<<
C
C Channel Number
C CS03
C Structure
SwitchBackFromStandby
TCAPMessageRegister
C Structure Response
SwitchBackFromStandby
TCAPMessageRegister
C++ Class
SwitchBackFromStandby
TCAPMessageRegister
C++ Class Response
SwitchBackFromStandby
TCAPMessageRegister
Cable Requirements
Card Installation
Pre-Installation Considerations
Cabling
Cabling Guidelines
Cadence
Calculating the Number of Available Timeslots
Call
Call Agent
Call Agent
Configuring the Call Agent
Software Modules That You Can License
Background
Call Agent Mode
Call Agent Calls
Steps - Outbound
Call Agent Mode
Call Agent Reconnect
Purpose
Using DSP Card
Using Third Party Integrated Voice Recognition Equipment
Call Agent Switching
Call Agent Switching with Host Application Control
Call answering
Call context
Call control
answer supervision
architecture
Call Control Software Interfaces
Call Control Software Model
customizing
Answer Supervision
Modifying API Messages
ISUP
ITU incoming call setup
Call Control
Glossary
PPL Information: SIP UA 0x00A7
SS7 Software Architecture
Authenticate Request
Call Socket
Change Local Media Connection Attribute
Don’t Close Socket
Generate Local Media
ISUP
Incoming Call Setup
Call Control Channel Management (0x0061)
ACK L5 message using L5 outgoing buffer for L5 reference ID
ACK L5 message using L5 outgoing buffer for L5 Reference ID
ACK L5 message using L5 outgoing buffer for L5 reference ID with more status
Add Address Digits TLV to CSR For Router
Add Incoming Span/Channel TLV to CSR
Add Resource Group ID TLV to CSR For Router
Add Routing Method TLV to CSR For Router
Add Routing search Key TLV to CSR For Router
Add Span/Channel TLV to CSR For Router
Atomic Functions
Block Invalid Events for State
Clear L3 Incoming Buffer
Clear L3 Outgoing Buffer
Clear L4 Incoming Buffer
Clear L4 Outgoing Buffer
Clear L5 Incoming Buffer
Clear L5 Outgoing Buffer
Clear L5 Reference ID
Clear TC incoming buffer
Clearing a Number GGPR L4CH Function
Clearing Contents GGPR L4CH Function
Compare BCD digits in digit string in L3 incoming buffer
Compare BCD digits in digit string in L3 incoming buffer to GPR stored digits
Compare digits in digit string in TC incoming buffer
Compare digits in digit string in TC incoming buffer to GPR stored digits
Comparing GGPR L4CH Function
Comparing L4CH Function
Copying GPR L4CH Function
Copying L4CH Function
Create DSP Data List buffer
Decrementing L4CH Function
Get CFG TLV Tag in GPR
Get TLV into GPR from Working buffer
Incrementing L4CH Function
Initiate CFG TLV Pointer to CFG Byte
Insert item into DSP Data List
Invoke Timer
L4CH Add Call Profile stamp
L4CH Add Span/Channel TLV
L4CH Add Standard OUTSEIZE ICB TLV
L4CH Add TLV
Call Control Channel Management (0x0061)
Call Control Channel Management (0x0061)
L4CH Buffer Move/Copy
L4CH Buffer Test
L4CH Check Associated PL4
L4CH Check CSR in l4 incoming
L4CH Check CSRin incoming_l4 Buff
L4CH Check for CATC DSP Req
L4CH Check if egress L4 is a P-L4
L4CH Check if P-L4 decoupling needed
L4CH Clear Buffer
L4CH Delete and shift DSP data list entries
L4CH Free Up PL4
L4CH Insert digit string into DSP data list from TC incoming buffer (GPR w/ String #)
L4CH Insert digit string into DSP data list from TC incoming buffer (String #)
L4CH Load channel information
L4CH Load host port ID from L5 ref ID into GPR
L4CH Load host port ID from RW into GPR
L4CH Process RTR Response
L4CH Query bearer service status
L4CH Query Virtual L4 Type
L4CH Send Attach 2833 DTMF Revr Request to CATC
L4CH Send Attach CPA receiver request to SYM
L4CH Send Cancel 2833 Digit Rcvr to CATC
L4CH Send Collect Digit String (no suspend)
