Next: About this document ...
Up: SEAN
Previous: Bibliography
Contents
- API
- API_Controller_CallbackTimer
- The API_Controller_CallbackTimer
- architecture
- Application Programming Interface
- associating Controllers with ATM_Interfaces
- Remove the association between
- ATM_Attributes
- ATM_Attributes to ATM_Attributes
- ATM_Call
- ATM_Call to Discover the type of
| End-API Classes: ATM_Call to End-API Classes: ATM_Call
- incoming
- Incoming_ATM_Call
- ATM_Interface
- The ATM_Interface to The ATM_Interface
- ATM_Leaf
- Process a call to to Remove an ATM_Leaf from
| End-API Classes: ATM_Leaf to End-API Classes: ATM_Leaf
- ATM_Service
- Disassociate an ATM_Call from to Process a call to
| End-API Classes: ATM_Service to End-API Classes: ATM_Service
- implementation
- ATM_Service to Deregistering Services, phase 3,
- attributes of end-API objects
- alternative ATM traffic descriptor
- Alternative ATM traffic descriptor
| Alternative ATM traffic descriptor
- ATM adaptation layer
- AAL type
| AAL type
- available bit rate descriptor
- Available Bit Rate setup
| Available Bit Rate setup
- broadband bearer capability
- Broadband bearer capability class
| Broadband bearer capability class
- broadband higher layer information
- Broadband high layer information
| Broadband high layer information
- broadband lower layer information
- Broadband low layer information
| Broadband low layer information
- called party number
- Called party number
| Called party number
- called party subaddress
- Called party subaddress
| Called party subaddress
- calling party number
- Calling party number
| Calling party number
- calling party subaddress
- Calling party subaddress
| Calling party subaddress
- cause
- Cause
| Cause
- digital storage media command and control
- Digital Storage Media Command
| Digital Storage Media Command
- end-to-end transit delay
- End-to-end transit delay
| End-to-end transit delay
- endpoint reference value
- Endpoint reference
| Endpoint reference
- leaf-initiated join call identifier
- Leaf-initiated-join (LIJ) call identifier
| Leaf-initiated-join (LIJ) call identifier
- leaf-initiated join parameters
- Leaf-initiated-join (LIJ) parameters
| Leaf-initiated-join (LIJ) parameters
- leaf-initiated join sequence number
- Leaf-initiated-join (LIJ) sequence number
| Leaf-initiated-join (LIJ) sequence number
- minimum ATM traffic descriptor
- Minimum ATM traffic descriptor
| Minimum ATM traffic descriptor
- quality of service
- Quality of service
| Quality of service
- traffic descriptor
- ATM traffic descriptor
| Traffic descriptor
- VPI/VCI
- VPI and VCI
| VPI and VCI
- Callbacks
- Boot
- Initialize the API components
- Call_Active
- React when an ATM_Call
- Call_Inactive
- React when an ATM_Call
- Incoming_Call
- React to an incoming
- Incoming_Call_From_Root
- A leaf reacts to
- Incoming_Data
- React when an ATM_Call
- Incoming_LIJ
- React to an incoming
- Leaf_Active
- React when an ATM_Leaf
- Leaf_Inactive
- React when an ATM_Leaf
- PeriodicCallback
- Handle a regular interruption
| Interrupt the Controller on
- Service_Active
- React when an ATM_Service
- Service_Inactive
- React when an ATM_Service
- control flow
- API Control Flow to API Control Flow
- Controller
- Controller
| The Controller
- Callbacks
- Controller
- defining your own
- Create a Controller
- example
- Controller
- creating an ATM_Interface
- Create an ATM_Interface
- Delayed_User_Callback
- The Delayed_User_Callback
- destroying an ATM_Interfaces
- Destroy an ATM_Interface
- Incoming_ATM_Call
- Incoming_ATM_Call
- implementation
- Incoming ATM Calls to When the Remote Party
- information elements
- Information Elements and the
- internal architecture
- The SEAN API Model to The SEAN API Model
- introduction
- Writing New SEAN Applications
- Leaf Initiated Joins
- accepting
- Obtain the first leaf to Discover which leaf is
- requesting
- Discover the type of to Perform leaf-initiated join
- Leaf_Initiated_ATM_Call
