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Kernel Functions for Drivers

• A
  • adjmsg(9F) – trim bytes from a message
  • allocb(9F) – allocate a message block
  • allocb_tmpl(9F) – allocate a message block using a template
  • aminphys(9F) – perform asynchronous physical I/O
  • anocancel(9F) – prevent cancellation of asynchronous I/O request
  • aphysio(9F) – perform asynchronous physical I/O
  • ASSERT(9F) – expression verification
  • assert(9F) – expression verification
  • atomic_add_16(9F) – atomic add operations
  • atomic_add_16_nv(9F) – atomic add operations
  • atomic_add_32(9F) – atomic add operations
  • atomic_add_32_nv(9F) – atomic add operations
  • atomic_add_64(9F) – atomic add operations
  • atomic_add_64_nv(9F) – atomic add operations
  • atomic_add_8(9F) – atomic add operations
  • atomic_add_8_nv(9F) – atomic add operations
  • atomic_add(9F) – atomic add operations
  • atomic_add_char(9F) – atomic add operations
  • atomic_add_char_nv(9F) – atomic add operations
  • atomic_add_int(9F) – atomic add operations
  • atomic_add_int_nv(9F) – atomic add operations
  • atomic_add_long(9F) – atomic add operations
  • atomic_add_long_nv(9F) – atomic add operations
  • atomic_add_ptr(9F) – atomic add operations
  • atomic_add_ptr_nv(9F) – atomic add operations
  • atomic_add_short(9F) – atomic add operations
  • atomic_add_short_nv(9F) – atomic add operations
  • atomic_and_16(9F) – atomic AND operations
  • atomic_and_16_nv(9F) – atomic AND operations
  • atomic_and_32(9F) – atomic AND operations
  • atomic_and_32_nv(9F) – atomic AND operations
  • atomic_and_64(9F) – atomic AND operations
  • atomic_and_64_nv(9F) – atomic AND operations
  • atomic_and_8(9F) – atomic AND operations
  • atomic_and_8_nv(9F) – atomic AND operations
  • atomic_and(9F) – atomic AND operations
  • atomic_and_uchar(9F) – atomic AND operations
  • atomic_and_uchar_nv(9F) – atomic AND operations
  • atomic_and_uint(9F) – atomic AND operations
  • atomic_and_uint_nv(9F) – atomic AND operations
  • atomic_and_ulong(9F) – atomic AND operations
  • atomic_and_ulong_nv(9F) – atomic AND operations
  • atomic_and_ushort(9F) – atomic AND operations
  • atomic_and_ushort_nv(9F) – atomic AND operations
  • atomic_bits(9F) – atomic set and clear bit operations
  • atomic_cas_16(9F) – atomic compare and swap operations
  • atomic_cas_32(9F) – atomic compare and swap operations
  • atomic_cas_64(9F) – atomic compare and swap operations
  • atomic_cas_8(9F) – atomic compare and swap operations
  • atomic_cas(9F) – atomic compare and swap operations
  • atomic_cas_ptr(9F) – atomic compare and swap operations
  • atomic_cas_uchar(9F) – atomic compare and swap operations
  • atomic_cas_uint(9F) – atomic compare and swap operations
  • atomic_cas_ulong(9F) – atomic compare and swap operations
  • atomic_cas_ushort(9F) – atomic compare and swap operations
  • atomic_clear_long_excl(9F) – atomic set and clear bit operations
  • atomic_dec_16(9F) – atomic decrement operations
  • atomic_dec_16_nv(9F) – atomic decrement operations
  • atomic_dec_32(9F) – atomic decrement operations
  • atomic_dec_32_nv(9F) – atomic decrement operations
  • atomic_dec_64(9F) – atomic decrement operations
  • atomic_dec_64_nv(9F) – atomic decrement operations
  • atomic_dec_8(9F) – atomic decrement operations
  • atomic_dec_8_nv(9F) – atomic decrement operations
  • atomic_dec(9F) – atomic decrement operations
  • atomic_dec_ptr(9F) – atomic decrement operations
  • atomic_dec_ptr_nv(9F) – atomic decrement operations
  • atomic_dec_uchar(9F) – atomic decrement operations
  • atomic_dec_uchar_nv(9F) – atomic decrement operations
  • atomic_dec_uint(9F) – atomic decrement operations
  • atomic_dec_uint_nv(9F) – atomic decrement operations
  • atomic_dec_ulong(9F) – atomic decrement operations
  • atomic_dec_ulong_nv(9F) – atomic decrement operations
  • atomic_dec_ushort(9F) – atomic decrement operations
  • atomic_dec_ushort_nv(9F) – atomic decrement operations
  • atomic_inc_16(9F) – atomic inrement operations
  • atomic_inc_16_nv(9F) – atomic inrement operations
  • atomic_inc_32(9F) – atomic inrement operations
  • atomic_inc_32_nv(9F) – atomic inrement operations
  • atomic_inc_64(9F) – atomic inrement operations
  • atomic_inc_64_nv(9F) – atomic inrement operations
  • atomic_inc_8(9F) – atomic inrement operations
  • atomic_inc_8_nv(9F) – atomic inrement operations
  • atomic_inc(9F) – atomic inrement operations
  • atomic_inc_ptr(9F) – atomic inrement operations
  • atomic_inc_ptr_nv(9F) – atomic inrement operations
  • atomic_inc_uchar(9F) – atomic inrement operations
  • atomic_inc_uchar_nv(9F) – atomic inrement operations
  • atomic_inc_uint(9F) – atomic inrement operations
  • atomic_inc_uint_nv(9F) – atomic inrement operations
  • atomic_inc_ulong(9F) – atomic inrement operations
  • atomic_inc_ulong_nv(9F) – atomic inrement operations
  • atomic_inc_ushort(9F) – atomic inrement operations
  • atomic_inc_ushort_nv(9F) – atomic inrement operations
  • atomic_ops(9F) – atomic operations
  • atomic_or_16(9F) – atomic OR operations
  • atomic_or_16_nv(9F) – atomic OR operations
  • atomic_or_32(9F) – atomic OR operations
  • atomic_or_32_nv(9F) – atomic OR operations
  • atomic_or_64(9F) – atomic OR operations
  • atomic_or_64_nv(9F) – atomic OR operations
  • atomic_or_8(9F) – atomic OR operations
  • atomic_or_8_nv(9F) – atomic OR operations
  • atomic_or(9F) – atomic OR operations
  • atomic_or_uchar(9F) – atomic OR operations
  • atomic_or_uchar_nv(9F) – atomic OR operations
  • atomic_or_uint(9F) – atomic OR operations
  • atomic_or_uint_nv(9F) – atomic OR operations
  • atomic_or_ulong(9F) – atomic OR operations
  • atomic_or_ulong_nv(9F) – atomic OR operations
  • atomic_or_ushort(9F) – atomic OR operations
  • atomic_or_ushort_nv(9F) – atomic OR operations
  • atomic_set_long_excl(9F) – atomic set and clear bit operations
  • atomic_swap_16(9F) – atomic swap operations
  • atomic_swap_32(9F) – atomic swap operations
  • atomic_swap_64(9F) – atomic swap operations
  • atomic_swap_8(9F) – atomic swap operations
  • atomic_swap(9F) – atomic swap operations
  • atomic_swap_ptr(9F) – atomic swap operations
  • atomic_swap_uchar(9F) – atomic swap operations
  • atomic_swap_uint(9F) – atomic swap operations
  • atomic_swap_ulong(9F) – atomic swap operations
  • atomic_swap_ushort(9F) – atomic swap operations
• B
  • backq(9F) – get pointer to the queue behind the current queue
  • bcanput(9F) – test for flow control in specified priority band
  • bcanputnext(9F) – test for room in next module's message queue
  • bcmp(9F) – compare two byte arrays
  • bcopy(9F) – copy data between address locations in the kernel
  • bioclone(9F) – clone another buffer
  • biodone(9F) – release buffer after buffer I/O transfer and notify blocked threads
  • bioerror(9F) – indicate error in buffer header
  • biofini(9F) – uninitialize a buffer structure
  • bioinit(9F) – initialize a buffer structure
  • biomodified(9F) – check if a buffer is modified
  • bioreset(9F) – reuse a private buffer header after I/O is complete
  • biosize(9F) – returns size of a buffer structure
  • biowait(9F) – suspend processes pending completion of block I/O
  • bp_copyin(9F) – copy from a buf(9S) into a driver buffer
  • bp_copyout(9F) – copy from a driver buffer into a buf(9S)
  • bp_mapin(9F) – allocate virtual address space
  • bp_mapout(9F) – deallocate virtual address space
  • btop(9F) – convert size in bytes to size in pages (round down)
  • btopr(9F) – convert size in bytes to size in pages (round up)
  • bufcall(9F) – call a function when a buffer becomes available
  • bzero(9F) – clear memory for a given number of bytes
• C
  • canput(9F) – test for room in a message queue
  • canputnext(9F) – test for room in next module's message queue
  • clrbuf(9F) – erase the contents of a buffer
  • cmn_err(9F) – display an error message or panic the system
  • condvar(9F) – condition variable routines
  • copyb(9F) – copy a message block
  • copyin(9F) – copy data from a user program to a driver buffer
  • copymsg(9F) – copy a message
  • copyout(9F) – copy data from a driver to a user program
  • crgetgid(9F) – access and change parts of the cred_t structure
  • crgetgroups(9F) – access and change parts of the cred_t structure
  • crgetngroups(9F) – access and change parts of the cred_t structure
  • crgetrgid(9F) – access and change parts of the cred_t structure
  • crgetruid(9F) – access and change parts of the cred_t structure
  • crgetsgid(9F) – access and change parts of the cred_t structure
  • crgetsuid(9F) – access and change parts of the cred_t structure
  • crgetuid(9F) – access and change parts of the cred_t structure
  • crgetzoneid(9F) – access and change parts of the cred_t structure
