How to use healthy_str method in avocado

Best Python code snippet using avocado_python

builder.py

Source:builder.py

1# StdLib2from collections import defaultdict3import os4from typing import List, Type, Union5# Internal deps6from .health_update import HealthUpdate7from .utils import (8    alerts_markdown,9    errors_markdown,10    warnings_markdown,11)12# External deps13from slack_sdk.models.blocks import (14    Block,15    DividerBlock,16    HeaderBlock,17    PlainTextObject,18    SectionBlock,19)20from slack_sdk.models.blocks.basic_components import MarkdownTextObject, Option21from slack_sdk.models.blocks.block_elements import StaticSelectElement22class Builder:23    """Builder for Slack text blocks."""24    ICONS={25        'Healthy': ':white_check_mark:',26        'Unhealthy': ':x:',27        'Warning': ':warning:',28        'Alert': ':exclamation:',29        'Unknown': ':question:',30    }31    def details(obj: Type[HealthUpdate]) -> List[Type[Block]]:32        blocks: List[Type[Block]] = []33        if obj.healthy_str != 'Healthy':34            blocks.append(DividerBlock())35            if obj.errors:36                blocks.append(37                    SectionBlock(38                        text = MarkdownTextObject(39                            text = errors_markdown(obj.errors)40                        )41                    )42                )43            if obj.warnings:44                blocks.append(45                    SectionBlock(46                        text = MarkdownTextObject(47                            text = warnings_markdown(obj.warnings)48                        )49                    )50                )51            if obj.alerts:52                blocks.append(53                    SectionBlock(54                        text = MarkdownTextObject(55                            text = alerts_markdown(obj.alerts)56                        )57                    )58                )59        return blocks60    def health(objs: Union[HealthUpdate, List[HealthUpdate]], details: bool=False) -> List[Type[Block]]:61        # Validate62        if isinstance(objs, HealthUpdate):63            objs = [objs]64        elif isinstance(objs, list):65            for obj in objs:66                if not isinstance(obj, HealthUpdate):67                    raise ValueError('all objects passed in list must be an instance of HealthUpdate')68        else:69            raise ValueError('objs variable must be an instance of HealthUpdate or List[HealthUpdate]')70        # Collect data71        icon = Builder.ICONS.get(obj.healthy_str, ':interrobang:')72        mrkdown = f'{icon} [{obj.kind}] *{obj.name}* state: *{obj.healthy_str}*.'73        # Building blocks74        blocks: List[Type[Block]] = []75        blocks.append(76            SectionBlock(77                text = MarkdownTextObject(78                    text = mrkdown79                )80            )81        )82        if details:83            blocks.extend(Builder.details(obj))84        return blocks85    def health_overview(objs: Type[HealthUpdate]) -> List[Type[Block]]:86        """A health_overview is a one-line list of states and their counts along with a list of namespaces that are unhealthy."""87        # Build the summary text88        collection = defaultdict(lambda: [])89        for ns in objs:90            collection[ns.healthy_str].append(ns)91        statuses = []92        if len(collection['Healthy']):93            statuses.append(f'healthy({len(collection["Healthy"])})')94        if len(collection['Unhealthy']):95            statuses.append(f'unhealthy({len(collection["Unhealthy"])})')96        if len(collection['Warning']):97            statuses.append(f'warning({len(collection["Warning"])})')98        if len(collection['Alert']):99            statuses.append(f'alert({len(collection["Alert"])})')100        # Building Blocks101        blocks: List[Type[Block]] = []102        blocks.append(103            HeaderBlock(104                text = PlainTextObject(105                    text = f':medical_symbol: Overall health: {", ".join(statuses)}'106                )107            )108        )109        if len(collection['Unhealthy']):110            blocks.append(DividerBlock())111            lines: List[str] = []112            for ns in collection['Unhealthy']:113                lines.append(f"*{ns.name}*: {len(ns.errors)} errors, {len(ns.warnings)} warnings.")114            # Build SelectBlock for more details115            blocks.append(116                SectionBlock(117                    text = MarkdownTextObject(118                        text = os.linesep.join(lines)119                    ),120                    accessory = StaticSelectElement(121                        placeholder = PlainTextObject(122                            text = 'More details...'123                        ),124                        #options=[{'text':{'type':'plain_text','text':ns.name,'value':ns.name}} for ns in collection['Unhealthy']],125                        options = [Option(text=ns.name, value=ns.name) for ns in collection['Unhealthy']],126                        action_id = 'health'127                    )128                )129            )130        return blocks131    def transition_msg(obj: HealthUpdate) -> List[Type[Block]]:132        """Create a Slack message for an Update stating a state transition."""133        # Gather info134        icon = Builder.ICONS.get(obj.healthy_str, ':interrobang"')135        text = f'{icon} [{obj.kind}] {obj.name} transitioned state: {obj.previous_healthy_str} -> {obj.healthy_str}'136        # Building blocks137        blocks: List[Type[Block]] = []138        blocks.append(139            HeaderBlock(140                text = PlainTextObject(141                    text = text142                )143            )144        )145        blocks.extend(Builder.details(obj))...

