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• scsw_cstat(9)return scsw cstat field✨
• scsw_dstat(9)return scsw dstat field✨
• scsw_ectl(9)return scsw ectl field✨
• scsw_eswf(9)return scsw eswf field✨
• scsw_fctl(9)return scsw fctl field✨
• scsw_is_solicited(9)check for solicited scsw✨
• scsw_is_tm(9)check for transport mode scsw✨
• scsw_is_valid_actl(9)check actl field validity✨
• scsw_is_valid_cc(9)check cc field validity✨
• scsw_is_valid_cstat(9)check cstat field validity✨
• scsw_is_valid_dstat(9)check dstat field validity✨
• scsw_is_valid_ectl(9)check ectl field validity✨
• scsw_is_valid_eswf(9)check eswf field validity✨
• scsw_is_valid_fctl(9)check fctl field validity✨
• scsw_is_valid_key(9)check key field validity✨
• scsw_is_valid_pno(9)check pno field validity✨
• scsw_is_valid_stctl(9)check stctl field validity✨
• scsw_key(9)return scsw key field✨
• scsw_pno(9)return scsw pno field✨
• scsw_stctl(9)return scsw stctl field✨
• scsw_tm_is_solicited(9)check for solicited scsw✨
• scsw_tm_is_valid_actl(9)check actl field validity✨
• scsw_tm_is_valid_cc(9)check cc field validity✨
• scsw_tm_is_valid_cstat(9)check cstat field validity✨
• scsw_tm_is_valid_dstat(9)check dstat field validity✨
• scsw_tm_is_valid_ectl(9)check ectl field validity✨
• scsw_tm_is_valid_eswf(9)check eswf field validity✨
• scsw_tm_is_valid_fctl(9)check fctl field validity✨
• scsw_tm_is_valid_fcxs(9)check fcxs field validity✨
• scsw_tm_is_valid_fmt(9)check fmt field validity✨
• scsw_tm_is_valid_key(9)check key field validity✨
• scsw_tm_is_valid_pno(9)check pno field validity✨
• scsw_tm_is_valid_q(9)check q field validity✨
• scsw_tm_is_valid_schxs(9)check schxs field validity✨
• scsw_tm_is_valid_stctl(9)check stctl field validity✨
• scsw_tm_is_valid_x(9)check x field validity✨
• sctp_list_dequeue(9)remove from the head of the queue✨
• SCU_COMPLETION_TYPE(9)✨
• SCU_EVENT_MESSAGE(9)✨
• SCU_EVENT_SPECIFIC(9)✨
• SCU_EVENT_TYPE(9)✨
• SCU_GET_COMPLETION_INDEX(9)✨
• SCU_GET_COMPLETION_PEG(9)✨
• SCU_GET_COMPLETION_PORT(9)✨
• SCU_GET_COMPLETION_SDMA_STATUS(9)✨
• SCU_GET_COMPLETION_STATUS(9)✨
• SCU_GET_COMPLETION_TL_STATUS(9)✨
• SCU_GET_COMPLETION_TYPE(9)✨
• scu_get_event_code(9)✨
• scu_get_event_specifier(9)✨
• scu_get_event_type(9)✨
• SCU_GET_FRAME_ERROR(9)✨
• SCU_GET_FRAME_INDEX(9)✨
• SCU_GET_PROTOCOL_ENGINE_INDEX(9)✨
• scu_ipc_ioctl(9)control ioctls for the SCU✨
• scu_link_layer_stop_protocol_engine(9)✨
• scu_link_layer_tx_hard_reset(9)✨
• SCU_MAKE_COMPLETION_STATUS(9)✨
• SCU_NORMALIZE_COMPLETION_STATUS(9)✨
• scu_reg_access(9)implement register access ioctls✨
• scu_sata_request_construct_task_context(9)✨
• scu_ssp_task_request_construct_task_context(9)This method will fill in the SCU Task Context for a SSP Task request. The following important settings are utilized: -# priority == SCU_TASK_PRIORITY_HIGH. This ensures that the task request is…✨
• scx_add_event(9)Increase an event counter for 'name' by 'cnt'✨
• scx_arena_to_kaddr(9)Translate a BPF-arena pointer to its kernel address✨
• scx_bpf_cid_curr(9)Return the curr task on the CPU at @cid✨
