File: actions.go

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// Code generated by xmlgen. DO NOT EDIT.

package amimodels

// SKINNYdevicesAction List SKINNY devices (text format).
type SKINNYdevicesAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (SKINNYdevicesAction) ActionTypeName() string {
	return "SKINNYdevices"
}
func (a SKINNYdevicesAction) GetActionID() string {
	return a.ActionID
}
func (a *SKINNYdevicesAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SKINNYdevices(opts ...RequestOption) (res *Response, err error) {
	req := &SKINNYdevicesAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SKINNYshowdeviceAction Show SKINNY device (text format).
type SKINNYshowdeviceAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Device The device name you want to check.
	Device string
}

func (SKINNYshowdeviceAction) ActionTypeName() string {
	return "SKINNYshowdevice"
}
func (a SKINNYshowdeviceAction) GetActionID() string {
	return a.ActionID
}
func (a *SKINNYshowdeviceAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SKINNYshowdevice(device string, opts ...RequestOption) (res *Response, err error) {
	req := &SKINNYshowdeviceAction{
		Device: device,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SKINNYlinesAction List SKINNY lines (text format).
type SKINNYlinesAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (SKINNYlinesAction) ActionTypeName() string {
	return "SKINNYlines"
}
func (a SKINNYlinesAction) GetActionID() string {
	return a.ActionID
}
func (a *SKINNYlinesAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SKINNYlines(opts ...RequestOption) (res *Response, err error) {
	req := &SKINNYlinesAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SKINNYshowlineAction Show SKINNY line (text format).
type SKINNYshowlineAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Line The line name you want to check.
	Line string
}

func (SKINNYshowlineAction) ActionTypeName() string {
	return "SKINNYshowline"
}
func (a SKINNYshowlineAction) GetActionID() string {
	return a.ActionID
}
func (a *SKINNYshowlineAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SKINNYshowline(line string, opts ...RequestOption) (res *Response, err error) {
	req := &SKINNYshowlineAction{
		Line: line,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// IAXpeersAction List IAX peers.
type IAXpeersAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (IAXpeersAction) ActionTypeName() string {
	return "IAXpeers"
}
func (a IAXpeersAction) GetActionID() string {
	return a.ActionID
}
func (a *IAXpeersAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) IAXpeers(opts ...RequestOption) (res *Response, err error) {
	req := &IAXpeersAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// IAXpeerlistAction List IAX Peers.
type IAXpeerlistAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (IAXpeerlistAction) ActionTypeName() string {
	return "IAXpeerlist"
}
func (a IAXpeerlistAction) GetActionID() string {
	return a.ActionID
}
func (a *IAXpeerlistAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) IAXpeerlist(opts ...RequestOption) (res *Response, err error) {
	req := &IAXpeerlistAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// IAXnetstatsAction Show IAX Netstats.
type IAXnetstatsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (IAXnetstatsAction) ActionTypeName() string {
	return "IAXnetstats"
}
func (a IAXnetstatsAction) GetActionID() string {
	return a.ActionID
}
func (a *IAXnetstatsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) IAXnetstats(opts ...RequestOption) (res *Response, err error) {
	req := &IAXnetstatsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// IAXregistryAction Show IAX registrations.
type IAXregistryAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (IAXregistryAction) ActionTypeName() string {
	return "IAXregistry"
}
func (a IAXregistryAction) GetActionID() string {
	return a.ActionID
}
func (a *IAXregistryAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) IAXregistry(opts ...RequestOption) (res *Response, err error) {
	req := &IAXregistryAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DAHDITransferAction Transfer DAHDI Channel.
type DAHDITransferAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// DAHDIChannel DAHDI channel number to transfer.
	DAHDIChannel string
}

func (DAHDITransferAction) ActionTypeName() string {
	return "DAHDITransfer"
}
func (a DAHDITransferAction) GetActionID() string {
	return a.ActionID
}
func (a *DAHDITransferAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DAHDITransfer(dAHDIChannel string, opts ...RequestOption) (res *Response, err error) {
	req := &DAHDITransferAction{
		DAHDIChannel: dAHDIChannel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DAHDIHangupAction Hangup DAHDI Channel.
type DAHDIHangupAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// DAHDIChannel DAHDI channel number to hangup.
	DAHDIChannel string
}

func (DAHDIHangupAction) ActionTypeName() string {
	return "DAHDIHangup"
}
func (a DAHDIHangupAction) GetActionID() string {
	return a.ActionID
}
func (a *DAHDIHangupAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DAHDIHangup(dAHDIChannel string, opts ...RequestOption) (res *Response, err error) {
	req := &DAHDIHangupAction{
		DAHDIChannel: dAHDIChannel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DAHDIDialOffhookAction Dial over DAHDI channel while offhook.
type DAHDIDialOffhookAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// DAHDIChannel DAHDI channel number to dial digits.
	DAHDIChannel string
	// Number Digits to dial.
	Number string
}

func (DAHDIDialOffhookAction) ActionTypeName() string {
	return "DAHDIDialOffhook"
}
func (a DAHDIDialOffhookAction) GetActionID() string {
	return a.ActionID
}
func (a *DAHDIDialOffhookAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DAHDIDialOffhook(dAHDIChannel string, number string, opts ...RequestOption) (res *Response, err error) {
	req := &DAHDIDialOffhookAction{
		DAHDIChannel: dAHDIChannel,
		Number:       number,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DAHDIDNDonAction Toggle DAHDI channel Do Not Disturb status ON.
type DAHDIDNDonAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// DAHDIChannel DAHDI channel number to set DND on.
	DAHDIChannel string
}

func (DAHDIDNDonAction) ActionTypeName() string {
	return "DAHDIDNDon"
}
func (a DAHDIDNDonAction) GetActionID() string {
	return a.ActionID
}
func (a *DAHDIDNDonAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DAHDIDNDon(dAHDIChannel string, opts ...RequestOption) (res *Response, err error) {
	req := &DAHDIDNDonAction{
		DAHDIChannel: dAHDIChannel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DAHDIDNDoffAction Toggle DAHDI channel Do Not Disturb status OFF.
type DAHDIDNDoffAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// DAHDIChannel DAHDI channel number to set DND off.
	DAHDIChannel string
}

func (DAHDIDNDoffAction) ActionTypeName() string {
	return "DAHDIDNDoff"
}
func (a DAHDIDNDoffAction) GetActionID() string {
	return a.ActionID
}
func (a *DAHDIDNDoffAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DAHDIDNDoff(dAHDIChannel string, opts ...RequestOption) (res *Response, err error) {
	req := &DAHDIDNDoffAction{
		DAHDIChannel: dAHDIChannel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DAHDIShowChannelsAction Show status of DAHDI channels.
type DAHDIShowChannelsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// DAHDIChannel Specify the specific channel number to show. Show all channels if zero or not present.
	DAHDIChannel string
}

func (DAHDIShowChannelsAction) ActionTypeName() string {
	return "DAHDIShowChannels"
}
func (a DAHDIShowChannelsAction) GetActionID() string {
	return a.ActionID
}
func (a *DAHDIShowChannelsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DAHDIShowChannels(opts ...RequestOption) (res *Response, err error) {
	req := &DAHDIShowChannelsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DAHDIRestartAction Fully Restart DAHDI channels (terminates calls).
type DAHDIRestartAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (DAHDIRestartAction) ActionTypeName() string {
	return "DAHDIRestart"
}
func (a DAHDIRestartAction) GetActionID() string {
	return a.ActionID
}
func (a *DAHDIRestartAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DAHDIRestart(opts ...RequestOption) (res *Response, err error) {
	req := &DAHDIRestartAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PRIShowSpansAction Show status of PRI spans.
type PRIShowSpansAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Span Specify the specific span to show. Show all spans if zero or not present.
	Span string
}

func (PRIShowSpansAction) ActionTypeName() string {
	return "PRIShowSpans"
}
func (a PRIShowSpansAction) GetActionID() string {
	return a.ActionID
}
func (a *PRIShowSpansAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PRIShowSpans(opts ...RequestOption) (res *Response, err error) {
	req := &PRIShowSpansAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PRIDebugSetAction Set PRI debug levels for a span
type PRIDebugSetAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Span Which span to affect.
	Span string
	// Level What debug level to set. May be a numerical value or a text value from the list below
	Level string
}

func (PRIDebugSetAction) ActionTypeName() string {
	return "PRIDebugSet"
}
func (a PRIDebugSetAction) GetActionID() string {
	return a.ActionID
}
func (a *PRIDebugSetAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PRIDebugSet(span string, level string, opts ...RequestOption) (res *Response, err error) {
	req := &PRIDebugSetAction{
		Span:  span,
		Level: level,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PRIDebugFileSetAction Set the file used for PRI debug message output
type PRIDebugFileSetAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// File Path of file to write debug output.
	File string
}

func (PRIDebugFileSetAction) ActionTypeName() string {
	return "PRIDebugFileSet"
}
func (a PRIDebugFileSetAction) GetActionID() string {
	return a.ActionID
}
func (a *PRIDebugFileSetAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PRIDebugFileSet(file string, opts ...RequestOption) (res *Response, err error) {
	req := &PRIDebugFileSetAction{
		File: file,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PRIDebugFileUnsetAction Disables file output for PRI debug messages
type PRIDebugFileUnsetAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PRIDebugFileUnsetAction) ActionTypeName() string {
	return "PRIDebugFileUnset"
}
func (a PRIDebugFileUnsetAction) GetActionID() string {
	return a.ActionID
}
func (a *PRIDebugFileUnsetAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PRIDebugFileUnset(opts ...RequestOption) (res *Response, err error) {
	req := &PRIDebugFileUnsetAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SIPpeersAction List SIP peers (text format).
type SIPpeersAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (SIPpeersAction) ActionTypeName() string {
	return "SIPpeers"
}
func (a SIPpeersAction) GetActionID() string {
	return a.ActionID
}
func (a *SIPpeersAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SIPpeers(opts ...RequestOption) (res *Response, err error) {
	req := &SIPpeersAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SIPshowpeerAction show SIP peer (text format).
type SIPshowpeerAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Peer The peer name you want to check.
	Peer string
}

func (SIPshowpeerAction) ActionTypeName() string {
	return "SIPshowpeer"
}
func (a SIPshowpeerAction) GetActionID() string {
	return a.ActionID
}
func (a *SIPshowpeerAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SIPshowpeer(peer string, opts ...RequestOption) (res *Response, err error) {
	req := &SIPshowpeerAction{
		Peer: peer,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SIPqualifypeerAction Qualify SIP peers.
type SIPqualifypeerAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Peer The peer name you want to qualify.
	Peer string
}

