📦 linux-manual

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K (continued)

kvmppc_gse_put_proc_table(9)add a process table guest state element to a buffer✨
kvmppc_gse_put_u32(9)add a host endian 32bit int guest state element to a buffer✨
kvmppc_gse_put_u64(9)add a host endian 64bit guest state element to a buffer✨
kvmppc_gse_put_vector128(9)add a vector guest state element to a buffer✨
kvmppc_gse_total_len(9)total length of guest state element✨
kvmppc_gse_total_size(9)space needed for a given data length✨
kvmppc_gsid_flags(9)the flags for a guest state ID✨
kvmppc_gsid_mask(9)the settable bits of a guest state ID✨
kvmppc_gsid_size(9)the size of a guest state ID✨
kvmppc_gsm_fill_info(9)serialises message to guest state buffer format✨
kvmppc_gsm_for_each(9)iterate the guest state IDs included in a guest state message✨
kvmppc_gsm_free(9)free guest state message✨
kvmppc_gsm_include(9)indicate a guest state ID should be included when serializing✨
kvmppc_gsm_includes(9)check if a guest state ID will be included when serializing✨
kvmppc_gsm_init(9)initialize a guest state message✨
kvmppc_gsm_new(9)creates a new guest state message✨
kvmppc_gsm_refresh_info(9)deserialises from guest state buffer✨
kvmppc_gsm_size(9)creates a new guest state message✨
kvmppc_gsp_for_each(9)iterate the <guest state IDs, guest state element> pairs✨
kvmppc_gsp_insert(9)add a mapping from an guest state ID to an element✨
kvmppc_gsp_lookup(9)lookup an element from a guest state ID✨
kvrealloc_node_align(9)reallocate memory; contents remain unchanged✨
kzalloc(9)allocate memory. The memory is set to zero.✨

L

l2x0_cache_size_of_parse(9)read cache size parameters from DT✨
l3_handle_target(9)Handle Target specific parse and reporting✨
l3_interrupt_handler(9)interrupt handler for l3 events✨
l3_mon_domain_mbm_alloc(9)Allocate arch private storage for the MBM counters✨
l3_resume_noirq(9)resume function for l3_noc✨
l3mdev_fib_rule_match(9)Determine if flowi references an L3 master device✨
l3mdev_fib_table_rcu(9)get FIB table id associated with an L3 master interface✨
l3mdev_link_scope_lookup(9)IPv6 route lookup based on flow for link local and multicast addresses✨
l3mdev_master_ifindex_rcu(9)get index of L3 master device✨
l3mdev_master_upper_ifindex_by_index_rcu(9)get index of upper l3 master device✨
label_cmp(9)label comparison for set ordering✨
label_components_match(9)find perms for all subcomponents of a label✨
label_compound_match(9)find perms for full compound label✨
label_match(9)do a multi-component label match✨
label_merge_cmp(9)cmp of @a merging with @b against @z for set ordering✨
label_merge_insert(9)create a new label by merging @a and @b✨
labelset_of_merge(9)find which labelset a merged label should be inserted✨
ladder_do_selection(9)prepares private data for a state change✨
ladder_enable_device(9)setup for the governor✨
ladder_reflect(9)update the correct last_state_idx✨
ladder_select_state(9)selects the next state to enter✨
lan743x_pcidev_remove(9)Device Removal Routine✨
lan78xx_configure_flowcontrol(9)Set MAC and FIFO flow control configuration✨
lan78xx_configure_leds_from_dt(9)Configure LED enables based on DT✨
lan78xx_configure_usb(9)Configure USB link power settings✨
lan78xx_get_phy(9)Probe or register PHY device and set interface mode✨
lan78xx_mac_eee_enable(9)Enable or disable MAC-side EEE support✨
lan78xx_mac_prepare_for_phy(9)Preconfigure MAC-side interface settings✨
lan78xx_phy_int_ack(9)Acknowledge PHY interrupt✨