  • csx_AccessConfigurationRegister(9F) – read or write a PC Card Configuration Register
  • csx_ConvertSize(9F) – convert device sizes
  • csx_ConvertSpeed(9F) – convert device speeds
  • csx_CS_DDI_Info(9F) – obtain DDI information
  • csx_DeregisterClient(9F) – remove client from Card Services list
  • csx_DupHandle(9F) – duplicate access handle
  • csx_Error2Text(9F) – convert error return codes to text strings
  • csx_Event2Text(9F) – convert events to text strings
  • csx_FreeHandle(9F) – free access handle
  • csx_Get16(9F) – read data from device address
  • csx_Get32(9F) – read data from device address
  • csx_Get64(9F) – read data from device address
  • csx_Get8(9F) – read data from device address
  • csx_GetEventMask(9F) – set or return the client event mask for the client
  • csx_GetFirstClient(9F) – return first or next client
  • csx_GetFirstTuple(9F) – return Card Information Structure tuple
  • csx_GetHandleOffset(9F) – return current access handle offset
  • csx_GetMappedAddr(9F) – return mapped virtual address
  • csx_GetNextClient(9F) – return first or next client
  • csx_GetNextTuple(9F) – return Card Information Structure tuple
  • csx_GetStatus(9F) – return the current status of a PC Card and its socket
  • csx_GetTupleData(9F) – return the data portion of a tuple
  • csx_MakeDeviceNode(9F) – create and remove minor nodes on behalf of the client
  • csx_MapLogSocket(9F) – return the physical socket number associated with the client handle
  • csx_MapMemPage(9F) – map the memory area on a PC Card
  • csx_ModifyConfiguration(9F) – modify socket and PC Card Configuration Register
  • csx_ModifyWindow(9F) – modify window attributes
  • csx_Parse_CISTPL_BATTERY(9F) – parse the Battery Replacement Date tuple
  • csx_Parse_CISTPL_BYTEORDER(9F) – parse the Byte Order tuple
  • csx_Parse_CISTPL_CFTABLE_ENTRY(9F) – parse 16-bit Card Configuration Table Entry tuple
  • csx_Parse_CISTPL_CONFIG(9F) – parse Configuration tuple
  • csx_Parse_CISTPL_DATE(9F) – parse the Card Initialization Date tuple
  • csx_Parse_CISTPL_DEVICE(9F) – parse Device Information tuples
  • csx_Parse_CISTPL_DEVICE_A(9F) – parse Device Information tuples
  • csx_Parse_CISTPL_DEVICEGEO(9F) – parse the Device Geo tuple
  • csx_Parse_CISTPL_DEVICEGEO_A(9F) – parse the Device Geo A tuple
  • csx_Parse_CISTPL_DEVICE_OA(9F) – parse Device Information tuples
  • csx_Parse_CISTPL_DEVICE_OC(9F) – parse Device Information tuples
  • csx_Parse_CISTPL_FORMAT(9F) – parse the Data Recording Format tuple
  • csx_Parse_CISTPL_FUNCE(9F) – parse Function Extension tuple
  • csx_Parse_CISTPL_FUNCID(9F) – parse Function Identification tuple
  • csx_Parse_CISTPL_GEOMETRY(9F) – parse the Geometry tuple
  • csx_Parse_CISTPL_JEDEC_A(9F) – parse JEDEC Identifier tuples
  • csx_Parse_CISTPL_JEDEC_C(9F) – parse JEDEC Identifier tuples
  • csx_Parse_CISTPL_LINKTARGET(9F) – parse the Link Target tuple
  • csx_Parse_CISTPL_LONGLINK_A(9F) – parse the Long Link A and C tuples
  • csx_Parse_CISTPL_LONGLINK_C(9F) – parse the Long Link A and C tuples
  • csx_Parse_CISTPL_LONGLINK_MFC(9F) – parse the Multi-Function tuple
  • csx_Parse_CISTPL_MANFID(9F) – parse Manufacturer Identification tuple
  • csx_Parse_CISTPL_ORG(9F) – parse the Data Organization tuple
  • csx_Parse_CISTPL_SPCL(9F) – parse the Special Purpose tuple
  • csx_Parse_CISTPL_SWIL(9F) – parse the Software Interleaving tuple
  • csx_Parse_CISTPL_VERS_1(9F) – parse Level-1 Version/Product Information tuple
  • csx_Parse_CISTPL_VERS_2(9F) – parse Level-2 Version and Information tuple
  • csx_ParseTuple(9F) – generic tuple parser
  • csx_Put16(9F) – write to device register
  • csx_Put32(9F) – write to device register
  • csx_Put64(9F) – write to device register
  • csx_Put8(9F) – write to device register
  • csx_RegisterClient(9F) – register a client
  • csx_ReleaseConfiguration(9F) – release PC Card and socket configuration
  • csx_ReleaseIO(9F) – request or release I/O resources for the client
  • csx_ReleaseIRQ(9F) – request or release IRQ resource
  • csx_ReleaseSocketMask(9F) – set or clear the client's client event mask
  • csx_ReleaseWindow(9F) – request or release window resources
  • csx_RemoveDeviceNode(9F) – create and remove minor nodes on behalf of the client
  • csx_RepGet16(9F) – read repetitively from the device register
  • csx_RepGet32(9F) – read repetitively from the device register
  • csx_RepGet64(9F) – read repetitively from the device register
  • csx_RepGet8(9F) – read repetitively from the device register
  • csx_RepPut16(9F) – write repetitively to the device register
  • csx_RepPut32(9F) – write repetitively to the device register
  • csx_RepPut64(9F) – write repetitively to the device register
  • csx_RepPut8(9F) – write repetitively to the device register
  • csx_RequestConfiguration(9F) – configure the PC Card and socket
  • csx_RequestIO(9F) – request or release I/O resources for the client
  • csx_RequestIRQ(9F) – request or release IRQ resource
  • csx_RequestSocketMask(9F) – set or clear the client's client event mask
  • csx_RequestWindow(9F) – request or release window resources
  • csx_ResetFunction(9F) – reset a function on a PC card
  • csx_SetEventMask(9F) – set or return the client event mask for the client
  • csx_SetHandleOffset(9F) – set current access handle offset
  • csx_ValidateCIS(9F) – validate the Card Information Structure (CIS)
  • cv_broadcast(9F) – condition variable routines
  • cv_destroy(9F) – condition variable routines
  • cv_init(9F) – condition variable routines
  • cv_signal(9F) – condition variable routines
  • cv_timedwait(9F) – condition variable routines
  • cv_timedwait_sig(9F) – condition variable routines
  • cv_wait(9F) – condition variable routines
  • cv_wait_sig(9F) – condition variable routines
• D
  • datamsg(9F) – test whether a message is a data message
  • DB_BASE(9F) – Data block access macros
  • DB_LIM(9F) – Data block access macros
  • DB_REF(9F) – Data block access macros
  • DB_TYPE(9F) – Data block access macros
  • ddi_add_event_handler(9F) – add an NDI event service callback handler
  • ddi_add_intr(9F) – hardware interrupt handling routines
  • ddi_add_softintr(9F) – software interrupt handling routines
  • ddi_binding_name(9F) – return driver binding name
  • ddi_btop(9F) – page size conversions
  • ddi_btopr(9F) – page size conversions
  • ddi_can_receive_sig(9F) – Test for ability to receive signals
  • ddi_cb_register(9F) – register and unregister a device driver callback handler
  • ddi_cb_unregister(9F) – register and unregister a device driver callback handler
  • ddi_check_acc_handle(9F) – Check data access and DMA handles
  • ddi_check_dma_handle(9F) – Check data access and DMA handles
  • ddi_copyin(9F) – copy data to a driver buffer
  • ddi_copyout(9F) – copy data from a driver
  • ddi_create_minor_node(9F) – Create a minor node for this device
  • ddi_cred(9F) – access and change parts of the cred_t structure
  • ddi_device_copy(9F) – copy data from one device register to another device register
  • ddi_device_zero(9F) – zero fill the device
  • ddi_devid_compare(9F) – kernel interfaces for device ids
  • ddi_devid_free(9F) – kernel interfaces for device ids
  • ddi_devid_get(9F) – kernel interfaces for device ids
  • ddi_devid_init(9F) – kernel interfaces for device ids
  • ddi_devid_register(9F) – kernel interfaces for device ids
  • ddi_devid_sizeof(9F) – kernel interfaces for device ids
  • ddi_devid_str_decode(9F) – kernel interfaces for device ids
  • ddi_devid_str_encode(9F) – kernel interfaces for device ids
  • ddi_devid_str_free(9F) – kernel interfaces for device ids
  • ddi_devid_unregister(9F) – kernel interfaces for device ids
  • ddi_devid_valid(9F) – kernel interfaces for device ids
  • ddi_dev_is_needed(9F) – inform the system that a device's component is required
  • ddi_dev_is_sid(9F) – tell whether a device is self-identifying
  • ddi_devmap_segmap(9F) – set up a user mapping to device memory using the devmap framework
  • ddi_dev_nintrs(9F) – return the number of interrupt specifications a device has
  • ddi_dev_nregs(9F) – return the number of register sets a device has
  • ddi_dev_regsize(9F) – return the size of a device's register
  • ddi_dev_report_fault(9F) – Report a hardware failure
  • ddi_dma_addr_bind_handle(9F) – binds an address to a DMA handle
  • ddi_dma_addr_setup(9F) – easier DMA setup for use with virtual addresses
  • ddi_dma_alloc_handle(9F) – allocate DMA handle
  • ddi_dma_buf_bind_handle(9F) – binds a system buffer to a DMA handle
  • ddi_dma_buf_setup(9F) – easier DMA setup for use with buffer structures
  • ddi_dma_burstsizes(9F) – find out the allowed burst sizes for a DMA mapping
  • ddi_dma_coff(9F) – convert a DMA cookie to an offset within a DMA handle.