func (SIPqualifypeerAction) ActionTypeName() string {
	return "SIPqualifypeer"
}
func (a SIPqualifypeerAction) GetActionID() string {
	return a.ActionID
}
func (a *SIPqualifypeerAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SIPqualifypeer(peer string, opts ...RequestOption) (res *Response, err error) {
	req := &SIPqualifypeerAction{
		Peer: peer,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SIPshowregistryAction Show SIP registrations (text format).
type SIPshowregistryAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (SIPshowregistryAction) ActionTypeName() string {
	return "SIPshowregistry"
}
func (a SIPshowregistryAction) GetActionID() string {
	return a.ActionID
}
func (a *SIPshowregistryAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SIPshowregistry(opts ...RequestOption) (res *Response, err error) {
	req := &SIPshowregistryAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SIPnotifyAction Send a SIP notify.
type SIPnotifyAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Peer to receive the notify.
	Channel string
	// Variable At least one variable pair must be specified.  name =  value
	Variable string
	// CallID When specified, SIP notity will be sent as a part of an existing dialog.
	CallID string
}

func (SIPnotifyAction) ActionTypeName() string {
	return "SIPnotify"
}
func (a SIPnotifyAction) GetActionID() string {
	return a.ActionID
}
func (a *SIPnotifyAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SIPnotify(channel string, variable string, opts ...RequestOption) (res *Response, err error) {
	req := &SIPnotifyAction{
		Channel:  channel,
		Variable: variable,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SIPpeerstatusAction Show the status of one or all of the sip peers.
type SIPpeerstatusAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Peer The peer name you want to check.
	Peer string
}

func (SIPpeerstatusAction) ActionTypeName() string {
	return "SIPpeerstatus"
}
func (a SIPpeerstatusAction) GetActionID() string {
	return a.ActionID
}
func (a *SIPpeerstatusAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SIPpeerstatus(opts ...RequestOption) (res *Response, err error) {
	req := &SIPpeerstatusAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DialplanExtensionAddAction Add an extension to the dialplan
type DialplanExtensionAddAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Context Context where the extension will be created. The context will be created if it does not already exist.
	Context string
	// Extension Name of the extension that will be created (may include callerid match by separating with '/')
	Extension string
	// Priority Priority being added to this extension. Must be either `hint` or a numerical value.
	Priority int
	// Application The application to use for this extension at the requested priority
	Application string
	// ApplicationData Arguments to the application.
	ApplicationData string
	// Replace If set to 'yes', '1', 'true' or any of the other values we evaluate as true, then if an extension already exists at the requested context, extension, and priority it will be overwritten. Otherwise, the existing extension will remain and the action will fail.
	Replace string
}

func (DialplanExtensionAddAction) ActionTypeName() string {
	return "DialplanExtensionAdd"
}
func (a DialplanExtensionAddAction) GetActionID() string {
	return a.ActionID
}
func (a *DialplanExtensionAddAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DialplanExtensionAdd(context string, extension string, priority int, application string, opts ...RequestOption) (res *Response, err error) {
	req := &DialplanExtensionAddAction{
		Context:     context,
		Extension:   extension,
		Priority:    priority,
		Application: application,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DialplanExtensionRemoveAction Remove an extension from the dialplan
type DialplanExtensionRemoveAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Context Context of the extension being removed
	Context string
	// Extension Name of the extension being removed (may include callerid match by separating with '/')
	Extension string
	// Priority If provided, only remove this priority from the extension instead of all priorities in the extension.
	Priority int
}

func (DialplanExtensionRemoveAction) ActionTypeName() string {
	return "DialplanExtensionRemove"
}
func (a DialplanExtensionRemoveAction) GetActionID() string {
	return a.ActionID
}
func (a *DialplanExtensionRemoveAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DialplanExtensionRemove(context string, extension string, opts ...RequestOption) (res *Response, err error) {
	req := &DialplanExtensionRemoveAction{
		Context:   context,
		Extension: extension,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// VoicemailUsersListAction List All Voicemail User Information.
type VoicemailUsersListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (VoicemailUsersListAction) ActionTypeName() string {
	return "VoicemailUsersList"
}
func (a VoicemailUsersListAction) GetActionID() string {
	return a.ActionID
}
func (a *VoicemailUsersListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) VoicemailUsersList(opts ...RequestOption) (res *Response, err error) {
	req := &VoicemailUsersListAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// VoicemailUserStatusAction Show the status of given voicemail user's info.
type VoicemailUserStatusAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Context The context you want to check.
	Context string
	// Mailbox The mailbox you want to check.
	Mailbox string
}

func (VoicemailUserStatusAction) ActionTypeName() string {
	return "VoicemailUserStatus"
}
func (a VoicemailUserStatusAction) GetActionID() string {
	return a.ActionID
}
func (a *VoicemailUserStatusAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) VoicemailUserStatus(context string, mailbox string, opts ...RequestOption) (res *Response, err error) {
	req := &VoicemailUserStatusAction{
		Context: context,
		Mailbox: mailbox,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// VoicemailRefreshAction Tell Asterisk to poll mailboxes for a change
type VoicemailRefreshAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Context  string
	Mailbox  string
}

func (VoicemailRefreshAction) ActionTypeName() string {
	return "VoicemailRefresh"
}
func (a VoicemailRefreshAction) GetActionID() string {
	return a.ActionID
}
func (a *VoicemailRefreshAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) VoicemailRefresh(opts ...RequestOption) (res *Response, err error) {
	req := &VoicemailRefreshAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// AgentsAction Lists agents and their status.
type AgentsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (AgentsAction) ActionTypeName() string {
	return "Agents"
}
func (a AgentsAction) GetActionID() string {
	return a.ActionID
}
func (a *AgentsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Agents(opts ...RequestOption) (res *Response, err error) {
	req := &AgentsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// AgentLogoffAction Sets an agent as no longer logged in.
type AgentLogoffAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Agent Agent ID of the agent to log off.
	Agent string
	// Soft Set to `true` to not hangup existing calls.
	Soft string
}

func (AgentLogoffAction) ActionTypeName() string {
	return "AgentLogoff"
}
func (a AgentLogoffAction) GetActionID() string {
	return a.ActionID
}
func (a *AgentLogoffAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) AgentLogoff(agent string, opts ...RequestOption) (res *Response, err error) {
	req := &AgentLogoffAction{
		Agent: agent,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ControlPlaybackAction Control the playback of a file being played to a channel.
type ControlPlaybackAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel The name of the channel that currently has a file being played back to it.
	Channel string
	Control string
}

func (ControlPlaybackAction) ActionTypeName() string {
	return "ControlPlayback"
}
func (a ControlPlaybackAction) GetActionID() string {
	return a.ActionID
}
func (a *ControlPlaybackAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ControlPlayback(channel string, control string, opts ...RequestOption) (res *Response, err error) {
	req := &ControlPlaybackAction{
		Channel: channel,
		Control: control,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MixMonitorMuteAction Mute / unMute a Mixmonitor recording.
type MixMonitorMuteAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Used to specify the channel to mute.
	Channel string
	// Direction Which part of the recording to mute: read, write or both (from channel, to channel or both channels).
	Direction string
	// State Turn mute on or off : 1 to turn on, 0 to turn off.
	State string
}

func (MixMonitorMuteAction) ActionTypeName() string {
	return "MixMonitorMute"
}
func (a MixMonitorMuteAction) GetActionID() string {
	return a.ActionID
}
func (a *MixMonitorMuteAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MixMonitorMute(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &MixMonitorMuteAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MixMonitorAction Record a call and mix the audio during the recording. Use of StopMixMonitor is required
// to guarantee the audio file is available for processing during dialplan execution.
type MixMonitorAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Used to specify the channel to record.
	Channel string
	// File Is the name of the file created in the monitor spool directory. Defaults to the same name as the channel (with slashes replaced with dashes). This argument is optional if you specify to record unidirectional audio with either the r(filename) or t(filename) options in the options field. If neither MIXMONITOR_FILENAME or this parameter is set, the mixed stream won't be recorded.
	File string
	// Options Options that apply to the MixMonitor in the same way as they would apply if invoked from the MixMonitor application. For a list of available options, see the documentation for the mixmonitor application.
	Options string
	// Command Will be executed when the recording is over. Any strings matching `^{X}` will be unescaped to `X`. All variables will be evaluated at the time MixMonitor is called.
	Command string
}

func (MixMonitorAction) ActionTypeName() string {
	return "MixMonitor"
}
func (a MixMonitorAction) GetActionID() string {
	return a.ActionID
}
func (a *MixMonitorAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MixMonitor(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &MixMonitorAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// StopMixMonitorAction Stop recording a call through MixMonitor, and free the recording's file handle.
type StopMixMonitorAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel The name of the channel monitored.
	Channel string
	// MixMonitorID If a valid ID is provided, then this command will stop only that specific MixMonitor.
	MixMonitorID string
}

func (StopMixMonitorAction) ActionTypeName() string {
	return "StopMixMonitor"
}
func (a StopMixMonitorAction) GetActionID() string {
	return a.ActionID
}
func (a *StopMixMonitorAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) StopMixMonitor(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &StopMixMonitorAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PlayDTMFAction Play DTMF signal on a specific channel.
type PlayDTMFAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel name to send digit to.
	Channel string
	// Digit The DTMF digit to play.
	Digit string
	// Duration The duration, in milliseconds, of the digit to be played.
	Duration string
	// Receive Emulate receiving DTMF on this channel instead of sending it out.
	Receive string
}

func (PlayDTMFAction) ActionTypeName() string {
	return "PlayDTMF"
}
func (a PlayDTMFAction) GetActionID() string {
	return a.ActionID
}
func (a *PlayDTMFAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PlayDTMF(channel string, digit string, opts ...RequestOption) (res *Response, err error) {
	req := &PlayDTMFAction{
		Channel: channel,
		Digit:   digit,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeListAction List participants in a conference.
type ConfbridgeListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Conference Conference number.
	Conference string
}

func (ConfbridgeListAction) ActionTypeName() string {
	return "ConfbridgeList"
}
func (a ConfbridgeListAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeList(conference string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeListAction{
		Conference: conference,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeListRoomsAction List active conferences.
type ConfbridgeListRoomsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (ConfbridgeListRoomsAction) ActionTypeName() string {
	return "ConfbridgeListRooms"
}
func (a ConfbridgeListRoomsAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeListRoomsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeListRooms(opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeListRoomsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeMuteAction Mute a Confbridge user.
type ConfbridgeMuteAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
	// Channel If this parameter is "participants", all non-admin channels will be muted.
	Channel string
}