L4CH Send Modify Channel Service to L3 using L3 O/G buffer
L4CH Send PL4 Request to RTR
L4CH Send Route Control Msg Ack to RTR
L4CH Send Route Control Msg Reject
L4CH Set host port ID from GPR
L4CH Store RTR Handle
L4CH Test host port availability
L4CH Test MCC Association
L4CH Transfer Data from DSP Data List to Digit Array
L4CH transfer Host TLV from/to buffers
Load Address Digits [from TLV Data Block] in Digits Array
Load list size from DSP Data List into GPR
Load TLV Data From TLV Data Block to GPR
Load TLV Data in Data Block
Purge channel with reason
Remove DSP Data List buffer
Retrieve L5 Reference ID and response status
Send Alerting Call Service to CM
Send Answer Call Service to CM
Send Attach CPA Receiver Request to SYM (no suspend)
Send Attach CPA Receiver Request to SYM (suspend)
Send Attach DTMF Receiver Request to SYM (suspend)
Send Attach DTMF Receiver Request to SYM using L5 incoming buffer
Send Call Service 1way Forced Request to CM
Send Call Service ACK to CM
Send Call Service Reject to CM
Send Call Service Request to CM
Call Control Channel Management (0x0061)
Call Control Channel Management (0x0061)
Send Cancel CPA Receiver to SYM
Send Cancel Digit Receiver to SYM
Send Cancel Energy Receiver to SYM
Send Cancel Tone/RAN xmtr request to SYM
Send Clear ACK Call Service to CM
Send Clear Call Service to CM
Send Clear Connection Service to CM
Call Control Channel Management (0x0061)
Call Control Channel Management (0x0061)
Call Control Channel Management (0x0061)
Send CM Event
Send Collect Digit String (suspend)
Send Collect Digit String Request to SYM
Send Connect RAN Request to SYM using DSP Data List (no suspend)
Send Connect RAN Request to SYM using DSP Data List (suspend)
Send Connect RAN Request to SYM using L5 incoming buffer (no suspend)
Send Connect RAN Request to SYM using L5 incoming buffer (suspend)
Send Connect RAN Request to SYM using single RAN ID in GPR (no suspend)
Send Connect RAN Request to SYM using single RAN ID in GPR (suspend)
Send Connect Tone Pattern Request to SYM
Send Connect Tone Pattern Request to SYM (no suspend)
Send Connect Tone Pattern Request to SYM (suspend)
Send Connect Tone Pattern Request to SYM without L5 data (will NOT send CPE)
Send Connect Tone Pattern Request to SYM without L5 data (will send CPE)
Send CPC Detect Enable Request to SYM
Send CPC Detect Enable Request to SYM (no suspend)
Send CPC Detect Enable Request to SYM (suspend)
Send Cut-thru Call Service to CM
Send Energy Detection Request to SYM (no suspend)
Send Energy Detection Request to SYM (suspend)
Send Energy Detection Request to SYM using L5 incoming buffer
Send Flash Call Service to CM
Send L3 Alerting request
Send L3 Busy Out ACK
Send L3 Clear request
Send L3 Connect request
Send L3 Flash request
Send L3 Generate L5 Event request
Send L3 Host Connect request
Send L3 Inseize Control request using L3 outgoing buffer
Send L3 Outseize Control request using L3 outgoing buffer
Send L3 PPL Event
Send L3 Transmit Idle request
Send L3 Transmit Off-hook request
Send L3 User Info request
Send L5 Call Processing Event using outgoing L5 buffer
Send L5 Call Progress Analysis Result using L5 outgoing buffer
Send L5 Channel Released using outgoing L5 buffer
Send L5 Channel Released w/ Data using outgoing L5 buffer
Send L5 DS0 status change using L5 outgoing buffer
Send L5 PPL Event Indication using outgoing L5 buffer
Send L5 Release Request using outgoing L5 buffer
Send L5 RFS using outgoing L5 buffer
Send L5 RFS w/ Data using outgoing L5 buffer
Send Outpulse Digits Request to SYM
Send Outpulse Digits Request to SYM (no suspend)
Send Outpulse Digits Request to SYM (suspend)
