S
- SAD (see STREAMS Administrative Driver)
- SAD_GAP ioctl
strapush Structure
- SAD_SAP ioctl
- SAP_ALL optionstrapush Structure
- SAP_CLEAR optionstrapush Structure
- SAP_ONE optionstrapush Structure
- SAP_RANGE optionstrapush Structure
- SAP_ALL option
- sap_lastminor devicestrapush Structure
- sap_major devicestrapush Structure
- sap_minor device
- send data to service provider
- exampleinter_snd
- example
- service
- interfaceservice interface
- procedureservice procedure
- providerservice provider
- userservice user
- interface
- service interfaceService Interface
- definitionDriver and Module Service Interfaces
- definition
- service interface library
- primitivesService Interface Library Header File
- primitives
- service interface library header file
- service interface protoput procedure
- exampleService Interface Procedure
- example
- service primitiveService Interface
- in service procedureService Interface Library Header File
- UNITDATA_INDService Interface Library Header File
- UNITDATA_REQService Interface Library Header File
- in service procedure
- service primitive declarations
- service procedure
- back-enableback-enable
- blockedblocked
- back-enable
- service providerService Interface
- accessingAccessing the Service Provider
- closingClosing the Service Provider
- receiving dataReceiving Data
- sending dataSending Data to the Service Provider
- accessing
- service interfaceService Interfaces
- service procedureStructure of a Message Queue
- signalsignal Message
- extendedExtended Signals
- in job control managementJob Control
- in STREAMS
- M_SIGsignal Message
- SIGCONTJob Control
- SIGHUPHangup Signals
- SIGPOLLM_SIG
- SIGSTOPJob Control
- SIGTSTPJob Control
- SIGTTINJob Control
- SIGTTOUJob Control
- extended
- SIGPOLL
- signalM_SIG
- signal
- simple stream
- exampleSimple Stream
- example
- slave driverslave driver
- in pseudo-tty subsystemSTREAMS-based Pseudo-Terminal Subsystem
- in pseudo-tty subsystem
- slave driver open
- SO_FLAG
- in M_SETOPTSM_SETOPTS
- in M_SETOPTS
- SO_MREADOFFSO_MREADOFF and M_STOP
- SO_MREADOFISO_MREADOFFI and M_STOPI
- standard pipestandard pipe
- str_mlist structure
- exampleI_LIST ioctl
- example
- stracestrace Command
- strapush structure
- exampleApplication Interface
- example
- strchgI_LIST ioctl
- strconf commandI_LIST ioctl
- STRCTLSZ
- tunable parameterTunable Parameters
- tunable parameter
- stream
- controlling terminalAllocation and Deallocation of Streams
- general definitionWhat Is STREAMS?
- hung-upHungup Streams
- controlling terminal
- stream autopush structure
- exampleApplication Interface
- example
- stream construction
- add/remove modulesAdding and Removing Modules
- close a streamClosing the Stream
- open a streamOpening a STREAMS Device File
- add/remove modules
- stream head
- copy data between the user space and kernel spaceStream Head
- intercepting I_STRstrioctl Structure
- kernel space interactionStream Head
- copy data between the user space and kernel space
- stream pseudo terminal module
- streamio ioctl commands
- streams controlOther ioctl Commands
- streams control
- STREAMSSTREAMS
- administration toolsAdministration Tools
- application interfaceHow STREAMS Works???Application Interface
- asynchronous callback functionsAsynchronous Callback Functions
- closing a deviceClosing a Stream
- configuration
- considerations when porting from SunOS 4 to SunOS 5Porting to the SunOS 5 System
- data pathStream as a Data Path
- data transferOpening a Stream
- definitionWhat Is STREAMS?
- definition of functionalityWhat Is STREAMS?
