This mixin class can be used to implement the mi::neuraylib::IFragmented_job interface. More...

#include <dice.h>

Inheritance diagram for mi::neuraylib::Fragmented_job< id1, ... >:

Public Member Functions
virtual IFragmented_job::Scheduling_mode	get_scheduling_mode () const
	Returns mi::neuraylib::IFragmented_job::LOCAL. More...

virtual Float32	get_cpu_load () const
	Returns 1.0. More...

virtual Float32	get_gpu_load () const
	Returns 0.0. More...

virtual Sint8	get_priority () const
	Returns 0. More...

virtual Size	get_thread_limit () const
	Returns 0. More...

virtual bool	get_allow_non_sequential_chunks () const
	Returns `false`. More...

virtual void	assign_fragments_to_hosts (Uint32 *slots, Size nr_slots)
	Empty body, i.e., leaves `slots` unaltered. More...

virtual void	execute_fragment_remote (ISerializer serializer, IDice_transaction transaction, Size index, Size count, const IJob_execution_context *context)
	Empty body. Not used since get_scheduling_mode() requests local execution. More...

virtual void	receive_remote_result (IDeserializer deserializer, IDice_transaction transaction, Size index, Size count)
	Empty body. Not used since get_scheduling_mode() requests local execution. More...

virtual IRDMA_buffer *	get_rdma_result_buffer (IRDMA_context *rdma_context, Size index)
	Empty body. Not used since get_scheduling_mode() requests local execution. More...

virtual IRDMA_buffer *	execute_fragment_remote_rdma (IDice_transaction transaction, Size index, Size count, IRDMA_context rdma_context, const IJob_execution_context *context)
	Empty body. Not used since get_scheduling_mode() requests local execution. More...

virtual void	receive_remote_result_rdma (IRDMA_buffer buffer, IDice_transaction transaction, Size index, Size count)
	Empty body. Not used since get_scheduling_mode() requests local execution. More...

virtual void	serialize (ISerializer *serializer) const
	Empty body, i.e., no member data is serialized. More...

virtual void	deserialize (IDeserializer *deserializer)
	Empty body, i.e., no member data is deserialized. More...

virtual void	cancel ()
	Empty body, i.e., canceling is not supported. More...

Public Member Functions inherited from mi::neuraylib::Base< id1, ... >
virtual const base::IInterface *	get_interface (const base::Uuid &interface_id) const
	Acquires a const interface. More...

virtual base::IInterface *	get_interface (const base::Uuid &interface_id)
	Acquires a mutable interface. More...

virtual base::Uuid	get_class_id () const
	Returns the class ID corresponding to the template parameters of this mixin class. More...

Public Member Functions inherited from mi::base::Interface_implement<IFragmented_job>
	Interface_implement (Uint32 initial=1)
	Constructor. More...

	Interface_implement (const Interface_implement<IFragmented_job> &other)
	Copy constructor. More...

	Interface_implement (Interface_implement &&other)
	Move constructor. More...

Interface_implement<IFragmented_job> &	operator= (const Interface_implement<IFragmented_job> &other)
	Assignment operator. More...

Interface_implement &	operator= (Interface_implement &&other)
	Move assignment. More...

virtual Uint32	retain () const
	Increments the reference count. More...

virtual Uint32	release () const
	Decrements the reference count. More...

virtual const IInterface *	get_interface (const Uuid &interface_id) const
	Acquires a const interface. More...

virtual IInterface *	get_interface (const Uuid &interface_id)
	Acquires a mutable interface. More...

Uuid	get_iid () const
	Returns the interface ID of the most derived interface. More...

Additional Inherited Members
Public Types inherited from mi::neuraylib::Base< id1, ... >
typedef Base< id1, ... >	Self
	Own type. More...

typedef base::Uuid_t< id1, ... >	IID
	Declares the interface ID. More...

Static Public Member Functions inherited from mi::neuraylib::Base< id1, ... >
static bool	compare_iid (const base::Uuid &iid)
	Compares the interface ID `iid` against the interface ID of this interface and its ancestors. More...

Protected Member Functions inherited from mi::base::Interface_implement<IFragmented_job>
Atom32 &	refcount () const
	Get the current refcount. More...

Detailed Description

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>
class mi::neuraylib::Fragmented_job< id1, ... >

This mixin class can be used to implement the mi::neuraylib::IFragmented_job interface.

This mixin class provides a default implementation of some of the pure virtual methods of the mi::neuraylib::IFragmented_job interface. The documentation here just lists the behavior of the default implementation, see mi::neuraylib::IFragmented_job for the documentation of the methods themselves.

Member Function Documentation

^◆ assign_fragments_to_hosts()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual void mi::neuraylib::Fragmented_job< id1, ... >::assign_fragments_to_hosts	(	Uint32 *	slots,
		Size	nr_slots
	)

inlinevirtual

Empty body, i.e., leaves slots unaltered.