Send Router member available
Send Router member busy
Send Router member OOS
Send Update Channel Status Message to CM
Set CFG TLV Pointer to next TLV
Set TLV from GPR
Stop all CH Timers
Store Access Denied data from L3 incoming buffer into
Store Call Progress Result
Store call service reject reason
Store Cancel DSP Service
Store CPC Detection action
Store digit from digit with timing info specified in TC Incoming Buffer in GPR
Store digit from First Digit event
Store digit info. type for timing specified in TC incoming buffer in GPR
Store digit interval from TC Incoming Buffer digit with timing info
Store digit string digit count from TC incoming buffer
Store digit string digit from TC Incoming Buffer in GPR
Store DSP Service Request Type
Store energy detect flag
Store energy detection duration
Store L3 data in L3 incoming buffer
Store L4 data in L4 incoming buffer
Store L5 call processing event from L5 incoming buffer
Store L5 data in L5 incoming buffer
Store L5 message type and sequence #
Store RAN ID
Store start time stamp, get current time stamp, get duration, report start time stamp
Store TC data in TC incoming buffer
Test B Address in L5 incoming message equal to associated channel
Test call service reject reason
Test Channel Answer Supervision Mode
Test Channel Flash Timing Mode
Test CM Call State for Active Call
Test digit string digit from TC incoming buffer
Test for DSP Resource Free Request
Test for L3 Incoming Buffer
Test for L3 Outgoing Buffer
Test for L4 Incoming Buffer
Call Control Channel Management (0x0061)
Call Control Channel Management (0x0061)
Test for L4 Outgoing Buffer
Test for L5 Outgoing Buffer
Test for TC incoming buffer
Test Host Link Connection Status
Test Host message resend enabled flag
Test Host RFS retry forever flag
Test L3 Channel state type in current message
Test L3 Incoming buffer for address data flag
Test L3 Incoming buffer for call active flag
Test L3 Incoming buffer for L3 Clear Request Data
Test RW channel status Interface Type
Test Tone Xmit Generate L5 Event Flag
Transfer data from L3 incoming to L4 outgoing
Transfer data from L3 incoming to L5 outgoing
Transfer data from L4 incoming to L3 outgoing
Transfer data from L5 incoming to L3 outgoing
Transfer data from L5 incoming to L4 outgoing
Transfer data from TC incoming to L3 outgoing
Translate TC Incoming buffer into L5 Outgoing buffer and send L5 Call Processing event
Update local channel parameters
Update RW L3 data
Call Control Instructions
Call Control Router (0x0064)
Atomic Functions
Check Available status of timeslot in terminate address
Clear Buffer
Compare number of digits loaded in the GP Register of the criteria data array to the criteria data field in the route table
Compare Span Channel Address in criteria data array to criteria data field in route table
Compare Time of day in criteria data array to criteria data field in route table
Find/Test common set of Resource Group and load into resource group array
Get Routing method type and load
Initialize Resource Group Table pointer
Initialize Route Table pointer to the table ID
Initialize the Resource Group pointer to Resource Group ID
Load Address Digits
Load Criteria type
Load Criteria Type search key
Load Entry Data Field TLV Data
Load Entry Data Field TLV Value
Load Entry Data tag
Load incoming Logical Span/Channel num
Load number of digits to compare
Load Resource Group Address Element TLV Data
Load Resource Group ID
Call Control Router (0x0064)
Call Control Router (0x0064)
Load Resource Group Member count
Load Resource Group TLV
Load Resource Group TLV in Resource Group Array # in GPR