func (ConfbridgeMuteAction) ActionTypeName() string {
	return "ConfbridgeMute"
}
func (a ConfbridgeMuteAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeMuteAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeMute(conference string, channel string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeMuteAction{
		Conference: conference,
		Channel:    channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeUnmuteAction Unmute a Confbridge user.
type ConfbridgeUnmuteAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
	// Channel If this parameter is "participants", all non-admin channels will be unmuted.
	Channel string
}

func (ConfbridgeUnmuteAction) ActionTypeName() string {
	return "ConfbridgeUnmute"
}
func (a ConfbridgeUnmuteAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeUnmuteAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeUnmute(conference string, channel string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeUnmuteAction{
		Conference: conference,
		Channel:    channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeKickAction Kick a Confbridge user.
type ConfbridgeKickAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
	// Channel If this parameter is "participants", all non-admin channels will be kicked from the conference.
	Channel string
}

func (ConfbridgeKickAction) ActionTypeName() string {
	return "ConfbridgeKick"
}
func (a ConfbridgeKickAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeKickAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeKick(conference string, channel string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeKickAction{
		Conference: conference,
		Channel:    channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeLockAction Lock a Confbridge conference.
type ConfbridgeLockAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
}

func (ConfbridgeLockAction) ActionTypeName() string {
	return "ConfbridgeLock"
}
func (a ConfbridgeLockAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeLockAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeLock(conference string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeLockAction{
		Conference: conference,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeUnlockAction Unlock a Confbridge conference.
type ConfbridgeUnlockAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
}

func (ConfbridgeUnlockAction) ActionTypeName() string {
	return "ConfbridgeUnlock"
}
func (a ConfbridgeUnlockAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeUnlockAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeUnlock(conference string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeUnlockAction{
		Conference: conference,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeStartRecordAction Start recording a Confbridge conference.
type ConfbridgeStartRecordAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
	RecordFile string
}

func (ConfbridgeStartRecordAction) ActionTypeName() string {
	return "ConfbridgeStartRecord"
}
func (a ConfbridgeStartRecordAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeStartRecordAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeStartRecord(conference string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeStartRecordAction{
		Conference: conference,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeStopRecordAction Stop recording a Confbridge conference.
type ConfbridgeStopRecordAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
}

func (ConfbridgeStopRecordAction) ActionTypeName() string {
	return "ConfbridgeStopRecord"
}
func (a ConfbridgeStopRecordAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeStopRecordAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeStopRecord(conference string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeStopRecordAction{
		Conference: conference,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ConfbridgeSetSingleVideoSrcAction Set a conference user as the single video source distributed to all other participants.
type ConfbridgeSetSingleVideoSrcAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID   string
	Conference string
	// Channel If this parameter is not a complete channel name, the first channel with this prefix will be used.
	Channel string
}

func (ConfbridgeSetSingleVideoSrcAction) ActionTypeName() string {
	return "ConfbridgeSetSingleVideoSrc"
}
func (a ConfbridgeSetSingleVideoSrcAction) GetActionID() string {
	return a.ActionID
}
func (a *ConfbridgeSetSingleVideoSrcAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ConfbridgeSetSingleVideoSrc(conference string, channel string, opts ...RequestOption) (res *Response, err error) {
	req := &ConfbridgeSetSingleVideoSrcAction{
		Conference: conference,
		Channel:    channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MeetmeMuteAction Mute a Meetme user.
type MeetmeMuteAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Meetme   string
	Usernum  string
}

func (MeetmeMuteAction) ActionTypeName() string {
	return "MeetmeMute"
}
func (a MeetmeMuteAction) GetActionID() string {
	return a.ActionID
}
func (a *MeetmeMuteAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MeetmeMute(meetme string, usernum string, opts ...RequestOption) (res *Response, err error) {
	req := &MeetmeMuteAction{
		Meetme:  meetme,
		Usernum: usernum,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MeetmeUnmuteAction Unmute a Meetme user.
type MeetmeUnmuteAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Meetme   string
	Usernum  string
}

func (MeetmeUnmuteAction) ActionTypeName() string {
	return "MeetmeUnmute"
}
func (a MeetmeUnmuteAction) GetActionID() string {
	return a.ActionID
}
func (a *MeetmeUnmuteAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MeetmeUnmute(meetme string, usernum string, opts ...RequestOption) (res *Response, err error) {
	req := &MeetmeUnmuteAction{
		Meetme:  meetme,
		Usernum: usernum,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MeetmeListAction List participants in a conference.
type MeetmeListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Conference Conference number.
	Conference string
}

func (MeetmeListAction) ActionTypeName() string {
	return "MeetmeList"
}
func (a MeetmeListAction) GetActionID() string {
	return a.ActionID
}
func (a *MeetmeListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MeetmeList(opts ...RequestOption) (res *Response, err error) {
	req := &MeetmeListAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MeetmeListRoomsAction List active conferences.
type MeetmeListRoomsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (MeetmeListRoomsAction) ActionTypeName() string {
	return "MeetmeListRooms"
}
func (a MeetmeListRoomsAction) GetActionID() string {
	return a.ActionID
}
func (a *MeetmeListRoomsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MeetmeListRooms(opts ...RequestOption) (res *Response, err error) {
	req := &MeetmeListRoomsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueStatusAction Show queue status.
type QueueStatusAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Queue Limit the response to the status of the specified queue.
	Queue string
	// Member Limit the response to the status of the specified member.
	Member string
}

func (QueueStatusAction) ActionTypeName() string {
	return "QueueStatus"
}
func (a QueueStatusAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueStatusAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueStatus(opts ...RequestOption) (res *Response, err error) {
	req := &QueueStatusAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueSummaryAction Show queue summary.
type QueueSummaryAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Queue Queue for which the summary is requested.
	Queue string
}

func (QueueSummaryAction) ActionTypeName() string {
	return "QueueSummary"
}
func (a QueueSummaryAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueSummaryAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueSummary(opts ...RequestOption) (res *Response, err error) {
	req := &QueueSummaryAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueAddAction Add interface to queue.
type QueueAddAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Queue Queue's name.
	Queue string
	// Interface The name of the interface (tech/name) to add to the queue.
	Interface string
	// Penalty A penalty (number) to apply to this member. Asterisk will distribute calls to members with higher penalties only after attempting to distribute calls to those with lower penalty.
	Penalty string
	// Paused To pause or not the member initially (true/false or 1/0).
	Paused string
	// MemberName Text alias for the interface.
	MemberName     string
	StateInterface string
}

func (QueueAddAction) ActionTypeName() string {
	return "QueueAdd"
}
func (a QueueAddAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueAddAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueAdd(queue string, iface string, opts ...RequestOption) (res *Response, err error) {
	req := &QueueAddAction{
		Queue:     queue,
		Interface: iface,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueRemoveAction Remove interface from queue.
type QueueRemoveAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Queue The name of the queue to take action on.
	Queue string
	// Interface The interface (tech/name) to remove from queue.
	Interface string
}

func (QueueRemoveAction) ActionTypeName() string {
	return "QueueRemove"
}
func (a QueueRemoveAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueRemoveAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueRemove(queue string, iface string, opts ...RequestOption) (res *Response, err error) {
	req := &QueueRemoveAction{
		Queue:     queue,
		Interface: iface,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueuePauseAction Makes a queue member temporarily unavailable.
type QueuePauseAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Interface The name of the interface (tech/name) to pause or unpause.
	Interface string
	// Paused Pause or unpause the interface. Set to 'true' to pause the member or 'false' to unpause.
	Paused string
	// Queue The name of the queue in which to pause or unpause this member. If not specified, the member will be paused or unpaused in all the queues it is a member of.
	Queue string
	// Reason Text description, returned in the event QueueMemberPaused.
	Reason string
}

func (QueuePauseAction) ActionTypeName() string {
	return "QueuePause"
}
func (a QueuePauseAction) GetActionID() string {
	return a.ActionID
}
func (a *QueuePauseAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueuePause(iface string, paused string, opts ...RequestOption) (res *Response, err error) {
	req := &QueuePauseAction{
		Interface: iface,
		Paused:    paused,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueLogAction Adds custom entry in queue_log.
type QueueLogAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID  string
	Queue     string
	Event     string
	Uniqueid  string
	Interface string
	Message   string
}

func (QueueLogAction) ActionTypeName() string {
	return "QueueLog"
}
func (a QueueLogAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueLogAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueLog(queue string, event string, opts ...RequestOption) (res *Response, err error) {
	req := &QueueLogAction{
		Queue: queue,
		Event: event,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueuePenaltyAction Set the penalty for a queue member.
type QueuePenaltyAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Interface The interface (tech/name) of the member whose penalty to change.
	Interface string
	// Penalty The new penalty (number) for the member. Must be nonnegative.
	Penalty string
	// Queue If specified, only set the penalty for the member of this queue. Otherwise, set the penalty for the member in all queues to which the member belongs.
	Queue string
}

func (QueuePenaltyAction) ActionTypeName() string {
	return "QueuePenalty"
}
func (a QueuePenaltyAction) GetActionID() string {
	return a.ActionID
}
func (a *QueuePenaltyAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueuePenalty(iface string, penalty string, opts ...RequestOption) (res *Response, err error) {
	req := &QueuePenaltyAction{
		Interface: iface,
		Penalty:   penalty,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueMemberRingInUseAction Set the ringinuse value for a queue member.
type QueueMemberRingInUseAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID  string
	Interface string
	RingInUse string
	Queue     string
}

func (QueueMemberRingInUseAction) ActionTypeName() string {
	return "QueueMemberRingInUse"
}
func (a QueueMemberRingInUseAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueMemberRingInUseAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueMemberRingInUse(iface string, ringInUse string, opts ...RequestOption) (res *Response, err error) {
	req := &QueueMemberRingInUseAction{
		Interface: iface,
		RingInUse: ringInUse,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueRuleAction Queue Rules.
type QueueRuleAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Rule The name of the rule in queuerules.conf whose contents to list.
	Rule string
}

