`airgun.views.host`¶

Module Contents¶

Classes¶

`TableActions`	Interface table has Action column that contains only two buttons,
`PuppetClassParameterValue`	Represent value field for Puppet Class parameters table row from Host
`ComputeResourceLibvirtProfileStorageItem`	Libvirt Compute Resource profile "Storage" item widget
`ComputeResourceGoogleProfileStorageItem`	Google Compute Resource profile "Storage" item widget
`HostInterface`	View is a kind of abstract widget that can hold another widgets. Remembers the order,
`HostsView`	Base view for Satellite pages
`HostCreateView`	Base view for Satellite pages
`HostRegisterView`	Base view for Satellite pages
`RecommendationWidget`	The widget representation of recommendation item.
`RecommendationListView`	Insights tab view of a host
`HostDetailsView`	Base view for Satellite pages
`HostEditView`	Base view for Satellite pages
`HostsActionCommonDialog`	Common base class Dialog for Hosts Actions
`HostsChangeGroup`	Common base class Dialog for Hosts Actions
`HostsChangeEnvironment`	Common base class Dialog for Hosts Actions
`HostsTaxonomyMismatchRadioGroup`	Handle Taxonomy Mismatch Radio Group
`HostsAssignOrganization`	Common base class Dialog for Hosts Actions
`HostsAssignLocation`	Common base class Dialog for Hosts Actions
`HostsAssignCompliancePolicy`	Common base class Dialog for Hosts Actions
`HostsUnassignCompliancePolicy`	Common base class Dialog for Hosts Actions
`HostsChangeOpenscapCapsule`	Common base class Dialog for Hosts Actions
`HostsDeleteActionDialog`	Common base class Dialog for Hosts Actions
`HostsDeleteTaskDetailsView`	Hosts Delete Task Details View
`HostsJobInvocationCreateView`	Hosts Job Invocation Create View
`HostsJobInvocationStatusView`	Hosts Job Invocation Status View

class airgun.views.host.TableActions(parent, logger=None, **kwargs)¶

Interface table has Action column that contains only two buttons, without any extra controls, so we cannot re-use any existing widgets

edit¶

delete¶

class airgun.views.host.PuppetClassParameterValue(parent, logger=None, **kwargs)¶

Represent value field for Puppet Class parameters table row from Host Parameters tab. That field can be interacted with as usual text input, but also it can be overridden with new value

ROOT = .//div[@class='input-group']¶

value¶

override_button¶

remove_override_button¶

hide_button¶

property hidden¶: Return whether the variable is hidden

property overridden¶: Return whether the variable is overridden, a variable is overridden if not disabled

property hidden_value¶

read()¶: Return smart variable widget values

fill(value)¶: Set smart variable widget values

hide(value=True)¶: Hide or unhide the smart variable input box

override(value=True)¶: Click corresponding button depends on action needed

class airgun.views.host.ComputeResourceLibvirtProfileStorageItem(parent, locator, logger=None)¶

Libvirt Compute Resource profile “Storage” item widget

storage_pool¶

size¶

storage_type¶

class airgun.views.host.ComputeResourceGoogleProfileStorageItem(parent, locator, logger=None)¶

Google Compute Resource profile “Storage” item widget

size¶

class airgun.views.host.HostInterface(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

class InterfaceForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

class VirtualAttributesForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

tag¶

attached_to¶

virtual_nic¶

virtual_attributes¶

class BMCForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

username¶

password¶

provider¶

class BondForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

mode¶

attached_devices¶

bond_options¶

class BridgeForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

attached_devices¶

ROOT = .//div[@id='interfaceModal']¶

title¶

submit¶

interface_type¶

mac¶

device_identifier¶

dns¶

domain¶

subnet¶

subnet_v6¶

ip¶

ipv6¶

managed¶

primary¶

provision¶

remote_execution¶

interface_additional_data¶

network_type¶

network¶

nic_type¶

after_fill(was_change)¶: Submit the dialog data once all necessary view widgets filled

property is_displayed¶

Overrides the Widget.is_displayed(). The difference is that if the view does not have the root locator, it assumes it is displayed.

Returns: bool

class airgun.views.host.HostsView(parent, logger=None, **kwargs)¶

Base view for Satellite pages

title¶

export¶

new¶

register¶

select_all¶

table¶

host_status = //span[contains(@class, 'host-status')]¶

actions¶

dialog¶

property is_displayed¶

Overrides the Widget.is_displayed(). The difference is that if the view does not have the root locator, it assumes it is displayed.

