc=True, quote_types=False):101        output.write(f"class {to_valid_python_name(self.shape.name)}({base}):\n")102        q = '"' if quote_types else ""103        if doc:104            self.print_shape_doc(output, self.shape)105        if not self.shape.members:106            output.write("    pass\n")107        for k, v in self.shape.members.items():108            if k in self.shape.required_members:109                output.write(f"    {k}: {q}{to_valid_python_name(v.name)}{q}\n")110            else:111                output.write(f"    {k}: Optional[{q}{to_valid_python_name(v.name)}{q}]\n")112    def _print_as_typed_dict(self, output, doc=True, quote_types=False):113        name = to_valid_python_name(self.shape.name)114        q = '"' if quote_types else ""115        output.write('%s = TypedDict("%s", {\n' % (name, name))116        for k, v in self.shape.members.items():117            if k in self.shape.required_members:118                output.write(f'    "{k}": {q}{to_valid_python_name(v.name)}{q},\n')119            else:120                output.write(f'    "{k}": Optional[{q}{to_valid_python_name(v.name)}{q}],\n')121        output.write("}, total=False)")122    def print_shape_doc(self, output, shape):123        html = shape.documentation124        rst = html_to_rst(html)125        if rst:126            output.write('    """')127            output.write(f"{rst}\n")128            output.write('    """\n')129    def print_declaration(self, output, doc=True, quote_types=False):130        shape = self.shape131        q = '"' if quote_types else ""132        if isinstance(shape, StructureShape):133            self._print_structure_declaration(output, doc, quote_types)134        elif isinstance(shape, ListShape):135            output.write(136                f"{to_valid_python_name(shape.name)} = List[{q}{to_valid_python_name(shape.member.name)}{q}]"137            )138        elif isinstance(shape, MapShape):139            output.write(140                f"{to_valid_python_name(shape.name)} = Dict[{q}{to_valid_python_name(shape.key.name)}{q}, {q}{to_valid_python_name(shape.value.name)}{q}]"141            )142        elif isinstance(shape, StringShape):143            if shape.enum:144                output.write(f"class {to_valid_python_name(shape.name)}(str):\n")145                for value in shape.enum:146                    name = to_valid_python_name(value)147                    output.write(f'    {name} = "{value}"\n')148            else:149                output.write(f"{to_valid_python_name(shape.name)} = str")150        elif shape.type_name == "string":151            output.write(f"{to_valid_python_name(shape.name)} = str")152        elif shape.type_name == "integer":153            output.write(f"{to_valid_python_name(shape.name)} = int")154        elif shape.type_name == "long":155            output.write(f"{to_valid_python_name(shape.name)} = int")156        elif shape.type_name == "double":157            output.write(f"{to_valid_python_name(shape.name)} = float")158        elif shape.type_name == "float":159            output.write(f"{to_valid_python_name(shape.name)} = float")160        elif shape.type_name == "boolean":161            output.write(f"{to_valid_python_name(shape.name)} = bool")162        elif shape.type_name == "blob":163            output.write(164                f"{to_valid_python_name(shape.name)} = bytes"165            )  # FIXME check what type blob really is166        elif shape.type_name == "timestamp":167            output.write(f"{to_valid_python_name(shape.name)} = datetime")168        else:169            output.write(170                f"# unknown shape type for {to_valid_python_name(shape.name)}: {shape.type_name}"171            )172        # TODO: BoxedInteger?173        output.write("\n")174    def get_order(self):175        """176        Defines a basic order in which to sort the stack of shape nodes before printing.177        First all non-enum primitives are printed, then enums, then exceptions, then all other types.178        """179        if self.is_primitive:180            if self.is_enum:181                return 1182            else:183                return 0184        if self.is_exception:185            return 2186        return 3187def generate_service_types(output, service: ServiceModel, doc=True):188    output.write("import sys\n")189    output.write("from typing import Dict, List, Optional\n")190    output.write("from datetime import datetime\n")191    output.write("if sys.version_info >= (3, 8):\n")192    output.write("    from typing import TypedDict\n")193    output.write("else:\n")194    output.write("    from typing_extensions import TypedDict\n")195    output.write("\n")196    output.write(197        "from localstack.aws.api import handler, RequestContext, ServiceException, ServiceRequest"198    )199    output.write("\n")200    # ==================================== print type declarations201    nodes: Dict[str, ShapeNode] = {}202    for shape_name in service.shape_names:203        shape = service.shape_for(shape_name)204        