  • ddi_dma_curwin(9F) – report current DMA window offset and size
  • ddi_dma_devalign(9F) – find DMA mapping alignment and minimum transfer size
  • ddi_dmae_1stparty(9F) – system DMA engine functions
  • ddi_dmae(9F) – system DMA engine functions
  • ddi_dmae_alloc(9F) – system DMA engine functions
  • ddi_dmae_disable(9F) – system DMA engine functions
  • ddi_dmae_enable(9F) – system DMA engine functions
  • ddi_dmae_getattr(9F) – system DMA engine functions
  • ddi_dmae_getcnt(9F) – system DMA engine functions
  • ddi_dmae_getlim(9F) – system DMA engine functions
  • ddi_dmae_prog(9F) – system DMA engine functions
  • ddi_dmae_release(9F) – system DMA engine functions
  • ddi_dmae_stop(9F) – system DMA engine functions
  • ddi_dma_free(9F) – release system DMA resources
  • ddi_dma_free_handle(9F) – free DMA handle
  • ddi_dma_get_attr(9F) – get the device DMA attribute structure from a DMA handle
  • ddi_dma_getwin(9F) – activate a new DMA window
  • ddi_dma_htoc(9F) – convert a DMA handle to a DMA address cookie
  • ddi_dma_mem_alloc(9F) – allocate memory for DMA transfer
  • ddi_dma_mem_free(9F) – free previously allocated memory
  • ddi_dma_movwin(9F) – shift current DMA window
  • ddi_dma_nextcookie(9F) – retrieve subsequent DMA cookie
  • ddi_dma_nextseg(9F) – get next DMA segment
  • ddi_dma_nextwin(9F) – get next DMA window
  • ddi_dma_numwin(9F) – retrieve number of DMA windows
  • ddi_dma_segtocookie(9F) – convert a DMA segment to a DMA address cookie
  • ddi_dma_set_sbus64(9F) – allow 64–bit transfers on SBus
  • ddi_dma_setup(9F) – setup DMA resources
  • ddi_dma_sync(9F) – synchronize CPU and I/O views of memory
  • ddi_dma_unbind_handle(9F) – unbinds the address in a DMA handle
  • ddi_driver_major(9F) – return driver's major device number
  • ddi_driver_name(9F) – return normalized driver name
  • ddi_enter_critical(9F) – enter and exit a critical region of control
  • ddi_exit_critical(9F) – enter and exit a critical region of control
  • ddi_ffs(9F) – find first (last) bit set in a long integer
  • ddi_fls(9F) – find first (last) bit set in a long integer
  • ddi_fm_acc_err_clear(9F) – clear the error status for an access or DMA handle
  • ddi_fm_acc_err_get(9F) – get the error status for an access or DMA handle
  • ddi_fm_capable(9F) – initialize and get the FM capabilities for a device instance
  • ddi_fm_dma_err_clear(9F) – clear the error status for an access or DMA handle
  • ddi_fm_dma_err_get(9F) – get the error status for an access or DMA handle
  • ddi_fm_ereport_post(9F) – post an FMA Protocol Error Report Event
  • ddi_fm_fini(9F) – initialize and get the FM capabilities for a device instance
  • ddi_fm_handler_register(9F) – register or unregister an error handling callback
  • ddi_fm_handler_unregister(9F) – register or unregister an error handling callback
  • ddi_fm_init(9F) – initialize and get the FM capabilities for a device instance
  • ddi_fm_service_impact(9F) – report the impact of an error
  • ddi_get16(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_get32(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_get64(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_get8(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_getb(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_get_cred(9F) – returns a pointer to the credential structure of the caller
  • ddi_get_devstate(9F) – Check device state
  • ddi_get_driver_private(9F) – get or set the address of the device's private data area
  • ddi_get_eventcookie(9F) – retrieve a NDI event service cookie handle
  • ddi_get_iblock_cookie(9F) – hardware interrupt handling routines
  • ddi_getiminor(9F) – get kernel internal minor number from an external dev_t
  • ddi_get_instance(9F) – get device instance number
  • ddi_get_kt_did(9F) – get identifier of current thread
  • ddi_getl(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_get_lbolt(9F) – returns the value of lbolt
  • ddi_getll(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_getlongprop(9F) – get property information for leaf device drivers
  • ddi_getlongprop_buf(9F) – get property information for leaf device drivers
  • ddi_get_name(9F) – return driver binding name
  • ddi_get_parent(9F) – find the parent of a device information structure
  • ddi_get_pid(9F) – returns the process ID
  • ddi_getprop(9F) – get property information for leaf device drivers
  • ddi_getproplen(9F) – get property information for leaf device drivers
  • ddi_get_soft_iblock_cookie(9F) – software interrupt handling routines
  • ddi_get_soft_state(9F) – driver soft state utility routines
  • ddi_get_time(9F) – returns the current time in seconds
  • ddi_getw(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_in_panic(9F) – determine if system is in panic state
  • ddi_intr_add_handler(9F) – add or remove interrupt handler
  • ddi_intr_add_softint(9F) – software interrupt handling routines
  • ddi_intr_alloc(9F) – allocate or free interrupts for a given interrupt type
  • ddi_intr_block_disable(9F) – enable or disable a given interrupt or range of interrupts
  • ddi_intr_block_enable(9F) – enable or disable a given interrupt or range of interrupts
  • ddi_intr_clr_mask(9F) – set or clear mask for a given interrupt
  • ddi_intr_disable(9F) – enable or disable a given interrupt or range of interrupts
  • ddi_intr_dup_handler(9F) – reuse interrupt handler and arguments for MSI-X interrupts
  • ddi_intr_enable(9F) – enable or disable a given interrupt or range of interrupts
  • ddi_intr_free(9F) – allocate or free interrupts for a given interrupt type
  • ddi_intr_get_cap(9F) – get or set interrupt capabilities for a given interrupt type
  • ddi_intr_get_hilevel_pri(9F) – get minimum priority level for a high-level interrupt
  • ddi_intr_get_navail(9F) – return number of interrupts supported or available for a given interrupt type
  • ddi_intr_get_nintrs(9F) – return number of interrupts supported or available for a given interrupt type
  • ddi_intr_get_pending(9F) – get pending bit for a given interrupt
  • ddi_intr_get_pri(9F) – get or set priority of a given interrupt
  • ddi_intr_get_softint_pri(9F) – software interrupt handling routines
  • ddi_intr_get_supported_types(9F) – return information on supported hardware interrupt types
  • ddi_intr_hilevel(9F) – indicate interrupt handler type
  • ddi_intr_remove_handler(9F) – add or remove interrupt handler
  • ddi_intr_remove_softint(9F) – software interrupt handling routines
  • ddi_intr_set_cap(9F) – get or set interrupt capabilities for a given interrupt type
  • ddi_intr_set_mask(9F) – set or clear mask for a given interrupt
  • ddi_intr_set_nreq(9F) – set the number of interrupts requested for a device driver instance
  • ddi_intr_set_pri(9F) – get or set priority of a given interrupt
  • ddi_intr_set_softint_pri(9F) – software interrupt handling routines
  • ddi_intr_trigger_softint(9F) – software interrupt handling routines
  • ddi_io_get16(9F) – read data from the mapped device register in I/O space
  • ddi_io_get32(9F) – read data from the mapped device register in I/O space
  • ddi_io_get8(9F) – read data from the mapped device register in I/O space
  • ddi_io_getb(9F) – read data from the mapped device register in I/O space
  • ddi_io_getl(9F) – read data from the mapped device register in I/O space
  • ddi_io_getw(9F) – read data from the mapped device register in I/O space
  • ddi_iomin(9F) – find minimum alignment and transfer size for DMA
  • ddi_iopb_alloc(9F) – allocate and free non-sequentially accessed memory
  • ddi_iopb_free(9F) – allocate and free non-sequentially accessed memory
  • ddi_io_put16(9F) – write data to the mapped device register in I/O space
  • ddi_io_put32(9F) – write data to the mapped device register in I/O space
  • ddi_io_put8(9F) – write data to the mapped device register in I/O space
  • ddi_io_putb(9F) – write data to the mapped device register in I/O space
  • ddi_io_putl(9F) – write data to the mapped device register in I/O space
  • ddi_io_putw(9F) – write data to the mapped device register in I/O space
  • ddi_io_rep_get16(9F) – read multiple data from the mapped device register in I/O space
  • ddi_io_rep_get32(9F) – read multiple data from the mapped device register in I/O space
  • ddi_io_rep_get8(9F) – read multiple data from the mapped device register in I/O space
  • ddi_io_rep_getb(9F) – read multiple data from the mapped device register in I/O space
  • ddi_io_rep_getl(9F) – read multiple data from the mapped device register in I/O space
  • ddi_io_rep_getw(9F) – read multiple data from the mapped device register in I/O space
  • ddi_io_rep_put16(9F) – write multiple data to the mapped device register in I/O space
  • ddi_io_rep_put32(9F) – write multiple data to the mapped device register in I/O space