func (QueueRuleAction) ActionTypeName() string {
	return "QueueRule"
}
func (a QueueRuleAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueRuleAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueRule(opts ...RequestOption) (res *Response, err error) {
	req := &QueueRuleAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueReloadAction Reload a queue, queues, or any sub-section of a queue or queues.
type QueueReloadAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Queue The name of the queue to take action on. If no queue name is specified, then all queues are affected.
	Queue string
	// Members Whether to reload the queue's members.
	Members string
	// Rules Whether to reload queuerules.conf
	Rules string
	// Parameters Whether to reload the other queue options.
	Parameters string
}

func (QueueReloadAction) ActionTypeName() string {
	return "QueueReload"
}
func (a QueueReloadAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueReloadAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueReload(opts ...RequestOption) (res *Response, err error) {
	req := &QueueReloadAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueResetAction Reset queue statistics.
type QueueResetAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Queue The name of the queue on which to reset statistics.
	Queue string
}

func (QueueResetAction) ActionTypeName() string {
	return "QueueReset"
}
func (a QueueResetAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueResetAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueReset(opts ...RequestOption) (res *Response, err error) {
	req := &QueueResetAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// QueueChangePriorityCallerAction Change priority of a caller on queue.
type QueueChangePriorityCallerAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Queue The name of the queue to take action on.
	Queue string
	// Caller The caller (channel) to change priority on queue.
	Caller string
	// Priority Priority value for change for caller on queue.
	Priority int
}

func (QueueChangePriorityCallerAction) ActionTypeName() string {
	return "QueueChangePriorityCaller"
}
func (a QueueChangePriorityCallerAction) GetActionID() string {
	return a.ActionID
}
func (a *QueueChangePriorityCallerAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) QueueChangePriorityCaller(queue string, caller string, priority int, opts ...RequestOption) (res *Response, err error) {
	req := &QueueChangePriorityCallerAction{
		Queue:    queue,
		Caller:   caller,
		Priority: priority,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PingAction Keepalive command.
type PingAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PingAction) ActionTypeName() string {
	return "Ping"
}
func (a PingAction) GetActionID() string {
	return a.ActionID
}
func (a *PingAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Ping(opts ...RequestOption) (res *Response, err error) {
	req := &PingAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// EventsAction Control Event Flow.
type EventsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID  string
	EventMask string
}

func (EventsAction) ActionTypeName() string {
	return "Events"
}
func (a EventsAction) GetActionID() string {
	return a.ActionID
}
func (a *EventsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Events(eventMask string, opts ...RequestOption) (res *Response, err error) {
	req := &EventsAction{
		EventMask: eventMask,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// LogoffAction Logoff Manager.
type LogoffAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (LogoffAction) ActionTypeName() string {
	return "Logoff"
}
func (a LogoffAction) GetActionID() string {
	return a.ActionID
}
func (a *LogoffAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Logoff(opts ...RequestOption) (res *Response, err error) {
	req := &LogoffAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// LoginAction Login Manager.
type LoginAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// UserName Username to login with as specified in manager.conf.
	UserName string
	// Secret Secret to login with as specified in manager.conf.
	Secret string
}

func (LoginAction) ActionTypeName() string {
	return "Login"
}
func (a LoginAction) GetActionID() string {
	return a.ActionID
}
func (a *LoginAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Login(userName string, opts ...RequestOption) (res *Response, err error) {
	req := &LoginAction{
		UserName: userName,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ChallengeAction Generate Challenge for MD5 Auth.
type ChallengeAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// AuthType Digest algorithm to use in the challenge. Valid values are:
	AuthType string
}

func (ChallengeAction) ActionTypeName() string {
	return "Challenge"
}
func (a ChallengeAction) GetActionID() string {
	return a.ActionID
}
func (a *ChallengeAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Challenge(authType string, opts ...RequestOption) (res *Response, err error) {
	req := &ChallengeAction{
		AuthType: authType,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// HangupAction Hangup channel.
type HangupAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Example regular expression: /^SIP/provider-.*$/
	Channel string
	// Cause Numeric hangup cause.
	Cause string
}

func (HangupAction) ActionTypeName() string {
	return "Hangup"
}
func (a HangupAction) GetActionID() string {
	return a.ActionID
}
func (a *HangupAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Hangup(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &HangupAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// StatusAction List channel status.
type StatusAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel The name of the channel to query for status.
	Channel string
	// Variables Comma `,` separated list of variable to include.
	Variables string
	// AllVariables If set to "true", the Status event will include all channel variables for the requested channel(s).
	AllVariables string
}

func (StatusAction) ActionTypeName() string {
	return "Status"
}
func (a StatusAction) GetActionID() string {
	return a.ActionID
}
func (a *StatusAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// SetvarAction Sets a channel variable or function value.
type SetvarAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel to set variable for.
	Channel string
	// Variable Variable name, function or expression.
	Variable string
	// Value Variable or function value.
	Value string
}

func (SetvarAction) ActionTypeName() string {
	return "Setvar"
}
func (a SetvarAction) GetActionID() string {
	return a.ActionID
}
func (a *SetvarAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Setvar(variable string, value string, opts ...RequestOption) (res *Response, err error) {
	req := &SetvarAction{
		Variable: variable,
		Value:    value,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// GetvarAction Gets a channel variable or function value.
type GetvarAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel to read variable from.
	Channel string
	// Variable Variable name, function or expression.
	Variable string
}

func (GetvarAction) ActionTypeName() string {
	return "Getvar"
}
func (a GetvarAction) GetActionID() string {
	return a.ActionID
}
func (a *GetvarAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Getvar(variable string, opts ...RequestOption) (res *Response, err error) {
	req := &GetvarAction{
		Variable: variable,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// GetConfigAction Retrieve configuration.
type GetConfigAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// FileName Configuration filename (e.g.  foo.conf ).
	FileName string
	// Category Category in configuration file.
	Category string
	// Filter A comma separated list of  name_regex =  value_regex  expressions which will cause only categories whose variables match all expressions to be considered. The special variable name `TEMPLATES` can be used to control whether templates are included. Passing `include` as the value will include templates along with normal categories. Passing `restrict` as the value will restrict the operation to ONLY templates. Not specifying a `TEMPLATES` expression results in the default behavior which is to not include templates.
	Filter string
}

func (GetConfigAction) ActionTypeName() string {
	return "GetConfig"
}
func (a GetConfigAction) GetActionID() string {
	return a.ActionID
}
func (a *GetConfigAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) GetConfig(fileName string, opts ...RequestOption) (res *Response, err error) {
	req := &GetConfigAction{
		FileName: fileName,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// GetConfigJSONAction Retrieve configuration (JSON format).
type GetConfigJSONAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// FileName Configuration filename (e.g.  foo.conf ).
	FileName string
	// Category Category in configuration file.
	Category string
	// Filter A comma separated list of  name_regex =  value_regex  expressions which will cause only categories whose variables match all expressions to be considered. The special variable name `TEMPLATES` can be used to control whether templates are included. Passing `include` as the value will include templates along with normal categories. Passing `restrict` as the value will restrict the operation to ONLY templates. Not specifying a `TEMPLATES` expression results in the default behavior which is to not include templates.
	Filter string
}

func (GetConfigJSONAction) ActionTypeName() string {
	return "GetConfigJSON"
}
func (a GetConfigJSONAction) GetActionID() string {
	return a.ActionID
}
func (a *GetConfigJSONAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) GetConfigJSON(fileName string, opts ...RequestOption) (res *Response, err error) {
	req := &GetConfigJSONAction{
		FileName: fileName,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// UpdateConfigAction Update basic configuration.
type UpdateConfigAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// SrcFileName Configuration filename to read (e.g.  foo.conf ).
	SrcFileName string
	// DstFileName Configuration filename to write (e.g.  foo.conf )
	DstFileName string
	// Reload Whether or not a reload should take place (or name of specific module).
	Reload string
	// PreserveEffectiveContext Whether the effective category contents should be preserved on template change. Default is true (pre 13.2 behavior).
	PreserveEffectiveContext string
	// Action000000 0's represent 6 digit number beginning with 000000.
	Action000000 string
	// Cat000000 0's represent 6 digit number beginning with 000000.
	Cat000000 string
	// Var000000 0's represent 6 digit number beginning with 000000.
	Var000000 string
	// Value000000 0's represent 6 digit number beginning with 000000.
	Value000000 string
	// Match000000 0's represent 6 digit number beginning with 000000.
	Match000000 string
	// Line000000 0's represent 6 digit number beginning with 000000.
	Line000000 string
	// Options000000 0's represent 6 digit number beginning with 000000.
	Options000000 string
}

func (UpdateConfigAction) ActionTypeName() string {
	return "UpdateConfig"
}
func (a UpdateConfigAction) GetActionID() string {
	return a.ActionID
}
func (a *UpdateConfigAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) UpdateConfig(srcFileName string, dstFileName string, opts ...RequestOption) (res *Response, err error) {
	req := &UpdateConfigAction{
		SrcFileName: srcFileName,
		DstFileName: dstFileName,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// CreateConfigAction Creates an empty file in the configuration directory.
type CreateConfigAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// FileName The configuration filename to create (e.g.  foo.conf ).
	FileName string
}

func (CreateConfigAction) ActionTypeName() string {
	return "CreateConfig"
}
func (a CreateConfigAction) GetActionID() string {
	return a.ActionID
}
func (a *CreateConfigAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) CreateConfig(fileName string, opts ...RequestOption) (res *Response, err error) {
	req := &CreateConfigAction{
		FileName: fileName,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ListCategoriesAction List categories in configuration file.
type ListCategoriesAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// FileName Configuration filename (e.g.  foo.conf ).
	FileName string
}

func (ListCategoriesAction) ActionTypeName() string {
	return "ListCategories"
}
func (a ListCategoriesAction) GetActionID() string {
	return a.ActionID
}
func (a *ListCategoriesAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ListCategories(fileName string, opts ...RequestOption) (res *Response, err error) {
	req := &ListCategoriesAction{
		FileName: fileName,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// RedirectAction Redirect (transfer) a call.
type RedirectAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel to redirect.
	Channel string
	// ExtraChannel Second call leg to transfer (optional).
	ExtraChannel string
	// Exten Extension to transfer to.
	Exten string
	// ExtraExten Extension to transfer extrachannel to (optional).
	ExtraExten string
	// Context Context to transfer to.
	Context string
	// ExtraContext Context to transfer extrachannel to (optional).
	ExtraContext string
	// Priority Priority to transfer to.
	Priority int
	// ExtraPriority Priority to transfer extrachannel to (optional).
	ExtraPriority string
}

