Inheritance diagram for oscr::Executor< Node >:

Public Member Functions
UuidKey< score::Component >	key () const noexcept final override

bool	key_match (UuidKey< score::Component > other) const noexcept final override

	Executor (ProcessModel< Node > &element, const ::Execution::Context &ctx, QObject *p)

void	setup_cpu (ProcessModel< Node > &element, const ::Execution::Context &ctx, QObject *p)

void	setup_gpu (ProcessModel< Node > &element, const ::Execution::Context &ctx, QObject *p)

void	recompute_ports ()

void	connect_controls (ProcessModel< Node > &element, const ::Execution::Context &ctx, std::shared_ptr< safe_node< Node > > &ptr)

void	setup_soundfile_task_pool (ProcessModel< Node > &element, const ::Execution::Context &ctx, std::shared_ptr< safe_node< Node > > &ptr)

void	connect_dynamic_items (ProcessModel< Node > &element, Node &eff)

void	connect_message_bus (ProcessModel< Node > &element, const ::Execution::Context &ctx, Node &eff)

void	connect_worker (const ::Execution::Context &ctx, avnd::effect_container< Node > &eff)

void	update_controls (std::shared_ptr< safe_node< Node > > &ptr)

void	cleanup () override

Public Member Functions inherited from Execution::ProcessComponent_T< ProcessModel< Node >, ossia::node_process >
ossia::node_process &	OSSIAProcess () const

Public Member Functions inherited from Process::GenericProcessComponent_T< ProcessComponentBase_T, Process_T >
Process_T &	process () const

Static Public Member Functions
static Q_DECL_RELAXED_CONSTEXPR UuidKey< score::Component >	static_key () noexcept

Additional Inherited Members
Public Types inherited from Process::GenericProcessComponent_T< ProcessComponentBase_T, Process_T >
using	model_type = Process_T

Member Function Documentation

◆ recompute_ports()

template<typename Node >

void oscr::Executor< Node >::recompute_ports ( )

inline

The model's ports changed (a dynamic port group was resized): rebuild the exec node's port list to match, without replacing the node.

Everything that allocates happens here, in the main thread; the exec thread only swaps the new port vectors in. Order of the transaction:

disconnect the edges of the cables of this process,
unregister the old exec ports from the execution state,
swap the new ports into the node (previous ones go back to be freed in the main thread),
register the new exec ports, with their addresses,
reconnect the cables against the new ports. Then the UI -> exec connection is made for the control inlets that appeared.

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