  • ddi_io_rep_put8(9F) – write multiple data to the mapped device register in I/O space
  • ddi_io_rep_putb(9F) – write multiple data to the mapped device register in I/O space
  • ddi_io_rep_putl(9F) – write multiple data to the mapped device register in I/O space
  • ddi_io_rep_putw(9F) – write multiple data to the mapped device register in I/O space
  • ddi_log_sysevent(9F) – log system event for drivers
  • ddi_map_regs(9F) – map or unmap registers
  • ddi_mem_alloc(9F) – allocate and free sequentially accessed memory
  • ddi_mem_free(9F) – allocate and free sequentially accessed memory
  • ddi_mem_get16(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_get32(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_get64(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_get8(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_getb(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_getl(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_getll(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_getw(9F) – read data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_put16(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_put32(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_put64(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_put8(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_putb(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_putl(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_putll(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_putw(9F) – write data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_get16(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_get32(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_get64(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_get8(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_getb(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_getl(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_getll(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_getw(9F) – read multiple data from mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_put16(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_put32(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_put64(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_put8(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_putb(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_putl(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_putll(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mem_rep_putw(9F) – write multiple data to mapped device in the memory space or allocated DMA memory
  • ddi_mmap_get_model(9F) – return data model type of current thread
  • ddi_model_convert_from(9F) – determine data model type mismatch
  • ddi_node_name(9F) – return the devinfo node name
  • ddi_no_info(9F) – stub for getinfo(9E)
  • ddi_peek16(9F) – read a value from a location
  • ddi_peek32(9F) – read a value from a location
  • ddi_peek64(9F) – read a value from a location
  • ddi_peek8(9F) – read a value from a location
  • ddi_peek(9F) – read a value from a location
  • ddi_peekc(9F) – read a value from a location
  • ddi_peekd(9F) – read a value from a location
  • ddi_peekl(9F) – read a value from a location
  • ddi_peeks(9F) – read a value from a location
  • ddi_periodic_add(9F) – issue nanosecond periodic timeout requests
  • ddi_periodic_delete(9F) – cancel nanosecond periodic timeout requests
  • ddi_poke16(9F) – write a value to a location
  • ddi_poke32(9F) – write a value to a location
  • ddi_poke64(9F) – write a value to a location
  • ddi_poke8(9F) – write a value to a location
  • ddi_poke(9F) – write a value to a location
  • ddi_pokec(9F) – write a value to a location
  • ddi_poked(9F) – write a value to a location
  • ddi_pokel(9F) – write a value to a location
  • ddi_pokes(9F) – write a value to a location
  • ddi_prop_create(9F) – create, remove, or modify properties for leaf device drivers
  • ddi_prop_exists(9F) – check for the existence of a property
  • ddi_prop_free(9F) – look up property information
  • ddi_prop_get_int64(9F) – lookup integer property
  • ddi_prop_get_int(9F) – lookup integer property
  • ddi_prop_lookup(9F) – look up property information
  • ddi_prop_lookup_byte_array(9F) – look up property information
  • ddi_prop_lookup_int64_array(9F) – look up property information
  • ddi_prop_lookup_int_array(9F) – look up property information
  • ddi_prop_lookup_string(9F) – look up property information
  • ddi_prop_lookup_string_array(9F) – look up property information
  • ddi_prop_modify(9F) – create, remove, or modify properties for leaf device drivers
  • ddi_prop_op(9F) – get property information for leaf device drivers
  • ddi_prop_remove(9F) – create, remove, or modify properties for leaf device drivers
  • ddi_prop_remove_all(9F) – create, remove, or modify properties for leaf device drivers
  • ddi_prop_undefine(9F) – create, remove, or modify properties for leaf device drivers
  • ddi_prop_update(9F) – update properties
  • ddi_prop_update_byte_array(9F) – update properties
  • ddi_prop_update_int64(9F) – update properties
  • ddi_prop_update_int64_array(9F) – update properties
  • ddi_prop_update_int(9F) – update properties
  • ddi_prop_update_int_array(9F) – update properties
  • ddi_prop_update_string(9F) – update properties
  • ddi_prop_update_string_array(9F) – update properties
  • ddi_ptob(9F) – page size conversions
  • ddi_put16(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_put32(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_put64(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_put8(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_putb(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_putl(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_putll(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_putw(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_regs_map_free(9F) – free a previously mapped register address space
  • ddi_regs_map_setup(9F) – set up a mapping for a register address space
  • ddi_remove_event_handler(9F) – remove an NDI event service callback handler
  • ddi_remove_intr(9F) – hardware interrupt handling routines
  • ddi_remove_minor_node(9F) – remove a minor node for this dev_info
  • ddi_remove_softintr(9F) – software interrupt handling routines
  • ddi_removing_power(9F) – check whether DDI_SUSPEND might result in power being removed from a device
  • ddi_rep_get16(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_get32(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_get64(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_get8(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_getb(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_getl(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_getll(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_getw(9F) – read data from the mapped memory address, device register or allocated DMA memory address
  • ddi_report_dev(9F) – announce a device
  • ddi_rep_put16(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_put32(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_put64(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_put8(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_putb(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_putl(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_putll(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_rep_putw(9F) – write data to the mapped memory address, device register or allocated DMA memory address
  • ddi_root_node(9F) – get the root of the dev_info tree
  • ddi_segmap(9F) – set up a user mapping using seg_dev
  • ddi_segmap_setup(9F) – set up a user mapping using seg_dev
  • ddi_set_driver_private(9F) – get or set the address of the device's private data area
  • ddi_slaveonly(9F) – tell if a device is installed in a slave access only location
  • ddi_soft_state(9F) – driver soft state utility routines
  • ddi_soft_state_fini(9F) – driver soft state utility routines
  • ddi_soft_state_free(9F) – driver soft state utility routines
  • ddi_soft_state_init(9F) – driver soft state utility routines
  • ddi_soft_state_zalloc(9F) – driver soft state utility routines
  • ddi_strtol(9F) – String conversion routines
  • ddi_strtoul(9F) – String conversion functions
  • ddi_taskq_create(9F) – Kernel task queue operations
  • ddi_taskq_destroy(9F) – Kernel task queue operations
  • ddi_taskq_dispatch(9F) – Kernel task queue operations
  • ddi_taskq_resume(9F) – Kernel task queue operations
  • ddi_taskq_suspend(9F) – Kernel task queue operations
  • ddi_taskq_wait(9F) – Kernel task queue operations
  • ddi_trigger_softintr(9F) – software interrupt handling routines
  • ddi_umem_alloc(9F) – allocate and free page-aligned kernel memory