func (RedirectAction) ActionTypeName() string {
	return "Redirect"
}
func (a RedirectAction) GetActionID() string {
	return a.ActionID
}
func (a *RedirectAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Redirect(channel string, exten string, context string, priority int, opts ...RequestOption) (res *Response, err error) {
	req := &RedirectAction{
		Channel:  channel,
		Exten:    exten,
		Context:  context,
		Priority: priority,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// AtxferAction Attended transfer.
type AtxferAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Transferer's channel.
	Channel string
	// Exten Extension to transfer to.
	Exten string
	// Context Context to transfer to.
	Context string
}

func (AtxferAction) ActionTypeName() string {
	return "Atxfer"
}
func (a AtxferAction) GetActionID() string {
	return a.ActionID
}
func (a *AtxferAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Atxfer(channel string, exten string, opts ...RequestOption) (res *Response, err error) {
	req := &AtxferAction{
		Channel: channel,
		Exten:   exten,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// CancelAtxferAction Cancel an attended transfer.
type CancelAtxferAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel The transferer channel.
	Channel string
}

func (CancelAtxferAction) ActionTypeName() string {
	return "CancelAtxfer"
}
func (a CancelAtxferAction) GetActionID() string {
	return a.ActionID
}
func (a *CancelAtxferAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) CancelAtxfer(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &CancelAtxferAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// OriginateAction Originate a call.
type OriginateAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel name to call.
	Channel string
	// Exten Extension to use (requires `Context` and `Priority`)
	Exten string
	// Context Context to use (requires `Exten` and `Priority`)
	Context string
	// Priority Priority to use (requires `Exten` and `Context`)
	Priority int
	// Application Application to execute.
	Application string
	// Data Data to use (requires `Application`).
	Data string
	// Timeout How long to wait for call to be answered (in ms.).
	Timeout int
	// CallerID Caller ID to be set on the outgoing channel.
	CallerID string
	// Variable Channel variable to set, multiple Variable: headers are allowed.
	Variable string
	// Account Account code.
	Account string
	// EarlyMedia Set to `true` to force call bridge on early media..
	EarlyMedia string
	// Async Set to `true` for fast origination.
	Async string
	// Codecs Comma-separated list of codecs to use for this call.
	Codecs string
	// ChannelId Channel UniqueId to be set on the channel.
	ChannelId string
	// OtherChannelId Channel UniqueId to be set on the second local channel.
	OtherChannelId string
}

func (OriginateAction) ActionTypeName() string {
	return "Originate"
}
func (a OriginateAction) GetActionID() string {
	return a.ActionID
}
func (a *OriginateAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Originate(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &OriginateAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// CommandAction Execute Asterisk CLI Command.
type CommandAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Command Asterisk CLI command to run.
	Command string
}

func (CommandAction) ActionTypeName() string {
	return "Command"
}
func (a CommandAction) GetActionID() string {
	return a.ActionID
}
func (a *CommandAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Command(command string, opts ...RequestOption) (res *Response, err error) {
	req := &CommandAction{
		Command: command,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ExtensionStateAction Check Extension Status.
type ExtensionStateAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Exten Extension to check state on.
	Exten string
	// Context Context for extension.
	Context string
}

func (ExtensionStateAction) ActionTypeName() string {
	return "ExtensionState"
}
func (a ExtensionStateAction) GetActionID() string {
	return a.ActionID
}
func (a *ExtensionStateAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ExtensionState(exten string, context string, opts ...RequestOption) (res *Response, err error) {
	req := &ExtensionStateAction{
		Exten:   exten,
		Context: context,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PresenceStateAction Check Presence State
type PresenceStateAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Provider Presence Provider to check the state of
	Provider string
}

func (PresenceStateAction) ActionTypeName() string {
	return "PresenceState"
}
func (a PresenceStateAction) GetActionID() string {
	return a.ActionID
}
func (a *PresenceStateAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PresenceState(provider string, opts ...RequestOption) (res *Response, err error) {
	req := &PresenceStateAction{
		Provider: provider,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// AbsoluteTimeoutAction Set absolute timeout.
type AbsoluteTimeoutAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel name to hangup.
	Channel string
	// Timeout Maximum duration of the call (sec).
	Timeout int
}

func (AbsoluteTimeoutAction) ActionTypeName() string {
	return "AbsoluteTimeout"
}
func (a AbsoluteTimeoutAction) GetActionID() string {
	return a.ActionID
}
func (a *AbsoluteTimeoutAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) AbsoluteTimeout(channel string, timeout int, opts ...RequestOption) (res *Response, err error) {
	req := &AbsoluteTimeoutAction{
		Channel: channel,
		Timeout: timeout,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MailboxStatusAction Check mailbox.
type MailboxStatusAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Mailbox Full mailbox ID  mailbox @ vm-context .
	Mailbox string
}

func (MailboxStatusAction) ActionTypeName() string {
	return "MailboxStatus"
}
func (a MailboxStatusAction) GetActionID() string {
	return a.ActionID
}
func (a *MailboxStatusAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MailboxStatus(mailbox string, opts ...RequestOption) (res *Response, err error) {
	req := &MailboxStatusAction{
		Mailbox: mailbox,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MailboxCountAction Check Mailbox Message Count.
type MailboxCountAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Mailbox Full mailbox ID  mailbox @ vm-context .
	Mailbox string
}

func (MailboxCountAction) ActionTypeName() string {
	return "MailboxCount"
}
func (a MailboxCountAction) GetActionID() string {
	return a.ActionID
}
func (a *MailboxCountAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MailboxCount(mailbox string, opts ...RequestOption) (res *Response, err error) {
	req := &MailboxCountAction{
		Mailbox: mailbox,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ListCommandsAction List available manager commands.
type ListCommandsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (ListCommandsAction) ActionTypeName() string {
	return "ListCommands"
}
func (a ListCommandsAction) GetActionID() string {
	return a.ActionID
}
func (a *ListCommandsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ListCommands(opts ...RequestOption) (res *Response, err error) {
	req := &ListCommandsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SendTextAction Sends a text message to channel. A content type can be optionally specified. If not set
// it is set to an empty string allowing a custom handler to default it as it sees fit.
type SendTextAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel to send message to.
	Channel string
	// Message Message to send.
	Message string
	// ContentType The type of content in the message
	ContentType string
}

func (SendTextAction) ActionTypeName() string {
	return "SendText"
}
func (a SendTextAction) GetActionID() string {
	return a.ActionID
}
func (a *SendTextAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SendText(channel string, message string, opts ...RequestOption) (res *Response, err error) {
	req := &SendTextAction{
		Channel: channel,
		Message: message,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// UserEventAction Send an arbitrary event.
type UserEventAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// UserEvent Event string to send.
	UserEvent string
	// Header1 Content1.
	Header1 string
	// HeaderN ContentN.
	HeaderN string
}

func (UserEventAction) ActionTypeName() string {
	return "UserEvent"
}
func (a UserEventAction) GetActionID() string {
	return a.ActionID
}
func (a *UserEventAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) UserEvent(userEvent string, opts ...RequestOption) (res *Response, err error) {
	req := &UserEventAction{
		UserEvent: userEvent,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// WaitEventAction Wait for an event to occur.
type WaitEventAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Timeout Maximum time (in seconds) to wait for events, `-1` means forever.
	Timeout int
}

func (WaitEventAction) ActionTypeName() string {
	return "WaitEvent"
}
func (a WaitEventAction) GetActionID() string {
	return a.ActionID
}
func (a *WaitEventAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) WaitEvent(timeout int, opts ...RequestOption) (res *Response, err error) {
	req := &WaitEventAction{
		Timeout: timeout,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// CoreSettingsAction Show PBX core settings (version etc).
type CoreSettingsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (CoreSettingsAction) ActionTypeName() string {
	return "CoreSettings"
}
func (a CoreSettingsAction) GetActionID() string {
	return a.ActionID
}
func (a *CoreSettingsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) CoreSettings(opts ...RequestOption) (res *Response, err error) {
	req := &CoreSettingsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// CoreStatusAction Show PBX core status variables.
type CoreStatusAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (CoreStatusAction) ActionTypeName() string {
	return "CoreStatus"
}
func (a CoreStatusAction) GetActionID() string {
	return a.ActionID
}
func (a *CoreStatusAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) CoreStatus(opts ...RequestOption) (res *Response, err error) {
	req := &CoreStatusAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ReloadAction Send a reload event.
type ReloadAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Module Name of the module to reload.
	Module string
}

func (ReloadAction) ActionTypeName() string {
	return "Reload"
}
func (a ReloadAction) GetActionID() string {
	return a.ActionID
}
func (a *ReloadAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Reload(opts ...RequestOption) (res *Response, err error) {
	req := &ReloadAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// CoreShowChannelsAction List currently active channels.
type CoreShowChannelsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (CoreShowChannelsAction) ActionTypeName() string {
	return "CoreShowChannels"
}
func (a CoreShowChannelsAction) GetActionID() string {
	return a.ActionID
}
func (a *CoreShowChannelsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// LoggerRotateAction Reload and rotate the Asterisk logger.
type LoggerRotateAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (LoggerRotateAction) ActionTypeName() string {
	return "LoggerRotate"
}
func (a LoggerRotateAction) GetActionID() string {
	return a.ActionID
}
func (a *LoggerRotateAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) LoggerRotate(opts ...RequestOption) (res *Response, err error) {
	req := &LoggerRotateAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ModuleLoadAction Module management.
type ModuleLoadAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Module Asterisk module name (including .so extension) or subsystem identifier:
	Module string
	// LoadType If no module is specified for a `reload` loadtype, all modules are reloaded.
	LoadType string
}

func (ModuleLoadAction) ActionTypeName() string {
	return "ModuleLoad"
}
func (a ModuleLoadAction) GetActionID() string {
	return a.ActionID
}
func (a *ModuleLoadAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ModuleLoad(loadType string, opts ...RequestOption) (res *Response, err error) {
	req := &ModuleLoadAction{
		LoadType: loadType,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ModuleCheckAction Check if module is loaded.
type ModuleCheckAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Module Asterisk module name (not including extension).
	Module string
}

func (ModuleCheckAction) ActionTypeName() string {
	return "ModuleCheck"
}
func (a ModuleCheckAction) GetActionID() string {
	return a.ActionID
}
func (a *ModuleCheckAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ModuleCheck(module string, opts ...RequestOption) (res *Response, err error) {
	req := &ModuleCheckAction{
		Module: module,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// AOCMessageAction Generate an Advice of Charge message on a channel.
type AOCMessageAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel name to generate the AOC message on.
	Channel string
	// ChannelPrefix Partial channel prefix. By using this option one can match the beginning part of a channel name without having to put the entire name in. For example if a channel name is SIP/snom-00000001 and this value is set to SIP/snom, then that channel matches and the message will be sent. Note however that only the first matched channel has the message sent on it.
	ChannelPrefix string
	// MsgType Defines what type of AOC message to create, AOC-D or AOC-E
	MsgType string
	// ChargeType Defines what kind of charge this message represents.
	ChargeType string
	// UnitAmount0 This represents the amount of units charged. The ETSI AOC standard specifies that this value along with the optional UnitType value are entries in a list. To accommodate this these values take an index value starting at 0 which can be used to generate this list of unit entries. For Example, If two unit entires were required this could be achieved by setting the paramter UnitAmount(0)=1234 and UnitAmount(1)=5678. Note that UnitAmount at index 0 is required when ChargeType=Unit, all other entries in the list are optional.
	UnitAmount0 string
	// UnitType0 Defines the type of unit. ETSI AOC standard specifies this as an integer value between 1 and 16, but this value is left open to accept any positive integer. Like the UnitAmount parameter, this value represents a list entry and has an index parameter that starts at 0.
	UnitType0 string
	// CurrencyName Specifies the currency's name. Note that this value is truncated after 10 characters.
	CurrencyName string
	// CurrencyAmount Specifies the charge unit amount as a positive integer. This value is required when ChargeType==Currency.
	CurrencyAmount string
	// CurrencyMultiplier Specifies the currency multiplier. This value is required when ChargeType==Currency.
	CurrencyMultiplier string
	// TotalType Defines what kind of AOC-D total is represented.
	TotalType string
	// AOCBillingId Represents a billing ID associated with an AOC-D or AOC-E message. Note that only the first 3 items of the enum are valid AOC-D billing IDs
	AOCBillingId string
	// ChargingAssociationId Charging association identifier. This is optional for AOC-E and can be set to any value between -32768 and 32767
	ChargingAssociationId string
	// ChargingAssociationNumber Represents the charging association party number. This value is optional for AOC-E.
	ChargingAssociationNumber string
	// ChargingAssociationPlan Integer representing the charging plan associated with the ChargingAssociationNumber. The value is bits 7 through 1 of the Q.931 octet containing the type-of-number and numbering-plan-identification fields.
	ChargingAssociationPlan string
}

func (AOCMessageAction) ActionTypeName() string {
	return "AOCMessage"
}
func (a AOCMessageAction) GetActionID() string {
	return a.ActionID
}
func (a *AOCMessageAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) AOCMessage(channel string, msgType string, chargeType string, opts ...RequestOption) (res *Response, err error) {
	req := &AOCMessageAction{
		Channel:    channel,
		MsgType:    msgType,
		ChargeType: chargeType,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// FilterAction Dynamically add filters for the current manager session.
type FilterAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID  string
	Operation string
	// Filter - If there are both white and black filters: implied black all filter processed first, then white filters, and lastly black filters.
	Filter string
}

func (FilterAction) ActionTypeName() string {
	return "Filter"
}
func (a FilterAction) GetActionID() string {
	return a.ActionID
}
func (a *FilterAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Filter(opts ...RequestOption) (res *Response, err error) {
	req := &FilterAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// FilterListAction Show current event filters for this session
type FilterListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (FilterListAction) ActionTypeName() string {
	return "FilterList"
}
func (a FilterListAction) GetActionID() string {
	return a.ActionID
}
func (a *FilterListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) FilterList(opts ...RequestOption) (res *Response, err error) {
	req := &FilterListAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BlindTransferAction Blind transfer channel(s) to the given destination
type BlindTransferAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Channel  string
	Context  string
	Exten    string
}

func (BlindTransferAction) ActionTypeName() string {
	return "BlindTransfer"
}
func (a BlindTransferAction) GetActionID() string {
	return a.ActionID
}
func (a *BlindTransferAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) BlindTransfer(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &BlindTransferAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BridgeAction Bridge two channels already in the PBX.
type BridgeAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel1 Channel to Bridge to Channel2.
	Channel1 string
	// Channel2 Channel to Bridge to Channel1.
	Channel2 string
	// Tone Play courtesy tone to Channel 2.
	Tone string
}

func (BridgeAction) ActionTypeName() string {
	return "Bridge"
}
func (a BridgeAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Bridge(channel1 string, channel2 string, opts ...RequestOption) (res *Response, err error) {
	req := &BridgeAction{
		Channel1: channel1,
		Channel2: channel2,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DBGetAction Get DB Entry.
type DBGetAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Family   string
	Key      string
}

func (DBGetAction) ActionTypeName() string {
	return "DBGet"
}
func (a DBGetAction) GetActionID() string {
	return a.ActionID
}
func (a *DBGetAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DBGet(family string, key string, opts ...RequestOption) (res *Response, err error) {
	req := &DBGetAction{
		Family: family,
		Key:    key,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DBPutAction Put DB entry.
type DBPutAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Family   string
	Key      string
	Val      string
}

func (DBPutAction) ActionTypeName() string {
	return "DBPut"
}
func (a DBPutAction) GetActionID() string {
	return a.ActionID
}
func (a *DBPutAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DBPut(family string, key string, opts ...RequestOption) (res *Response, err error) {
	req := &DBPutAction{
		Family: family,
		Key:    key,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DBDelAction Delete DB entry.
type DBDelAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Family   string
	Key      string
}

func (DBDelAction) ActionTypeName() string {
	return "DBDel"
}
func (a DBDelAction) GetActionID() string {
	return a.ActionID
}
func (a *DBDelAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DBDel(family string, key string, opts ...RequestOption) (res *Response, err error) {
	req := &DBDelAction{
		Family: family,
		Key:    key,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DBDelTreeAction Delete DB Tree.
type DBDelTreeAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	Family   string
	Key      string
}

func (DBDelTreeAction) ActionTypeName() string {
	return "DBDelTree"
}
func (a DBDelTreeAction) GetActionID() string {
	return a.ActionID
}
func (a *DBDelTreeAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) DBDelTree(family string, opts ...RequestOption) (res *Response, err error) {
	req := &DBDelTreeAction{
		Family: family,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ShowDialPlanAction Show dialplan contexts and extensions
type ShowDialPlanAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Extension Show a specific extension.
	Extension string
	// Context Show a specific context.
	Context string
}

func (ShowDialPlanAction) ActionTypeName() string {
	return "ShowDialPlan"
}
func (a ShowDialPlanAction) GetActionID() string {
	return a.ActionID
}
func (a *ShowDialPlanAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ShowDialPlan(opts ...RequestOption) (res *Response, err error) {
	req := &ShowDialPlanAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ExtensionStateListAction List the current known extension states.
type ExtensionStateListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (ExtensionStateListAction) ActionTypeName() string {
	return "ExtensionStateList"
}
func (a ExtensionStateListAction) GetActionID() string {
	return a.ActionID
}
func (a *ExtensionStateListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// MessageSendAction Send an out of call message to an endpoint.
type MessageSendAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// To The URI the message is to be sent to.
	To string
	// From A From URI for the message if needed for the message technology being used to send this message.
	From string
	// Body The message body text. This must not contain any newlines as that conflicts with the AMI protocol.
	Body string
	// Base64Body Text bodies requiring the use of newlines have to be base64 encoded in this field. Base64Body will be decoded before being sent out. Base64Body takes precedence over Body.
	Base64Body string
	// Variable Message variable to set, multiple Variable: headers are allowed. The header value is a comma separated list of name=value pairs.
	Variable string
}

func (MessageSendAction) ActionTypeName() string {
	return "MessageSend"
}
func (a MessageSendAction) GetActionID() string {
	return a.ActionID
}
func (a *MessageSendAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MessageSend(to string, opts ...RequestOption) (res *Response, err error) {
	req := &MessageSendAction{
		To: to,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// LocalOptimizeAwayAction Optimize away a local channel when possible.
type LocalOptimizeAwayAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel The channel name to optimize away.
	Channel string
}

func (LocalOptimizeAwayAction) ActionTypeName() string {
	return "LocalOptimizeAway"
}
func (a LocalOptimizeAwayAction) GetActionID() string {
	return a.ActionID
}
func (a *LocalOptimizeAwayAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) LocalOptimizeAway(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &LocalOptimizeAwayAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BridgeTechnologyListAction List available bridging technologies and their statuses.
type BridgeTechnologyListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (BridgeTechnologyListAction) ActionTypeName() string {
	return "BridgeTechnologyList"
}
func (a BridgeTechnologyListAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeTechnologyListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) BridgeTechnologyList(opts ...RequestOption) (res *Response, err error) {
	req := &BridgeTechnologyListAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BridgeTechnologySuspendAction Suspend a bridging technology.
type BridgeTechnologySuspendAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// BridgeTechnology The name of the bridging technology to suspend.
	BridgeTechnology string
}

func (BridgeTechnologySuspendAction) ActionTypeName() string {
	return "BridgeTechnologySuspend"
}
func (a BridgeTechnologySuspendAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeTechnologySuspendAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) BridgeTechnologySuspend(bridgeTechnology string, opts ...RequestOption) (res *Response, err error) {
	req := &BridgeTechnologySuspendAction{
		BridgeTechnology: bridgeTechnology,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BridgeTechnologyUnsuspendAction Unsuspend a bridging technology.
type BridgeTechnologyUnsuspendAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// BridgeTechnology The name of the bridging technology to unsuspend.
	BridgeTechnology string
}

func (BridgeTechnologyUnsuspendAction) ActionTypeName() string {
	return "BridgeTechnologyUnsuspend"
}
func (a BridgeTechnologyUnsuspendAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeTechnologyUnsuspendAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) BridgeTechnologyUnsuspend(bridgeTechnology string, opts ...RequestOption) (res *Response, err error) {
	req := &BridgeTechnologyUnsuspendAction{
		BridgeTechnology: bridgeTechnology,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BridgeListAction Get a list of bridges in the system.
type BridgeListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// BridgeType Optional type for filtering the resulting list of bridges.
	BridgeType string
}

func (BridgeListAction) ActionTypeName() string {
	return "BridgeList"
}
func (a BridgeListAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) BridgeList(opts ...RequestOption) (res *Response, err error) {
	req := &BridgeListAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BridgeInfoAction Get information about a bridge.
type BridgeInfoAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// BridgeUniqueid The unique ID of the bridge about which to retrieve information.
	BridgeUniqueid string
}

