An instance of sACN Source functionality; see Using the sACN Source API. More...

#include <source.h>

Data Structures
struct	Settings
	A set of configuration settings that a source needs to initialize. More...

struct	UniverseNetintList
	A set of network interfaces for a particular universe. More...

struct	UniverseSettings
	A set of configuration settings for a new universe on a source. More...

Public Types
using	Handle = etcpal::OpaqueId<detail::SourceHandleType, sacn_source_t, SACN_SOURCE_INVALID>

Public Member Functions
	Source (const Source &other)=delete

Source &	operator= (const Source &other)=delete

	Source (Source &&other)=default

Source &	operator= (Source &&other)=default

etcpal::Error	Startup (const Settings &settings)
	Create a new sACN source to send sACN data.

void	Shutdown ()
	Destroy an sACN source instance.

etcpal::Error	ChangeName (const std::string &new_name)
	Change the name of an sACN source.

etcpal::Error	AddUniverse (const UniverseSettings &settings)
	Add a universe to an sACN source, which will use all network interfaces.

etcpal::Error	AddUniverse (const UniverseSettings &settings, std::vector< SacnMcastInterface > &netints)
	Add a universe to an sACN source, which will use the network interfaces passed in.

void	RemoveUniverse (uint16_t universe)
	Remove a universe from a source.

std::vector< uint16_t >	GetUniverses ()
	Obtain a vector of this source's universes.

etcpal::Error	AddUnicastDestination (uint16_t universe, const etcpal::IpAddr &dest)
	Add a unicast destination for a universe.

void	RemoveUnicastDestination (uint16_t universe, const etcpal::IpAddr &dest)
	Remove a unicast destination on a universe.

std::vector< etcpal::IpAddr >	GetUnicastDestinations (uint16_t universe)
	Obtain a vector of a universe's unicast destinations.

etcpal::Error	ChangePriority (uint16_t universe, uint8_t new_priority)
	Change the priority of a universe.

etcpal::Error	ChangePreviewFlag (uint16_t universe, bool new_preview_flag)
	Change the send_preview option on a universe.

etcpal::Error	ChangeSynchronizationUniverse (uint16_t universe, uint16_t new_sync_universe)
	Changes the synchronization universe for a universe.

etcpal::Error	SendNow (uint16_t universe, uint8_t start_code, const uint8_t *buffer, size_t buflen)
	Immediately sends the provided sACN start code & data.

etcpal::Error	SendSynchronization (uint16_t universe)
	Indicate that a new synchronization packet should be sent on the given synchronization universe.

void	UpdateLevels (uint16_t universe, const uint8_t *new_levels, size_t new_levels_size)
	Copies the universe's DMX levels into the packet to be sent on the next threaded or manual update.

void	UpdateLevelsAndPap (uint16_t universe, const uint8_t new_levels, size_t new_levels_size, const uint8_t new_priorities, size_t new_priorities_size)
	Copies the universe's DMX levels and per-address priorities into packets that are sent on the next threaded or manual update.

void	UpdateLevelsAndForceSync (uint16_t universe, const uint8_t *new_levels, size_t new_levels_size)
	Like UpdateLevels(), but also sets the force_sync flag on the packet.

void	UpdateLevelsAndPapAndForceSync (uint16_t universe, const uint8_t new_levels, size_t new_levels_size, const uint8_t new_priorities, size_t new_priorities_size)
	Like UpdateLevelsAndPap(), but also sets the force_sync flag on the packet.

std::vector< EtcPalMcastNetintId >	GetNetworkInterfaces (uint16_t universe)
	Obtain a vector of a universe's network interfaces.

constexpr Handle	handle () const
	Get the current handle to the underlying C source.

Static Public Member Functions
static int	ProcessManual ()
	Trigger the transmission of sACN packets for all universes of sources that were created with manually_process_source set to true.

static etcpal::Error	ResetNetworking ()
	Resets the underlying network sockets for all universes of all sources.

static etcpal::Error	ResetNetworking (std::vector< SacnMcastInterface > &netints)
	Resets the underlying network sockets for all universes of all sources.

static etcpal::Error	ResetNetworking (std::vector< SacnMcastInterface > &sys_netints, std::vector< UniverseNetintList > &netint_lists)
	Resets the underlying network sockets and determines network interfaces for each universe of each source.