Load Route Group ID
Load Route Group ID type search key
Load Span/Channel Address Element
Load time of day
Load TLV count
Move Gen Purpose Register to Global Gen Purpose Register
Move Gen Register to Global Gen Purpose Register
Move Global Register to Gen Purpose Register
Resource Group Table pointer to the first table ID in the resource group array
Send Call Service Reject to initiate address
Call Control Router (0x0064)
Call Control Router (0x0064)
Send Call Service Request Ack to initiate address
Send Call Service Request to terminate address
Set Entry Data TLV pointer to TLV
Set Resource Group Member pointer to the Address Element indexed by Gen. Purpose Register
Set Route table
Store incoming data
Test address type
Test for end of route Table
Transfer Data in buffer
Translate Address Element Block
Call Detail Record
Call Feature Changes
Call Flow
Gateway Mode
NPDI Data Model
Call Flow for UPA Timeout
Call Flows
Call Flows
Call Flows
Call Flows
Call Modification Messages
Circuit Status Query
CRM/CRA (ANSI)
ISUP Outgoing Call Setup
ITU ISUP Continuity
MPM/CCL/OPR
Overlap Call Digit Collection
PPL Event Request for RE-INVITE Message
Tandem SIP-to-SIP Call Flow Example
UPT/UPA (ITU)
Basic Incoming Call Setup
Basic Outgoing Call Setup
BLO Received in Response to IAM
Call Agent Switching with Host Application Control
Call Flow for UPA Timeout
Call Release Call Flows
Calling Party Clear- Normal Release Sequence
Calling Party Clear- Operator Callback- Subscriber Re-answers
CCR
CCR Sent to Active Channel
CMR from Host -- CMC from Network
CMR from Host -- Local In-Call Modification Disabled
CMR from Network
Dual Scenario DSP-ONE Based Prompt and Collect Scenarios
Dual Seizure during CRM Processing
Dual Switching Scenario
Early Media
Expiry of SAM Timer in the Existing Implementation
Expiry of SAM Timer in the New Implementation
H.323 Incoming Call - Fast Connect, Gatekeeper
H.323 Incoming Call - Fast Connect, No Gatekeeper
H.323 Incoming Call with H.245 Procedure
H.323 Outgoing Call - Fast Connect, Gatekeeper
H.323 Outgoing Call - Fast Connect, No Gatekeeper
H.323 Outgoing Call with H.245 Procedure
Host-Initiated Release
IAM with a Continuity Request
IAM with a Continuity Request and a PPL Event Indications sent to the host
Incoming Call Rejection by Host
Incoming Call Setup Using CON
Incoming Call Setup with Host-initiated Release
Incoming Call With Answer Supervision Mode of "Notify Only"
Mid-Call RFC 2833 DTMF Signaling by Near-End
MPM - Normal
MR from Host -- CMRJ from Network
MR from Network -- In-Call Modification Disabled
Network-Initiated Release
No Acknowledgment of IAM
No Acknowledgment of IAM or REL
Normal Call Flow for UPT/UPA
Outgoing Call Rejection by Network
RSC Received in Response to IAM
Successful Handling of SAM in the Existing Implementation
Successful Handling of SAM in the New Implementation
TCRM Expiry
TCRM Timeout
Traditional Switching SIP-to-SIP Call
UCIC Received in Response to IAM (ANSI only)
UPT Procedure- No Response from Far End
UPT Procedure- Remote User Unavailable
User Input Indication for Pre-Paid Applications
VRU-Initiated Release
Call Flows for Virtual Spans
Configuring SS7 10K Virtual Channels
Configuring SS7 Virtual Spans
Call handling
translation
Call management
atomic functions
config bytes
PPL
PPL events
PPL timers
Call Modification Messages
Call Flows
CMC
CMR
Call Participant Management
Call processing
EXS
incoming calls
ISDN PRI
incoming
outgoing
overlap receiving
overlap sending
release
outgoing calls
Call Control Call Flows
Call Processing Module
release
Call Control Call Flows
Call Control Call Flows