  • ddi_umem_free(9F) – allocate and free page-aligned kernel memory
  • ddi_umem_iosetup(9F) – Setup I/O requests to application memory
  • ddi_umem_lock(9F) – lock and unlock memory pages
  • ddi_umem_unlock(9F) – lock and unlock memory pages
  • ddi_unmap_regs(9F) – map or unmap registers
  • delay(9F) – delay execution for a specified number of clock ticks
  • desballoc(9F) – allocate a message block using a caller-supplied buffer
  • devmap_default_access(9F) – default driver memory access function
  • devmap_devmem_setup(9F) – set driver memory mapping parameters
  • devmap_do_ctxmgt(9F) – perform device context switching on a mapping
  • devmap_load(9F) – control validation of memory address translations
  • devmap_set_ctx_timeout(9F) – set the timeout value for the context management callback
  • devmap_setup(9F) – set up a user mapping to device memory using the devmap framework
  • devmap_umem_setup(9F) – set driver memory mapping parameters
  • devmap_unload(9F) – control validation of memory address translations
  • disksort(9F) – single direction elevator seek sort for buffers
  • dlbindack(9F) – DLPI device driver helper functions
  • dlerrorack(9F) – DLPI device driver helper functions
  • dlokack(9F) – DLPI device driver helper functions
  • dlphysaddrack(9F) – DLPI device driver helper functions
  • dluderrorind(9F) – DLPI device driver helper functions
  • drv_getparm(9F) – retrieve kernel state information
  • drv_hztousec(9F) – convert clock ticks to microseconds
  • drv_priv(9F) – determine driver privilege
  • drv_usectohz(9F) – convert microseconds to clock ticks
  • drv_usecwait(9F) – busy-wait for specified interval
  • dupb(9F) – duplicate a message block descriptor
  • dupmsg(9F) – duplicate a message
• E
  • enableok(9F) – reschedule a queue for service
  • esballoc(9F) – allocate a message block using a caller-supplied buffer
  • esbbcall(9F) – call function when buffer is available
• F
  • flushband(9F) – flush messages for a specified priority band
  • flushq(9F) – remove messages from a queue
  • freeb(9F) – free a message block
  • freemsg(9F) – free all message blocks in a message
  • free_pktiopb(9F) – allocate/free a SCSI packet in the iopb map
  • freerbuf(9F) – free a raw buffer header
  • freezestr(9F) – freeze, thaw the state of a stream
• G
  • geterror(9F) – return I/O error
  • gethrtime(9F) – get high resolution time
  • getmajor(9F) – get major device number
  • getminor(9F) – get minor device number
  • get_pktiopb(9F) – allocate/free a SCSI packet in the iopb map
  • getq(9F) – get the next message from a queue
  • getrbuf(9F) – get a raw buffer header
  • gld(9F) – Generic LAN Driver service routines
  • gld_intr(9F) – Generic LAN Driver service routines
  • gld_mac_alloc(9F) – Generic LAN Driver service routines
  • gld_mac_free(9F) – Generic LAN Driver service routines
  • gld_recv(9F) – Generic LAN Driver service routines
  • gld_register(9F) – Generic LAN Driver service routines
  • gld_sched(9F) – Generic LAN Driver service routines
  • gld_unregister(9F) – Generic LAN Driver service routines
• H
  • hat_getkpfnum(9F) – get page frame number for kernel address
  • hook_alloc(9F) – allocate a hook_t data structure
  • hook_free(9F) – free a hook_t data structure
• I
  • id32_alloc(9F) – 32-bit driver ID management routines
  • id32_free(9F) – 32-bit driver ID management routines
  • id32_lookup(9F) – 32-bit driver ID management routines
  • inb(9F) – read from an I/O port
  • inl(9F) – read from an I/O port
  • insq(9F) – insert a message into a queue
  • inw(9F) – read from an I/O port
  • IOC_CONVERT_FROM(9F) – determine if there is a need to translate M_IOCTL contents.
• J
• K
  • kmem_alloc(9F) – allocate kernel memory
  • kmem_cache_alloc(9F) – kernel memory cache allocator operations
  • kmem_cache_create(9F) – kernel memory cache allocator operations
  • kmem_cache_destroy(9F) – kernel memory cache allocator operations
  • kmem_cache_free(9F) – kernel memory cache allocator operations
  • kmem_free(9F) – allocate kernel memory
  • kmem_zalloc(9F) – allocate kernel memory
  • kstat_create(9F) – create and initialize a new kstat
  • kstat_delete(9F) – remove a kstat from the system
  • kstat_install(9F) – add a fully initialized kstat to the system
  • kstat_named_init(9F) – initialize a named kstat
  • kstat_named_setstr(9F) – initialize a named kstat
  • kstat_queue(9F) – update I/O kstat statistics
  • kstat_runq_back_to_waitq(9F) – update I/O kstat statistics
  • kstat_runq_enter(9F) – update I/O kstat statistics
  • kstat_runq_exit(9F) – update I/O kstat statistics
  • kstat_waitq_enter(9F) – update I/O kstat statistics
  • kstat_waitq_exit(9F) – update I/O kstat statistics
  • kstat_waitq_to_runq(9F) – update I/O kstat statistics
• L
  • ldi_add_event_handler(9F) – add NDI event service callback handler
  • ldi_aread(9F) – Issue an asynchronous read or write request to a device
  • ldi_awrite(9F) – Issue an asynchronous read or write request to a device
  • ldi_close(9F) – open and close devices
  • ldi_devmap(9F) – Issue a devmap request to a device
  • ldi_dump(9F) – Issue a dump request to a device
  • ldi_get_dev(9F) – Extract information from a layered handle
  • ldi_get_devid(9F) – Extract information from a layered handle
  • ldi_get_eventcookie(9F) – retrieve NDI event service cookie
  • ldi_get_minor_name(9F) – Extract information from a layered handle
  • ldi_getmsg(9F) – Read/write message blocks from/to a stream
  • ldi_get_otyp(9F) – Extract information from a layered handle
  • ldi_get_size(9F) – Retrieve device size
  • ldi_ident_from_dev(9F) – ldi cookie management
  • ldi_ident_from_dip(9F) – ldi cookie management
  • ldi_ident_from_stream(9F) – ldi cookie management
  • ldi_ident_release(9F) – ldi cookie management
  • ldi_ioctl(9F) – send an ioctl to a device
  • ldi_open_by_dev(9F) – open and close devices
  • ldi_open_by_devid(9F) – open and close devices
  • ldi_open_by_name(9F) – open and close devices
  • ldi_poll(9F) – Poll a device
  • ldi_prop_exists(9F) – Check for the existence of a property
  • ldi_prop_get_int64(9F) – Lookup integer property
  • ldi_prop_get_int(9F) – Lookup integer property
  • ldi_prop_lookup_byte_array(9F) – Lookup property information
  • ldi_prop_lookup_int64_array(9F) – Lookup property information
  • ldi_prop_lookup_int_array(9F) – Lookup property information
  • ldi_prop_lookup_string(9F) – Lookup property information
  • ldi_prop_lookup_string_array(9F) – Lookup property information
  • ldi_putmsg(9F) – Read/write message blocks from/to a stream
  • ldi_read(9F) – Read and write from a device
  • ldi_remove_event_handler(9F) – remove an NDI event service callback
  • ldi_strategy(9F) – Device strategy request
  • ldi_write(9F) – Read and write from a device
  • linkb(9F) – concatenate two message blocks
• M
  • makecom(9F) – make a packet for SCSI commands
  • makecom_g0(9F) – make a packet for SCSI commands
  • makecom_g0_s(9F) – make a packet for SCSI commands
  • makecom_g1(9F) – make a packet for SCSI commands
  • makecom_g5(9F) – make a packet for SCSI commands
  • makedevice(9F) – make device number from major and minor numbers
  • max(9F) – return the larger of two integers
  • MBLKHEAD(9F) – Message block utility macros
  • MBLKIN(9F) – Message block utility macros
  • MBLKL(9F) – Message block utility macros
  • MBLKSIZE(9F) – Message block utility macros
  • MBLKTAIL(9F) – Message block utility macros
  • mcopyin(9F) – Convert an M_IOCTL or M_IOCDATA message to an M_COPYIN
  • mcopymsg(9F) – Copy message contents into a buffer and free message
  • mcopyout(9F) – Convert an M_IOCTL or M_IOCDATA message to an M_COPYOUT
  • membar_consumer(9F) – memory access synchronization barrier operations
  • membar_enter(9F) – memory access synchronization barrier operations
  • membar_exit(9F) – memory access synchronization barrier operations
  • membar_ops(9F) – memory access synchronization barrier operations
  • membar_producer(9F) – memory access synchronization barrier operations
  • memchr(9F) – Memory operations
  • memcmp(9F) – Memory operations
  • memcpy(9F) – Memory operations
  • memmove(9F) – Memory operations
  • memset(9F) – Memory operations
  • merror(9F) – Send an M_ERROR message upstream
  • mexchange(9F) – Exchange one message for another
  • min(9F) – return the lesser of two integers
  • minphys(9F) – perform physical I/O
  • mioc2ack(9F) – Convert an M_IOCTL message to an M_IOCACK message
  • miocack(9F) – Positively acknowledge an M_IOCTL message
  • miocnak(9F) – Negatively acknowledge an M_IOCTL message
  • miocpullup(9F) – Prepare the payload of an M_IOCTL message for access
  • mkiocb(9F) – allocates a STREAMS ioctl block for M_IOCTL messages in the kernel.