- Leaf_Initiated_ATM_Call to Leaf_Initiated_ATM_Call
- Outgoing_ATM_Call
- Outgoing_ATM_Call to Outgoing_ATM_Call
- starting and stopping a SEAN program
- Starting and stopping a
- the API_SimEntity
- The API_SimEntity
- Tutorials
- Tutorials to Tutorial 13
- API_Controller_CallbackTimer
- The API_Controller_CallbackTimer
- API_SimEntity
- The API_SimEntity
- Application Programmers Interface (API)
- introduction
- Writing New SEAN Applications
- Architectural overview of SEAN
- The SEAN Architecture
- ATM Address
- ATM Address
- ATM Subaddress
- Subaddress
- ATM_Attributes
- ATM_Attributes to ATM_Attributes
- ATM_Call
- ATM_Call to Discover the type of
| End-API Classes: ATM_Call to End-API Classes: ATM_Call
- incoming
- Incoming_ATM_Call
- setting attributes
- ATM_Attributes
- ATM_Interface
- associating with Controller
- Remove the association between
- internal architecture
- The ATM_Interface to The ATM_Interface
- ATM_Interfaces
- destroying
- Destroy an ATM_Interface
- ATM_Leaf
- Process a call to to Remove an ATM_Leaf from
| End-API Classes: ATM_Leaf to End-API Classes: ATM_Leaf
- setting attributes
- ATM_Attributes
- ATM_Service
- Disassociate an ATM_Call from to Process a call to
| End-API Classes: ATM_Service to End-API Classes: ATM_Service
- implementation of API
- ATM_Service to Deregistering Services, phase 3,
- setting attributes
- ATM_Attributes
- Call Control Layer
- SD sigstack
- The User-Side Signaling Stack
| The Call Control Layer
- Call Control Module
- The Call Control Module
- Callbacks
- Boot
- Initialize the API components
- Call_Active
- React when an ATM_Call
- Call_Inactive
- React when an ATM_Call
- Incoming_Call
- React to an incoming
- Incoming_Call_From_Root
- A leaf reacts to
- Incoming_Data
- React when an ATM_Call
- Incoming_LIJ
- React to an incoming
- Leaf_Active
- React when an ATM_Leaf
- Leaf_Inactive
- React when an ATM_Leaf
- PeriodicCallback
- Handle a regular interruption
| Interrupt the Controller on
- Service_Active
- React when an ATM_Service
- Service_Inactive
- React when an ATM_Service
- CASiNO Protocol Development Framework
- The CASiNO Protocol Development
- CID to CREF Mapper
- The CID to CREF
- client
- simple SEAN
- Running Simple as a
- Compiling SEAN
- compilers supported
- System Requirements
- external libraries required
- System Requirements
- how to
- Compiling SEAN
- operating systems supported
- System Requirements
- Controller
- Controller
| The Controller
- associating and disassociating objects from
- Associate an object with
- associating with ATM_Interface
- Remove the association between
- Callbacks
- Controller
- defining your own
- Create a Controller
- example
- Controller
- Delayed_User_Callback
- The Delayed_User_Callback
- Driver
- architecture
- Driver
- Fiber module
- Fiber
- ILMID
- architecture
- Integrated Local Management Interface
- Incoming_ATM_Call
- Incoming_ATM_Call
- implementation of API
- Incoming ATM Calls to When the Remote Party
- Information elements
- alternative ATM traffic descriptor
- Alternative ATM traffic descriptor
| Alternative ATM traffic descriptor
- API
- Information Elements and the
- ATM adaptation layer
- AAL type
| AAL type
| ATM Adaptation Layer
- ATM Address
- ATM Address
- ATM Subaddress
- Subaddress
- available bit rate descriptor
- Available Bit Rate setup
| Available Bit Rate setup
- base class InfoElem
- Q93B Information Elements
- broadband bearer capability
- Broadband bearer capability class
| Broadband bearer capability class
| Broadband Bearer Capability
- broadband higher layer information
- Broadband high layer information
| Broadband high layer information
| Broadband Higher Layer Information
- broadband lower layer information
- Broadband low layer information
| Broadband low layer information
| Broadband Lower Layer Information
- called party number
- Called party number
| Called party number
- called party subaddress
- Called party subaddress
| Called party subaddress
| Called Party Subaddress