Returns: bool

class airgun.views.host.HostCreateView(parent, logger=None, **kwargs)¶

Base view for Satellite pages

class host(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

name¶

organization¶

location¶

hostgroup¶

inherit_deploy_option¶

deploy¶

compute_profile¶

lce¶

content_view¶

content_source¶

reset_puppet_environment¶

inherit_puppet_environment¶

puppet_environment¶

puppet_master¶

puppet_ca¶

openscap_capsule¶

class ansible_roles(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

TAB_NAME = Ansible Roles¶

resources¶

class NoResourceForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

class LibvirtResourceForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

class virtual_machine(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

class storage(parent, logger=None, **kwargs)¶

A host for widgets list. Items that can be added or removed, mainly used in profile for network interfaces, storage and job template.

Usage:

@View.nested
class resources(RemovableWidgetsItemsListView):
    ROOT = "//fieldset[@id='storage_volumes']"
    ITEMS = "./div/div[contains(@class, 'removable-item')]"
    ITEM_WIDGET_CLASS = ComputeResourceRHVProfileStorageItem

ROOT = //fieldset[@id='storage_volumes']¶

ITEMS = ./div/div[contains(@class, 'removable-item')]¶

ITEM_WIDGET_CLASS¶

TAB_NAME = Virtual Machine¶

cpus¶

cpu_mode¶

memory¶

startup¶

class GoogleResourceForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

class virtual_machine(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

class storage(parent, logger=None, **kwargs)¶

A host for widgets list. Items that can be added or removed, mainly used in profile for network interfaces, storage and job template.

Usage:

@View.nested
class resources(RemovableWidgetsItemsListView):
    ROOT = "//fieldset[@id='storage_volumes']"
    ITEMS = "./div/div[contains(@class, 'removable-item')]"
    ITEM_WIDGET_CLASS = ComputeResourceRHVProfileStorageItem

ROOT = //fieldset[@id='storage_volumes']¶

ITEMS = ./div/div[contains(@class, 'removable-item')]¶

ITEM_WIDGET_CLASS¶

TAB_NAME = Virtual Machine¶

machine_type¶

network¶

external_ip¶

class AzureRmResourceForm(parent, logger=None, **kwargs)¶

View is a kind of abstract widget that can hold another widgets. Remembers the order, so therefore it can function like a form with defined filling order.

It looks like this:

class Login(View):
    user = SomeInputWidget('user')
    password = SomeInputWidget('pass')
    login = SomeButtonWidget('Log In')

    def a_method(self):
        do_something()

The view is usually instantiated with an instance of widgetastic.browser.Browser, which will then enable resolving of all of the widgets defined.

Parameters

parent – A parent View or widgetastic.browser.Browser
additional_context – If the view needs some context, for example - you want to check that you are on the page of user XYZ but you can also be on the page for user FOO, then you shall use the additional_context to pass in required variables that will allow you to detect this.

class virtual_machine(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

TAB_NAME = Virtual Machine¶

resource_group¶

vm_size¶

platform¶

username¶

password¶

ssh_key¶

premium_os_disk¶

os_disk_caching¶

custom_script_command¶

file_uris¶

class operating_system(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

TAB_NAME = Operating System¶

architecture¶

operating_system¶

image¶

root_password¶

class operating_system(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

TAB_NAME = Operating System¶

architecture¶

operating_system¶

build¶

image¶

media_type¶

media¶

ptable¶

disk¶

root_password¶

class interfaces(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

interface¶

interfaces_list¶

add_new_interface¶

before_fill(values=None)¶: If we don’t want to break view.fill() procedure flow, we need to push ‘Edit’ button to open necessary dialog to be able to fill values

class puppet_enc(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

TAB_NAME = Puppet ENC¶

config_groups¶

classes¶

puppet_class_parameters¶

class parameters(parent, logger=None, **kwargs)¶

Host parameters tab

class global_params(parent, **kwargs)¶

Satellite version of table.

Includes a paginator sub-widget. If found, then the paginator is used to read all entries from the table.

If the table is empty, there might be only one column with an appropriate message in the table body, or it may have no columns or rows at all. This subclass handles both possibilities.

