#include <TelepathyQt/Channel>

Inherits Tp::AbstractInterface.

Public Slots
QDBusPendingReply	SetRinging (int timeout=-1)

QDBusPendingReply	SetQueued (int timeout=-1)

QDBusPendingReply	Accept (int timeout=-1)

QDBusPendingReply	Hangup (uint reason, const QString &detailedHangupReason, const QString &message, int timeout=-1)

QDBusPendingReply< QDBusObjectPath >	AddContent (const QString &contentName, uint contentType, uint initialDirection, int timeout=-1)

Signals
void	ContentAdded (const QDBusObjectPath &content)

void	ContentRemoved (const QDBusObjectPath &content, const Tp::CallStateReason &reason)

void	CallStateChanged (uint callState, uint callFlags, const Tp::CallStateReason &callStateReason, const QVariantMap &callStateDetails)

void	CallMembersChanged (const Tp::CallMemberMap &flagsChanged, const Tp::HandleIdentifierMap &identifiers, const Tp::UIntList &removed, const Tp::CallStateReason &reason)

Signals inherited from Tp::AbstractInterface
void	propertiesChanged (const QVariantMap &changedProperties, const QStringList &invalidatedProperties)

Public Member Functions
	ChannelTypeCallInterface (const QString &busName, const QString &objectPath, QObject *parent=0)

	ChannelTypeCallInterface (const QDBusConnection &connection, const QString &busName, const QString &objectPath, QObject *parent=0)

	ChannelTypeCallInterface (Tp::DBusProxy *proxy)

	ChannelTypeCallInterface (const Tp::Client::ChannelInterface &mainInterface)

	ChannelTypeCallInterface (const Tp::Client::ChannelInterface &mainInterface, QObject *parent)

Tp::PendingVariant *	requestPropertyContents () const

Tp::PendingVariant *	requestPropertyCallStateDetails () const

Tp::PendingVariant *	requestPropertyCallState () const

Tp::PendingVariant *	requestPropertyCallFlags () const

Tp::PendingVariant *	requestPropertyCallStateReason () const

Tp::PendingVariant *	requestPropertyHardwareStreaming () const

Tp::PendingVariant *	requestPropertyCallMembers () const

Tp::PendingVariant *	requestPropertyMemberIdentifiers () const

Tp::PendingVariant *	requestPropertyInitialTransport () const

Tp::PendingVariant *	requestPropertyInitialAudio () const

Tp::PendingVariant *	requestPropertyInitialVideo () const

Tp::PendingVariant *	requestPropertyInitialAudioName () const

Tp::PendingVariant *	requestPropertyInitialVideoName () const

Tp::PendingVariant *	requestPropertyMutableContents () const

Tp::PendingVariantMap *	requestAllProperties () const

Public Member Functions inherited from Tp::AbstractInterface
virtual	~AbstractInterface ()

bool	isValid () const

QString	invalidationReason () const

QString	invalidationMessage () const

void	setMonitorProperties (bool monitorProperties)

bool	isMonitoringProperties () const

Static Public Member Functions
static QLatin1String	staticInterfaceName ()

Protected Member Functions
virtual void	invalidate (Tp::DBusProxy *, const QString &, const QString &)

Protected Member Functions inherited from Tp::AbstractInterface
	AbstractInterface (DBusProxy *proxy, const QLatin1String &interface)

	AbstractInterface (const QString &busName, const QString &path, const QLatin1String &interface, const QDBusConnection &connection, QObject *parent)

PendingVariant *	internalRequestProperty (const QString &name) const

PendingOperation *	internalSetProperty (const QString &name, const QVariant &newValue)

PendingVariantMap *	internalRequestAllProperties () const

Additional Inherited Members
Protected Slots inherited from Tp::AbstractInterface

Detailed Description

Proxy class providing a 1:1 mapping of the D-Bus interface "org.freedesktop.Telepathy.Channel.Type.Call1".

Constructor & Destructor Documentation

Tp::Client::ChannelTypeCallInterface::ChannelTypeCallInterface	(	const QString &	busName,
		const QString &	objectPath,
		QObject *	parent = `0`
	)

Creates a ChannelTypeCallInterface associated with the given object on the session bus.

Parameters

busName	Name of the service the object is on.
objectPath	Path to the object on the service.
parent	Passed to the parent class constructor.