via API messages
Call Processing
PPL Guidelines
Similarities Between IP Network Interface Series 2 and
VDAC-ONE Cards
Host/Associated Party-initiated Call Release
Incoming Call
Network-initiated Call Release
Outgoing Call
Call Processing Messages
Call Processing States
Call progress
analysis
Call Progress Tone Pattern Reception
CPA Class Parameters
CPA Classes
Energy Detection
Energy Detection
customizing tone patterns
Adjusting Attributes of Call Progress Tones
Customizing Tones
tone patterns
Call Progress Tone Pattern Reception
Call Progress Tone Pattern Transmission
Default Tone Patterns for CPA Detection
Terms
Call Progress and Alerting Messages
PPL Component for H.225 - 0x00A1
Software Overview
Alerting Message
Both Configuration Bytes Set
Configuring the PPL Component 0xA1 to Establish the Voice Path
Configuring the PPL Component 0xA1 to Transmit the PPL Event Indications
Data ICB Progress Indicator IE
Progress Message
Call Progress Notification to Host with PPL Event Indication
Call Progress Tone
Call Progress Tone Pattern Reception
CPA Pattern Parameters
Default Call Progress Analysis Tone Patterns and Classes
International Call Progress Analysis
Off-hook Detection
Outpulsing Tones
Performing Call Progress Analysis
Receiving Call Progress Tone Patterns
Reporting Call Progress Tones
Call Release Call Flows
Call Flows
Call Release Call Flows
Host Initiated Call Release
Network Initiated Call Release
Call Routing Call Flows
Outseize and Connect
Outseize Modes for Host-Initiated Routing
Outseize Only
Call Routing Configuration
Enabling Internal Routing for Incoming Calls
Using TLVs
Call Routing Operation
Call Routing Scenarios
Across Nodes
Single Node
Call routing, see Routing
Call Setup
Call Signaling Channel
Calling Party Clear- Normal Release Sequence
Calling Party Clear- Operator Callback- Re-Answer Timeout
Calling Party Clear- Operator Callback- Subscriber Re-answers
Calling party control, see CPC
CAMEL
Canadian Compliance Summary
Emissions
Safety
Telecommunications
CancelOperation()
Parameters
Return Values
Syntax
card
adding
remove
reset
Resetting All Card Configuration
Resetting Card Configuration
reset all cards
Card
query and set tag in monitoring mode
Card Configuration
Card Failure
Card Installation
Cable Requirements
Card Locations
Installing a Card
Installing I/O Cards
Midplane Description
Ordering Cables
Other Limitations
Revision Levels
Card Label
Card Locations
Card Models
Card Properties
Card Set Differences
Card Status Report
Card Status Report Information
Card Types
Card Types
Differences Between IP Network Interface Series 2 and
VDAC-ONE Cards
Blockout Cards and Panels
Common Channel Signaling (CCS) Cards
EXNET Cards
Internet Protocol (IP) Cards
Line Cards
Matrix Controller Cards
Power Supply Cards
Resource Cards
card view
opening in monitoring mode
Card view
Card Properties
DSP
IP Network Interface Series 2
Line Cards
Matrix Controller
SS7
VDAC-ONE
VDAC-ONE Resource Attributes
Virtual Line Cards
Virtual VDAC
Cards
spare parts
Cards in Switchover State
Carrier-Class Voice Quality
CAS
Cause Codes
Cause Codes
Cause Codes
Cause Codes
ANSI Standard Causes
DASS2
DPNSS
ITU Standard Causes
Causes of SS7 Signaling Link Problems
Link Status Signaling Unit Size Mismatch
Network Indicator Mismatch
No Route Defined
Path and Rate Problem
Point Code Mismatch
Signaling Link Code Mismatch
CCITT
CCL
Calling Party Clear Message
CCR
Glossary
ITU ISUP Continuity
CCR Sent to Active Channel
CCS
CCS Card Redundancy
CCS I/0 Cards and HDLC
CCS I/O Card - Model No. EXS-CCS-1000
Compliance
Configuration Information
Controls and Indicators
Description