Detailed Description

An instance of sACN Source functionality; see Using the sACN Source API.

Components that send sACN are referred to as sACN Sources. Use this API to act as an sACN Source.

See Using the sACN Source API for a detailed description of how to use this API.

Member Typedef Documentation

◆ Handle

using Handle = etcpal::OpaqueId<detail::SourceHandleType, sacn_source_t, SACN_SOURCE_INVALID>

A handle type used by the sACN library to identify source instances.

Constructor & Destructor Documentation

◆ Source()

Source ( Source && other )

default

Move a source instance.

Member Function Documentation

◆ AddUnicastDestination()

etcpal::Error AddUnicastDestination	(	uint16_t	universe,
		const etcpal::IpAddr &	dest )

inline

Add a unicast destination for a universe.

This will reset transmission suppression and include the new unicast destination in transmissions for the universe.

Parameters

[in]	universe	Universe to change.
[in]	dest	The destination IP.

Returns: kEtcPalErrOk: Address added successfully.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNotFound: Handle does not correspond to a valid source or the universe is not on that source.; kEtcPalErrExists: The unicast destination was already added to this universe on this source.; kEtcPalErrNoMem: No room to allocate additional destination address.; kEtcPalErrSys: An internal library or system call error occurred.

◆ AddUniverse() [1/2]

etcpal::Error AddUniverse ( const UniverseSettings & settings )

inline

Add a universe to an sACN source, which will use all network interfaces.

Adds a universe to a source. All network interfaces will be used. After this call completes, the applicaton must call one of the Update functions to mark it ready for processing.

If the source is not marked as unicast_only, the source will add the universe to its sACN Universe Discovery packets once one of the Update functions are called.

Note that a universe is considered as successfully added if it is able to successfully use any of the network interfaces. This will only return kEtcPalErrNoNetints if none of the interfaces work.

Parameters

[in] settings Configuration parameters for the universe to be added.

Returns: kEtcPalErrOk: Universe successfully added.; kEtcPalErrNoNetints: None of the system network interfaces were usable by the library.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrExists: Universe given was already added to this source.; kEtcPalErrNotFound: Handle does not correspond to a valid source.; kEtcPalErrNoMem: No room to allocate additional universe.; kEtcPalErrSys: An internal library or system call error occurred.

◆ AddUniverse() [2/2]

etcpal::Error AddUniverse	(	const UniverseSettings &	settings,
		std::vector< SacnMcastInterface > &	netints )

inline

Add a universe to an sACN source, which will use the network interfaces passed in.

Adds a universe to a source. Only the network interfaces passed in will be used. After this call completes, the applicaton must call one of the Update functions to mark it ready for processing.

If the source is not marked as unicast_only, the source will add the universe to its sACN Universe Discovery packets once one of the Update functions are called.

Note that a universe is considered as successfully added if it is able to successfully use any of the network interfaces passed in. This will only return kEtcPalErrNoNetints if none of the interfaces work.

Parameters

[in]	settings	Configuration parameters for the universe to be added.
[in,out]	netints	Optional. If !empty, this is the list of interfaces the application wants to use, and the status codes are filled in. If empty, all available interfaces are tried and this vector isn't modified.

Returns: kEtcPalErrOk: Universe successfully added.; kEtcPalErrNoNetints: None of the network interfaces provided were usable by the library.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrExists: Universe given was already added to this source.; kEtcPalErrNotFound: Handle does not correspond to a valid source.; kEtcPalErrNoMem: No room to allocate additional universe.; kEtcPalErrSys: An internal library or system call error occurred.

◆ ChangeName()

etcpal::Error ChangeName ( const std::string & new_name )

inline

Change the name of an sACN source.

The name is a UTF-8 string representing "a user-assigned name provided by the source of the packet for use in displaying the identity of a source to a user." If its length (including the null terminator) is longer than SACN_SOURCE_NAME_MAX_LEN, then kEtcPalErrInvalid will be returned.

This function will update the packet buffers of all this source's universes with the new name. For each universe that is transmitting NULL start code or PAP data, the logic that slows down packet transmission due to inactivity will be reset.

Parameters

[in] new_name New name to use for this source.

Returns: kEtcPalErrOk: Name set successfully.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNotFound: Handle does not correspond to a valid source.; kEtcPalErrSys: An internal library or system call error occurred.