  • mod_info(9F) – add, remove or query a loadable module
  • mod_install(9F) – add, remove or query a loadable module
  • mod_remove(9F) – add, remove or query a loadable module
  • msgdsize(9F) – return the number of bytes in a message
  • msgpullup(9F) – concatenate bytes in a message
  • msgsize(9F) – Return the total number of bytes in a message
  • mt-streams(9F) – STREAMS multithreading
  • mutex(9F) – mutual exclusion lock routines
  • mutex_destroy(9F) – mutual exclusion lock routines
  • mutex_enter(9F) – mutual exclusion lock routines
  • mutex_exit(9F) – mutual exclusion lock routines
  • mutex_init(9F) – mutual exclusion lock routines
  • mutex_owned(9F) – mutual exclusion lock routines
  • mutex_tryenter(9F) – mutual exclusion lock routines
• N
  • net_event_notify_register(9F) – add/delete a function to be called for changes to a event
  • net_event_notify_unregister(9F) – add/delete a function to be called for changes to a event
  • net_getifname(9F) – determine the name given to a network interface
  • net_getlifaddr(9F) – determine a network address for a given interface
  • net_getmtu(9F) – determine the MTU of a given network interface
  • net_getnetid(9F) – returns the instance identifier
  • net_getpmtuenabled(9F) – determine if path MTU discovery is enabled for a network protocol
  • net_hook_register(9F) – add a hook to be called in event processing
  • net_hook_unregister(9F) – disable a hook that was called in event processing
  • netinfo(9F) – interface to network data/functionality
  • net_inject(9F) – determine if a network interface name exists for a network protocol
  • net_inject_alloc(9F) – allocate a net_inject_t structure
  • net_inject_free(9F) – free a net_inject_t structure
  • net_instance_alloc(9F) – allocate a net_instance_t structure
  • net_instance_free(9F) – free a net_instance_t structure
  • net_instance_notify_register(9F) – add/delete a function to be called for changes to an instance
  • net_instance_notify_unregister(9F) – add/delete a function to be called for changes to an instance
  • net_instance_protocol_unregister(9F) – add/delete a function to be called for changes to a protocol
  • net_instance_register(9F) – register a set of instances to occur with IP instance events
  • net_instance_unregister(9F) – disable a set of instances
  • net_ispartialchecksum(9F) – indicate if a packet is being scheduled for hardware checksum calculation
  • net_isvalidchecksum(9F) – verify layer 3 and layer 4 checksums
  • net_kstat_create(9F) – create and initialize a new kstat for a specific instance of IP
  • net_lifgetnext(9F) – search through a list of logical network interfaces
  • net_phygetnext(9F) – search through the current list of network interfaces
  • net_phylookup(9F) – determine if a network interface name exists for a network protocol
  • net_protocol_lookup(9F) – locate an implementation of a network layer protocol
  • net_protocol_notify_register(9F) – add/delete a function to be called for changes to a protocol
  • net_protocol_release(9F) – indicate that a reference to a network protocol is no longer required
  • net_protocol_walk(9F) – step through the list of registered network protocols
  • net_routeto(9F) – indicate which network interface packets are sent
  • net_zoneidtonetid(9F) – map a zoneid_t struture identifier to a netid_t structure
  • nochpoll(9F) – error return function for non-pollable devices
  • nodev(9F) – error return function
  • noenable(9F) – prevent a queue from being scheduled
  • nulldev(9F) – zero return function
  • numtos(9F) – convert between an integer and a decimal string
  • nv_alloc_fini(9F) – Manage a name-value pair list
  • nv_alloc_init(9F) – Manage a name-value pair list
  • nvlist_add_boolean(9F) – value pair functions
  • nvlist_add_boolean_array(9F) – value pair functions
  • nvlist_add_boolean_value(9F) – value pair functions
  • nvlist_add_byte(9F) – value pair functions
  • nvlist_add_byte_array(9F) – value pair functions
  • nvlist_add_int16(9F) – value pair functions
  • nvlist_add_int16_array(9F) – value pair functions
  • nvlist_add_int32(9F) – value pair functions
  • nvlist_add_int32_array(9F) – value pair functions
  • nvlist_add_int64(9F) – value pair functions
  • nvlist_add_int64_array(9F) – value pair functions
  • nvlist_add_int8(9F) – value pair functions
  • nvlist_add_int8_array(9F) – value pair functions
  • nvlist_add_nvlist(9F) – value pair functions
  • nvlist_add_nvlist_array(9F) – value pair functions
  • nvlist_add_nvpair(9F) – value pair functions
  • nvlist_add_string(9F) – value pair functions
  • nvlist_add_string_array(9F) – value pair functions
  • nvlist_add_uint16(9F) – value pair functions
  • nvlist_add_uint16_array(9F) – value pair functions
  • nvlist_add_uint32(9F) – value pair functions
  • nvlist_add_uint32_array(9F) – value pair functions
  • nvlist_add_uint64(9F) – value pair functions
  • nvlist_add_uint64_array(9F) – value pair functions
  • nvlist_add_uint8(9F) – value pair functions
  • nvlist_add_uint8_array(9F) – value pair functions
  • nvlist_alloc(9F) – Manage a name-value pair list
  • nvlist_dup(9F) – Manage a name-value pair list
  • nvlist_free(9F) – Manage a name-value pair list
  • nvlist_lookup_boolean(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_boolean_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_boolean_value(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_byte(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_byte_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int16(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int16_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int32(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int32_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int64(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int64_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int8(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_int8_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_nvlist(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_nvlist_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_pairs(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_string(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_string_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint16(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint16_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint32(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint32_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint64(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint64_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint8(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_lookup_uint8_array(9F) – match name and type indicated by the interface name and retrieve data value
  • nvlist_merge(9F) – Manage a name-value pair list
  • nvlist_next_nvpair(9F) – return data regarding name-value pairs
  • nvlist_pack(9F) – Manage a name-value pair list
  • nvlist_remove(9F) – remove name-value pairs
  • nvlist_remove_all(9F) – remove name-value pairs
  • nvlist_size(9F) – Manage a name-value pair list
  • nvlist_t(9F) – value pair functions
  • nvlist_unpack(9F) – Manage a name-value pair list
  • nvlist_xalloc(9F) – Manage a name-value pair list
  • nvlist_xdup(9F) – Manage a name-value pair list
  • nvlist_xpack(9F) – Manage a name-value pair list
  • nvlist_xunpack(9F) – Manage a name-value pair list
  • nvpair_name(9F) – return data regarding name-value pairs
  • nvpair_type(9F) – return data regarding name-value pairs
  • nvpair_value_boolean_array(9F) – retrieve value from a name-value pair
  • nvpair_value_byte(9F) – retrieve value from a name-value pair
  • nvpair_value_byte_array(9F) – retrieve value from a name-value pair
  • nvpair_value_int16(9F) – retrieve value from a name-value pair
  • nvpair_value_int16_array(9F) – retrieve value from a name-value pair
  • nvpair_value_int32(9F) – retrieve value from a name-value pair
  • nvpair_value_int32_array(9F) – retrieve value from a name-value pair
  • nvpair_value_int64(9F) – retrieve value from a name-value pair
  • nvpair_value_int64_array(9F) – retrieve value from a name-value pair
  • nvpair_value_int8(9F) – retrieve value from a name-value pair
  • nvpair_value_int8_array(9F) – retrieve value from a name-value pair
  • nvpair_value_nvlist(9F) – retrieve value from a name-value pair
  • nvpair_value_nvlist_array(9F) – retrieve value from a name-value pair
  • nvpair_value_string(9F) – retrieve value from a name-value pair
  • nvpair_value_string_array(9F) – retrieve value from a name-value pair
  • nvpair_value_uint16(9F) – retrieve value from a name-value pair
  • nvpair_value_uint16_array(9F) – retrieve value from a name-value pair
  • nvpair_value_uint32(9F) – retrieve value from a name-value pair
  • nvpair_value_uint32_array(9F) – retrieve value from a name-value pair
  • nvpair_value_uint64(9F) – retrieve value from a name-value pair
  • nvpair_value_uint64_array(9F) – retrieve value from a name-value pair
  • nvpair_value_uint8(9F) – retrieve value from a name-value pair
  • nvpair_value_uint8_array(9F) – retrieve value from a name-value pair
• O
  • OTHERQ(9F) – get pointer to queue's partner queue
  • otherq(9F) – get pointer to queue's partner queue
  • outb(9F) – write to an I/O port
  • outl(9F) – write to an I/O port
  • outw(9F) – write to an I/O port
• P
  • pci_config_get16(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_get32(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_get64(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_get8(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_getb(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_getl(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_getll(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_getw(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_put16(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_put32(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_put64(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_put8(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_putb(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_putl(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_putll(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_putw(9F) – read or write single datum of various sizes to the PCI Local Bus Configuration space
  • pci_config_setup(9F) – setup or tear down the resources for enabling accesses to the PCI Local Bus Configuration space
  • pci_config_teardown(9F) – setup or tear down the resources for enabling accesses to the PCI Local Bus Configuration space
  • pci_ereport_post(9F) – post error reports for the generic PCI errors logged in the PCI Configuration Status register.