Front and Side Views
Placement
Related Products
Specifications
CCS I/O Cards
CCS I/O Redundancy Cable
CCS I/O Redundancy Cable Assembly - Part No. 64-0123-00
Cable Assembly Connections
Description
Related Product
Specifications
CCS I/O Series 3 Card - Model No. EXS-7IO-1300
Configuration Information
Controls and Indicators
Description
Front and Side Views
Placement
Related Products
Specifications
CCS I/O Series 3 Redundancy Cable Assy - Part No. 64-3333-00
Assembly Diagram and Pinouts
Description
Related Products
Specifications
CDC Class A
CDMA
CDR
CE Declarations of Conformity
CE Mark Certification
Centralized Multipoint Conference
CEPT
Change Connection Mode
Change Connection Mode Only
Change Destination and Connection Mode
Change Destination Only
Dynamic Connection Management
Dynamic Connection Management
Changeback
Changeover
Changing Destination of Notifications on Windows
Outlook
Changing slot numbers
Changing System Software Version
BOOTP Server
Redundancy
TFTP Manage Message
Changing the Destination of Notifications on Solaris SPARC
Changing the Event View
Changing the Notifications Version
Changing the Password on Solaris SPARC
Changing the Password on Windows
Channel
Channel Associated Signaling
API Messages Used for Configuration
Glossary
Channel Bank
Channel Configuration
Channel Information
Channel management
Call Control Software Model
Channel Management PPL Component for VDAC - 0x0061
atomic functions
config bytes
CH - Channel Management (0x0061)
Channel Management PPL Component for VDAC - 0x0061
events
PPL events
PPL timers
Channel Management Functions
Channel Management PPL Component for VDAC - 0x0061
Channel Management PPL Component for VDAC - 0x0061
VDAC VoIP - 0x009C
PPL Configuration Bytes
Channel Purge
Channel Released with Data (0x69)
Channel Service State
Channel Service Units
Channel Status
Channel/DSP Pool
Any Channels/Any DSP (0x2X)
Any Channels/Local DSP (0x1X)
Local Channels/Local DSP (0x0X)
channels
delete, add, and modify
monitoring
Channels
Application Disconnection Functionality
Channel Groups
Inbound Channels
Intelligent Channel Allocation
Outbound Channels
Chassis
connecting external power
slot numbering
Chassis Views
Chassis Views
Chassis Views
Chassis Views
Chassis Views
CSP 2000 Front of Chassis
CSP 2000 Rear of Chassis
CSP 2000+ Front of Chassis
CSP 2000+ Rear of Chassis
Front of Chassis
Rear of Chassis
Checking the Ring Status
China variant
SCCP/TCAP
China Variant
MTP
CI
CIC
Configuring SS7
Circuit
identification code, see CIC
Status Query
Circuit Group Characteristics (CGC)
Circuit Identification Codes
Circuit Maintenance and Management Call Flows
Incoming Hardware Failure Oriented Blocking
Incoming Hardware Failure Oriented Unblocking
Incoming Maintenance Blocking
Incoming Maintenance Unblocking
Local Circuit Maintenance Unblocking Indication
Outgoing Maintenance Blocking Request
Outgoing Maintenance Group Blocking Request
Outgoing Maintenance Group Unblocking Request
Circuit Reservation Timer
Circuit Status Query
Call Flows
Implementation
Recovery Action for ANSI Only
Status Values
Circuit Validation Test and Response
Circuit Validation Test Call Flows
Customization
Error Condition
Implementation
PPL Events
User Part Unavailable Message Handling
Circuit Validation Test Call Flows
CVT to Network during Active Call
CVT to Network/CVR Received from Far-end
CVT to Network/No CVR from Far-end
Remote User Part Unavailable
Clarification of Terms
Class 4/Toll Bypass
Class Definition Macros
Class TCAP_Abort
GetAbortInfo()
GetAbortReason()
IsComponentPresent()
public TCAP_Dialogue
SetAbortInfo()
SetAbortReason()
