How to use get_sorted_vm_sizes method in lisa

Best Python code snippet using lisa_python

platform_.py

Source:platform_.py

...1436        node_space.disk.disk_type.add(schema.DiskType.StandardHDDLRS)1437        node_space.disk.disk_type.add(schema.DiskType.StandardSSDLRS)1438        node_space.network_interface.data_path.add(schema.NetworkDataPath.Synthetic)1439        return node_space1440    def get_sorted_vm_sizes(1441        self, capabilities: List[AzureCapability], log: Logger1442    ) -> List[AzureCapability]:1443        # sort vm size by predefined pattern1444        sorted_capabilities: List[AzureCapability] = []1445        found_vm_sizes: Set[str] = set()1446        # loop all fall back levels1447        for fallback_pattern in VM_SIZE_FALLBACK_PATTERNS:1448            level_capabilities: List[AzureCapability] = []1449            # loop all capabilities1450            for capability in capabilities:1451                vm_size = capability.vm_size1452                if fallback_pattern.match(vm_size) and vm_size not in found_vm_sizes:1453                    level_capabilities.append(capability)1454                    found_vm_sizes.add(vm_size)1455            # sort by rough cost1456            level_capabilities.sort(key=lambda x: (x.capability.cost))1457            sorted_capabilities.extend(level_capabilities)1458        return sorted_capabilities1459    def load_public_ip(self, node: Node, log: Logger) -> str:1460        node_context = get_node_context(node)1461        vm_name = node_context.vm_name1462        resource_group_name = node_context.resource_group_name1463        public_ips_map: Dict[str, str] = self.load_public_ips_from_resource_group(1464            resource_group_name=resource_group_name, log=self._log1465        )1466        return public_ips_map[vm_name]1467    @lru_cache(maxsize=10)  # noqa: B0191468    def _resolve_marketplace_image(1469        self, location: str, marketplace: AzureVmMarketplaceSchema1470    ) -> AzureVmMarketplaceSchema:1471        new_marketplace = copy.copy(marketplace)1472        # latest doesn't work, it needs a specified version.1473        if marketplace.version.lower() == "latest":1474            compute_client = get_compute_client(self)1475            with global_credential_access_lock:1476                versioned_images = compute_client.virtual_machine_images.list(1477                    location=location,1478                    publisher_name=marketplace.publisher,1479                    offer=marketplace.offer,1480                    skus=marketplace.sku,1481                )1482            if 0 == len(versioned_images):1483                raise LisaException(1484                    f"cannot find any version of image {marketplace.publisher} "1485                    f"{marketplace.offer} {marketplace.sku} in {location}"1486                )1487            # any one should be the same to get purchase plan1488            new_marketplace.version = versioned_images[-1].name1489        return new_marketplace1490    def _parse_shared_gallery_image(1491        self, location: str, shared_image: SharedImageGallerySchema1492    ) -> SharedImageGallerySchema:1493        new_shared_image = copy.copy(shared_image)1494        compute_client = get_compute_client(self)1495        if not shared_image.resource_group_name:1496            # /subscriptions/xxxx/resourceGroups/xxxx/providers/Microsoft.Compute/1497            # galleries/xxxx1498            rg_pattern = re.compile(r"resourceGroups/(.*)/providers", re.M)1499            galleries = compute_client.galleries.list()1500            rg_name = ""1501            for gallery in galleries:1502                if gallery.name.lower() == shared_image.image_gallery:1503                    rg_name = get_matched_str(gallery.id, rg_pattern)1504                    break1505            if not rg_name:1506                raise LisaException(1507                    f"not find matched gallery {shared_image.image_gallery}"1508                )1509        new_shared_image.resource_group_name = rg_name1510        if shared_image.image_version.lower() == "latest":1511            gallery_images = (1512                compute_client.gallery_image_versions.list_by_gallery_image(1513                    resource_group_name=new_shared_image.resource_group_name,1514                    gallery_name=new_shared_image.image_gallery,1515                    gallery_image_name=new_shared_image.image_definition,1516                )1517            )1518            image: GalleryImageVersion = None1519            time: Optional[datetime] = None1520            for image in gallery_images:1521                gallery_image = compute_client.gallery_image_versions.get(1522                    resource_group_name=new_shared_image.resource_group_name,1523                    gallery_name=new_shared_image.image_gallery,1524                    gallery_image_name=new_shared_image.image_definition,1525                    gallery_image_version_name=image.name,1526                    expand="ReplicationStatus",1527                )1528                if not time:1529                    time = gallery_image.publishing_profile.published_date1530                if gallery_image.publishing_profile.published_date > time:1531                    time = gallery_image.publishing_profile.published_date1532                    new_shared_image.image_version = image.name1533        return new_shared_image1534    @lru_cache(maxsize=10)  # noqa: B0191535    def _process_marketplace_image_plan(1536        self,1537        