Tp::Client::ChannelTypeCallInterface::ChannelTypeCallInterface	(	const QDBusConnection &	connection,
		const QString &	busName,
		const QString &	objectPath,
		QObject *	parent = `0`
	)

Creates a ChannelTypeCallInterface associated with the given object on the given bus.

Parameters

connection	The bus via which the object can be reached.
busName	Name of the service the object is on.
objectPath	Path to the object on the service.
parent	Passed to the parent class constructor.

Tp::Client::ChannelTypeCallInterface::ChannelTypeCallInterface ( Tp::DBusProxy * proxy )

Creates a ChannelTypeCallInterface associated with the same object as the given proxy.

Parameters

proxy The proxy to use. It will also be the QObject::parent() for this object.

Tp::Client::ChannelTypeCallInterface::ChannelTypeCallInterface ( const Tp::Client::ChannelInterface & mainInterface )

explicit

Creates a ChannelTypeCallInterface associated with the same object as the given proxy. Additionally, the created proxy will have the same parent as the given proxy.

Parameters

mainInterface The proxy to use.

Tp::Client::ChannelTypeCallInterface::ChannelTypeCallInterface	(	const Tp::Client::ChannelInterface &	mainInterface,
		QObject *	parent
	)

Creates a ChannelTypeCallInterface associated with the same object as the given proxy. However, a different parent object can be specified.

Parameters

mainInterface	The proxy to use.
parent	Passed to the parent class constructor.

Member Function Documentation

static QLatin1String Tp::Client::ChannelTypeCallInterface::staticInterfaceName ( )

inlinestatic

Returns the name of the interface "org.freedesktop.Telepathy.Channel.Type.Call1", which this class represents.

Returns: The D-Bus interface name.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyContents ( ) const

inline

Asynchronous getter for the remote object property Contents of type Tp::ObjectPathList.

The list of CallContentInterface objects that are part of this call. Change notification is via the ContentAdded() and ContentRemoved() signals.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyCallStateDetails ( ) const

inline

Asynchronous getter for the remote object property CallStateDetails of type QVariantMap.

A map used to provide optional extensible details for the CallState , CallFlags and/or CallStateReason .

Well-known keys and their corresponding value types include:

hangup-message - s: An optional human-readable message sent when the call was ended, corresponding to the Message argument to the Hangup() method. This is only applicable when the call state is Ended.
XMPP Jingle can send such messages.
queue-message - s: An optional human-readable message sent when the local contact is being held in a queue. This is only applicable when Locally_Queued is in the call flags.
SIP 182 notifications can have human-readable messages attached.
debug-message - s: A message giving further details of any error indicated by the CallStateReason . This will not normally be localized or suitable for display to users, and is only applicable when the call state is Ended.
balance-required - i: Optionally included when a call cannot be connected because there is InsufficientBalance, indicating what the required balance would be to place this call. The value of this key has the same units and scale as ConnectionInterfaceBalanceInterface::AccountBalance .
forwarded-to - u: Optionally included when the CallStateReason is Forwarded. It indicates the handle to whom the Call was forwarded.
forwarded-to-id - s: The string that would result from inspecting the forwarded-to key (i.e. the contact's identifier in the IM protocol).

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyCallState ( ) const

inline

Asynchronous getter for the remote object property CallState of type uint.

The current high-level state of this call. The CallFlags provide additional information, and the CallStateReason and CallStateDetails explain the reason for the current values for those properties.

Note that when in a conference call, this property is purely to show your state in joining the call. The receiver (or remote contact) in this context is the conference server itself. The property does not change when other call members' states change.

Clients MAY consider unknown values in this property to be an error.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyCallFlags ( ) const

inline

Asynchronous getter for the remote object property CallFlags of type uint.

Flags representing the status of the call as a whole, providing more specific information than the CallState .

Clients are expected to ignore unknown flags in this property, without error.

When an ongoing call is active and not on hold or has any other problems, this property will be 0.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyCallStateReason ( ) const

inline

Asynchronous getter for the remote object property CallStateReason of type Tp::CallStateReason.

The reason for the last change to the CallState and/or CallFlags . The CallStateDetails MAY provide additional information.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyHardwareStreaming ( ) const

inline

Asynchronous getter for the remote object property HardwareStreaming of type bool.

If this property is True, all of the media streaming is done by some mechanism outside the scope of Telepathy.

A connection manager might be intended for a specialized hardware device, which will take care of the audio streaming (e.g. telepathy-ring, which uses GSM hardware which does the actual audio streaming for the call).