SetComponentPresent()
Summary of Methods
Class TCAP_Begin
GetDestAddr()
GetOPC()
GetOrigAddr()
public TCAP_Dialogue
ReceiveCheck()
SendCheck()
SetDestAddr()
SetDPC()
SetOrigAddr()
Summary of Methods
Class TCAP_Cancel
GetDialogueID()
public TCAP_Component
Class TCAP_Component
GetComponentType()
GetInvokeID()
GetLast()
Print
Receive()
Send()
SetInvokeID()
Summary of Methods
Class TCAP_Continue
GetOrigAddr()
public TCAP_Dialogue
ReceiveCheck()
SendCheck()
SetOrigAddr()
Summary of Methods
Class TCAP_Dialogue
GetApplicationContext()
GetDialogueID()
GetDialogueType()
GetHeader()
GetQualityOfService()
GetUserInfo()
IsComponentPresent()
Print()
Receive()
ReceiveCheck
Send()
SendCheck()
SetApplicationContext()
SetDialogueID()
SetQualityOfService()
SetUserInfo()
Summary of Methods
Class TCAP_End
IsPreArrangedEnd()
public TCAP_Dialogue
SetPreArrangedEnd()
Summary of Methods
Class TCAP_Error
GetError()
GetParameter()
public TCAP_Component
SetError()
SetParameter()
Summary of Methods
Class TCAP_Invoke
GetClass()
GetLinkedID()
GetOperation()
GetParameter()
GetTimeOut()
HasLinkedID()
LinkInvoke()
public TCAP_Component
SetClass()
SetLinkedID()
SetOperation()
SetParameter
SetTimeOut()
Summary of Methods
Class TCAP_Reject
GetParameter()
GetProblem()
public TCAP_Component
SetParameter()
SetProblem()
Summary of Methods
Class TCAP_ResetTimer
GetDialogueID()
public TCAP_Component
Class TCAP_Result
GetOperation()
GetParameter()
public TCAP_Component
SetOperation()
SetParameter()
Summary of Methods
ClassTCAP_Notice
GetApplicationContext()
GetQualityOfService()
GetReportCause()
IsComponentPresent()
public TCAP_Dialogue
SetApplicationContext()
SetComponentPresent
SetQualityOfService()
SetReportCause()
SetUserInfo()
Summary of Methods
Clear Channel
ClearTransHandler()
Parameters
Return Values
Syntax
CLEC
Client
Cluster
CMC
Call Modification Complete
CMR
Call Modification Request/Call Modification Reject
CMR from Host-- CMC from Network
CMR from Host-- Local In-Call Modification Disabled
CMR from Network
Code Syntax
CODEC
CODEC Negotiation
Codecs
Introduction
VoIP Resource Profile Terminal Capabilities
Collect Digit String
Combined Link Set
Combined Link Set
Combined Link Set
Glossary
Changeback
Changeover
Destination Point Code
HMRT
Implementing Combined Link Set
Routing Label
Signaling Link Selection
TCOC and TCBC
TSRC
Common Atomic Functions
Block Event
Clear General Purpose Register
Clear Range of General Purpose Registers
Compare GPR to Value
Compare PPL Configuration Byte In GPR to Byte Offset Value
Compare PPL Configuration Byte to Value
Compare PPL Configuration Byte To Value
Compare PPL General Purpose Registers
Create New State Machine Context
Decrement General Purpose Register
Disable PPL Timer
Generates a PPL Internal Event (Indicated by Config Byte)
Generates a PPL Internal Event (Indicated by GPR)
Increment General Purpose Register
Jump to State Machine
Move GPR to GPR
PPL General Purpose Register (High 16) <- General Purpose Register (High 16) Logical OR Immediate Value
PPL General Purpose Register (High 16) < General Purpose Register (High 16) Logical AND Immediate Value
PPL General Purpose Register (Low 16) <- General Purpose Register (Low 16) Logical OR Immediate Value
PPL General Purpose Register (Low 16) < General Purpose Register (Low 16) Logical AND Immediate Value
PPL General Purpose Register <- General Purpose Register Logical AND Config Bytes
PPL General Purpose Register <- General Purpose Register Logical OR Config Bytes
PPL General Purpose Register Number1 <- General Purpose Register Number1 Logical AND General Purpose Register Number2