marketplace: AzureVmMarketplaceSchema,1538        plan_name: str,1539        plan_product: str,1540        plan_publisher: str,1541    ) -> Optional[PurchasePlan]:1542        """1543        this method to fill plan, if a VM needs it. If don't fill it, the deployment1544        will be failed.1545        1. Get image_info to check if there is a plan.1546        2. If there is a plan, it may need to check and accept terms.1547        """1548        plan: Optional[AzureVmPurchasePlanSchema] = None1549        # if there is a plan, it may need to accept term.1550        marketplace_client = get_marketplace_ordering_client(self)1551        term: Optional[AgreementTerms] = None1552        try:1553            with global_credential_access_lock:1554                term = marketplace_client.marketplace_agreements.get(1555                    offer_type="virtualmachine",1556                    publisher_id=marketplace.publisher,1557                    offer_id=marketplace.offer,1558                    plan_id=plan_name,1559                )1560        except Exception as identifier:1561            raise LisaException(f"error on getting marketplace agreement: {identifier}")1562        assert term1563        if term.accepted is False:1564            term.accepted = True1565            marketplace_client.marketplace_agreements.create(1566                offer_type="virtualmachine",1567                publisher_id=marketplace.publisher,1568                offer_id=marketplace.offer,1569                plan_id=plan_name,1570                parameters=term,1571            )1572        plan = AzureVmPurchasePlanSchema(1573            name=plan_name,1574            product=plan_product,1575            publisher=plan_publisher,1576        )1577        return plan1578    def _generate_max_capability(self, vm_size: str, location: str) -> AzureCapability:1579        # some vm size cannot be queried from API, so use default capability to1580        # run with best guess on capability.1581        node_space = schema.NodeSpace(1582            node_count=1,1583            core_count=search_space.IntRange(min=1),1584            memory_mb=search_space.IntRange(min=0),1585            gpu_count=search_space.IntRange(min=0),1586        )1587        node_space.disk = features.AzureDiskOptionSettings()1588        node_space.disk.data_disk_count = search_space.IntRange(min=0)1589        node_space.disk.disk_type = search_space.SetSpace[schema.DiskType](1590            is_allow_set=True, items=[]1591        )1592        node_space.disk.disk_type.add(schema.DiskType.PremiumSSDLRS)1593        node_space.disk.disk_type.add(schema.DiskType.Ephemeral)1594        node_space.disk.disk_type.add(schema.DiskType.StandardHDDLRS)1595        node_space.disk.disk_type.add(schema.DiskType.StandardSSDLRS)1596        node_space.network_interface = schema.NetworkInterfaceOptionSettings()1597        node_space.network_interface.data_path = search_space.SetSpace[1598            schema.NetworkDataPath1599        ](is_allow_set=True, items=[])1600        node_space.network_interface.data_path.add(schema.NetworkDataPath.Synthetic)1601        node_space.network_interface.data_path.add(schema.NetworkDataPath.Sriov)1602        node_space.network_interface.nic_count = search_space.IntRange(min=1)1603        # till now, the max nic number supported in Azure is 81604        node_space.network_interface.max_nic_count = 81605        azure_capability = AzureCapability(1606            location=location,1607            vm_size=vm_size,1608            capability=node_space,1609            resource_sku={},1610        )1611        node_space.name = f"{location}_{vm_size}"1612        node_space.features = search_space.SetSpace[schema.FeatureSettings](1613            is_allow_set=True1614        )1615        # all nodes support following features1616        all_features = self.supported_features()1617        node_space.features.update(1618            [schema.FeatureSettings.create(x.name()) for x in all_features]1619        )1620        _convert_to_azure_node_space(node_space)1621        return azure_capability1622    def _generate_min_capability(1623        self,1624        requirement: schema.NodeSpace,1625        azure_capability: AzureCapability,1626        location: str,1627    ) -> schema.NodeSpace:1628        min_cap: schema.NodeSpace = requirement.generate_min_capability(1629            azure_capability.capability1630        )1631        # Apply azure specified values. They will pass into arm template1632        azure_node_runbook = min_cap.get_extended_runbook(AzureNodeSchema, AZURE)1633        if azure_node_runbook.location:1634            assert location in azure_node_runbook.location, (1635                f"predefined location [{azure_node_runbook.location}] "1636                f"must be same as "1637                f"cap location [{location}]"1638            )1639        # the location may not be set1640        azure_node_runbook.location = location1641        azure_node_runbook.vm_size = azure_capability.vm_size1642        return min_cap1643    def _generate_sas_token(self, result_dict: Dict[str, str]) -> Any:1644        sc_name = result_dict["account_name"]1645        container_name = result_dict["container_name"]1646        rg = result_dict["resource_group_name"]1647        blob_name = result_dict["blob_name"]1648        source_container_client = get_or_create_storage_container(1649            credential=self.credential,1650            subscription_id=self.subscription_id,1651            account_name=sc_name,1652            