  • pci_ereport_setup(9F) – post error reports for the generic PCI errors logged in the PCI Configuration Status register.
  • pci_ereport_teardown(9F) – post error reports for the generic PCI errors logged in the PCI Configuration Status register.
  • pci_report_pmcap(9F) – Report Power Management capability of a PCI device
  • pci_restore_config_regs(9F) – save and restore the PCI configuration registers
  • pci_save_config_regs(9F) – save and restore the PCI configuration registers
  • physio(9F) – perform physical I/O
  • pm_busy_component(9F) – control device component availability for Power Management
  • pm_idle_component(9F) – control device component availability for Power Management
  • pm_lower_power(9F) – Raise or lower power of components
  • pm_power_has_changed(9F) – Notify Power Management framework of autonomous power level change
  • pm_raise_power(9F) – Raise or lower power of components
  • pm_trans_check(9F) – Device power cycle advisory check
  • pollwakeup(9F) – inform a process that an event has occurred
  • priv_getbyname(9F) – map a privilege name to a number
  • priv_policy(9F) – check, report, and audit privileges
  • priv_policy_choice(9F) – check, report, and audit privileges
  • priv_policy_only(9F) – check, report, and audit privileges
  • proc_ref(9F) – send a signal to a process
  • proc_signal(9F) – send a signal to a process
  • proc_unref(9F) – send a signal to a process
  • ptob(9F) – convert size in pages to size in bytes
  • pullupmsg(9F) – concatenate bytes in a message
  • put(9F) – call a STREAMS put procedure
  • putbq(9F) – place a message at the head of a queue
  • putctl1(9F) – send a control message with a one-byte parameter to a queue
  • putctl(9F) – send a control message to a queue
  • putnext(9F) – send a message to the next queue
  • putnextctl1(9F) – send a control message with a one-byte parameter to a queue
  • putnextctl(9F) – send a control message to a queue
  • putq(9F) – put a message on a queue
• Q
  • qassociate(9F) – associate STREAMS queue with driver instance
  • qbufcall(9F) – call a function when a buffer becomes available
  • qenable(9F) – enable a queue
  • qprocsoff(9F) – enable, disable put and service routines
  • qprocson(9F) – enable, disable put and service routines
  • qreply(9F) – send a message on a stream in the reverse direction
  • qsize(9F) – find the number of messages on a queue
  • qtimeout(9F) – execute a function after a specified length of time
  • qunbufcall(9F) – cancel a pending qbufcall request
  • quntimeout(9F) – cancel previous qtimeout function call
  • qwait(9F) – STREAMS wait routines
  • qwait_sig(9F) – STREAMS wait routines
  • qwriter(9F) – asynchronous STREAMS perimeter upgrade
• R
  • RD(9F) – get pointer to the read queue
  • rd(9F) – get pointer to the read queue
  • repinsb(9F) – read from an I/O port
  • repinsd(9F) – read from an I/O port
  • repinsw(9F) – read from an I/O port
  • repoutsb(9F) – write to an I/O port
  • repoutsd(9F) – write to an I/O port
  • repoutsw(9F) – write to an I/O port
  • rmalloc(9F) – allocate space from a resource map
  • rmallocmap(9F) – allocate and free resource maps
  • rmallocmap_wait(9F) – allocate and free resource maps
  • rmalloc_wait(9F) – allocate space from a resource map, wait if necessary
  • rmfree(9F) – free space back into a resource map
  • rmfreemap(9F) – allocate and free resource maps
  • rmvb(9F) – remove a message block from a message
  • rmvq(9F) – remove a message from a queue
  • rw_destroy(9F) – readers/writer lock functions
  • rw_downgrade(9F) – readers/writer lock functions
  • rw_enter(9F) – readers/writer lock functions
  • rw_exit(9F) – readers/writer lock functions
  • rw_init(9F) – readers/writer lock functions
  • rwlock(9F) – readers/writer lock functions
  • rw_read_locked(9F) – readers/writer lock functions
  • rw_tryenter(9F) – readers/writer lock functions
  • rw_tryupgrade(9F) – readers/writer lock functions
• S
  • SAMESTR(9F) – test if next queue is in the same stream
  • samestr(9F) – test if next queue is in the same stream
  • scsi_abort(9F) – abort a SCSI command
  • scsi_alloc_consistent_buf(9F) – allocate an I/O buffer for SCSI DMA
  • scsi_cname(9F) – decode a SCSI name
  • scsi_destroy_pkt(9F) – free an allocated SCSI packet and its DMA resource
  • scsi_dmafree(9F) – SCSI dma utility routines
  • scsi_dmaget(9F) – SCSI dma utility routines
  • scsi_dname(9F) – decode a SCSI name
  • scsi_errmsg(9F) – display a SCSI request sense message
  • scsi_free_consistent_buf(9F) – free a previously allocated SCSI DMA I/O buffer
  • scsi_get_device_type_scsi_options(9F) – look up per-device-type scsi-options property
  • scsi_hba_attach(9F) – SCSI HBA attach and detach routines
  • scsi_hba_attach_setup(9F) – SCSI HBA attach and detach routines
  • scsi_hba_detach(9F) – SCSI HBA attach and detach routines
  • scsi_hba_fini(9F) – SCSI Host Bus Adapter system initialization and completion routines
  • scsi_hba_init(9F) – SCSI Host Bus Adapter system initialization and completion routines
  • scsi_hba_lookup_capstr(9F) – return index matching capability string
  • scsi_hba_pkt_alloc(9F) – allocate and free a scsi_pkt structure
  • scsi_hba_pkt_free(9F) – allocate and free a scsi_pkt structure
  • scsi_hba_probe(9F) – default SCSI HBA probe function
  • scsi_hba_tran_alloc(9F) – allocate and free transport structures
  • scsi_hba_tran_free(9F) – allocate and free transport structures
  • scsi_ifgetcap(9F) – get/set SCSI transport capability
  • scsi_ifsetcap(9F) – get/set SCSI transport capability
  • scsi_init_pkt(9F) – prepare a complete SCSI packet
  • scsi_log(9F) – display a SCSI-device-related message
  • scsi_mname(9F) – decode a SCSI name
  • scsi_pktalloc(9F) – SCSI packet utility routines
  • scsi_pktfree(9F) – SCSI packet utility routines
  • scsi_poll(9F) – run a polled SCSI command on behalf of a target driver
  • scsi_probe(9F) – utility for probing a scsi device
  • scsi_resalloc(9F) – SCSI packet utility routines
  • scsi_reset(9F) – reset a SCSI bus or target
  • scsi_reset_notify(9F) – notify target driver of bus resets
  • scsi_resfree(9F) – SCSI packet utility routines
  • scsi_rname(9F) – decode a SCSI name
  • scsi_setup_cdb(9F) – setup SCSI command descriptor block (CDB)
  • scsi_slave(9F) – utility for SCSI target drivers to establish the presence of a target
  • scsi_sname(9F) – decode a SCSI name
  • scsi_sync_pkt(9F) – synchronize CPU and I/O views of memory
  • scsi_transport(9F) – request by a SCSI target driver to start a command
  • scsi_unprobe(9F) – free resources allocated during initial probing
  • scsi_unslave(9F) – free resources allocated during initial probing
  • scsi_vu_errmsg(9F) – display a SCSI request sense message
  • sema_destroy(9F) – semaphore functions
  • sema_init(9F) – semaphore functions
  • sema_p(9F) – semaphore functions
  • semaphore(9F) – semaphore functions
  • sema_p_sig(9F) – semaphore functions
  • sema_tryp(9F) – semaphore functions
  • sema_v(9F) – semaphore functions
  • SIZEOF_PTR(9F) – 32–bit application data access macros
  • SIZEOF_STRUCT(9F) – 32–bit application data access macros
  • snprintf(9F) – format characters in memory
  • sprintf(9F) – format characters in memory
  • stoi(9F) – convert between an integer and a decimal string
  • strcasecmp(9F) – compare two null-terminated strings.
