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S (continued)

• ssh_packet_get(9)Increment reference count of packet.✨
• ssh_packet_init(9)Initialize SSH packet.✨
• SSH_PACKET_PRIORITY(9)Compute packet priority from base priority and number of tries.✨
• ssh_packet_priority_get_base(9)Get base priority from packet priority.✨
• ssh_packet_priority_get_try(9)Get number of tries from packet priority.✨
• ssh_packet_put(9)Decrement reference count of packet.✨
• ssh_packet_set_data(9)Set raw message data of packet.✨
• ssh_ptl_cancel(9)Cancel a packet.✨
• ssh_ptl_destroy(9)Deinitialize packet transport layer.✨
• ssh_ptl_get_device(9)Get device associated with packet transport layer.✨
• ssh_ptl_init(9)Initialize packet transport layer.✨
• ssh_ptl_rx_rcvbuf(9)Push data from lower-layer transport to the packet layer.✨
• ssh_ptl_rx_start(9)Start packet transport layer receiver thread.✨
• ssh_ptl_rx_stop(9)Stop packet transport layer receiver thread.✨
• ssh_ptl_should_corrupt_rx_data(9)Error injection hook to simulate invalid data being sent by the EC.✨
• ssh_ptl_should_corrupt_rx_syn(9)Error injection hook to simulate invalid data being sent by the EC.✨
• ssh_ptl_should_corrupt_tx_data(9)Error injection hook to simulate invalid data being sent to the EC.✨
• ssh_ptl_should_drop_ack_packet(9)Error injection hook to drop ACK packets.✨
• ssh_ptl_should_drop_dsq_packet(9)Error injection hook to drop sequenced data packet.✨
• ssh_ptl_should_drop_nak_packet(9)Error injection hook to drop NAK packets.✨
• ssh_ptl_should_fail_write(9)Error injection hook to make serdev_device_write() fail.✨
• ssh_ptl_shutdown(9)Shut down the packet transport layer.✨
• ssh_ptl_submit(9)Submit a packet to the transport layer.✨
• ssh_ptl_tx_start(9)Start packet transmitter thread.✨
• ssh_ptl_tx_stop(9)Stop packet transmitter thread.✨
• ssh_ptl_tx_wakeup_packet(9)Wake up packet transmitter thread for new packet.✨
• ssh_ptl_tx_wakeup_transfer(9)Wake up packet transmitter thread for transfer.✨
• ssh_request_get(9)Increment reference count of request.✨
• ssh_request_init(9)Initialize SSH request.✨
• ssh_request_put(9)Decrement reference count of request.✨
• ssh_request_rtl(9)Get request transport layer associated with request.✨
• ssh_request_set_data(9)Set raw message data of request.✨
• ssh_rqid_is_event(9)Check if given request ID is a valid event ID.✨
• ssh_rqid_next(9)Get next request ID.✨
• ssh_rqid_next_valid(9)Return the next valid request ID.✨
• ssh_rqid_reset(9)Reset/initialize request ID counter.✨
• ssh_rqid_to_event(9)Convert request ID to its corresponding event ID.✨
• ssh_rtl_cancel(9)Cancel request.✨
• ssh_rtl_destroy(9)Deinitialize request transport layer.✨
• ssh_rtl_flush(9)Flush the request transport layer.✨
• ssh_rtl_get_device(9)Get device associated with request transport layer.✨
• ssh_rtl_init(9)Initialize request transport layer.✨
• ssh_rtl_should_drop_response(9)Error injection hook to drop request responses.✨
• ssh_rtl_shutdown(9)Shut down request transport layer.✨
• ssh_rtl_start(9)Start request transmitter and receiver.✨
• ssh_rtl_submit(9)Submit a request to the transport layer.✨
• ssh_seq_next(9)Get next sequence ID.✨
• ssh_seq_reset(9)Reset/initialize sequence ID counter.✨
• ssh_tc_to_rqid(9)Convert target category to its corresponding request ID.✨
• ssh_tid_is_valid(9)Check if target ID is valid/supported.✨
• ssh_tid_to_index(9)Convert target ID to its corresponding target index.✨
• sshp_buf_alloc(9)Allocate and initialize a SSH parser buffer.✨
• sshp_buf_drop(9)Drop data from the beginning of the buffer.✨
• sshp_buf_free(9)Free a SSH parser buffer.✨
• sshp_buf_init(9)Initialize a SSH parser buffer.✨
• sshp_buf_read_from_fifo(9)Transfer data from a fifo to the buffer.✨
• sshp_buf_span_from(9)Initialize a span from the given buffer and offset.✨
• sshp_find_syn(9)Find SSH SYN bytes in the given data span.✨
• sshp_parse_command(9)Parse SSH command frame payload.✨
• sshp_parse_frame(9)Parse SSH frame.✨
• sshp_starts_with_syn(9)Check if the given data starts with SSH SYN bytes.✨
• sshp_validate_crc(9)Validate a CRC in raw message data.✨
• ssleep(9)wrapper for seconds around msleep✨
• ssp_change_delay(9)changes data acquisition for sensor✨
• ssp_coalesced_comp_resp(9)SPCv specific✨
• ssp_common_buffer_postdisable(9)generic postdisable callback for ssp buffer✨
• ssp_common_buffer_postenable(9)generic postenable callback for ssp buffer✨