◆ ChangePreviewFlag()

etcpal::Error ChangePreviewFlag	(	uint16_t	universe,
		bool	new_preview_flag )

inline

Change the send_preview option on a universe.

Sets the state of a flag in the outgoing sACN packets that indicates that the data is (from E1.31) "intended for use in visualization or media server preview applications and shall not be used to generate live output."

This function will update the packet buffers with the new option. If this universe is transmitting NULL start code or PAP data, the logic that slows down packet transmission due to inactivity will be reset.

Parameters

[in]	universe	The universe to change.
[in]	new_preview_flag	The new send_preview option.

Returns: kEtcPalErrOk: send_preview option set successfully.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNotFound: Handle does not correspond to a valid source or the universe is not on that source.; kEtcPalErrSys: An internal library or system call error occurred.

◆ ChangePriority()

etcpal::Error ChangePriority	(	uint16_t	universe,
		uint8_t	new_priority )

inline

Change the priority of a universe.

This function will update the packet buffers with the new priority. If this universe is transmitting NULL start code or PAP data, the logic that slows down packet transmission due to inactivity will be reset.

Parameters

[in]	universe	Universe to change.
[in]	new_priority	New priority of the data sent from this source. Valid range is 0 to 200, inclusive.

Returns: kEtcPalErrOk: Priority set successfully.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNotFound: Handle does not correspond to a valid source or the universe is not on that source.; kEtcPalErrSys: An internal library or system call error occurred.

◆ ChangeSynchronizationUniverse()

etcpal::Error ChangeSynchronizationUniverse	(	uint16_t	universe,
		uint16_t	new_sync_universe )

inline

Changes the synchronization universe for a universe.

This will change the synchronization universe used by a sACN universe on this source. If this value is 0, synchronization is turned off for that universe.

This function will update the packet buffers with the new sync universe. If this universe is transmitting NULL start code or PAP data, the logic that slows down packet transmission due to inactivity will be reset.

TODO: At this time, synchronization is not supported by this library.

Parameters

[in]	universe	The universe to change.
[in]	new_sync_universe	The new synchronization universe to set.

Returns: kEtcPalErrOk: sync_universe set successfully.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNotFound: Handle does not correspond to a valid source or the universe is not on that source.; kEtcPalErrSys: An internal library or system call error occurred.

◆ GetNetworkInterfaces()

std::vector< EtcPalMcastNetintId > GetNetworkInterfaces ( uint16_t universe )

inline

Obtain a vector of a universe's network interfaces.

Parameters

[in] universe The universe for which to obtain the vector of network interfaces.

Returns: A vector of the universe's network interfaces.

◆ GetUnicastDestinations()

std::vector< etcpal::IpAddr > GetUnicastDestinations ( uint16_t universe )

inline

Obtain a vector of a universe's unicast destinations.

Parameters

[in] universe The universe for which to obtain the list of unicast destinations.

Returns: A vector of unicast destinations for the given universe.

◆ GetUniverses()

std::vector< uint16_t > GetUniverses ( )

inline

Obtain a vector of this source's universes.

Returns: A vector of this source's universes.

◆ handle()

Source::Handle handle ( ) const

inlineconstexpr

Get the current handle to the underlying C source.

Returns: The handle, which will only be valid if the source has been successfully created using Startup().

◆ operator=()

Source & operator= ( Source && other )

default

Move a source instance.

◆ ProcessManual()

int ProcessManual ( )

inlinestatic

Trigger the transmission of sACN packets for all universes of sources that were created with manually_process_source set to true.

Note: Unless you created the source with manually_process_source set to true, similar functionality will be automatically called by an internal thread of the module. Otherwise, this must be called at the maximum rate at which the application will send sACN.

Sends the current data for universes which have been updated, and sends keep-alive data for universes which haven't been updated. Also destroys sources & universes that have been marked for termination after sending the required three terminated packets.

Returns: Current number of manual sources tracked by the library, including sources that have been destroyed but are still sending termination packets. This can be useful on shutdown to track when destroyed sources have finished sending the terminated packets and actually been destroyed.

◆ RemoveUnicastDestination()

void RemoveUnicastDestination	(	uint16_t	universe,
		const etcpal::IpAddr &	dest )

inline

Remove a unicast destination on a universe.