• scx_bpf_cid_override(9)Install an explicit cpu->cid mapping with shard info✨
• scx_bpf_cid_to_cpu(9)Return the raw CPU id for @cid✨
• scx_bpf_cid_topo(9)Copy out per-cid topology info✨
• scx_bpf_cidperf_cap(9)Query the maximum relative capacity of the CPU at @cid✨
• scx_bpf_cidperf_cur(9)Query the current performance of the CPU at @cid✨
• scx_bpf_cidperf_set(9)Set the performance target of the CPU at @cid✨
• scx_bpf_cpu_curr(9)Return remote CPU's curr task✨
• scx_bpf_cpu_node(9)Return the NUMA node the given @cpu belongs to, or trigger an error if @cpu is invalid✨
• scx_bpf_cpu_to_cid(9)Return the cid for @cpu✨
• scx_bpf_cpuperf_cap(9)Query the maximum relative capacity of a CPU✨
• scx_bpf_cpuperf_cur(9)Query the current relative performance of a CPU✨
• scx_bpf_cpuperf_set(9)Set the relative performance target of a CPU✨
• scx_bpf_create_dsq(9)Create a custom DSQ✨
• scx_bpf_destroy_dsq(9)Destroy a custom DSQ✨
• scx_bpf_dispatch_cancel(9)Cancel the latest dispatch✨
• scx_bpf_dispatch_nr_slots(9)Return the number of remaining dispatch slots✨
• scx_bpf_dsq_insert___v2(9)Insert a task into the FIFO queue of a DSQ✨
• scx_bpf_dsq_insert_vtime(9)Insert a task into the vtime priority queue of a DSQ✨
• scx_bpf_dsq_move(9)Move a task from DSQ iteration to a DSQ✨
• scx_bpf_dsq_move_set_slice(9)Override slice when moving between DSQs✨
• scx_bpf_dsq_move_set_vtime(9)Override vtime when moving between DSQs✨
• scx_bpf_dsq_move_to_local___v2(9)move a task from a DSQ to the current CPU's local DSQ✨
• scx_bpf_dsq_move_vtime(9)Move a task from DSQ iteration to a PRIQ DSQ✨
• scx_bpf_dsq_nr_queued(9)Return the number of queued tasks✨
• scx_bpf_dsq_peek(9)Lockless peek at the first element.✨
• scx_bpf_dsq_reenq(9)Re-enqueue tasks on a DSQ✨
• scx_bpf_dump_bstr(9)Generate extra debug dump specific to the BPF scheduler✨
• scx_bpf_error_bstr(9)Indicate fatal error✨
• scx_bpf_events(9)Read the event counters of the calling scheduler✨
• scx_bpf_exit_bstr(9)Gracefully exit the BPF scheduler.✨
• scx_bpf_get_idle_cpumask(9)Get a referenced kptr to the idle-tracking per-CPU cpumask.✨
• scx_bpf_get_idle_cpumask_node(9)Get a referenced kptr to the idle- tracking per-CPU cpumask of a target NUMA node.✨
• scx_bpf_get_idle_smtmask(9)Get a referenced kptr to the idle-tracking, per-physical-core cpumask. Can be used to determine if an entire physical core is free.✨
• scx_bpf_get_idle_smtmask_node(9)Get a referenced kptr to the idle- tracking, per-physical-core cpumask of a target NUMA node. Can be used to determine if an entire physical core is free.✨
• scx_bpf_get_online_cpumask(9)Get a referenced kptr to cpu_online_mask✨
• scx_bpf_get_possible_cpumask(9)Get a referenced kptr to cpu_possible_mask✨
• scx_bpf_kick_cid(9)Trigger reschedule on the CPU mapped to @cid✨
• scx_bpf_kick_cpu(9)Trigger reschedule on a CPU✨
• scx_bpf_locked_rq(9)Return the rq currently locked by SCX✨
• scx_bpf_now(9)Returns a high-performance monotonically non-decreasing clock for the current CPU. The clock returned is in nanoseconds.✨
• scx_bpf_nr_cids(9)Return the size of the cid space✨