lan78xx_set_fixed_link(9)Set fixed link configuration for LAN7801✨
LAN8814_PAGE_AFE_PMA(9)Selects Extended Page 1.✨
LAN8814_PAGE_COMMON_REGS(9)Selects Extended Page 4.✨
LAN8814_PAGE_EEE(9)Selects Extended Page 3.✨
LAN8814_PAGE_PCS(9)Selects Extended Page 0.✨
LAN8814_PAGE_PCS_DIGITAL(9)Selects Extended Page 2.✨
LAN8814_PAGE_PORT_REGS(9)Selects Extended Page 5.✨
LAN8814_PAGE_POWER_REGS(9)Selects Extended Page 28.✨
LAN8814_PAGE_SYSTEM_CTRL(9)Selects Extended Page 31.✨
lan937x_create_phy_addr_map(9)Create port-to-PHY address map for MDIO bus.✨
lan937x_mdio_bus_preinit(9)Pre-initialize MDIO bus for accessing PHYs.✨
lan937x_mdio_register(9)Register and configure the MDIO bus for the LAN937x.✨
lan937x_tx_config_aneg(9)Configure auto-negotiation and fixed modes for the LAN937x TX PHY.✨
lan937x_tx_read_mdix_status(9)Read the MDIX status for the LAN937x TX PHY.✨
lan937x_tx_read_status(9)Read the status for the LAN937x TX PHY.✨
lan937x_tx_set_mdix(9)Set the MDIX mode for the LAN937x TX PHY.✨
lan_reply(9)Handle all data sent from the hardware.✨
Landlock trace events(9)✨
landlock_add_rule_flags(9)✨
landlock_audit_denial(9)Create an audit record for a denied access request✨
landlock_audit_free_domain(9)Create an audit record on domain deallocation✨
landlock_create_ruleset_flags(9)✨
landlock_get_applicable_subject(9)Return the subject's Landlock credential if its enforced domain applies to (i.e. handles) at least one of the access rights specified in @masks✨
landlock_get_id_range(9)Get a range of unique IDs✨
landlock_get_quiet_optional_accesses(9)Get optional accesses which are covered by quiet rule flags.✨
landlock_get_rule_root(9)Get the root of a rule tree by key type✨
landlock_init_hierarchy_log(9)Partially initialize landlock_hierarchy✨
landlock_init_layer_masks(9)Initialize layer masks from an access request✨
landlock_log_denial(9)Log a denied access✨
landlock_log_free_domain(9)Log domain deallocation✨
landlock_merge_ruleset(9)Merge a ruleset with a domain✨
landlock_restrict_self_flags(9)✨
landlock_store_rule(9)Create and insert a rule into the rule storage✨
landlock_trace_denial(9)Emit a tracepoint for a denied access request✨
landlock_trace_free_domain(9)Emit a tracepoint on domain deallocation✨
landlock_union_access_masks(9)Return all access rights handled in the domain✨
landlock_unmask_layers(9)Remove the access rights in @masks which are granted by a matching rule✨
lapic_get_maxlvt(9)get the maximum number of local vector table entries✨
largest_zero_folio(9)Get the largest zero size folio available✨
LAST_ARG(9)Returns the last argument.✨
last_fd(9)return last valid index into fd table✨
last_kset_gc(9)Advances the garbage collection for the last kset.✨
last_lba(9)return number of last logical block of device✨
last_rcv_seq(9)is last✨
latch_tree_erase(9)removes @node from the trees @root✨
latch_tree_find(9)find the node matching @key in the trees @root✨
latch_tree_insert(9)insert @node into the trees @root✨
Late binding Firmware Layout(9)✨
Late Binding Firmware Update Upload(9)✨
late_analysis(9)analyze the overall situation with PEB.✨
late_param_cb(9)general callback for a module/cmdline parameter to be evaluated before late initcall level✨
launch_compress_data_vio(9)Continue a write by attempting to compress the data.✨
launch_cursor(9)Start traversing a single block map tree now that the cursor has a VIO with which to load pages.✨
launch_data_vio(9)(Re)initialize a data_vio to have a new logical block number, keeping the same parent and other state and send it on its way.✨