nodes[to_valid_python_name(shape_name)] = ShapeNode(service, shape)205    # output.write("__all__ = [\n")206    # for name in nodes.keys():207    #     output.write(f'    "{name}",\n')208    # output.write("]\n")209    printed: Set[str] = set()210    visited: Set[str] = set()211    stack: List[str] = list(nodes.keys())212    stack = sorted(stack, key=lambda name: nodes[name].get_order())213    stack.reverse()214    while stack:215        name = stack.pop()216        if name in printed:217            continue218        node = nodes[name]219        dependencies = [dep for dep in node.dependencies if dep not in printed]220        if not dependencies:221            node.print_declaration(output, doc=doc)222            printed.add(name)223        elif name in visited:224            # break out of circular dependencies225            node.print_declaration(output, doc=doc, quote_types=True)226            printed.add(name)227        else:228            stack.append(name)229            stack.extend(dependencies)230            visited.add(name)231def generate_service_api(output, service: ServiceModel, doc=True):232    service_name = service.service_name.replace("-", "_")233    class_name = service_name + "_api"234    class_name = snake_to_camel_case(class_name)235    output.write(f"class {class_name}:\n")236    output.write("\n")237    output.write(f'    service = "{service.service_name}"\n')238    output.write(f'    version = "{service.api_version}"\n')239    for op_name in service.operation_names:240        operation: OperationModel = service.operation_model(op_name)241        fn_name = camel_to_snake_case(op_name)242        if operation.output_shape:243            output_shape = to_valid_python_name(operation.output_shape.name)244        else:245            output_shape = "None"246        output.write("\n")247        parameters = OrderedDict()248        param_shapes = OrderedDict()249        input_shape = operation.input_shape250        if input_shape is not None:251            members = list(input_shape.members)252            for m in input_shape.required_members:253                members.remove(m)254                m_shape = input_shape.members[m]255                parameters[xform_name(m)] = to_valid_python_name(m_shape.name)256                param_shapes[xform_name(m)] = m_shape257            for m in members:258                m_shape = input_shape.members[m]259                param_shapes[xform_name(m)] = m_shape260                parameters[xform_name(m)] = f"{to_valid_python_name(m_shape.name)} = None"261        if any(map(is_bad_param_name, parameters.keys())):262            # if we cannot render the parameter name, don't expand the parameters in the handler263            param_list = f"request: {to_valid_python_name(input_shape.name)}" if input_shape else ""264            output.write(f'    @handler("{operation.name}", expand=False)\n')265        else:266            param_list = ", ".join([f"{k}: {v}" for k, v in parameters.items()])267            output.write(f'    @handler("{operation.name}")\n')268        output.write(269            f"    def {fn_name}(self, context: RequestContext, {param_list}) -> {output_shape}:\n"270        )271        # convert html documentation to rst and print it into to the signature272        if doc:273            html = operation.documentation274            rst = html_to_rst(html)275            output.write('        """')276            output.write(f"{rst}\n")277            output.write("\n")278            # parameters279            for param_name, shape in param_shapes.items():280                # FIXME: this doesn't work properly281                rst = html_to_rst(shape.documentation)282                rst = rst.strip().split(".")[0] + "."283                output.write(f":param {param_name}: {rst}\n")284            # return value285            if operation.output_shape:286                output.write(f":returns: {to_valid_python_name(operation.output_shape.name)}\n")287            # errors288            for error in operation.error_shapes:289                output.write(f":raises {to_valid_python_name(error.name)}:\n")290            output.write('        """\n')291        output.write("        raise NotImplementedError\n")292@click.group()293def scaffold():294    pass295@scaffold.command(name="generate")...

introspection.py

Source:introspection.py

...108        :type html: string109        :returns: The converted text110        :rtype: string111        """112        return html_to_rst(html)113    def introspect_operation(self, operation):114        """115        Introspects an entire operation, returning::116        * the method name (to expose to the user)117        * the API name (used server-side)118        * docs119        * introspected information about the parameters120        * information about the output121        :param operation: The operation to introspect122        :type operation: A <botocore.operation.Operation> object123        :returns: A dict of information124        """125        return {126            'method_name': operation.py_name,...

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