  • strchr(9F) – find a character in a string
  • strcmp(9F) – compare two null-terminated strings.
  • strcpy(9F) – String operations.
  • strlcat(9F) – String operations.
  • strlcpy(9F) – String operations.
  • strlen(9F) – determine the number of non-null bytes in a string
  • strlog(9F) – submit messages to the log driver
  • strncasecmp(9F) – compare two null-terminated strings.
  • strncat(9F) – String operations.
  • strncmp(9F) – compare two null-terminated strings.
  • strncpy(9F) – String operations.
  • strqget(9F) – get information about a queue or band of the queue
  • strqset(9F) – change information about a queue or band of the queue
  • strrchr(9F) – find a character in a string
  • strspn(9F) – String operations.
  • STRUCT_BUF(9F) – 32–bit application data access macros
  • STRUCT_DECL(9F) – 32–bit application data access macros
  • STRUCT_FADDR(9F) – 32–bit application data access macros
  • STRUCT_FGET(9F) – 32–bit application data access macros
  • STRUCT_FGETP(9F) – 32–bit application data access macros
  • STRUCT_FSET(9F) – 32–bit application data access macros
  • STRUCT_FSETP(9F) – 32–bit application data access macros
  • STRUCT_HANDLE(9F) – 32–bit application data access macros
  • STRUCT_INIT(9F) – 32–bit application data access macros
  • STRUCT_SET_HANDLE(9F) – 32–bit application data access macros
  • STRUCT_SIZE(9F) – 32–bit application data access macros
  • swab(9F) – swap bytes in 16-bit halfwords
• T
  • taskq(9F) – Kernel task queue operations
  • taskq_suspended(9F) – Kernel task queue operations
  • testb(9F) – check for an available buffer
  • timeout(9F) – execute a function after a specified length of time
• U
  • u8_strcmp(9F) – UTF-8 string comparison function
  • u8_textprep_str(9F) – string-based UTF-8 text preparation function
  • u8_validate(9F) – validate UTF-8 characters and calculate the byte length
  • uconv_u16tou32(9F) – Unicode encoding conversion functions
  • uconv_u16tou8(9F) – Unicode encoding conversion functions
  • uconv_u32tou16(9F) – Unicode encoding conversion functions
  • uconv_u32tou8(9F) – Unicode encoding conversion functions
  • uconv_u8tou16(9F) – Unicode encoding conversion functions
  • uconv_u8tou32(9F) – Unicode encoding conversion functions
  • uiomove(9F) – copy kernel data using uio structure
  • unbufcall(9F) – cancel a pending bufcall request
  • unfreezestr(9F) – freeze, thaw the state of a stream
  • unlinkb(9F) – remove a message block from the head of a message
  • untimeout(9F) – cancel previous timeout function call
  • ureadc(9F) – add character to a uio structure
  • usb_alloc_bulk_req(9F) – Allocate and free USB transfer requests
  • usb_alloc_ctrl_req(9F) – Allocate and free USB transfer requests
  • usb_alloc_intr_req(9F) – Allocate and free USB transfer requests
  • usb_alloc_isoc_req(9F) – Allocate and free USB transfer requests
  • usb_alloc_request(9F) – Allocate and free USB transfer requests
  • usb_client_attach(9F) – USBA framework registration of client USB drivers
  • usb_client_detach(9F) – USBA framework registration of client USB drivers
  • usb_clr_feature(9F) – Clear feature of USB device, interface or endpoint
  • usb_create_pm_components(9F) – Create power management components for USB devices
  • usb_free_bulk_req(9F) – Allocate and free USB transfer requests
  • usb_free_ctrl_req(9F) – Allocate and free USB transfer requests
  • usb_free_descr_tree(9F) – Retrieve device configuration information
  • usb_free_dev_data(9F) – Retrieve device configuration information
  • usb_free_intr_req(9F) – Allocate and free USB transfer requests
  • usb_free_isoc_req(9F) – Allocate and free USB transfer requests
  • usb_get_addr(9F) – Retrieve device USB address
  • usb_get_alt_if(9F) – Get and set alternate interface values
  • usb_get_cfg(9F) – Get and set current USB device configuration
  • usb_get_current_frame_number(9F) – Return current logical usb frame number
  • usb_get_dev_data(9F) – Retrieve device configuration information
  • usb_get_if_number(9F) – Get and set alternate interface values
  • usb_get_max_pkts_per_isoc_request(9F) – Get maximum number of packets allowed per isochronous request
  • usb_get_status(9F) – Get status of a USB device/endpoint/interface
  • usb_get_string_descr(9F) – Get string descriptor from device
  • usb_handle_remote_wakeup(9F) – Enable or disable remote wakeup on USB devices
  • usb_lookup_ep_data(9F) – Lookup endpoint information
  • usb_owns_device(9F) – Get and set alternate interface values
  • usb_parse_data(9F) – Tokenize and align the bytes of raw variable-format data
  • usb_pipe_bulk_xfer(9F) – USB bulk transfer function
  • usb_pipe_close(9F) – Close and cleanup a USB device pipe
  • usb_pipe_ctrl_xfer(9F) – USB control pipe transfer functions
  • usb_pipe_ctrl_xfer_wait(9F) – USB control pipe transfer functions
  • usb_pipe_drain_reqs(9F) – Allow completion of pending pipe requests
  • usb_pipe_get_max_bulk_transfer_size(9F) – Get maximum bulk transfer size
  • usb_pipe_get_private(9F) – USB user-defined pipe data-field facility
  • usb_pipe_get_state(9F) – Return USB pipe state
  • usb_pipe_intr_xfer(9F) – USB interrupt transfer and polling functions
  • usb_pipe_isoc_xfer(9F) – USB isochronous transfer and polling functions
  • usb_pipe_open(9F) – Open a USB pipe to a device
  • usb_pipe_reset(9F) – Abort queued requests from a USB pipe and reset the pipe
  • usb_pipe_set_private(9F) – USB user-defined pipe data-field facility
  • usb_pipe_stop_intr_polling(9F) – USB interrupt transfer and polling functions
  • usb_pipe_stop_isoc_polling(9F) – USB isochronous transfer and polling functions
  • usb_print_descr_tree(9F) – Retrieve device configuration information
  • usb_register_hotplug_cbs(9F) – Register/unregister for notification of device hotplug events
  • usb_set_alt_if(9F) – Get and set alternate interface values
  • usb_set_cfg(9F) – Get and set current USB device configuration
  • usb_unregister_hotplug_cbs(9F) – Register/unregister for notification of device hotplug events
  • uwritec(9F) – remove a character from a uio structure
• V
  • va_arg(9F) – handle variable argument list
  • va_copy(9F) – handle variable argument list
  • va_end(9F) – handle variable argument list
  • va_start(9F) – handle variable argument list
  • vcmn_err(9F) – display an error message or panic the system
  • vsprintf(9F) – format characters in memory
• W
  • WR(9F) – get pointer to the write queue for this module or driver
  • wr(9F) – get pointer to the write queue for this module or driver
• X
• Y
• Z
  • zcmn_err(9F) – display an error message or panic the system