If this is False, the handler is responsible for doing the actual media streaming for at least some contents itself. Those contents will have the CallContentInterfaceMediaInterface interface, to communicate the necessary information to a streaming implementation. Connection managers SHOULD operate like this, if possible.

Many connection managers (such as telepathy-gabble) only do the call signalling, and expect the client to do the actual streaming using something like Farsight, to improve latency and allow better UI integration.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyCallMembers ( ) const

inline

Asynchronous getter for the remote object property CallMembers of type Tp::CallMemberMap.

A mapping from the remote contacts that are part of this call to flags describing their status. This mapping never has the local user's handle as a key.

When the call ends, this property should be an empty list, and notified with CallMembersChanged()

If the Call implements ChannelInterfaceGroupInterface and the Group members are channel-specific handles, then this call SHOULD also use channel-specific handles.

Anonymous members are exposed as channel-specific handles with no owner.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyMemberIdentifiers ( ) const

inline

Asynchronous getter for the remote object property MemberIdentifiers of type Tp::HandleIdentifierMap.

The string identifiers for handles mentioned in CallMembers, to give clients the minimal information necessary to create contacts without waiting for round-trips.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyInitialTransport ( ) const

inline

Asynchronous getter for the remote object property InitialTransport of type uint.

If set on a requested channel, this indicates the transport that should be used for this call. Where not applicable, this property is defined to be Unknown, in particular, on CMs with hardware streaming.

When implementing a voip gateway one wants the outgoing leg of the gatewayed to have the same transport as the incoming leg. This property allows the gateway to request a Call with the right transport from the CM.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyInitialAudio ( ) const

inline

Asynchronous getter for the remote object property InitialAudio of type bool.

If set to True in a channel request that will create a new channel, the connection manager should immediately attempt to establish an audio stream to the remote contact, making it unnecessary for the client to call ChannelTypeCallInterface::AddContent() .

If this property, or InitialVideo, is passed to EnsureChannel (as opposed to CreateChannel), the connection manager SHOULD ignore these properties when checking whether it can return an existing channel as suitable; these properties only become significant when the connection manager has decided to create a new channel.

If True on a requested channel, this indicates that the audio stream has already been requested and the client does not need to call RequestStreams, although it MAY still do so.

If True on an unrequested (incoming) channel, this indicates that the remote contact initially requested an audio stream; this does not imply that that audio stream is still active (as indicated by ChannelTypeCallInterface::Contents ).

The name of this new content can be decided by using the InitialAudioName property.

Connection managers that support the ConnectionInterfaceContactCapabilitiesInterface interface SHOULD represent the capabilities of receiving audio and/or video calls by including a channel class in a contact's capabilities with ChannelType = Call in the fixed properties dictionary, and InitialAudio and/or InitialVideo in the allowed properties list. Clients wishing to discover whether a particular contact is likely to be able to receive audio and/or video calls SHOULD use this information.

Not all clients support video calls, and it would also be possible (although unlikely) to have a client which could only stream video, not audio.

Clients that are willing to receive audio and/or video calls SHOULD include the following among their channel classes if calling ConnectionInterfaceContactCapabilitiesInterface::UpdateCapabilities() (clients of a ChannelDispatcherInterface SHOULD instead arrange for the ChannelDispatcher to do this, by including the filters in their ClientHandlerInterface::HandlerChannelFilter properties):

{ ChannelType = Call }
{ ChannelType = Call, InitialAudio = True } if receiving calls with audio is supported
{ ChannelType = Call, InitialVideo = True } if receiving calls with video is supported

Connection managers for protocols with capability discovery, like XMPP, need this information to advertise the appropriate capabilities for their protocol.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyInitialVideo ( ) const

inline

Asynchronous getter for the remote object property InitialVideo of type bool.

The same as InitialAudio , but for a video stream. This property is immutable (cannot change).

In particular, note that if this property is False, this does not imply that an active video stream has not been added, only that no video stream was active at the time the channel appeared.

This property is the correct way to discover whether connection managers, contacts etc. support video calls; it appears in capabilities structures in the same way as InitialAudio.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyInitialAudioName ( ) const

inline

Asynchronous getter for the remote object property InitialAudioName of type QString.

If InitialAudio is set to True, then this property will name the intial audio content with the value of this property.