launch_data_vio_allocated_zone_callback(9)Set a callback as a physical block operation in a data_vio's allocated zone and queue the data_vio and invoke it immediately.✨
launch_data_vio_bio_zone_callback(9)Set a callback as a bio zone operation and invoke it immediately.✨
launch_data_vio_cpu_callback(9)Set a callback to run on the CPU queues and invoke it immediately.✨
launch_data_vio_duplicate_zone_callback(9)Set a callback as a physical block operation in a data_vio's duplicate zone and queue the data_vio and invoke it immediately.✨
launch_data_vio_hash_zone_callback(9)Set a callback as a hash zone operation and invoke it immediately.✨
launch_data_vio_journal_callback(9)Set a callback as a journal operation and invoke it immediately.✨
launch_data_vio_logical_callback(9)Set a callback as a logical block operation and invoke it immediately.✨
launch_data_vio_on_bio_ack_queue(9)If the vdo uses a bio_ack queue, set a callback to run on it and invoke it immediately, otherwise, just run the callback on the current thread.✨
launch_data_vio_packer_callback(9)Set a callback as a packer operation and invoke it immediately.✨
launch_dedupe(9)Reserve a reference count increment for a data_vio and launch it on the dedupe path.✨
launch_page_load(9)Begin the process of loading a page.✨
launch_page_save(9)Add a page to outgoing pages waiting to be saved, and then start saving pages if another save is not in progress.✨
launch_reference_block_write(9)Launch the write of a dirty reference block by first acquiring a VIO for it from the pool.✨
launch_write(9)Write a slab summary block unless it is currently out for writing.✨
layout_cnodes(9)layout cnodes for commit.✨
layout_commit(9)determine positions of index nodes to commit.✨
layout_in_empty_space(9)layout index nodes in empty space.✨
layout_in_gaps(9)in-the-gaps method of committing TNC.✨
layout_leb_in_gaps(9)layout index nodes using in-the-gaps method.✨
lazy_mmu_mode_disable(9)Disable the lazy MMU mode.✨
lazy_mmu_mode_enable(9)Enable the lazy MMU mode.✨
lazy_mmu_mode_pause(9)Pause the lazy MMU mode.✨
lazy_mmu_mode_resume(9)Resume the lazy MMU mode.✨
lbpw (int)(9)✨
lbs_add_card(9)adds the card. It will probe the card, allocate the lbs_priv and initialize the device.✨
lbs_add_mesh(9)add mshX interface✨
lbs_allocate_cmd_buffer(9)allocates the command buffer and links it to command free queue✨
lbs_cmd_async_callback(9)Simple callback that ignores the result. Use this if you just want to send a command to the hardware, but don't care for the result.✨
lbs_cmd_copyback(9)Simple callback that copies response back into command✨
lbs_cmd_timeout_handler(9)handles the timeout of command sending. It will re-send the same command again.✨
lbs_debug_init(9)create debug proc file✨
lbs_debugfs_read(9)proc read function✨
lbs_debugfs_write(9)proc write function✨
lbs_dev_open(9)open the ethX interface✨
lbs_eth_stop(9)close the ethX interface✨
lbs_execute_next_command(9)execute next command in command pending queue. Will put firmware back to PS mode if applicable.✨
lbs_free_cmd_buffer(9)free the command buffer✨
lbs_fw_index_to_data_rate(9)use index to get the data rate✨
lbs_get_channel(9)Get the radio channel✨
lbs_get_firmware(9)Retrieves two-stage firmware✨
lbs_get_firmware_async(9)Retrieves firmware asynchronously. Can load either a helper firmware and a main firmware (2-stage), or just the helper.✨
lbs_get_free_cmd_node(9)gets a free command node if available in command free queue✨