Example html representation:

<table bst-table="table" ...>
   <thead>
     <tr class="ng-scope">
       <th class="row-select"><input type="checkbox" ...></th>
       <th ng-click="table.sortBy(column)" ...>
        <span ...><span ...>Column Name</span></span><i ...></i></th>
       <th ng-click="table.sortBy(column)" ...>
        <span ...><span ...>Column Name</span></span><i ...></i></th>
     </tr>
   </thead>
   <tbody>
    <tr id="noRowsTr"><td colspan="9">
         <span data-block="no-rows-message" ...>
            <span class="ng-scope">Table is empty</span></span>
    </td></tr>
   </tbody>
 </table>

Locator example:

.//table

read()¶: Return a list of dictionaries. Each dictionary consists of global parameter name, value and whether overridden or not.

override(name)¶

Override a single global parameter.

Parameters: name (str) – The name of the global parameter to override.

fill(names)¶

Override global parameter entries.

Parameters: names (list[str]) – global parameters names to override.

host_params¶

fill(values)¶

Fill the parameters tab widgets with values.

Parameters: values – A dictionary of widget_name: value_to_fill.

Note

The global_params value can be a list of names of global parameters to override or a list of dicts like [{name: global_param_name_to_override, value: new_value}…]

class additional_information(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

TAB_NAME = Additional Information¶

owned_by¶

enabled¶

hardware_model¶

comment¶

breadcrumb¶

submit¶

provider_content¶

property is_displayed¶

Overrides the Widget.is_displayed(). The difference is that if the view does not have the root locator, it assumes it is displayed.

Returns: bool

property current_provider¶

Retrieve the provider name from the compute resource name.

Note: The provider name is always appended to the end of the compute resource name, for example: compute resource name “foo”

For RHV provider, the compute resource name will be displayed as: “foo (RHV)”
For Libvirt provider, the compute resource name will be displayed as: “foo (Libvirt)”

Return “Compute resource is not specified” value in case no compute resource specified in deployment procedure (e.g. “Bare Metal”)

class airgun.views.host.HostRegisterView(parent, logger=None, **kwargs)¶

Base view for Satellite pages

class general(parent, logger=None, **kwargs)¶

Represents the Patternfly Tab widget.

Selects itself automatically when any child widget gets accessed, ensuring that the widget is visible.

https://www.patternfly.org/v4/documentation/react/components/tabs

TAB_NAME = General¶

TAB_LOCATOR¶

ROOT = //section[@id="generalSection"]¶

orgnization¶

location¶

host_group¶

operating_system¶

linux_host_init_link¶

capsule¶

insecure¶

class advanced(parent, logger=None, **kwargs)¶

Represents the Patternfly Tab widget.

Selects itself automatically when any child widget gets accessed, ensuring that the widget is visible.

https://www.patternfly.org/v4/documentation/react/components/tabs

TAB_NAME = Advanced¶

TAB_LOCATOR¶

ROOT = //section[@id="advancedSection"]¶

setup_rex¶

setup_insights¶

install_packages¶

update_packages¶

repository¶

repository_gpg_key_url¶

token_life_time¶

rex_interface¶

activation_keys¶

life_cycle_env¶

ignore_error¶

force¶

activation_key_helper¶

life_cycle_env_helper¶

install_packages_helper¶

generate_command¶

cancel¶

registration_command¶

property is_displayed¶

Overrides the Widget.is_displayed(). The difference is that if the view does not have the root locator, it assumes it is displayed.

Returns: bool

before_fill(values)¶

Fill some of the parameters in the widgets with values.

Parameters: values – A dictionary of widget_name: value_to_fill.

Note

Some of the fields are disabled for few seconds and get enabled based on the selection, handled separately

class airgun.views.host.RecommendationWidget(parent, locator, logger=None)¶

The widget representation of recommendation item.

EXPAND_BUTTON = .//div[contains(@class, 'expand')]¶

NAME = .//div/p[contains(@class, 'item-heading')]¶

RISK_LABEL = .//div/span[contains(@class, 'risk-label')]¶

TEXT = .//div[contains(@class, 'list-group-item-container')]¶

property expand_button¶: Return the expand button element.

property expanded¶: Check whether this recommendation is expanded or not.

expand()¶: Expand the recommendation item section.

property name¶: Return the name displayed for this recommendation item

property label¶: Return the risk label displayed for this recommendation item

property text¶: Return the text displayed for this recommendation item

read()¶

Each object should implement read so it is easy to get the value of such object.