This removes a unicast destination address and queues the sending of termination packets to the address, which takes place either on the thread or on calls to ProcessManual().

Parameters

[in]	universe	Universe to change.
[in]	dest	The destination IP to remove. Must match the address passed to AddUnicastDestination().

◆ RemoveUniverse()

void RemoveUniverse ( uint16_t universe )

inline

Remove a universe from a source.

This removes a universe and queues the sending of termination packets to the universe, which takes place either on the thread or on calls to ProcessManual().

The source will also stop including the universe in sACN universe discovery packets.

Parameters

[in] universe Universe to remove. This source's functions will no longer recognize this universe unless the universe is re-added.

◆ ResetNetworking() [1/3]

etcpal::Error ResetNetworking ( )

inlinestatic

Resets the underlying network sockets for all universes of all sources.

This is the overload of ResetNetworking that uses all network interfaces.

This is typically used when the application detects that the list of networking interfaces has changed. The source API will no longer be limited to specific interfaces (the list passed into sacn::Init(), if any, is overridden for the source API, but not the other APIs). Every universe of every source is set to all system interfaces.

After this call completes successfully, all universes of all sources are considered to be updated and have new levels and priorities. It's as if every source just started sending levels on all their universes.

If this call fails, the caller must call Shutdown() on all sources, because the source API may be in an invalid state.

Note that the networking reset is considered successful if it is able to successfully use any of the network interfaces. This will only return kEtcPalErrNoNetints if none of the interfaces work.

Returns: kEtcPalErrOk: Networking reset successfully.; kEtcPalErrNoNetints: None of the network interfaces were usable by the library.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrSys: An internal library or system call error occurred.

◆ ResetNetworking() [2/3]

etcpal::Error ResetNetworking ( std::vector< SacnMcastInterface > & sys_netints )

inlinestatic

Resets the underlying network sockets for all universes of all sources.

This is typically used when the application detects that the list of networking interfaces has changed. This changes the list of system interfaces the source API will be limited to (the list passed into sacn::Init(), if any, is overridden for the source API, but not the other APIs). Then all universes of all sources will be configured to use all of those interfaces.

After this call completes successfully, all universes of all sources are considered to be updated and have new levels and priorities. It's as if every source just started sending levels on all their universes.

If this call fails, the caller must call Shutdown() on all sources, because the source API may be in an invalid state.

Note that the networking reset is considered successful if it is able to successfully use any of the network interfaces passed in. This will only return kEtcPalErrNoNetints if none of the interfaces work.

Parameters

sys_netints If !empty, this is the list of system interfaces the source API will be limited to, and the status codes are filled in. If empty, the source API is allowed to use all available system interfaces.

Returns: kEtcPalErrOk: Networking reset successfully.; kEtcPalErrNoNetints: None of the network interfaces provided were usable by the library.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrSys: An internal library or system call error occurred.

◆ ResetNetworking() [3/3]

etcpal::Error ResetNetworking	(	std::vector< SacnMcastInterface > &	sys_netints,
		std::vector< UniverseNetintList > &	per_universe_netint_lists )

inlinestatic

Resets the underlying network sockets and determines network interfaces for each universe of each source.

This is typically used when the application detects that the list of networking interfaces has changed. This changes the list of system interfaces the source API will be limited to (the list passed into sacn::Init(), if any, is overridden for the source API, but not the other APIs). Then the network interfaces are specified for each universe of each source.

After this call completes successfully, all universes of all sources are considered to be updated and have new levels and priorities. It's as if every source just started sending levels on all their universes.

If this call fails, the caller must call Shutdown() on all sources, because the source API may be in an invalid state.

Note that the networking reset is considered successful if it is able to successfully use any of the network interfaces passed in for each universe. This will only return kEtcPalErrNoNetints if none of the interfaces work for a universe.

Parameters

	sys_netints	If !empty, this is the list of system interfaces the source API will be limited to, and the status codes are filled in. If empty, the source API is allowed to use all available system interfaces.
[in,out]	per_universe_netint_lists	Vector of lists of interfaces the application wants to use for each universe. Must not be empty. Must include all universes of all sources, and nothing more. The status codes are filled in whenever UniverseNetintList::netints is !empty.