Content names are meant to be significant, but if no name can be given to initial audio content, then its name cannot be meaningful or even localized.

If this property is empty or missing from the channel request and InitialAudio is True, then the CM must come up with a sensible for the content, such as "audio".

If the protocol has no concept of stream names then this property will not show up in the allowed properties list of the Requestable Channel Classes for call channels.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyInitialVideoName ( ) const

inline

Asynchronous getter for the remote object property InitialVideoName of type QString.

The same as InitialAudioName , but for a video stream created by setting InitialVideo to True. This property is immutable and so cannot change.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariant* Tp::Client::ChannelTypeCallInterface::requestPropertyMutableContents ( ) const

inline

Asynchronous getter for the remote object property MutableContents of type bool.

If True, a stream of a different content type can be added after the Channel has been requested

If this property is missing, clients SHOULD assume that it is False, and thus that the channel's streams cannot be changed once the call has started.

If this property isn't present in the "allowed" set in any of the Call entries contact capabilities, then user interfaces MAY choose to show a separate "call" option for each class of call.

For example, once an audio-only Google Talk call has started, it is not possible to add a video stream; both audio and video must be requested at the start of the call if video is desired. User interfaces may use this pseudo-capability as a hint to display separate "Audio call" and "Video call" buttons, rather than a single "Call1" button with the option to add and remove video once the call has started for contacts without this flag.

Returns: A pending variant which will emit finished when the property has been retrieved.

Tp::PendingVariantMap* Tp::Client::ChannelTypeCallInterface::requestAllProperties ( ) const

inline

Request all of the DBus properties on the interface.

Returns: A pending variant map which will emit finished when the properties have been retrieved.

QDBusPendingReply Tp::Client::ChannelTypeCallInterface::SetRinging ( int timeout = -1 )

inlineslot

Begins a call to the D-Bus method SetRinging on the remote object.

Indicate that the local user has been alerted about the incoming call.

This method is only useful if the channel's ChannelInterface::Requested property is False, and the CallState is Initialised (an incoming call is ready and waiting for the user to be notified). Calling this method SHOULD set CallFlags ' bit Locally_Ringing, and notify the remote contact that the local user has been alerted (if the protocol supports this); repeated calls to this method SHOULD succeed, but have no further effect.

In all other states, this method SHOULD fail with the error NotAvailable.

Note that timeout is ignored as of now. It will be used once http://bugreports.qt.nokia.com/browse/QTBUG-11775 is fixed.

Parameters

timeout The timeout in milliseconds.

QDBusPendingReply Tp::Client::ChannelTypeCallInterface::SetQueued ( int timeout = -1 )

inlineslot

Begins a call to the D-Bus method SetQueued on the remote object.

Notifies the CM that the local user is already in a call, so this call has been put in a call-waiting style queue.

This method is only useful if the channel's ChannelInterface::Requested property is False, and the CallState is Initialising or Initialised. Calling this method SHOULD set CallFlags ' bit Locally_Queued, and notify the remote contact that the call is in a queue (if the protocol supports this); repeated calls to this method SHOULD succeed, but have no further effect.

Locally_Queued is a little like Locally_Held, but applies to calls that have not been Accepted (the Locally_Queued flag should be unset by the CM when Accept is called). It should also be set in response to the state of the world, rather than in response to user action.

Note that timeout is ignored as of now. It will be used once http://bugreports.qt.nokia.com/browse/QTBUG-11775 is fixed.

Parameters

timeout The timeout in milliseconds.

QDBusPendingReply Tp::Client::ChannelTypeCallInterface::Accept ( int timeout = -1 )

inlineslot

Begins a call to the D-Bus method Accept on the remote object.

For incoming calls in state Initialised, accept the incoming call. This changes the CallState to Accepted.

For outgoing calls in state Pending_Initiator, actually call the remote contact; this changes the CallState to Initialising.

Otherwise, this method SHOULD fail with the error NotAvailable.

This method should be called exactly once per Call, by whatever client (user interface) is handling the channel.

When this method is called, for each CallContentInterface whose CallContentInterface::Disposition is Initial, any streams where the CallStreamInterface::LocalSendingState is Pending_Send will be moved to Sending as if CallStreamInterface::SetSending() (True) had been called.

Note that timeout is ignored as of now. It will be used once http://bugreports.qt.nokia.com/browse/QTBUG-11775 is fixed.

Parameters

timeout The timeout in milliseconds.