When you implement this method, the exact return value is up to you but it MUST be consistent with what fill() takes.

class airgun.views.host.RecommendationListView(parent, logger=None, **kwargs)¶

Insights tab view of a host

ROOT = //div[contains(@id, 'host_details_insights_tab')]¶

ITEMS = .//div[@id='hits_list']/div[contains(@class, 'list-group-item')]¶

ITEM_WIDGET¶

items()¶

read()¶

Reads the contents of the view and presents them as a dictionary.

Returns: A dict of widget_name: widget_read_value where the values are retrieved using the Widget.read().

class airgun.views.host.HostDetailsView(parent, logger=None, **kwargs)¶

Base view for Satellite pages

class properties(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

properties_table¶

class insights(parent, logger=None, **kwargs)¶

Regular primary level Tab.

Usage:

@View.nested
class mytab(SatTab):
    TAB_NAME = 'My Tab'
@View.nested
class subscriptions(SatTab):
    # no need to specify 'TAB_NAME', it will be set to 'Subscriptions'
    # automatically
    pass

Note that TAB_NAME is optional and if it’s absent - capitalized class name is used instead, which is useful for simple tab names like ‘Subscriptions’

insights_tab¶

breadcrumb¶

boot_disk¶

schedule_remote_job¶

back¶

webconsole¶

edit¶

clone¶

build¶

delete¶

audits_details¶

facts_details¶

yaml_dump¶

yaml_output¶

content_details¶

recommendations¶

property is_displayed¶

Overrides the Widget.is_displayed(). The difference is that if the view does not have the root locator, it assumes it is displayed.

Returns: bool

class airgun.views.host.HostEditView(parent, logger=None, **kwargs)¶

Base view for Satellite pages

breadcrumb¶

submit¶

toggle_manage¶

property is_displayed¶

Overrides the Widget.is_displayed(). The difference is that if the view does not have the root locator, it assumes it is displayed.

Returns: bool

class airgun.views.host.HostsActionCommonDialog(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

table¶

keep_selected¶

submit¶

property is_displayed¶

Overrides the Widget.is_displayed(). The difference is that if the view does not have the root locator, it assumes it is displayed.

Returns: bool

class airgun.views.host.HostsChangeGroup(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

host_group¶

class airgun.views.host.HostsChangeEnvironment(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

environment¶

class airgun.views.host.HostsTaxonomyMismatchRadioGroup(parent, **kwargs)¶

Handle Taxonomy Mismatch Radio Group

Example html representation:

<form ...>
    <div class="clearfix">
        ...
    </div>
    <input type="radio" id="location_optimistic_import_yes" ..>
     Fix Location on Mismatch
    <input type="radio" id="location_optimistic_import_no" ..>
     Fail on Mismatch
</form>

taxonomy¶

fix_mismatch¶

fail_on_mismatch¶

buttons_text¶

_is_checked(widget)¶: Returns whether the widget is checked

read()¶: Return the text of the selected button

fill(value)¶: Select the button with text equal to value

property is_displayed¶

Shortcut allowing you to detect if the widget is displayed.

If the logic behind is_displayed is more complex, you can always override this.

Returns: bool

class airgun.views.host.HostsAssignOrganization(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

organization¶

on_mismatch¶

class airgun.views.host.HostsAssignLocation(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

location¶

on_mismatch¶

class airgun.views.host.HostsAssignCompliancePolicy(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

policy¶

class airgun.views.host.HostsUnassignCompliancePolicy(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

policy¶

class airgun.views.host.HostsChangeOpenscapCapsule(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

policy¶

class airgun.views.host.HostsDeleteActionDialog(parent, logger=None, **kwargs)¶

Common base class Dialog for Hosts Actions

title¶

class airgun.views.host.HostsDeleteTaskDetailsView(parent, logger=None, **kwargs)¶: Hosts Delete Task Details View

class airgun.views.host.HostsJobInvocationCreateView(parent, logger=None, **kwargs)¶: Hosts Job Invocation Create View

class airgun.views.host.HostsJobInvocationStatusView(parent, logger=None, **kwargs)¶: Hosts Job Invocation Status View

airgun.views.host¶

Module Contents¶

Classes¶

`airgun.views.host`¶