• ssp_common_process_data(9)Common process data callback for ssp sensors✨
• ssp_disable(9)shut down the SSP port✨
• ssp_disable_sensor(9)disables sensor✨
• ssp_enable(9)enable the SSP port✨
• ssp_enable_sensor(9)enables data acquisition for sensor✨
• ssp_exit(9)undo the effects of ssp_init✨
• ssp_flush(9)flush the transmit and receive FIFOs✨
• ssp_get_sensor_delay(9)gets sensor data acquisition period✨
• ssp_init(9)setup the SSP port✨
• ssp_read_word(9)read a word from the SSP port✨
• ssp_register_consumer(9)registers iio consumer in ssp framework✨
• ssp_restore_state(9)restore a previously saved SSP configuration✨
• ssp_save_state(9)save the SSP configuration✨
• ssp_write_word(9)write a word to the SSP port✨
• sst_acpi_remove(9)remove function✨
• sst_do_memcpy(9)function initiates the memcpy✨
• sst_drain_stream(9)Send msg for draining stream✨
• sst_drop_stream(9)Send msg for stopping stream✨
• sst_fill_and_send_cmd(9)generate the IPC message and send it to the FW✨
• sst_fill_linked_widgets(9)fill the parent pointer for the linked widget✨
• sst_fill_module_list(9)populate the list of modules/gains for a pipe✨
• sst_fill_widget_module_info(9)fill list of gains/algos for the pipe✨
• sst_find_and_send_pipe_algo(9)send all the algo parameters for a pipe✨
• sst_free_stream(9)Frees a stream✨
• sst_load_fw(9)function to load FW into DSP✨
• sst_map_modules_to_pipe(9)fill algo/gains list for all pipes✨
• sst_parse_fw_memcpy(9)parse the firmware image & populate the list for memcpy✨
• sst_parse_module_memcpy(9)Parse audio FW modules and populate the memcpy list✨
• sst_pause_stream(9)Send msg for a pausing stream✨
• sst_realloc_stream(9)Send msg for (re-)allocating a stream using the✨
• sst_resume_stream(9)Send msg for resuming stream✨
• sst_send_gain_cmd(9)send the gain algorithm IPC to the FW✨
• sst_send_pipe_gains(9)send gains for the front-end DAIs✨
• sst_slot_get(9)get the status of the interleaver/deinterleaver control✨
• sst_slot_put(9)set the status of interleaver/deinterleaver control✨
• sst_start_mrfld(9)Start the SST DSP processor✨
• sst_start_stream(9)Send msg for a starting stream✨
• sstfb_check_var(9)Optional function. Validates a var passed in.✨
• sstfb_set_par(9)Optional function. Alters the hardware state.✨
• sstfb_setcolreg(9)Optional function. Sets a color register.✨
• ST-Ericsson MCDE Driver(9)✨
• st_dwc3_drd_init(9)program the port✨
• st_dwc3_init(9)init the controller via glue logic✨
• st_i2c_handle_read(9)Handle FIFO empty interrupt in case of read✨
• st_i2c_handle_write(9)Handle FIFO empty interrupt in case of write✨
• st_i2c_hw_config(9)Prepare SSC block, calculate and apply tuning timings✨
• st_i2c_isr_thread(9)Interrupt routine✨
• st_i2c_rd_fill_tx_fifo(9)Fill the Tx FIFO in read mode✨
• st_i2c_terminate_xfer(9)Send either STOP or REPSTART condition✨
• st_i2c_wr_fill_tx_fifo(9)Fill the Tx FIFO in write mode✨
• st_i2c_write_tx_fifo(9)Write a byte in the Tx FIFO✨
• st_i2c_xfer(9)Transfer a single I2C message✨
• st_i2c_xfer_msg(9)Transfer a single I2C message✨
• st_int_write(9)point this to tty->driver->write or tty->ops->write depending upon the kernel version✨
• st_lsm6dsx_check_other_events(9)Check for enabled sensor events.✨
• st_lsm6dsx_fusion_page_disable(9)Disable access to sensor fusion configuration registers.✨
• st_lsm6dsx_fusion_page_enable(9)Enable access to sensor fusion configuration registers.✨
• st_lsm6dsx_read_fifo(9)hw FIFO read routine✨
• st_lsm6dsx_read_tagged_fifo(9)tagged hw FIFO read routine✨
• st_mmcss_cconfig(9)configure the Arasan HC inside the flashSS.✨
• st_sensors_dev_name_probe(9)device probe for ST sensor name✨
• st_sensors_irq_handler(9)top half of the IRQ-based triggers✨
• st_sensors_irq_thread(9)bottom half of the IRQ-based triggers✨
• st_sensors_new_samples_available(9)check if more samples came in✨
• st_slim_rproc_alloc(9)allocate and initialise slim rproc✨
• st_slim_rproc_put(9)put slim rproc resources✨
• st_write(9)internal write function, passed onto protocol drivers via the write function ptr of protocol struct✨
• STA information lifetime rules(9)✨
• sta32x_hw_params(9)program the STA32X with the given hardware parameters.✨
• sta32x_set_bias_level(9)DAPM callback✨
• sta32x_set_dai_fmt(9)configure the codec for the selected audio format✨
• sta32x_set_dai_sysclk(9)configure MCLK✨
• sta350_hw_params(9)program the STA350 with the given hardware parameters.✨