• scx_bpf_nr_cpu_ids(9)Return the number of possible CPU IDs✨
• scx_bpf_nr_node_ids(9)Return the number of possible node IDs✨
• scx_bpf_nr_online_cids(9)Return current count of online CPUs in cid space✨
• scx_bpf_online_cmask(9)Return the online cid mask in the scheduler arena✨
• scx_bpf_pick_any_cpu(9)Pick and claim an idle cpu if available or pick any CPU✨
• scx_bpf_pick_any_cpu_node(9)Pick and claim an idle cpu if available or pick any CPU from @node✨
• scx_bpf_pick_idle_cpu(9)Pick and claim an idle cpu✨
• scx_bpf_pick_idle_cpu_node(9)Pick and claim an idle cpu from @node✨
• scx_bpf_put_cpumask(9)Release a possible/online cpumask✨
• scx_bpf_put_idle_cpumask(9)Release a previously acquired referenced kptr to either the percpu, or SMT idle-tracking cpumask.✨
• scx_bpf_reenqueue_local(9)Re-enqueue tasks on a local DSQ✨
• scx_bpf_reenqueue_local___v2(9)Re-enqueue tasks on a local DSQ✨
• scx_bpf_select_cpu_and(9)Pick an idle CPU usable by task @p✨
• scx_bpf_select_cpu_dfl(9)The default implementation of ops.select_cpu()✨
• scx_bpf_sub_caps(9)Read self's or a direct child's cap cmasks✨
• scx_bpf_sub_dispatch(9)Trigger dispatching on a child scheduler✨
• scx_bpf_sub_grant(9)Grant @caps on a cmask's cids to a direct child✨
• scx_bpf_sub_kill_bstr(9)Kill a direct child sub-scheduler✨
• scx_bpf_sub_revoke(9)Revoke @caps on a cmask's cids from a direct child✨
• scx_bpf_task_cgroup(9)Return the sched cgroup of a task✨
• scx_bpf_task_cid(9)cid a task is currently associated with✨
• scx_bpf_task_cpu(9)CPU a task is currently associated with✨
• scx_bpf_task_running(9)Is task currently running?✨
• scx_bpf_task_set_dsq_vtime(9)Set task's virtual time for DSQ ordering✨
• scx_bpf_task_set_slice(9)Set task's time slice✨
• scx_bpf_test_and_clear_cpu_idle(9)Test and clear @cpu's idle state✨
• scx_bpf_this_cid(9)Return the cid of the CPU this program is running on✨
• scx_bpf_tid_to_task(9)Look up a task by its scx tid✨
• scx_bypass(9)[Un]bypass scx_ops and guarantee forward progress✨
• scx_bypass_dsp_enabled(9)Check if bypass dispatch path is enabled✨
• scx_call_op_set_cpumask(9)Invoke the set_cpumask or set_cmask op for @task✨
• scx_cgroup_claim_subtree(9)Claim the subtree's cgroups for an enabling sub✨
• scx_cgroup_return_subtree(9)Return the subtree's cgroups to the parent sched✨
• scx_cgroup_task_migrate_canceled(9)Undo migration preparation✨
• scx_cgroup_task_migrated(9)Re-home a task that changed cgroups✨
• scx_cgroup_task_migrating(9)Prepare a task for a cgroup migration✨
• scx_cid_init(9)build the cid mapping✨
• scx_cid_publish_tables(9)Publish the tables scx_cid_init() built✨
• scx_cid_retire_tables(9)Unpublish and retire the cid tables✨
• scx_cid_to_cpu(9)Translate @cid to its cpu✨
• scx_cmask_clear(9)Zero every bit in @m's active range✨
• SCX_CMASK_DEFINE(9)Define an on-stack cmask on tight storage✨
• SCX_CMASK_DEFINE_SHARD(9)Define an on-stack cmask sized to one shard✨
• scx_cmask_empty(9)Test whether @m has no bits set✨
• scx_cmask_fill(9)Set every bit in @m's active range✨
• scx_cmask_for_each_cid(9)iterate set cids in @m✨
• scx_cmask_init(9)Initialize @m on tight storage✨
• scx_cmask_ref_copy(9)Copy @src into the arena cmask referenced by @ref✨
• scx_cmask_ref_from_cpumask(9)Populate @ref's arena cmask from a cpumask✨
• scx_cmask_ref_init(9)Bind a scx_cmask_ref to a BPF-arena cmask✨
• scx_cmask_ref_init_kern(9)Bind a scx_cmask_ref to a kernel-owned cmask✨
• scx_cmask_ref_or(9)OR @src into the arena cmask referenced by @ref✨
• scx_cmask_ref_shard(9)Read one shard from @ref into @out✨
• scx_cmask_reframe(9)Reshape @m's active range without resizing storage✨
• scx_cmask_subset(9)test whether @sub is a subset of @super✨
• scx_cmask_test(9)test whether @cid is set in @m✨
• scx_cpu_to_cid(9)Translate @cpu to its cid✨
• scx_cpu_valid(9)Verify a cpu number, to be used on ops input args✨
• scx_discard_stale_ecaps_syncs(9)Discard ecaps syncs from earlier schedulers✨
• scx_dump_event(9)Dump an event 'kind' in 'events' to 's'✨
• scx_fill_cmask_scratch(9)Build this cpu's arena cmask from @cpumask✨
• scx_flush_disable_work(9)flush the disable work and wait for it to finish✨
• scx_for_each_descendant_pre(9)pre-order walk of a sched's descendants✨
• scx_hardlockup(9)sched_ext hardlockup handler✨
• scx_has_subs(9)Whether any sub-scheduler exists✨
• scx_is_cid_type(9)Test whether the active scheduler hierarchy is cid- form✨
• scx_is_descendant(9)Test whether sched is a descendant✨
• scx_kaddr_to_arena(9)Translate a kernel arena address to the BPF form✨
• scx_missing_caps(9)The caps in @needed that @sch lacks on @cpu✨
• scx_next_descendant_pre(9)find the next descendant for pre-order walk✨
• scx_ops_sanitize_err(9)Sanitize a -errno value✨
• scx_parent(9)Find the parent sched✨
• scx_prio_less(9)Task ordering for core-sched✨
• scx_process_sync_ecaps(9)Sync this cpu's ecaps to pshard->caps[]✨
• scx_prog_sched(9)Find scx_sched associated with a BPF prog✨
• scx_propagate_exit_irq_workfn(9)Claim SCX_EXIT_PARENT on the exiting subtree✨
• scx_punt_task(9)Hand a task to a failed sched without initialization✨
• scx_rcu_cpu_stall(9)sched_ext RCU CPU stall handler✨
• scx_rehome_task(9)Move a task to a sched it has been initialized for✨
• scx_rescue_accrue(9)Accrue budget at the configured fraction of elapsed time✨
• scx_rescue_admit(9)Start rescuing @p on @rq✨
• scx_rescue_charge(9)Charge the rescuee's runtime✨
• scx_rescue_check_overload(9)Eject the top rescue consumer on a stuck rescue✨
• scx_rescue_end(9)End the rescue execution on @rq✨
• scx_rescue_keep(9)Keep the rescue going for a preempted-out rescuee✨
• scx_rescue_timerfn(9)Drive and pace rescue execution✨
• scx_rescue_try_admit(9)Try to admit a freshly stranded task✨
• scx_resolve_local_dsq(9)Pick the local, rescue or reject DSQ for an insert✨
• scx_root_protected(9)Root sched for contexts that exclude its updates✨
• scx_root_protected_live(9)Root sched for paths that only run while live✨
• scx_skip_subtree_pre(9)Skip @pos's subtree in a pre-order walk✨
• scx_softlockup(9)sched_ext softlockup handler✨
• scx_task_iter_next(9)Next task✨
• scx_task_iter_next_locked(9)Next non-idle task with its rq locked✨