Returns: kEtcPalErrOk: Networking reset successfully.; kEtcPalErrNoNetints: None of the network interfaces provided for a universe were usable by the library.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrSys: An internal library or system call error occurred.

◆ SendNow()

etcpal::Error SendNow	(	uint16_t	universe,
		uint8_t	start_code,
		const uint8_t *	buffer,
		size_t	buflen )

inline

Immediately sends the provided sACN start code & data.

Immediately sends a sACN packet with the provided start code and data. This function is intended for sACN packets that have a startcode other than 0 or 0xdd, since those start codes are taken care of by either the thread or ProcessManual().

Parameters

[in]	universe	Universe to send on.
[in]	start_code	The start code to send.
[in]	buffer	The buffer to send. Must not be NULL.
[in]	buflen	The size of buffer.

Returns: kEtcPalErrOk: Message successfully sent.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNotFound: Handle does not correspond to a valid source, or the universe was not found on this source.; kEtcPalErrSys: An internal library or system call error occurred.

◆ SendSynchronization()

etcpal::Error SendSynchronization ( uint16_t sync_universe )

inline

Indicate that a new synchronization packet should be sent on the given synchronization universe.

This will cause this source to transmit a synchronization packet on the given synchronization universe.

TODO: At this time, synchronization is not supported by this library, so this function is not implemented.

Parameters

[in] sync_universe The synchronization universe to send on.

Returns: kEtcPalErrOk: Message successfully sent.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNotFound: Handle does not correspond to a valid source, or the universe was not found on this source.; kEtcPalErrSys: An internal library or system call error occurred.

◆ Shutdown()

void Shutdown ( )

inline

Destroy an sACN source instance.

Stops sending all universes for this source. This removes the source and queues the sending of termination packets to all of the source's universes, which takes place either on the thread or on calls to ProcessManual(). The source will also stop transmitting sACN universe discovery packets.

◆ Startup()

etcpal::Error Startup ( const Settings & settings )

inline

Create a new sACN source to send sACN data.

This creates the instance of the source and begins sending universe discovery packets for it (which will list no universes until start code data begins transmitting). No start code data is sent until AddUniverse() and one of the Update functions are called.

Parameters

[in] settings Configuration parameters for the sACN source to be created. If any of these parameters are invalid, kEtcPalErrInvalid will be returned. This includes if the source name's length (including the null terminator) is beyond SACN_SOURCE_NAME_MAX_LEN.

Returns: kEtcPalErrOk: Source successfully created.; kEtcPalErrInvalid: Invalid parameter provided.; kEtcPalErrNotInit: Module not initialized.; kEtcPalErrNoMem: No room to allocate an additional source.; kEtcPalErrSys: An internal library or system call error occurred.

◆ UpdateLevels()

void UpdateLevels	(	uint16_t	universe,
		const uint8_t *	new_levels,
		size_t	new_levels_size )

inline

Copies the universe's DMX levels into the packet to be sent on the next threaded or manual update.

This function will update the outgoing packet data, and reset the logic that slows down packet transmission due to inactivity.

When you don't have per-address priority changes to make, use this function. Otherwise, use UpdateLevelsAndPap().

Parameters

[in]	universe	Universe to update.
[in]	new_levels	A buffer of DMX levels to copy from. If this pointer is NULL, the source will terminate DMX transmission without removing the universe.
[in]	new_levels_size	Size of new_levels. This must be no larger than DMX_ADDRESS_COUNT.

◆ UpdateLevelsAndForceSync()

void UpdateLevelsAndForceSync	(	uint16_t	universe,
		const uint8_t *	new_levels,
		size_t	new_levels_size )

inline

Like UpdateLevels(), but also sets the force_sync flag on the packet.

This function will update the outgoing packet data to be sent on the next threaded or manual update, and will reset the logic that slows down packet transmission due to inactivity. Additionally, the packet to be sent will have its force_synchronization option flag set.

If no synchronization universe is configured, this function acts like a direct call to UpdateLevels().

TODO: At this time, synchronization is not supported by this library.

Parameters

[in]	universe	Universe to update.
[in]	new_levels	A buffer of DMX levels to copy from. If this pointer is NULL, the source will terminate DMX transmission without removing the universe.
[in]	new_levels_size	Size of new_levels. This must be no larger than DMX_ADDRESS_COUNT.