QDBusPendingReply Tp::Client::ChannelTypeCallInterface::Hangup	(	uint	reason,
		const QString &	detailedHangupReason,
		const QString &	message,
		int	timeout = `-1`
	)

inlineslot

Begins a call to the D-Bus method Hangup on the remote object.

Request that the call is ended. All contents will be removed from the Call so that the Contents property will be the empty list.

Note that timeout is ignored as of now. It will be used once http://bugreports.qt.nokia.com/browse/QTBUG-11775 is fixed.

Parameters

reason	A generic hangup reason.
detailedHangupReason	A more specific reason for the call hangup, if one is available, or an empty string otherwise.
message	A human-readable message to be sent to the remote contact(s). XMPP Jingle allows calls to be terminated with a human-readable message.
timeout	The timeout in milliseconds.

QDBusPendingReply<QDBusObjectPath> Tp::Client::ChannelTypeCallInterface::AddContent	(	const QString &	contentName,
		uint	contentType,
		uint	initialDirection,
		int	timeout = `-1`
	)

inlineslot

Begins a call to the D-Bus method AddContent on the remote object.

Request that a new Content of type Content_Type is added to the Call1. Handlers should check the value of the MutableContents property before trying to add another content as it might not be allowed.

Note that timeout is ignored as of now. It will be used once http://bugreports.qt.nokia.com/browse/QTBUG-11775 is fixed.

Parameters

contentName	The suggested name of the content to add. The content name property should be meaningful, so should be given a name which is significant to the user. The name could be a localized "audio", "video" or perhaps include some string identifying the source, such as a webcam identifier. If there is already a content with the same name as this property then a sensible suffix should be added. For example, if this argument is "audio" but a content of the same name already exists, a sensible suffix such as " (1)" is appended to name the new content "audio (1)". A further content with the name "audio" would then be named "audio (2)".
contentType	The media stream type of the content to be added to the call.
initialDirection	The requested initial direction of the new content.
timeout	The timeout in milliseconds.

Returns

Path to the newly-created Call1.Content object.

void Tp::Client::ChannelTypeCallInterface::ContentAdded ( const QDBusObjectPath & content )

signal

Represents the signal ContentAdded on the remote object.

Emitted when a new CallContentInterface is added to the call.

Parameters

content

Path to the newly-created Content object.

void Tp::Client::ChannelTypeCallInterface::ContentRemoved	(	const QDBusObjectPath &	content,
		const Tp::CallStateReason &	reason
	)

signal

Represents the signal ContentRemoved on the remote object.

Emitted when a CallContentInterface is removed from the call.

Parameters

content	The Content which was removed.
reason	Why the content was removed.

void Tp::Client::ChannelTypeCallInterface::CallStateChanged	(	uint	callState,
		uint	callFlags,
		const Tp::CallStateReason &	callStateReason,
		const QVariantMap &	callStateDetails
	)

signal

Represents the signal CallStateChanged on the remote object.

Emitted when the state of the call as a whole changes.

This signal is emitted for any change in the properties corresponding to its arguments, even if the other properties referenced remain unchanged.

Parameters

callState	The new value of the CallState property.
callFlags	The new value of the CallFlags property.
callStateReason	The new value of the CallStateReason property.
callStateDetails	The new value of the CallStateDetails property.

void Tp::Client::ChannelTypeCallInterface::CallMembersChanged	(	const Tp::CallMemberMap &	flagsChanged,
		const Tp::HandleIdentifierMap &	identifiers,
		const Tp::UIntList &	removed,
		const Tp::CallStateReason &	reason
	)

signal

Represents the signal CallMembersChanged on the remote object.

Emitted when the CallMembers property changes in any way, either because contacts have been added to the call, contacts have been removed from the call, or contacts' flags have changed.

Parameters

flagsChanged	A map from members of the call to their new call member flags, including at least the members who have been added to CallMembers, and the members whose flags have changed.
identifiers	The identifiers of the contacts in the `Flags_Changed` map.
removed	A list of members who have left the call, i.e. keys to be removed from CallMembers.
reason	A structured reason for the change.

void Tp::Client::ChannelTypeCallInterface::invalidate	(	Tp::DBusProxy *	proxy,
		const QString &	error,
		const QString &	message
	)

protectedvirtual

Reimplemented from Tp::AbstractInterface.

Public Slots

Signals

Public Member Functions

Static Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation