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How to use hot_add_disk_parallel method in lisa

Best Python code snippet using lisa_python

storage.py

Source:storage.py

...285        """,286        timeout=TIME_OUT,287        requirement=simple_requirement(disk=DiskStandardHDDLRS()),288    )289    def hot_add_disk_parallel(self, log: Logger, node: Node) -> None:290        self._hot_add_disk_parallel(291            log, node, DiskType.StandardHDDLRS, self.DEFAULT_DISK_SIZE_IN_GB292        )293    @TestCaseMetadata(294        description="""295        This test case will verify that the standard ssd data disks disks can296        be added serially while the vm is running. The test steps are same as297        `hot_add_disk_parallel`.298        """,299        timeout=TIME_OUT,300        requirement=simple_requirement(disk=DiskStandardSSDLRS()),301    )302    def hot_add_disk_parallel_standard_ssd(self, log: Logger, node: Node) -> None:303        self._hot_add_disk_parallel(304            log, node, DiskType.StandardSSDLRS, self.DEFAULT_DISK_SIZE_IN_GB305        )306    @TestCaseMetadata(307        description="""308        This test case will verify that the premium ssd data disks disks can309        be added serially while the vm is running. The test steps are same as310        `hot_add_disk_parallel`.311        """,312        timeout=TIME_OUT,313        requirement=simple_requirement(disk=DiskPremiumSSDLRS()),314    )315    def hot_add_disk_parallel_premium_ssd(self, log: Logger, node: Node) -> None:316        self._hot_add_disk_parallel(317            log, node, DiskType.PremiumSSDLRS, self.DEFAULT_DISK_SIZE_IN_GB318        )319    @TestCaseMetadata(320        description="""321        This test case will verify mount azure nfs on guest successfully.322        """,323        timeout=TIME_OUT,324        requirement=simple_requirement(supported_features=[Nfs]),325        priority=2,326    )327    def verify_azure_file_share_nfs(self, log: Logger, node: Node) -> None:328        nfs = node.features[Nfs]329        mount_dir = "/mount/azure_share"330        nfs.create_share()331        storage_account_name = nfs.storage_account_name332        mount_nfs = f"{storage_account_name}.file.core.windows.net"333        server_shared_dir = f"{nfs.storage_account_name}/{nfs.file_share_name}"334        try:335            node.tools[NFSClient].setup(336                mount_nfs,337                server_shared_dir,338                mount_dir,339            )340        except Exception as identifier:341            raise LisaException(342                f"fail to mount {server_shared_dir} into {mount_dir}"343                f"{identifier.__class__.__name__}: {identifier}."344            )345        finally:346            nfs.delete_share()347            node.tools[NFSClient].stop(mount_dir)348    def after_case(self, log: Logger, **kwargs: Any) -> None:349        node: Node = kwargs["node"]350        disk = node.features[Disk]351        # cleanup any disks added as part of the test352        # If the cleanup operation fails, mark node to be recycled353        try:354            disk.remove_data_disk()355        except Exception:356            raise BadEnvironmentStateException357    def _hot_add_disk_serial(358        self, log: Logger, node: Node, type: DiskType, size: int359    ) -> None:360        disk = node.features[Disk]361        lsblk = node.tools[Lsblk]362        # get max data disk count for the node363        assert node.capability.disk364        assert isinstance(node.capability.disk.max_data_disk_count, int)365        max_data_disk_count = node.capability.disk.max_data_disk_count366        log.debug(f"max_data_disk_count: {max_data_disk_count}")367        # get the number of data disks already added to the vm368        assert isinstance(node.capability.disk.data_disk_count, int)369        current_data_disk_count = node.capability.disk.data_disk_count370        log.debug(f"current_data_disk_count: {current_data_disk_count}")371        # disks to be added to the vm372        disks_to_add = max_data_disk_count - current_data_disk_count373        # get partition info before adding data disk374        partitions_before_adding_disk = lsblk.get_disks(force_run=True)375        for _ in range(disks_to_add):376            # add data disk377            log.debug("Adding 1 managed disk")378            disks_added = disk.add_data_disk(1, type, size)379            # verify that partition count is increased by 1380            # and the size of partition is correct381            partitons_after_adding_disk = lsblk.get_disks(force_run=True)382            added_partitions = [383                item384                for item in partitons_after_adding_disk385                if item not in partitions_before_adding_disk386            ]387            log.debug(f"added_partitions: {added_partitions}")388            assert_that(added_partitions, "Data disk should be added").is_length(1)389            assert_that(390                added_partitions[0].size_in_gb,391                f"data disk { added_partitions[0].name} size should be equal to "392                f"{size} GB",393            ).is_equal_to(size)394            # remove data disk395            log.debug(f"Removing managed disk: {disks_added}")396            disk.remove_data_disk(disks_added)397            # verify that partition count is decreased by 1398            partition_after_removing_disk = lsblk.get_disks(force_run=True)399            added_partitions = [400                item401                for item in partitions_before_adding_disk402                if item not in partition_after_removing_disk403            ]404            assert_that(added_partitions, "data disks should not be present").is_length(405                0406            )407    def _hot_add_disk_parallel(408        self, log: Logger, node: Node, type: DiskType, size: int409    ) -> None:410        disk = node.features[Disk]411        lsblk = node.tools[Lsblk]412        # get max data disk count for the node413        assert node.capability.disk414        assert isinstance(node.capability.disk.max_data_disk_count, int)415        max_data_disk_count = node.capability.disk.max_data_disk_count416        log.debug(f"max_data_disk_count: {max_data_disk_count}")417        # get the number of data disks already added to the vm418        assert isinstance(node.capability.disk.data_disk_count, int)419        current_data_disk_count = node.capability.disk.data_disk_count420        log.debug(f"current_data_disk_count: {current_data_disk_count}")421        # disks to be added to the vm...

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