health_update.py

Source:health_update.py

...55    @property56    def healthy_raw(self) -> str:57        return self._healthy58    @property59    def healthy_str(self) -> str:60        return HealthUpdate.healthy_to_str(self._healthy)61    @property62    def kind(self) -> str:63        return self._kind64    @property65    def name(self) -> str:66        return self._name67    @property68    def namespace(self) -> str:69        return self._namespace70    @property71    def previous_healthy(self) -> Union[bool, None]:72        if self._previous_healthy == None:73            return None74        healthy = self._previous_healthy.lower()75        if healthy in ['true', 'warn', 'alert']:76            return True77        else:78            return False79    @property80    def previous_healthy_raw(self) -> Union[str, None]:81        return self._previous_healthy82    @previous_healthy_raw.setter83    def previous_healthy_raw(self, value: str) -> None:84        if isinstance(value, str):85            self._previous_healthy = value86    @property87    def previous_healthy_str(self) -> Union[str, None]:88        return HealthUpdate.healthy_to_str(self._previous_healthy)89    @property90    def tenant(self) -> str:91        return self._tenant92    @property93    def warnings(self) -> List[str]:94        return self._warnings95    def to_s(self) -> str:96        return f'[{self.kind}] {self.name} state: {self.healthy_str}'97    @staticmethod98    def healthy_to_str(healthy: str) -> str:99        """Because the API returns "True" if healthy,100        we want to translate that to something more101        readable by meat objects."""...

test_healthupdate.py

Source:test_healthupdate.py

1import copy2import pytest3from bmspy import HealthUpdate4test_params = [5    ('healthy_hupdate_dict', True, 'Healthy'),6    ('unhealthy_hupdate_dict', False, 'Unhealthy'),7    ('warning_hupdate_dict', True, 'Warning'),8    ('alert_hupdate_dict', True, 'Alert'),9    ('unknown_hupdate_dict', False, 'Unknown'),10]11@pytest.mark.parametrize('hupdate_dict,expected_healthy,expected_healthy_str', test_params)12def test_init(hupdate_dict, expected_healthy, expected_healthy_str, request):13    hupdate_dict = request.getfixturevalue(hupdate_dict)14    subj = HealthUpdate(hupdate_dict)15    assert subj.kind == hupdate_dict['kind']16    assert subj.name == hupdate_dict['name']17    assert subj.namespace == hupdate_dict['namespace']18    assert subj.healthy == expected_healthy19    assert subj.healthy_str == expected_healthy_str20    assert subj.errors == hupdate_dict['errors']21    assert subj.warnings == hupdate_dict['warnings']22    assert subj.alerts == hupdate_dict['alerts']23@pytest.mark.parametrize('field', ['healthy', 'kind', 'name'])24def test_init_validation(healthy_hupdate_dict, field):25    obj = copy.deepcopy(healthy_hupdate_dict)26    del(obj[field])27    with pytest.raises(KeyError) as e_info:...

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