func (BridgeInfoAction) ActionTypeName() string {
	return "BridgeInfo"
}
func (a BridgeInfoAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeInfoAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// BridgeDestroyAction Destroy a bridge.
type BridgeDestroyAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// BridgeUniqueid The unique ID of the bridge to destroy.
	BridgeUniqueid string
}

func (BridgeDestroyAction) ActionTypeName() string {
	return "BridgeDestroy"
}
func (a BridgeDestroyAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeDestroyAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) BridgeDestroy(bridgeUniqueid string, opts ...RequestOption) (res *Response, err error) {
	req := &BridgeDestroyAction{
		BridgeUniqueid: bridgeUniqueid,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// BridgeKickAction Kick a channel from a bridge.
type BridgeKickAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// BridgeUniqueid The unique ID of the bridge containing the channel to destroy. This parameter can be omitted, or supplied to insure that the channel is not removed from the wrong bridge.
	BridgeUniqueid string
	// Channel The channel to kick out of a bridge.
	Channel string
}

func (BridgeKickAction) ActionTypeName() string {
	return "BridgeKick"
}
func (a BridgeKickAction) GetActionID() string {
	return a.ActionID
}
func (a *BridgeKickAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) BridgeKick(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &BridgeKickAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PresenceStateListAction List the current known presence states.
type PresenceStateListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PresenceStateListAction) ActionTypeName() string {
	return "PresenceStateList"
}
func (a PresenceStateListAction) GetActionID() string {
	return a.ActionID
}
func (a *PresenceStateListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// ParkinglotsAction Get a list of parking lots
type ParkinglotsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (ParkinglotsAction) ActionTypeName() string {
	return "Parkinglots"
}
func (a ParkinglotsAction) GetActionID() string {
	return a.ActionID
}
func (a *ParkinglotsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Parkinglots(opts ...RequestOption) (res *Response, err error) {
	req := &ParkinglotsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ParkedCallsAction List parked calls.
type ParkedCallsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// ParkingLot If specified, only show parked calls from the parking lot with this name.
	ParkingLot string
}

func (ParkedCallsAction) ActionTypeName() string {
	return "ParkedCalls"
}
func (a ParkedCallsAction) GetActionID() string {
	return a.ActionID
}
func (a *ParkedCallsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ParkedCalls(opts ...RequestOption) (res *Response, err error) {
	req := &ParkedCallsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ParkAction Park a channel.
type ParkAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel name to park.
	Channel string
	// TimeoutChannel Channel name to use when constructing the dial string that will be dialed if the parked channel times out. If `TimeoutChannel` is in a two party bridge with `Channel`, then `TimeoutChannel` will receive an announcement and be treated as having parked `Channel` in the same manner as the Park Call DTMF feature.
	TimeoutChannel string
	// AnnounceChannel If specified, then this channel will receive an announcement when `Channel` is parked if `AnnounceChannel` is in a state where it can receive announcements (AnnounceChannel must be bridged). `AnnounceChannel` has no bearing on the actual state of the parked call.
	AnnounceChannel string
	// Timeout Overrides the timeout of the parking lot for this park action. Specified in milliseconds, but will be converted to seconds. Use a value of 0 to disable the timeout.
	Timeout int
	// Parkinglot The parking lot to use when parking the channel
	Parkinglot string
}

func (ParkAction) ActionTypeName() string {
	return "Park"
}
func (a ParkAction) GetActionID() string {
	return a.ActionID
}
func (a *ParkAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Park(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &ParkAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MWIGetAction Get selected mailboxes with message counts.
type MWIGetAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Mailbox Mailbox ID in the form of / regex / for all mailboxes matching the regular expression. Otherwise it is for a specific mailbox.
	Mailbox string
}

func (MWIGetAction) ActionTypeName() string {
	return "MWIGet"
}
func (a MWIGetAction) GetActionID() string {
	return a.ActionID
}
func (a *MWIGetAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MWIGet(mailbox string, opts ...RequestOption) (res *Response, err error) {
	req := &MWIGetAction{
		Mailbox: mailbox,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MWIDeleteAction Delete selected mailboxes.
type MWIDeleteAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Mailbox Mailbox ID in the form of / regex / for all mailboxes matching the regular expression. Otherwise it is for a specific mailbox.
	Mailbox string
}

func (MWIDeleteAction) ActionTypeName() string {
	return "MWIDelete"
}
func (a MWIDeleteAction) GetActionID() string {
	return a.ActionID
}
func (a *MWIDeleteAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MWIDelete(mailbox string, opts ...RequestOption) (res *Response, err error) {
	req := &MWIDeleteAction{
		Mailbox: mailbox,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MWIUpdateAction Update the mailbox message counts.
type MWIUpdateAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Mailbox Specific mailbox ID.
	Mailbox string
	// OldMessages The number of old messages in the mailbox. Defaults to zero if missing.
	OldMessages string
	// NewMessages The number of new messages in the mailbox. Defaults to zero if missing.
	NewMessages string
}

func (MWIUpdateAction) ActionTypeName() string {
	return "MWIUpdate"
}
func (a MWIUpdateAction) GetActionID() string {
	return a.ActionID
}
func (a *MWIUpdateAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MWIUpdate(mailbox string, opts ...RequestOption) (res *Response, err error) {
	req := &MWIUpdateAction{
		Mailbox: mailbox,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPShowRegistrationsInboundAction Lists PJSIP inbound registrations.
type PJSIPShowRegistrationsInboundAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowRegistrationsInboundAction) ActionTypeName() string {
	return "PJSIPShowRegistrationsInbound"
}
func (a PJSIPShowRegistrationsInboundAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowRegistrationsInboundAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPShowRegistrationsInbound(opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPShowRegistrationsInboundAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPShowRegistrationInboundContactStatusesAction Lists ContactStatuses for PJSIP inbound registrations.
type PJSIPShowRegistrationInboundContactStatusesAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowRegistrationInboundContactStatusesAction) ActionTypeName() string {
	return "PJSIPShowRegistrationInboundContactStatuses"
}
func (a PJSIPShowRegistrationInboundContactStatusesAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowRegistrationInboundContactStatusesAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPShowRegistrationInboundContactStatuses(opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPShowRegistrationInboundContactStatusesAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPNotifyAction Send a NOTIFY to either an endpoint, an arbitrary URI, or inside a SIP dialog.
type PJSIPNotifyAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Endpoint The endpoint to which to send the NOTIFY.
	Endpoint string
	// URI Abritrary URI to which to send the NOTIFY.
	URI string
	// Channel Channel name to send the NOTIFY. Must be a PJSIP channel.
	Channel string
	// Variable Appends variables as headers/content to the NOTIFY. If the variable is named `Content`, then the value will compose the body of the message if another variable sets `Content-Type`.  name =  value
	Variable string
}

func (PJSIPNotifyAction) ActionTypeName() string {
	return "PJSIPNotify"
}
func (a PJSIPNotifyAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPNotifyAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPNotify(variable string, opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPNotifyAction{
		Variable: variable,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPQualifyAction Qualify a chan_pjsip endpoint.
type PJSIPQualifyAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Endpoint The endpoint you want to qualify.
	Endpoint string
}

func (PJSIPQualifyAction) ActionTypeName() string {
	return "PJSIPQualify"
}
func (a PJSIPQualifyAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPQualifyAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPQualify(endpoint string, opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPQualifyAction{
		Endpoint: endpoint,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPShowEndpointsAction Lists PJSIP endpoints.
type PJSIPShowEndpointsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowEndpointsAction) ActionTypeName() string {
	return "PJSIPShowEndpoints"
}
func (a PJSIPShowEndpointsAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowEndpointsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// PJSIPShowEndpointAction Detail listing of an endpoint and its objects.
type PJSIPShowEndpointAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Endpoint The endpoint to list.
	Endpoint string
}

func (PJSIPShowEndpointAction) ActionTypeName() string {
	return "PJSIPShowEndpoint"
}
func (a PJSIPShowEndpointAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowEndpointAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// PJSIPShowAorsAction Lists PJSIP AORs.
type PJSIPShowAorsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowAorsAction) ActionTypeName() string {
	return "PJSIPShowAors"
}
func (a PJSIPShowAorsAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowAorsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// PJSIPShowAuthsAction Lists PJSIP Auths.
type PJSIPShowAuthsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowAuthsAction) ActionTypeName() string {
	return "PJSIPShowAuths"
}
func (a PJSIPShowAuthsAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowAuthsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// PJSIPShowContactsAction Lists PJSIP Contacts.
type PJSIPShowContactsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowContactsAction) ActionTypeName() string {
	return "PJSIPShowContacts"
}
func (a PJSIPShowContactsAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowContactsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// FAXSessionsAction Lists active FAX sessions
type FAXSessionsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (FAXSessionsAction) ActionTypeName() string {
	return "FAXSessions"
}
func (a FAXSessionsAction) GetActionID() string {
	return a.ActionID
}
func (a *FAXSessionsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) FAXSessions(opts ...RequestOption) (res *Response, err error) {
	req := &FAXSessionsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// FAXSessionAction Responds with a detailed description of a single FAX session
type FAXSessionAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// SessionNumber The session ID of the fax the user is interested in.
	SessionNumber string
}

func (FAXSessionAction) ActionTypeName() string {
	return "FAXSession"
}
func (a FAXSessionAction) GetActionID() string {
	return a.ActionID
}
func (a *FAXSessionAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) FAXSession(sessionNumber string, opts ...RequestOption) (res *Response, err error) {
	req := &FAXSessionAction{
		SessionNumber: sessionNumber,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// FAXStatsAction Responds with fax statistics
type FAXStatsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (FAXStatsAction) ActionTypeName() string {
	return "FAXStats"
}
func (a FAXStatsAction) GetActionID() string {
	return a.ActionID
}
func (a *FAXStatsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) FAXStats(opts ...RequestOption) (res *Response, err error) {
	req := &FAXStatsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPUnregisterAction Unregister an outbound registration.
type PJSIPUnregisterAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Registration The outbound registration to unregister or '*all' to unregister them all.
	Registration string
}

func (PJSIPUnregisterAction) ActionTypeName() string {
	return "PJSIPUnregister"
}
func (a PJSIPUnregisterAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPUnregisterAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPUnregister(registration string, opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPUnregisterAction{
		Registration: registration,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPRegisterAction Register an outbound registration.
type PJSIPRegisterAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Registration The outbound registration to register or '*all' to register them all.
	Registration string
}