lbs_get_reg(9)Read a MAC, Baseband, or RF register✨
lbs_get_rssi(9)Get current RSSI and noise floor✨
lbs_get_tx_power(9)Get the min, max, and current TX power✨
lbs_hard_start_xmit(9)checks the conditions and sends packet to IF layer if everything is ok✨
lbs_mac_event_disconnected(9)handles disconnect event. It reports disconnect to upper layer, clean tx/rx packets, reset link state etc.✨
lbs_mesh_dev_open(9)open the mshX interface✨
lbs_mesh_show(9)Get function for sysfs attribute mesh✨
lbs_mesh_stop(9)close the mshX interface✨
lbs_mesh_store(9)Set function for sysfs attribute mesh✨
lbs_process_rxed_packet(9)processes received packet and forwards it to kernel/upper layer✨
lbs_ps_confirm_sleep(9)checks condition and prepares to send sleep confirm command to firmware if ok✨
lbs_send_tx_feedback(9)sends to the host the last transmitted packet, filling the radiotap headers with transmission information.✨
lbs_set_11d_domain_info(9)Send regulatory and 802.11d domain information to the firmware✨
lbs_set_channel(9)Set the radio channel✨
lbs_set_monitor_mode(9)Enable or disable monitor mode (only implemented on OLPC usb8388 FW)✨
lbs_set_ps_mode(9)Sets the Power Save mode✨
lbs_set_reg(9)Write a MAC, Baseband, or RF register✨
lbs_set_snmp_mib(9)Set an SNMP MIB value✨
lbs_setup_firmware(9)gets the HW spec from the firmware and sets some basic parameters✨
lbs_thread(9)handles the major jobs in the LBS driver. It handles all events generated by firmware, RX data received from firmware and TX data sent from kernel.✨
lbs_tx_lockup_handler(9)handles the timeout of the passing of TX frames to the hardware. This is known to frequently happen with SD8686 when waking up after a Wake-on-WLAN-triggered resume.✨
lbs_update_hw_spec(9)Updates the hardware details like MAC address and regulatory region✨
lbtf_allocate_cmd_buffer(9)Allocates cmd buffer, links it to free cmd queue✨
lbtf_cmd_copyback(9)Simple callback that copies response back into command✨
lbtf_execute_next_command(9)execute next command in cmd pending queue.✨
lbtf_free_cmd_buffer(9)Frees the cmd buffer.✨
lbtf_get_cmd_ctrl_node(9)Gets free cmd node from free cmd queue.✨
lbtf_set_channel(9)Set the radio channel✨
lbtf_update_hw_spec(9)Updates the hardware details.✨
lc_committed(9)tell @lc that pending changes have been recorded✨
lc_create(9)prepares to track objects in an active set✨
lc_del(9)removes an element from the cache✨
lc_destroy(9)frees memory allocated by lc_create()✨
lc_element_by_index(9)✨
lc_find(9)find element by label, if present in the hash table✨
lc_get(9)get element by label, maybe change the active set✨
lc_get_cumulative(9)like lc_get; also finds to-be-changed elements✨
lc_is_used(9)find element by label✨
lc_put(9)give up refcnt of @e✨
lc_reset(9)does a full reset for @lc and the hash table slots.✨
lc_seq_dump_details(9)Dump a complete LRU cache to seq in textual form.✨
lc_seq_printf_stats(9)print stats about @lc into @seq✨
lc_try_get(9)get element by label, if present; do not change the active set✨
lc_try_lock(9)variant to stop lc_get() from changing the tracked set✨
lc_try_lock_for_transaction(9)can be used to stop lc_get() from changing the tracked set✨
lc_unlock(9)unlock @lc, allow lc_get() to change the set again✨
lcd_device_register(9)register a new object of lcd_device class.✨
lcd_device_unregister(9)unregisters a object of lcd_device class.✨
lcd_print(9)✨
lcd_system_halt(9)✨
ldm_compare_privheads(9)Compare two privhead objects✨
ldm_compare_tocblocks(9)Compare two tocblock objects✨