◆ UpdateLevelsAndPap()

void UpdateLevelsAndPap	(	uint16_t	universe,
		const uint8_t *	new_levels,
		size_t	new_levels_size,
		const uint8_t *	new_priorities,
		size_t	new_priorities_size )

inline

Copies the universe's DMX levels and per-address priorities into packets that are sent on the next threaded or manual update.

This function will update the outgoing packet data for both DMX and per-address priority data, and reset the logic that slows down packet transmission due to inactivity.

The application should adhere to the rules for per-address priority (PAP) specified in Per Address Priority. This API will adhere to the rules within the scope of the implementation. This includes handling transmission suppression and the order in which DMX and PAP packets are sent. This also includes automatically setting levels to 0, even if the application specified a different level, for each slot that the application assigns a PAP of 0 (by setting the PAP to 0 or reducing the PAP count).

Parameters

[in]	universe	Universe to update.
[in]	new_levels	A buffer of DMX levels to copy from. If this pointer is NULL, the source will terminate DMX transmission without removing the universe.
[in]	new_levels_size	Size of new_levels. This must be no larger than DMX_ADDRESS_COUNT.
[in]	new_priorities	A buffer of per-address priorities to copy from. This will only be sent when DMX is also being sent. This may be NULL if you are not using per-address priorities or want to stop using per-address priorities.
[in]	new_priorities_size	Size of new_priorities. This must be no larger than DMX_ADDRESS_COUNT.

◆ UpdateLevelsAndPapAndForceSync()

void UpdateLevelsAndPapAndForceSync	(	uint16_t	universe,
		const uint8_t *	new_levels,
		size_t	new_levels_size,
		const uint8_t *	new_priorities,
		size_t	new_priorities_size )

inline

Like UpdateLevelsAndPap(), but also sets the force_sync flag on the packet.

This function will update the outgoing packet data to be sent on the next threaded or manual update, and will reset the logic that slows down packet transmission due to inactivity. Additionally, both packets to be sent by this call will have their force_synchronization option flags set.

The application should adhere to the rules for per-address priority (PAP) specified in Per Address Priority. This API will adhere to the rules within the scope of the implementation. This includes handling transmission suppression and the order in which DMX and PAP packets are sent. This also includes automatically setting levels to 0, even if the application specified a different level, for each slot that the application assigns a PAP of 0 (by setting the PAP to 0 or reducing the PAP count).

If no synchronization universe is configured, this function acts like a direct call to UpdateLevelsAndPap().

TODO: At this time, synchronization is not supported by this library.

Parameters

[in]	universe	Universe to update.
[in]	new_levels	A buffer of DMX levels to copy from. If this pointer is NULL, the source will terminate DMX transmission without removing the universe.
[in]	new_levels_size	Size of new_levels. This must be no larger than DMX_ADDRESS_COUNT.
[in]	new_priorities	A buffer of per-address priorities to copy from. This will only be sent when DMX is also being sent. This may be NULL if you are not using per-address priorities or want to stop using per-address priorities.
[in]	new_priorities_size	Size of new_priorities. This must be no larger than DMX_ADDRESS_COUNT.

The documentation for this class was generated from the following file:

include/sacn/cpp/source.h

Data Structures

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Typedef Documentation

◆ Handle

Constructor & Destructor Documentation

◆ Source()

Member Function Documentation

◆ AddUnicastDestination()

◆ AddUniverse() [1/2]

◆ AddUniverse() [2/2]

◆ ChangeName()

◆ ChangePreviewFlag()

◆ ChangePriority()

◆ ChangeSynchronizationUniverse()

◆ GetNetworkInterfaces()

◆ GetUnicastDestinations()

◆ GetUniverses()

◆ handle()

◆ operator=()

◆ ProcessManual()

◆ RemoveUnicastDestination()

◆ RemoveUniverse()

◆ ResetNetworking() [1/3]

◆ ResetNetworking() [2/3]

◆ ResetNetworking() [3/3]

◆ SendNow()

◆ SendSynchronization()

◆ Shutdown()

◆ Startup()

◆ UpdateLevels()

◆ UpdateLevelsAndForceSync()

◆ UpdateLevelsAndPap()

◆ UpdateLevelsAndPapAndForceSync()