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How to use power_host method in autotest

Best Python code snippet using autotest_python

machine.py

Source:machine.py

1from rest_framework import serializers2from orthos2.data.models import Machine3from .annotation import AnnotationSerializer4from .installation import InstallationSerializer5from .networkinterface import NetworkInterfaceSerializer6from .bmc import BMCSerializer7class NetworkInterfaceListingField(NetworkInterfaceSerializer):8    def to_representation(self, networkinterface):9        result = {}10        for name, field in self.fields.items():11            value = getattr(networkinterface, name)12            result[name] = {'label': field.label, 'value': value}13        return result14class InstallationListingField(InstallationSerializer):15    def to_representation(self, installation):16        result = {}17        for name, field in self.fields.items():18            value = getattr(installation, name)19            result[name] = {'label': field.label, 'value': value}20        return result21class AnnotationListingField(AnnotationSerializer):22    def to_representation(self, annotation):23        result = {}24        for name, field in self.fields.items():25            value = getattr(annotation, str(name))26            if name == 'reporter':27                if value:28                    value = value.username29                else:30                    value = 'unknown'31            result[name] = {'label': field.label, 'value': value}32        return result33class BMCListingField(BMCSerializer):34    def to_representation(self, bmc):35        result = {}36        for name, field in self.fields.items():37            value = getattr(bmc, str(name))38            result[name] = {'label': field.label, 'value': value}39        return result40class MachineSerializer(serializers.ModelSerializer):41    enclosure = serializers.StringRelatedField()42    system = serializers.StringRelatedField()43    architecture = serializers.StringRelatedField()44    networkinterfaces = NetworkInterfaceListingField(many=True)45    reserved_by = serializers.StringRelatedField()46    installations = InstallationListingField(many=True)47    annotations = AnnotationListingField(many=True)48    status_ipv4 = serializers.SerializerMethodField()49    status_ipv6 = serializers.SerializerMethodField()50    bmc = BMCListingField()51    class Meta:52        model = Machine53        fields = (54            'fqdn',55            'ipv4',56            'ipv6',57            'comment',58            'group',59            'serial_number',60            'product_code',61            'enclosure',62            'nda',63            'system',64            'bmc',65            'bmc_fqdn',66            'bmc_mac',67            'bmc_password',68            'bmc_username',69            'architecture',70            'networkinterfaces',71            'installations',72            'annotations',73            'status_ipv6',74            'status_ipv4',75            'status_ssh',76            'status_login',77            'reserved_by',78            'reserved_reason',79            'reserved_at',80            'reserved_until',81            'cpu_model',82            'cpu_id',83            'cpu_cores',84            'cpu_physical',85            'cpu_threads',86            'cpu_flags',87            'ram_amount',88            'serial_type',89            'serial_console_server',90            'serial_port',91            'serial_command',92            'serial_comment',93            'serial_baud_rate',94            'serial_kernel_device',95            'serial_kernel_device_num',96            'power_type',97            'power_host',98            'power_port',99            'power_comment',100            'location_room',101            'location_rack',102            'location_rack_position'103        )104    serial_type = serializers.CharField(source='serialconsole.stype.name')105    serial_console_server = serializers.CharField(source='serialconsole.console_server')106    serial_port = serializers.IntegerField(source='serialconsole.port')107    serial_command = serializers.CharField(source='serialconsole.command')108    serial_comment = serializers.CharField(source='serialconsole.comment')109    serial_baud_rate = serializers.IntegerField(source='serialconsole.baud_rate')110    serial_kernel_device = serializers.CharField(source='serialconsole.kernel_device')111    serial_kernel_device_num = serializers.IntegerField(source='serialconsole.kernel_device_num')112    power_type = serializers.CharField(source='remotepower.fence_name')113    power_host = serializers.CharField(source='remotepower.remote_power_device')114    power_port = serializers.CharField(source='remotepower.port')115    power_comment = serializers.CharField(source='remotepower.comment')116    bmc_fqdn = serializers.CharField(source='bmc.fqdn')117    bmc_mac = serializers.CharField(source='bmc.mac')118    bmc_username = serializers.CharField(source='bmc.username')119    bmc_password = serializers.SerializerMethodField()120    def get_bmc_password(self, obj):121        if hasattr(self, 'bmc') and self.bmc:122            if self.bmc_password:123                return "***"124        return "-"125    location_room = serializers.CharField(source='enclosure.location_room')126    location_rack = serializers.CharField(source='enclosure.location_rack')127    location_rack_position = serializers.CharField(source='enclosure.location_rack_position')128    group = serializers.CharField(source='group.name')129    def __init__(self, machine, *args, **kwargs):130        super(MachineSerializer, self).__init__(machine, *args, **kwargs)131        if not hasattr(machine, 'group') or not machine.group:132            self.fields.pop('group')133    @property134    def data_info(self):135        result = {}136        # copy dictionary for further manipulation137        data = self.data138        # add keys to exclude list which shouldn't be displayed if value is empty...139        exclude = []140        for key in self.fields.keys():141            if key.startswith('serial_') or key.startswith('power_'):142                exclude.append(key)143        exclude.remove('serial_type')144        exclude.remove('power_type')145        for name, field in self.fields.items():146            if name == 'ipv4':147                field.label = 'IPv4'148            if name == 'ipv6':149                field.label = 'IPv6'150            if name == 'status_ipv4':151                field.label = 'Status IPv4'152            if name == 'status_ipv6':153                field.label = 'Status IPv6'154            # TODO: Adapt this to the new implementation155            # if name == 'power_type' and data[name]:156            #    data[name] = RemotePower.Type.to_str(data[name])157            # ... do not add label/values if in exclude list158            if (name in exclude) and (data[name] is None):159                continue160            result[name] = {'label': field.label, 'value': data[name]}161        return result162    def get_status_ipv4(self, obj):163        return obj.get_status_ipv4_display()164    def get_status_ipv6(self, obj):...