• sta350_set_bias_level(9)DAPM callback✨
• sta350_set_dai_fmt(9)configure the codec for the selected audio format✨
• sta350_set_dai_sysclk(9)configure MCLK✨
• sta_info_flush(9)flush matching STA entries from the STA table✨
• sta_info_free(9)free STA✨
• stack_depot_fetch(9)Fetch a stack trace from stack depot✨
• stack_depot_get_extra_bits(9)Retrieve extra bits from a stack depot handle✨
• stack_depot_print(9)Print a stack trace from stack depot✨
• stack_depot_put(9)Drop a reference to a stack trace from stack depot✨
• stack_depot_save(9)Save a stack trace to stack depot✨
• stack_depot_save_flags(9)Save a stack trace to stack depot✨
• stack_depot_set_extra_bits(9)Set extra bits in a stack depot handle✨
• stack_depot_snprint(9)Print a stack trace from stack depot into a buffer✨
• STACK_FLEX_ARRAY_SIZE(9)helper macro for DEFINE_FLEX() family. Returns the number of elements in @array.✨
• stack_map_calculate_max_depth(9)Calculate maximum allowed stack trace depth✨
• stack_trace_consume_fn(9)Callback for arch_stack_walk()✨
• stack_trace_print(9)Print the entries in the stack trace✨
• stack_trace_save(9)Save a stack trace into a storage array✨
• stack_trace_save_regs(9)Save a stack trace based on pt_regs into a storage array✨
• stack_trace_save_tsk(9)Save a task stack trace into a storage array✨
• stack_trace_save_tsk_reliable(9)Save task stack with verification✨
• stack_trace_save_user(9)Save a user space stack trace into a storage array✨
• stack_trace_snprint(9)Print the entries in the stack trace into a buffer✨
• stack_tracer_disable(9)temporarily disable the stack tracer✨
• stack_tracer_enable(9)re-enable the stack tracer✨
• stage2_flush_vm(9)Invalidate cache for pages mapped in stage 2✨
• stage2_try_break_pte(9)Invalidates a pte according to the 'break-before- make' requirements of the architecture.✨
• stage2_unmap_vm(9)Unmap Stage-2 RAM mappings✨
• standard connector properties(9)✨
• standard CRTC properties(9)✨
• standard plane properties(9)✨
• starget_for_each_device(9)helper to walk all devices of a target✨
• start(9)Initializes ll2.✨
• start_bypassing(9)Stop using the hash lock.✨
• start_creating(9)prepare to create a given name with permission checking✨
• start_creating_dentry(9)prepare to create a given dentry✨
• start_creating_killable(9)prepare to create a given name with permission checking✨
• start_creating_noperm(9)prepare to create a given name without permission checking✨
• start_deduping(9)Enter the hash lock state where data_vios deduplicate in parallel against a true copy of their data on disk.✨
• start_dirop(9)begin a create or remove dirop, performing locking and lookup✨
• start_isolate_page_range(9)mark page range MIGRATE_ISOLATE✨
• start_locking(9)Continue deduplication for a hash lock that has obtained valid advice of a potential duplicate through its agent.✨
• start_operation(9)Start an operation if it may be started given the current state.✨
• start_poll_synchronize_rcu(9)Snapshot and start RCU grace period✨
• start_poll_synchronize_rcu_expedited(9)Snapshot current RCU state and start expedited grace period✨
• start_poll_synchronize_rcu_expedited_full(9)Take a full snapshot and start expedited grace period✨
• start_poll_synchronize_rcu_full(9)Take a full snapshot and start RCU grace period✨
• start_poll_synchronize_srcu(9)Provide cookie and start grace period✨
• start_querying(9)Start deduplication for a hash lock.✨
• start_removing(9)prepare to remove a given name with permission checking✨
• start_removing_dentry(9)prepare to remove a given dentry✨
• start_removing_killable(9)prepare to remove a given name with permission checking✨
• start_removing_noperm(9)prepare to remove a given name without permission checking✨
• start_renaming(9)lookup and lock names for rename with permission checking✨
• start_renaming_dentry(9)lookup and lock name for rename with permission checking✨
• start_renaming_two_dentries(9)Lock to dentries in given parents for rename✨
• start_scrubbing(9)Read the current slab's journal from disk now that it has been flushed.✨
• start_tty(9)propagate flow control✨
• start_unlocking(9)Release a read lock on the PBN of the block that may or may not have contained duplicate data.✨
• start_updating(9)Continue deduplication with the last step, updating UDS with the location of the duplicate that should be returned as advice in the future.✨