| assign_fragments_to_hosts(Uint32 *slots, Size nr_slots) | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| cancel() | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| compare_iid(const base::Uuid &iid) | mi::neuraylib::Base< id1, ... > | inlinestatic |
| deserialize(IDeserializer *deserializer) | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| execute_fragment_remote(ISerializer *serializer, IDice_transaction *transaction, Size index, Size count, const IJob_execution_context *context) | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| execute_fragment_remote_rdma(IDice_transaction *transaction, Size index, Size count, IRDMA_context *rdma_context, const IJob_execution_context *context) | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| get_allow_non_sequential_chunks() const | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| get_class_id() const | mi::neuraylib::Base< id1, ... > | inlinevirtual |
| get_cpu_load() const | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| get_gpu_load() const | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| get_iid() const | mi::base::Interface_implement<IFragmented_job> | inline |
| get_interface(const base::Uuid &interface_id) const | mi::neuraylib::Base< id1, ... > | inlinevirtual |
| get_interface(const base::Uuid &interface_id) | mi::neuraylib::Base< id1, ... > | inlinevirtual |
| get_priority() const | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| get_rdma_result_buffer(IRDMA_context *rdma_context, Size index) | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| get_scheduling_mode() const | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| get_thread_limit() const | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| IID typedef | mi::neuraylib::Base< id1, ... > | |
| Interface_implement(Uint32 initial=1) | mi::base::Interface_implement<IFragmented_job> | inline |
| Interface_implement(const Interface_implement<IFragmented_job> &other) | mi::base::Interface_implement<IFragmented_job> | inline |
| Interface_implement(Interface_implement &&other) | mi::base::Interface_implement<IFragmented_job> | inline |
| operator=(const Interface_implement<IFragmented_job> &other) | mi::base::Interface_implement<IFragmented_job> | inline |
| operator=(Interface_implement &&other) | mi::base::Interface_implement<IFragmented_job> | inline |
| receive_remote_result(IDeserializer *deserializer, IDice_transaction *transaction, Size index, Size count) | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| receive_remote_result_rdma(IRDMA_buffer *buffer, IDice_transaction *transaction, Size index, Size count) | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
| refcount() const | mi::base::Interface_implement<IFragmented_job> | inlineprotected |
| release() const | mi::base::Interface_implement<IFragmented_job> | inlinevirtual |
| retain() const | mi::base::Interface_implement<IFragmented_job> | inlinevirtual |
| Self typedef | mi::neuraylib::Base< id1, ... > | |
| serialize(ISerializer *serializer) const | mi::neuraylib::Fragmented_job< id1, ... > | inlinevirtual |