tasks.py

Source:tasks.py

...89    data="FFM_ORT"90    result=foreman.Foreman(hostname,port,username,password,False).search_environment(data)91    print result92@operation93def power_host(hostname, port, username, password, power_action, host_id, **kwargs):94	# setting node instance runtime property95    ctx.instance.runtime_properties['hostname'] = hostname96    #ctx.instance.runtime_properties['username'] = username97    #str=some_property1+some_property298    ctx.logger.info("Trying to connect FICO Foreman server.")...

info.py

Source:info.py

1from django.urls import re_path2from django.http import HttpResponseRedirect, JsonResponse3from orthos2.api.commands import BaseAPIView, get_machine4from orthos2.api.serializers.machine import MachineSerializer5from orthos2.api.serializers.misc import ErrorMessage, Serializer6from orthos2.data.models import Machine7class InfoCommand(BaseAPIView):8    METHOD = 'GET'9    URL = '/machine'10    ARGUMENTS = (11        ['fqdn'],12    )13    HELP_SHORT = "Retrieve information about a machine."14    HELP = """Command to get information about a machine.15Usage:16    INFO <fqdn>17Arguments:18    fqdn - FQDN or hostname of the machine.19Example:20    INFO foo.domain.tld21    """22    @staticmethod23    def get_urls():24        return [25            re_path(r'^machine$', InfoCommand.as_view(), name='machine'),26        ]27    @staticmethod28    def get_tabcompletion():29        return list(Machine.api.all().values_list('fqdn', flat=True))30    def get(self, request, *args, **kwargs):31        """Return machine information."""32        fqdn = request.GET.get('fqdn', None)33        response = {}34        try:35            result = get_machine(36                fqdn,37                redirect_to='api:machine',38                data=request.GET39            )40            if isinstance(result, Serializer):41                return result.as_json42            elif isinstance(result, HttpResponseRedirect):43                return result44            machine = result45        except Exception as e:46            return ErrorMessage(str(e)).as_json47        machine.enclosure.fetch_location(machine.pk)48        machine = MachineSerializer(machine)49        order = [50            'fqdn',51            'architecture',52            'ipv4',53            'ipv6',54            'serial_number',55            'product_code',56            'comment',57            'nda',58            None,59            'system',60            'enclosure',61            'group',62            None,63            'location_room',64            'location_rack',65            'location_rack_position',66            None,67            'reserved_by',68            'reserved_reason',69            'reserved_at',70            'reserved_until',71            None,72            'status_ipv4',73            'status_ipv6',74            'status_ssh',75            'status_login',76            None,77            'cpu_model',78            'cpu_id',79            'cpu_physical',80            'cpu_cores',81            'cpu_threads',82            'cpu_flags',83            'ram_amount',84            None,85            'serial_type',86            'serial_cscreen_server',87            'serial_console_server',88            'serial_port',89            'serial_command',90            'serial_comment',91            'serial_baud_rate',92            'serial_kernel_device',93            'serial_kernel_device_num',94            None,95            'power_type',96            'power_host',97            'power_port',98            'power_device',99            'power_comment',100            None,101            'bmc_fqdn',102            'bmc_mac',103            'bmc_username',104            'bmc_password',105            [106                'installations', [107                    'distribution',108                    'active',109                    'partition',110                    'architecture',111                    'kernelversion'112                ]113            ],114            [115                'networkinterfaces', [116                    'mac_address',117                    'name',118                    'ethernet_type',119                    'driver_module',120                    'primary',121                ]122            ],123            [124                'annotations', [125                    'text',126                    'reporter',127                    'created'128                ]129            ]130        ]131        response['header'] = {'type': 'INFO', 'order': order}132        response['data'] = machine.data_info...

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