- calling party number
- Calling party number
| Calling party number
| Called Party Number
- calling party subaddress
- Calling party subaddress
| Calling party subaddress
- cause
- Cause
| Cause
- digital storage media command and control
- Digital Storage Media Command
| Digital Storage Media Command
- end-to-end transit delay
- End-to-end transit delay
| End-to-end transit delay
- endpoint reference value
- Endpoint reference
| Endpoint reference
| Endpoint Reference
- leaf-initiated join call identifier
- Leaf-initiated-join (LIJ) call identifier
| Leaf-initiated-join (LIJ) call identifier
- leaf-initiated join parameters
- Leaf-initiated-join (LIJ) parameters
| Leaf-initiated-join (LIJ) parameters
- leaf-initiated join sequence number
- Leaf-initiated-join (LIJ) sequence number
| Leaf-initiated-join (LIJ) sequence number
- minimum ATM traffic descriptor
- Minimum ATM traffic descriptor
| Minimum ATM traffic descriptor
- quality of service
- Quality of service
| Quality of service
| QoS Parameters
- traffic descriptor
- ATM traffic descriptor
| Traffic descriptor
- VPI/VCI
- VPI and VCI
| VPI and VCI
| Connection Identifier
- IPC module
- implementation
- The IPC Module
- SD
- The IPC Module
- Leaf Initiated Joins
- accepting
- Obtain the first leaf to Discover which leaf is
- requesting
- Discover the type of to Perform leaf-initiated join
- Leaf_Initiated_ATM_Call
- Leaf_Initiated_ATM_Call to Leaf_Initiated_ATM_Call
- Mapper
- CID to CREF
- The CID to CREF
- Outgoing_ATM_Call
- Outgoing_ATM_Call to Outgoing_ATM_Call
- Porting SEAN
- Porting SEAN to Other
- portstack
- Router
- QSAAL Layer
- SD sigstack
- The User-Side Signaling Stack
| QSAAL Layer to QSAAL Layer
- Router module
- Fiber
- SD
- architecture
- The Live signaling Daemon
- internal design overview
- The Live Signaling Daemon to The Live Signaling Daemon
- IPC module
- The IPC Module
- running
- The Live signaling Daemon
- sigstack
- The User-Side Signaling Stack
- Stream Filter module
- Stream Filter
- SEAN
- developer components
- Developer Components of SEAN
- codec libraries
- Developer Components of SEAN
- FOREThought drivers
- Developer Components of SEAN
- SSCF finite state machines
- Developer Components of SEAN
- SSCOP finite state machines
- Developer Components of SEAN
- UNI finite state machines
- Developer Components of SEAN
- features in version 1.0
- Features Supported
- user components
- ILMID
- User Components of SEAN
- libsean.so, the SEAN library
- User Components of SEAN
- SD
- User Components of SEAN
- SimSwitch
- User Components of SEAN
- what is
- The SEAN Software
- sean_Visitor
- The sean_Visitor
- server
- simple SEAN
- Running Simple as a
- Service Registration Module
- The Service Registration Module
- sigstack
- The User-Side Signaling Stack
- Call Control Layer
- The User-Side Signaling Stack
| The Call Control Layer
- QSAAL Layer
- The User-Side Signaling Stack
| QSAAL Layer to QSAAL Layer
- UNI Layer
- The User-Side Signaling Stack to The CID to CREF
| UNI Layer to Signaling Finite State Machines
- versus simstack
- Fiber
- simstack
- versus portstack
- Router
- versus sigstack
- Fiber
- SimSwitch
- architecture
- Simulated signaling Daemon (SimSwitch)
- Fiber module
- Fiber
- internal architecture
- Framework Schematic of the
- running
- The simulated signaling daemon
- Stream Filter module
- implementation
- The sean_Visitor
- SD
- Stream Filter
- Tutorials
- API
- Tutorials to Tutorial 13
- UNI Layer
- SD sigstack
- The User-Side Signaling Stack to The CID to CREF
| UNI Layer to Signaling Finite State Machines
- User-Side signaling stack
- The User-Side Signaling Stack
- Call Control Layer
- The User-Side Signaling Stack
| The Call Control Layer
- QSAAL Layer
- The User-Side Signaling Stack
| QSAAL Layer to QSAAL Layer
- UNI Layer
- The User-Side Signaling Stack to The CID to CREF
| UNI Layer to Signaling Finite State Machines
Next: About this document ...
Up: SEAN
Previous: Bibliography
Contents
sean-dev@cmf.nrl.navy.mil