container_name=container_name,1653            resource_group_name=rg,1654        )1655        source_blob = source_container_client.get_blob_client(blob_name)1656        sas_token = generate_sas_token(1657            credential=self.credential,1658            subscription_id=self.subscription_id,1659            account_name=sc_name,1660            resource_group_name=rg,1661        )1662        source_url = source_blob.url + "?" + sas_token1663        return source_url1664    @lru_cache(maxsize=10)  # noqa: B0191665    def _get_deployable_vhd_path(1666        self, vhd_path: str, location: str, log: Logger1667    ) -> str:1668        """1669        The sas url is not able to create a vm directly, so this method check if1670        the vhd_path is a sas url. If so, copy it to a location in current1671        subscription, so it can be deployed.1672        """1673        matches = SAS_URL_PATTERN.match(vhd_path)1674        if not matches:1675            vhd_details = self._get_vhd_details(vhd_path)1676            vhd_location = vhd_details["location"]1677            if location == vhd_location:1678                return vhd_path1679            else:1680                vhd_path = self._generate_sas_token(vhd_details)1681                matches = SAS_URL_PATTERN.match(vhd_path)1682                assert matches, f"fail to generate sas url for {vhd_path}"1683                log.debug(1684                    f"the vhd location {location} is not same with running case "1685                    f"location {vhd_location}, generate a sas url for source vhd, "1686                    f"it needs to be copied into location {location}."1687                )1688        else:1689            log.debug("found the vhd is a sas url, it may need to be copied.")1690        # get original vhd's hash key for comparing.1691        original_key: Optional[bytearray] = None1692        original_vhd_path = vhd_path1693        original_blob_client = BlobClient.from_blob_url(original_vhd_path)1694        properties = original_blob_client.get_blob_properties()1695        if properties.content_settings:1696            original_key = properties.content_settings.get(1697                "content_md5", None1698            )  # type: ignore1699        storage_name = get_storage_account_name(1700            subscription_id=self.subscription_id, location=location, type="t"1701        )1702        check_or_create_storage_account(1703            self.credential,1704            self.subscription_id,1705            storage_name,1706            self._azure_runbook.shared_resource_group_name,1707            location,1708            log,1709        )1710        container_client = get_or_create_storage_container(1711            credential=self.credential,1712            subscription_id=self.subscription_id,1713            account_name=storage_name,1714            container_name=SAS_COPIED_CONTAINER_NAME,1715            resource_group_name=self._azure_runbook.shared_resource_group_name,1716        )1717        normalized_vhd_name = constants.NORMALIZE_PATTERN.sub("-", vhd_path)1718        year = matches["year"] if matches["year"] else "9999"1719        month = matches["month"] if matches["month"] else "01"1720        day = matches["day"] if matches["day"] else "01"1721        # use the expire date to generate the path. It's easy to identify when1722        # the cache can be removed.1723        vhd_path = f"{year}{month}{day}/{normalized_vhd_name}.vhd"1724        full_vhd_path = f"{container_client.url}/{vhd_path}"1725        # lock here to prevent a vhd is copied in multi-thread1726        global _global_sas_vhd_copy_lock1727        cached_key: Optional[bytearray] = None1728        with _global_sas_vhd_copy_lock:1729            blobs = container_client.list_blobs(name_starts_with=vhd_path)1730            for blob in blobs:1731                if blob:1732                    # check if hash key matched with original key.1733                    if blob.content_settings:1734                        cached_key = blob.content_settings.get("content_md5", None)1735                    if original_key == cached_key:1736                        # if it exists, return the link, not to copy again.1737                        log.debug("the sas url is copied already, use it directly.")1738                        return full_vhd_path1739                    else:1740                        log.debug("found cached vhd, but the hash key mismatched.")1741            blob_client = container_client.get_blob_client(vhd_path)1742            blob_client.start_copy_from_url(1743                original_vhd_path, metadata=None, incremental_copy=False1744            )1745            wait_copy_blob(blob_client, vhd_path, log)1746        return full_vhd_path1747    def _get_vhd_details(self, vhd_path: str) -> Any:1748        matched = STORAGE_CONTAINER_BLOB_PATTERN.match(vhd_path)1749        assert matched, f"fail to get matched info from {vhd_path}"1750        sc_name = matched.group("sc")1751        container_name = matched.group("container")1752        blob_name = matched.group("blob")1753        storage_client = get_storage_client(self.credential, self.subscription_id)1754        sc = [x for x in storage_client.storage_accounts.list() if x.name == sc_name]1755        assert sc[1756            01757        ], f"fail to get storage account {sc_name} from {self.subscription_id}"1758        rg = get_matched_str(sc[0].id, RESOURCE_GROUP_PATTERN)1759        return {1760            "location": sc[0].location,1761            "resource_group_name": rg,1762            "account_name": sc_name,1763            "container_name": container_name,1764            "blob_name": blob_name,1765        }1766    def _generate_data_disks(1767        self,1768        node: Node,1769        azure_node_runbook: AzureNodeArmParameter,1770    ) -> List[DataDiskSchema]:1771        data_disks: List[DataDiskSchema] = []1772        assert node.capability.disk1773        if azure_node_runbook.marketplace:1774            marketplace = self._get_image_info(1775                azure_node_runbook.location, azure_node_runbook.marketplace1776            )1777            # some images has data disks by default1778            # e.g. microsoft-ads linux-data-science-vm linuxdsvm 21.05.271779            # we have to inject below part when dataDisks section added in1780            #  arm template,1781            # otherwise will see below exception:1782            # deployment failed: InvalidParameter: StorageProfile.dataDisks.lun1783            #  does not have required value(s) for image specified in1784            #  storage profile.1785            for default_data_disk in marketplace.data_disk_images:1786                data_disks.append(1787                    DataDiskSchema(1788                        node.capability.disk.data_disk_caching_type,1789                        default_data_disk.additional_properties["sizeInGb"],1790                        azure_node_runbook.disk_type,1791                        DataDiskCreateOption.DATADISK_CREATE_OPTION_TYPE_FROM_IMAGE,1792                    )1793                )1794        assert isinstance(1795            node.capability.disk.data_disk_count, int1796        ), f"actual: {type(node.capability.disk.data_disk_count)}"1797        for _ in range(node.capability.disk.data_disk_count):1798            assert isinstance(node.capability.disk.data_disk_size, int)1799            data_disks.append(1800                DataDiskSchema(1801                    node.capability.disk.data_disk_caching_type,1802                    node.capability.disk.data_disk_size,1803                    azure_node_runbook.disk_type,1804                    DataDiskCreateOption.DATADISK_CREATE_OPTION_TYPE_EMPTY,1805                )1806            )1807        return data_disks1808    @lru_cache(maxsize=10)  # noqa: B0191809    def _get_image_info(1810        self, location: str, marketplace: Optional[AzureVmMarketplaceSchema]1811    ) -> VirtualMachineImage:1812        compute_client = get_compute_client(self)1813        assert isinstance(marketplace, AzureVmMarketplaceSchema)1814        with global_credential_access_lock:1815            image_info = compute_client.virtual_machine_images.get(1816                location=location,1817                publisher_name=marketplace.publisher,1818                offer=marketplace.offer,1819                skus=marketplace.sku,1820                version=marketplace.version,1821            )1822        return image_info1823    def _get_location_key(self, location: str) -> str:1824        return f"{self.subscription_id}_{location}"1825    def _enable_ssh_on_windows(self, node: Node) -> None:1826        runbook = node.capability.get_extended_runbook(AzureNodeSchema)1827        if runbook.is_linux:1828            return1829        context = get_node_context(node)1830        remote_node = cast(RemoteNode, node)1831        log = node.log1832        log.debug(1833            f"checking if SSH port {remote_node.public_port} is reachable "1834            f"on {remote_node.name}..."1835        )1836        connected, _ = wait_tcp_port_ready(1837            address=remote_node.public_address,1838            port=remote_node.public_port,1839            log=log,1840            timeout=3,1841        )1842        if connected:1843            log.debug("SSH port is reachable.")1844            return1845        log.debug("SSH port is not open, enabling ssh on Windows ...")1846        # The SSH port is not opened, try to enable it.1847        public_key_data = get_public_key_data(self.runbook.admin_private_key_file)1848        with open(Path(__file__).parent / "Enable-SSH.ps1", "r") as f:1849            script = f.read()1850        parameters = RunCommandInputParameter(name="PublicKey", value=public_key_data)1851        command = RunCommandInput(1852            command_id="RunPowerShellScript",1853            script=[script],1854            parameters=[parameters],1855        )1856        compute_client = get_compute_client(self)1857        operation = compute_client.virtual_machines.begin_run_command(1858            resource_group_name=context.resource_group_name,1859            vm_name=context.vm_name,1860            parameters=command,1861        )1862        result = wait_operation(operation=operation, failure_identity="enable ssh")1863        log.debug("SSH script result:")1864        log.dump_json(logging.DEBUG, result)1865    def _get_vhd_os_disk_size(self, blob_url: str) -> int:1866        result_dict = self._get_vhd_details(blob_url)1867        container_client = get_or_create_storage_container(1868            credential=self.credential,1869            subscription_id=self.subscription_id,1870            account_name=result_dict["account_name"],1871            container_name=result_dict["container_name"],1872            resource_group_name=result_dict["resource_group_name"],1873        )1874        vhd_blob = container_client.get_blob_client(result_dict["blob_name"])1875        properties = vhd_blob.get_blob_properties()1876        assert properties.size, f"fail to get blob size of {blob_url}"1877        # Azure requires only megabyte alignment of vhds, round size up1878        # for cases where the size is megabyte aligned1879        return math.ceil(properties.size / 1024 / 1024 / 1024)1880    def _get_sig_info(1881        self, shared_image: SharedImageGallerySchema1882    ) -> GalleryImageVersion:1883        compute_client = get_compute_client(self)1884        return compute_client.gallery_image_versions.get(1885            resource_group_name=shared_image.resource_group_name,1886            gallery_name=shared_image.image_gallery,1887            gallery_image_name=shared_image.image_definition,1888            gallery_image_version_name=shared_image.image_version,1889            expand="ReplicationStatus",1890        )1891    def _get_sig_os_disk_size(self, shared_image: SharedImageGallerySchema) -> int:1892        found_image = self._get_sig_info(shared_image)1893        assert found_image.storage_profile.os_disk_image.size_in_gb1894        return int(found_image.storage_profile.os_disk_image.size_in_gb)1895    def _get_normalized_vm_sizes(1896        self, name: str, location: str, log: Logger1897    ) -> List[str]:1898        split_vm_sizes: List[str] = [x.strip() for x in name.split(",")]1899        for index, vm_size in enumerate(split_vm_sizes):1900            split_vm_sizes[index] = self._get_normalized_vm_size(vm_size, location, log)1901        return [x for x in split_vm_sizes if x]1902    def _get_normalized_vm_size(self, name: str, location: str, log: Logger) -> str:1903        # find predefined vm size on all available's.1904        location_info: AzureLocation = self.get_location_info(location, log)1905        matched_score: float = 01906        matched_name: str = ""1907        matcher = SequenceMatcher(None, name.lower(), "")1908        for vm_size in location_info.capabilities:1909            matcher.set_seq2(vm_size.lower())1910            if name.lower() in vm_size.lower() and matched_score < matcher.ratio():1911                matched_name = vm_size1912                matched_score = matcher.ratio()1913        return matched_name1914    def _get_capabilities(1915        self, vm_sizes: List[str], location: str, use_max_capability: bool, log: Logger1916    ) -> List[AzureCapability]:1917        candidate_caps: List[AzureCapability] = []1918        caps = self.get_location_info(location, log).capabilities1919        for vm_size in vm_sizes:1920            # force to use max capability to run test cases as much as possible,1921            # or force to support non-exists vm size.1922            if use_max_capability:1923                candidate_caps.append(self._generate_max_capability(vm_size, location))1924                continue1925            if vm_size in caps:1926                candidate_caps.append(caps[vm_size])1927        return candidate_caps1928    def _get_matched_capability(1929        self,1930        requirement: schema.NodeSpace,1931        candidate_capabilities: List[AzureCapability],1932    ) -> Optional[schema.NodeSpace]:1933        matched_cap: Optional[schema.NodeSpace] = None1934        # filter allowed vm sizes1935        for azure_cap in candidate_capabilities:1936            check_result = requirement.check(azure_cap.capability)1937            if check_result.result:1938                min_cap = self._generate_min_capability(1939                    requirement, azure_cap, azure_cap.location1940                )1941                matched_cap = min_cap1942                break1943        return matched_cap1944    def _get_matched_capabilities(1945        self, location: str, nodes_requirement: List[schema.NodeSpace], log: Logger1946    ) -> Tuple[List[Union[schema.NodeSpace, bool]], str]:1947        # capability or if it's able to wait.1948        caps: List[Union[schema.NodeSpace, bool]] = [False] * len(nodes_requirement)1949        # one of errors for all requirements. It's enough for troubleshooting.1950        error: str = ""1951        # get allowed vm sizes. Either it's from the runbook defined, or1952        # from subscription supported .1953        for req_index, req in enumerate(nodes_requirement):1954            candidate_caps, sub_error = self._get_allowed_capabilities(1955                req, location, log1956            )1957            if sub_error:1958                # no candidate found, so try next one.1959                error = sub_error1960                continue1961            # filter vm sizes and return two list. 1st is deployable, 2nd is1962            # wait able for released resource.1963            (1964                available_capabilities,1965                awaitable_capabilities,1966            ) = self._parse_cap_availabilities(candidate_caps)1967            # sort vm sizes to match1968            available_capabilities = self.get_sorted_vm_sizes(1969                available_capabilities, log1970            )1971            # match vm sizes by capability or use the predefined vm sizes.1972            candidate_cap = self._get_matched_capability(req, available_capabilities)1973            if candidate_cap:1974                caps[req_index] = candidate_cap1975            else:1976                # the error will be overwritten, if there is vm sizes without1977                # quota.1978                error = f"no available vm size found on '{location}'."1979            if not candidate_cap:1980                # check if there is awaitable VMs1981                candidate_cap = self._get_matched_capability(1982                    req, awaitable_capabilities...

features.py

Source:features.py

...1147        )1148        # Get list of vm sizes available in the current location1149        location_info = platform.get_location_info(node_runbook.location, self._log)1150        capabilities = [value for _, value in location_info.capabilities.items()]1151        sorted_sizes = platform.get_sorted_vm_sizes(capabilities, self._log)1152        current_vm_size = next(1153            (x for x in sorted_sizes if x.vm_size == node_runbook.vm_size),1154            None,1155        )1156        assert current_vm_size, "cannot find current vm size in eligible list"1157        # Intersection of available_sizes and eligible_sizes1158        avail_eligible_intersect: List[AzureCapability] = []1159        # Populating avail_eligible_intersect with vm sizes that are available in the1160        # current location and that are available for the current vm size to resize to1161        for size in available_sizes:1162            vm_size_name = size.as_dict()["name"]1163            # Getting eligible vm sizes and their capability data1164            new_vm_size = next(1165                (x for x in sorted_sizes if x.vm_size == vm_size_name), None...

test_prepare.py

Source:test_prepare.py

...321        self, location: str, vm_size: str, expect_exists: bool322    ) -> Optional[platform_.AzureCapability]:323        result = None324        location_info = self._platform.get_location_info(location, self._log)325        sorted_capabilities = self._platform.get_sorted_vm_sizes(326            [value for _, value in location_info.capabilities.items()], self._log327        )328        self.assertEqual(329            expect_exists,330            any([x.vm_size == vm_size for x in sorted_capabilities]),331        )332        if expect_exists:333            result = next(x for x in sorted_capabilities if x.vm_size == vm_size)334        return result335    def load_environment(336        self,337        node_req_count: int = 2,338    ) -> Environment:339        runbook = schema.Environment()...

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