#!/usr/bin/env python # # Copyright 2018 - The Android Open Source Project # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. """A client that manages Goldfish Virtual Device on compute engine. ** GoldfishComputeClient ** GoldfishComputeClient derives from AndroidComputeClient. It manges a google compute engine project that is setup for running Goldfish Virtual Devices. It knows how to create a host instance from a Goldfish Stable Host Image, fetch Android build, an emulator build, and start Android within the host instance. ** Class hierarchy ** base_cloud_client.BaseCloudApiClient ^ | gcompute_client.ComputeClient ^ | android_compute_client.AndroidComputeClient ^ | goldfish_compute_client.GoldfishComputeClient TODO: This class should likely be merged with CvdComputeClient """ import getpass import logging from acloud import errors from acloud.internal import constants from acloud.internal.lib import android_compute_client from acloud.internal.lib import gcompute_client logger = logging.getLogger(__name__) class GoldfishComputeClient(android_compute_client.AndroidComputeClient): """Client that manages Goldfish based Android Virtual Device. Attributes: acloud_config: An AcloudConfig object. oauth2_credentials: An oauth2client.OAuth2Credentials instance. """ # To determine if the boot failed BOOT_FAILED_MSG = "VIRTUAL_DEVICE_FAILED" # To determine the failure reason # If the emulator build is not available EMULATOR_FETCH_FAILED_MSG = "EMULATOR_FETCH_FAILED" # If the system image build is not available ANDROID_FETCH_FAILED_MSG = "ANDROID_FETCH_FAILED" # If the emulator could not boot in time BOOT_TIMEOUT_MSG = "VIRTUAL_DEVICE_BOOT_FAILED" #pylint: disable=signature-differs def _GetDiskArgs(self, disk_name, image_name, image_project, disk_size_gb): """Helper to generate disk args that is used to create an instance. Args: disk_name: String, the name of disk. image_name: String, the name of the system image. image_project: String, the name of the project where the image. disk_size_gb: Integer, size of the blank data disk in GB. Returns: A dictionary representing disk args. """ return [{ "type": "PERSISTENT", "boot": True, "mode": "READ_WRITE", "autoDelete": True, "initializeParams": { "diskName": disk_name, "sourceImage": self.GetImage(image_name, image_project)["selfLink"], "diskSizeGb": disk_size_gb }, }] #pylint: disable=signature-differs def CheckBootFailure(self, serial_out, instance): """Overriding method from the parent class. Args: serial_out: String instance: String Raises: Raises an errors.DeviceBootError exception if a failure is detected. """ if self.BOOT_FAILED_MSG in serial_out: if self.EMULATOR_FETCH_FAILED_MSG in serial_out: raise errors.DeviceBootError( "Failed to download emulator build. Re-run with a newer build." ) if self.ANDROID_FETCH_FAILED_MSG in serial_out: raise errors.DeviceBootError( "Failed to download system image build. Re-run with a newer build." ) if self.BOOT_TIMEOUT_MSG in serial_out: raise errors.DeviceBootError( "Emulator timed out while booting.") @staticmethod def GetKernelBuildArtifact(target): if target == "kernel": return "bzImage" if target == "kernel_x86_64": return "bzImage" if target == "kernel_aarch64": return "Image.gz" raise errors.DeviceBootError( "Don't know the artifact name for '%s' target" % target) # pylint: disable=too-many-locals,arguments-differ # TODO: Refactor CreateInstance to pass in an object instead of all these args. def CreateInstance(self, instance, image_name, image_project, build_target, branch, build_id, kernel_branch=None, kernel_build_id=None, kernel_build_target=None, emulator_branch=None, emulator_build_id=None, blank_data_disk_size_gb=None, gpu=None, avd_spec=None, extra_scopes=None, tags=None): """Create a goldfish instance given a stable host image and a build id. Args: instance: String, instance name. image_name: String, the name of the system image. image_project: String, name of the project where the image belongs. Assume the default project if None. build_target: String, target name, e.g. "sdk_phone_x86_64-sdk" branch: String, branch name, e.g. "git_pi-dev" build_id: String, build id, a string, e.g. "2263051", "P2804227" kernel_branch: String, kernel branch name. kernel_build_id: String, kernel build id. kernel_build_target: kernel target, e.g. "kernel_x86_64" emulator_branch: String, emulator branch name, e.g."aosp-emu-master-dev" emulator_build_id: String, emulator build id, a string, e.g. "2263051", "P2804227" blank_data_disk_size_gb: Integer, size of the blank data disk in GB. gpu: String, GPU that should be attached to the instance, or None of no acceleration is needed. e.g. "nvidia-tesla-k80" avd_spec: An AVDSpec instance. extra_scopes: A list of extra scopes to be passed to the instance. tags: A list of tags to associate with the instance. e.g. ["http-server", "https-server"] """ self._CheckMachineSize() # Add space for possible data partition. boot_disk_size_gb = ( int(self.GetImage(image_name, image_project)["diskSizeGb"]) + blank_data_disk_size_gb) disk_args = self._GetDiskArgs(instance, image_name, image_project, boot_disk_size_gb) # Goldfish instances are metadata compatible with cuttlefish devices. # See details goto/goldfish-deployment metadata = self._metadata.copy() metadata["user"] = getpass.getuser() metadata[constants.INS_KEY_AVD_TYPE] = constants.TYPE_GF # Note that we use the same metadata naming conventions as cuttlefish metadata["cvd_01_fetch_android_build_target"] = build_target metadata["cvd_01_fetch_android_bid"] = "{branch}/{build_id}".format( branch=branch, build_id=build_id) if kernel_branch and kernel_build_id and kernel_build_target: metadata["cvd_01_fetch_kernel_bid"] = "{branch}/{build_id}".format( branch=kernel_branch, build_id=kernel_build_id) metadata["cvd_01_fetch_kernel_build_target"] = kernel_build_target metadata["cvd_01_fetch_kernel_build_artifact"] = ( self.GetKernelBuildArtifact(kernel_build_target)) metadata["cvd_01_use_custom_kernel"] = "true" if emulator_branch and emulator_build_id: metadata[ "cvd_01_fetch_emulator_bid"] = "{branch}/{build_id}".format( branch=emulator_branch, build_id=emulator_build_id) metadata["cvd_01_launch"] = "1" # Update metadata by avd_spec # for legacy create_gf cmd, we will keep using resolution. # And always use avd_spec for acloud create cmd. if avd_spec: metadata[constants.INS_KEY_AVD_FLAVOR] = avd_spec.flavor metadata["cvd_01_x_res"] = avd_spec.hw_property[constants.HW_X_RES] metadata["cvd_01_y_res"] = avd_spec.hw_property[constants.HW_Y_RES] metadata["cvd_01_dpi"] = avd_spec.hw_property[constants.HW_ALIAS_DPI] metadata[constants.INS_KEY_DISPLAY] = ("%sx%s (%s)" % ( avd_spec.hw_property[constants.HW_X_RES], avd_spec.hw_property[constants.HW_Y_RES], avd_spec.hw_property[constants.HW_ALIAS_DPI])) else: resolution = self._resolution.split("x") metadata["cvd_01_x_res"] = resolution[0] metadata["cvd_01_y_res"] = resolution[1] metadata["cvd_01_dpi"] = resolution[3] gcompute_client.ComputeClient.CreateInstance( self, instance=instance, image_name=image_name, image_project=image_project, disk_args=disk_args, metadata=metadata, machine_type=self._machine_type, network=self._network, zone=self._zone, gpu=gpu, tags=tags, extra_scopes=extra_scopes)