^◆ cancel()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual void mi::neuraylib::Fragmented_job< id1, ... >::cancel ( )

inlinevirtual

Empty body, i.e., canceling is not supported.

^◆ deserialize()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual void mi::neuraylib::Fragmented_job< id1, ... >::deserialize ( IDeserializer * deserializer )

inlinevirtual

Empty body, i.e., no member data is deserialized.

^◆ execute_fragment_remote()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual void mi::neuraylib::Fragmented_job< id1, ... >::execute_fragment_remote	(	ISerializer *	serializer,
		IDice_transaction *	transaction,
		Size	index,
		Size	count,
		const IJob_execution_context *	context
	)

inlinevirtual

Empty body. Not used since get_scheduling_mode() requests local execution.

^◆ execute_fragment_remote_rdma()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual IRDMA_buffer * mi::neuraylib::Fragmented_job< id1, ... >::execute_fragment_remote_rdma	(	IDice_transaction *	transaction,
		Size	index,
		Size	count,
		IRDMA_context *	rdma_context,
		const IJob_execution_context *	context
	)

inlinevirtual

Empty body. Not used since get_scheduling_mode() requests local execution.

^◆ get_allow_non_sequential_chunks()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual bool mi::neuraylib::Fragmented_job< id1, ... >::get_allow_non_sequential_chunks ( ) const

inlinevirtual

Returns false.

^◆ get_cpu_load()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual Float32 mi::neuraylib::Fragmented_job< id1, ... >::get_cpu_load ( ) const

inlinevirtual

Returns 1.0.

^◆ get_gpu_load()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual Float32 mi::neuraylib::Fragmented_job< id1, ... >::get_gpu_load ( ) const

inlinevirtual

Returns 0.0.

^◆ get_priority()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual Sint8 mi::neuraylib::Fragmented_job< id1, ... >::get_priority ( ) const

inlinevirtual

Returns 0.

^◆ get_rdma_result_buffer()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual IRDMA_buffer * mi::neuraylib::Fragmented_job< id1, ... >::get_rdma_result_buffer	(	IRDMA_context *	rdma_context,
		Size	index
	)

inlinevirtual

Empty body. Not used since get_scheduling_mode() requests local execution.

^◆ get_scheduling_mode()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual IFragmented_job::Scheduling_mode mi::neuraylib::Fragmented_job< id1, ... >::get_scheduling_mode ( ) const

inlinevirtual

Returns mi::neuraylib::IFragmented_job::LOCAL.

^◆ get_thread_limit()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual Size mi::neuraylib::Fragmented_job< id1, ... >::get_thread_limit ( ) const

inlinevirtual

Returns 0.

^◆ receive_remote_result()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual void mi::neuraylib::Fragmented_job< id1, ... >::receive_remote_result	(	IDeserializer *	deserializer,
		IDice_transaction *	transaction,
		Size	index,
		Size	count
	)

inlinevirtual

Empty body. Not used since get_scheduling_mode() requests local execution.

^◆ receive_remote_result_rdma()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual void mi::neuraylib::Fragmented_job< id1, ... >::receive_remote_result_rdma	(	IRDMA_buffer *	buffer,
		IDice_transaction *	transaction,
		Size	index,
		Size	count
	)

inlinevirtual

Empty body. Not used since get_scheduling_mode() requests local execution.

^◆ serialize()

template<Uint32 id1, Uint16 id2, Uint16 id3, Uint8 id4, Uint8 id5, Uint8 id6, Uint8 id7, Uint8 id8, Uint8 id9, Uint8 id10, Uint8 id11, class I = IFragmented_job>

virtual void mi::neuraylib::Fragmented_job< id1, ... >::serialize ( ISerializer * serializer ) const

inlinevirtual

Empty body, i.e., no member data is serialized.

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ assign_fragments_to_hosts()

◆ cancel()

◆ deserialize()

◆ execute_fragment_remote()

◆ execute_fragment_remote_rdma()

◆ get_allow_non_sequential_chunks()

◆ get_cpu_load()

◆ get_gpu_load()

◆ get_priority()

◆ get_rdma_result_buffer()

◆ get_scheduling_mode()

◆ get_thread_limit()

◆ receive_remote_result()

◆ receive_remote_result_rdma()

◆ serialize()

^◆ assign_fragments_to_hosts()

^◆ cancel()

^◆ deserialize()

^◆ execute_fragment_remote()

^◆ execute_fragment_remote_rdma()

^◆ get_allow_non_sequential_chunks()

^◆ get_cpu_load()

^◆ get_gpu_load()

^◆ get_priority()

^◆ get_rdma_result_buffer()

^◆ get_scheduling_mode()

^◆ get_thread_limit()

^◆ receive_remote_result()

^◆ receive_remote_result_rdma()

^◆ serialize()