func (PJSIPRegisterAction) ActionTypeName() string {
	return "PJSIPRegister"
}
func (a PJSIPRegisterAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPRegisterAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPRegister(registration string, opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPRegisterAction{
		Registration: registration,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPShowRegistrationsOutboundAction Lists PJSIP outbound registrations.
type PJSIPShowRegistrationsOutboundAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowRegistrationsOutboundAction) ActionTypeName() string {
	return "PJSIPShowRegistrationsOutbound"
}
func (a PJSIPShowRegistrationsOutboundAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowRegistrationsOutboundAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPShowRegistrationsOutbound(opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPShowRegistrationsOutboundAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MuteAudioAction Mute an audio stream.
type MuteAudioAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel The channel you want to mute.
	Channel   string
	Direction string
	State     string
}

func (MuteAudioAction) ActionTypeName() string {
	return "MuteAudio"
}
func (a MuteAudioAction) GetActionID() string {
	return a.ActionID
}
func (a *MuteAudioAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) MuteAudio(channel string, direction string, state string, opts ...RequestOption) (res *Response, err error) {
	req := &MuteAudioAction{
		Channel:   channel,
		Direction: direction,
		State:     state,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// MonitorAction Monitor a channel.
type MonitorAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Used to specify the channel to record.
	Channel string
	// File Is the name of the file created in the monitor spool directory. Defaults to the same name as the channel (with slashes replaced with dashes).
	File   string
	Format string // default to wav
	// Mix Boolean parameter as to whether to mix the input and output channels together after the recording is finished.
	Mix string
}

func (MonitorAction) ActionTypeName() string {
	return "Monitor"
}
func (a MonitorAction) GetActionID() string {
	return a.ActionID
}
func (a *MonitorAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) Monitor(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &MonitorAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// StopMonitorAction Stop monitoring a channel.
type StopMonitorAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel The name of the channel monitored.
	Channel string
}

func (StopMonitorAction) ActionTypeName() string {
	return "StopMonitor"
}
func (a StopMonitorAction) GetActionID() string {
	return a.ActionID
}
func (a *StopMonitorAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) StopMonitor(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &StopMonitorAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// ChangeMonitorAction Change monitoring filename of a channel.
type ChangeMonitorAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Used to specify the channel to record.
	Channel string
	// File Is the new name of the file created in the monitor spool directory.
	File string
}

func (ChangeMonitorAction) ActionTypeName() string {
	return "ChangeMonitor"
}
func (a ChangeMonitorAction) GetActionID() string {
	return a.ActionID
}
func (a *ChangeMonitorAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) ChangeMonitor(channel string, file string, opts ...RequestOption) (res *Response, err error) {
	req := &ChangeMonitorAction{
		Channel: channel,
		File:    file,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PauseMonitorAction Pause monitoring of a channel.
type PauseMonitorAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Used to specify the channel to record.
	Channel string
}

func (PauseMonitorAction) ActionTypeName() string {
	return "PauseMonitor"
}
func (a PauseMonitorAction) GetActionID() string {
	return a.ActionID
}
func (a *PauseMonitorAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PauseMonitor(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &PauseMonitorAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// UnpauseMonitorAction Unpause monitoring of a channel.
type UnpauseMonitorAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Used to specify the channel to record.
	Channel string
}

func (UnpauseMonitorAction) ActionTypeName() string {
	return "UnpauseMonitor"
}
func (a UnpauseMonitorAction) GetActionID() string {
	return a.ActionID
}
func (a *UnpauseMonitorAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) UnpauseMonitor(channel string, opts ...RequestOption) (res *Response, err error) {
	req := &UnpauseMonitorAction{
		Channel: channel,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPShowSubscriptionsInboundAction Lists subscriptions.
type PJSIPShowSubscriptionsInboundAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowSubscriptionsInboundAction) ActionTypeName() string {
	return "PJSIPShowSubscriptionsInbound"
}
func (a PJSIPShowSubscriptionsInboundAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowSubscriptionsInboundAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPShowSubscriptionsInbound(opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPShowSubscriptionsInboundAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPShowSubscriptionsOutboundAction Lists subscriptions.
type PJSIPShowSubscriptionsOutboundAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowSubscriptionsOutboundAction) ActionTypeName() string {
	return "PJSIPShowSubscriptionsOutbound"
}
func (a PJSIPShowSubscriptionsOutboundAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowSubscriptionsOutboundAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPShowSubscriptionsOutbound(opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPShowSubscriptionsOutboundAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// PJSIPShowResourceListsAction Displays settings for configured resource lists.
type PJSIPShowResourceListsAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (PJSIPShowResourceListsAction) ActionTypeName() string {
	return "PJSIPShowResourceLists"
}
func (a PJSIPShowResourceListsAction) GetActionID() string {
	return a.ActionID
}
func (a *PJSIPShowResourceListsAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) PJSIPShowResourceLists(opts ...RequestOption) (res *Response, err error) {
	req := &PJSIPShowResourceListsAction{}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// AGIAction Add an AGI command to execute by Async AGI.
type AGIAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Channel Channel that is currently in Async AGI.
	Channel string
	// Command Application to execute.
	Command string
	// CommandID This will be sent back in CommandID header of AsyncAGI exec event notification.
	CommandID string
}

func (AGIAction) ActionTypeName() string {
	return "AGI"
}
func (a AGIAction) GetActionID() string {
	return a.ActionID
}
func (a *AGIAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) AGI(channel string, command string, opts ...RequestOption) (res *Response, err error) {
	req := &AGIAction{
		Channel: channel,
		Command: command,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// DeviceStateListAction List the current known device states.
type DeviceStateListAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
}

func (DeviceStateListAction) ActionTypeName() string {
	return "DeviceStateList"
}
func (a DeviceStateListAction) GetActionID() string {
	return a.ActionID
}
func (a *DeviceStateListAction) SetActionID(actionID string) {
	a.ActionID = actionID
}

// SorceryMemoryCacheExpireObjectAction Expire (remove) an object from a sorcery memory cache.
type SorceryMemoryCacheExpireObjectAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Cache The name of the cache to expire the object from.
	Cache string
	// Object The name of the object to expire.
	Object string
}

func (SorceryMemoryCacheExpireObjectAction) ActionTypeName() string {
	return "SorceryMemoryCacheExpireObject"
}
func (a SorceryMemoryCacheExpireObjectAction) GetActionID() string {
	return a.ActionID
}
func (a *SorceryMemoryCacheExpireObjectAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SorceryMemoryCacheExpireObject(cache string, object string, opts ...RequestOption) (res *Response, err error) {
	req := &SorceryMemoryCacheExpireObjectAction{
		Cache:  cache,
		Object: object,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SorceryMemoryCacheExpireAction Expire (remove) ALL objects from a sorcery memory cache.
type SorceryMemoryCacheExpireAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Cache The name of the cache to expire all objects from.
	Cache string
}

func (SorceryMemoryCacheExpireAction) ActionTypeName() string {
	return "SorceryMemoryCacheExpire"
}
func (a SorceryMemoryCacheExpireAction) GetActionID() string {
	return a.ActionID
}
func (a *SorceryMemoryCacheExpireAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SorceryMemoryCacheExpire(cache string, opts ...RequestOption) (res *Response, err error) {
	req := &SorceryMemoryCacheExpireAction{
		Cache: cache,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SorceryMemoryCacheStaleObjectAction Mark an object in a sorcery memory cache as stale.
type SorceryMemoryCacheStaleObjectAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Cache The name of the cache to mark the object as stale in.
	Cache string
	// Object The name of the object to mark as stale.
	Object string
	// Reload If true, then immediately reload the object from the backend cache instead of waiting for the next retrieval
	Reload string
}

func (SorceryMemoryCacheStaleObjectAction) ActionTypeName() string {
	return "SorceryMemoryCacheStaleObject"
}
func (a SorceryMemoryCacheStaleObjectAction) GetActionID() string {
	return a.ActionID
}
func (a *SorceryMemoryCacheStaleObjectAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SorceryMemoryCacheStaleObject(cache string, object string, opts ...RequestOption) (res *Response, err error) {
	req := &SorceryMemoryCacheStaleObjectAction{
		Cache:  cache,
		Object: object,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SorceryMemoryCacheStaleAction Marks ALL objects in a sorcery memory cache as stale.
type SorceryMemoryCacheStaleAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Cache The name of the cache to mark all object as stale in.
	Cache string
}

func (SorceryMemoryCacheStaleAction) ActionTypeName() string {
	return "SorceryMemoryCacheStale"
}
func (a SorceryMemoryCacheStaleAction) GetActionID() string {
	return a.ActionID
}
func (a *SorceryMemoryCacheStaleAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SorceryMemoryCacheStale(cache string, opts ...RequestOption) (res *Response, err error) {
	req := &SorceryMemoryCacheStaleAction{
		Cache: cache,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// SorceryMemoryCachePopulateAction Expire all objects from a memory cache and populate it with all objects from the backend.
type SorceryMemoryCachePopulateAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Cache The name of the cache to populate.
	Cache string
}

func (SorceryMemoryCachePopulateAction) ActionTypeName() string {
	return "SorceryMemoryCachePopulate"
}
func (a SorceryMemoryCachePopulateAction) GetActionID() string {
	return a.ActionID
}
func (a *SorceryMemoryCachePopulateAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) SorceryMemoryCachePopulate(cache string, opts ...RequestOption) (res *Response, err error) {
	req := &SorceryMemoryCachePopulateAction{
		Cache: cache,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}

// JabberSendAction Sends a message to a Jabber Client.
type JabberSendAction struct {
	// ActionID ActionID for this transaction. Will be returned.
	ActionID string
	// Jabber Client or transport Asterisk uses to connect to JABBER.
	Jabber string
	// JID XMPP/Jabber JID (Name) of recipient.
	JID string
	// Message Message to be sent to the buddy.
	Message string
}

func (JabberSendAction) ActionTypeName() string {
	return "JabberSend"
}
func (a JabberSendAction) GetActionID() string {
	return a.ActionID
}
func (a *JabberSendAction) SetActionID(actionID string) {
	a.ActionID = actionID
}
func (cli *Client) JabberSend(jabber string, jID string, message string, opts ...RequestOption) (res *Response, err error) {
	req := &JabberSendAction{
		Jabber:  jabber,
		JID:     jID,
		Message: message,
	}
	res = &Response{}
	return res, cli.Action(req, res, opts...)
}