- determining when to useWhen to Use STREAMS
- device driverSTREAMS Device Driver
- frequently asked IP interface questionsSTREAMS FAQ
- hardened
- hardening advice
- interfaceSTREAMS Application-Level Components
- kernel-levelHow STREAMS Works at the Kernel Level
- message componentsMessage Components
- message data structuresMessage Components
- message queue priorityMessage Queueing Priority
- message queuesMessage Queues
- message typesMessage Components
- messagesSTREAMS Data
- module multiplexingConfiguring Multiplexed Streams
- multiplexing
- multithread frameworkMT STREAMS Framework
- multithread framework integritySTREAMS Framework Integrity
- opening a deviceOpening a Stream
- pollingSTREAMS Polling
- programming modelWhat Is STREAMS?
- queue overviewStructure of a Message Queue
- tunable parametersTunable Parameters
- administration tools
- STREAMS administration modulesApplication Interface
- autopush facilityApplication Interface
- autopush facility
- STREAMS Administrative Driver
- STREAMS anchors client
- exampleSTREAMS Anchors fd_server.c
- example
- STREAMS anchors server
- exampleSTREAMS Anchors fd_server.c
- example
- streams control
- streamio ioctl commandsOther ioctl Commands
- streamio ioctl commands
- STREAMS debuggingSTREAMS Error and Trace Logging
- error and trace logging
- kernel debug printingKernel Debug Printing
- kernel examination toolsKernel Examination Tools
- STREAMS driver
- cloningCloning STREAMS Drivers
- configurationConfiguring STREAMS Drivers and Modules
- configuration entry point
- design guidelinesSummarizing STREAMS Device Drivers
- driver interruptKernel Contact Points
- Ethernet driversSTREAMS FAQ
- flush handlingDriver Flush Handling
- initialization entry pointSTREAMS Initialization Entry Points
- interrupt handlerSTREAMS Interrupt Handlers
- loop-aroundLoop-Around Driver
- porting to multithreaded kernelPreparing to Port
- pseudo-tty subsystem masterSTREAMS-based Pseudo-Terminal Subsystem
- pseudo-tty subsystem slaveSTREAMS-based Pseudo-Terminal Subsystem
- queue processing entry point
- table-driven entry pointSTREAMS Table-Driven Entry Points
- cloning
- STREAMS module
- adding an anchorUsing Anchors
- anchor lockSTREAMS Anchors
- autopush facilityAutopush Facility
- autopush facility
- connldUnique Connections
- design guidelinesDesign Guidelines
- filterFilter Module Example
- flow control
- line disciplineLine-Discipline Module
- read-side put procedureModule Procedures
- service interface example
- service procedure exampleSTREAMS Module Service Procedure
- service procedureWrite-side put Procedure
- write-side put procedureRead-side put Procedure
- adding an anchor
- STREAMS queue
- qband structureqband Structure
- using qband informationUsing qband Information
- using queue informationUsing qband Information
- qband structure
- STREAMS-based pipeSTREAMS-based pipe
- atomic writeAtomic Writes
- basic operationsClosing a Pipe or FIFO
- definitionOverview of Pipes and FIFOs
- PIPE_BUFAtomic Writes
- atomic write
- STREAMS-based pseudo-terminal subsystem (see pseudo-tty subsystem)STREAMS-based Pseudo-Terminal Subsystem
- STREAMS-based terminal subsystem (see tty subsystem)Overview of Terminal Subsystem
- streamtab structure
- driver entry pointSTREAMS Driver Entry Points
- exampleModule Structures
- pointers to structures for inititializing reading and writng a modulestreamtab
- driver entry point
- strerrstrerr Daemon
- strioctl structurestrioctl Structure
- exampleI_STR ioctl Processing
- ic_cmdstrioctl Structure
- ic_dpstrioctl Structure
- ic_lenstrioctl Structure
- ic_timoutstrioctl Structure
- example
- strlog
- flag parameterstrlog Command
- flag parameter
- STRMSGSZ
- tunable parameterTunable Parameters
- tunable parameter
- stropts.h
- structure for M_IOCTL unrecognized message
- exampleGeneral ioctl Processing
- example
- structure for nontransparent ioctl
- exampleI_STR ioctl Processing
- example
- synchronous input/output
- in pollingSynchronous Input and Output
- in polling
- system crashShared Data Block