PPL General Purpose Register Number1 <- General Purpose Register Number1 Logical OR General Purpose Register Number2
PPL Load GPR with Contents of 4 or 8 Config Bytes
PPL Load GPR with Contents of Config Byte
PPL Shift Left Logical GPR
PPL Shift Right Logical Gen. Purpose Register
PPL Test GPR for Any Value
Return to State Machine
Save Value in General Purpose Register
Set PPL Timer
Set PPL Timer in 1000ms Units
Set PPL Timer in 100ms Units
Set PPL Timer in 10ms Units
Test Value in GPR to Configuration Byte
Common Call Control
Common Channel Signaling
API Messages Used for Configuration
Fault Tolerance through Redundancy
Glossary
Line Card Redundancy
Common Channel Signaling (CCS) Cards
Card Types
Common Channel Signaling (CCS) Cards
CCS Card Redundancy
CCS I/O Redundancy Cable
Hardware Requirements
Installing an ISDN PRI Card
Installing the CCS I/O Cable
ISDN PRI Card Redundancy
SS7 PQ, SS7 Series 3,and ISDN Series 3 Redundancy
Common EXS API
Common SwitchKit
Communication Model
Communications paradigm
Compatibility
compliance
US regulatory compliance notices
FCC Part 68
Compliance
Canadian
Component Correlation
Component Modification
Component Sub-layer Services
Abnormal Situations Handling
Association of Operations and Replies
Component Correlation
Error Handling
conference
Querying
Conference ID
Conference Management
Conference Type Field
Conference Node
Conference Type Field
Conferencing
Configuration
CSP Conferencing
Overview
broadcasting
changing type
creating
events
EXS
host-initiated
incoming calls
monitoring
Monitor Conference
Monitor Conference
Conferencing Parameters
Configuring a DSP Series 2 Card
Configuring a DSP Series 2 Plus Card
monitoring mode
Viewing a DSP Series 2 Card
Viewing a DSP Series 2 Plus Card
Config bytes
call management
channel management
CH - Channel Management (0x0061)
Channel Management PPL Component for VDAC - 0x0061
router
PPL Component for Interworking (0x0084)
RTR - Router (0x0064)
SS7
Configurable Fax Attributes
Configurable Message Timeout
configuration
dynamic
Configuration
Configuration
Configuration
Configuration
Configuring SS7 Card Redundancy
Configuring TCP/IP with SS7
CSP 2110 Fan Tray, Front - EXSFTL0111/EXSFTL0111R
CSP Conferencing
Frequently Asked Questions
Tandem SIP-to-SIP Call Flow Example
Allocating Timeslots for CSP Conferencing
Assign a Logical Node ID
Basic Configuration Steps
Bring the Ring In Service
Calculating the Number of Available Timeslots
Configuring a Node
Configuring the Ring
Discovering a Gatekeeper
Download System Software
Example
How can I tell the result of the configuration given to the SwitchManager?
I do an sk_requestOutseizedChannel on a channel group that I’ve configured in my config file, but it says SK_NO_CHANNELS. Why?
I want a channel group with just channels 3 and 7. How can I build non-contiguous channel groups?
Re-establish Socket Connections
Registering with a Gatekeeper
Sample Configuration File
Setting up H.323 without Using SwitchKit
Should I set the Poll Interval for the switch, and, if so, what should I set it to?
SIP Attributes
Where are some sample configuration files and source code?
Configuration Byte
Configuration Bytes
ANSI ISUP CPC
ANSI ISUP SPRC
ANSI L3P CIC
ITU ISUP CPC
ITU ISUP SPRC
ITU L3P CIC
L3P CIC PPL Config Bytes
Configuration Guidelines
Configuration Guidelines
Download Scenarios
Configuration Message Syntax
Entering Comments
Entering Data Arrays
Generic Syntax
Presentation
Configuration Messages
Configuration Notification
Configuration of Virtual Spans
Configuring SS7 10K Virtual Channels
Configuring SS7 Virtual Spans
Virtual Card Acts as Physical Card
Configuring SS7 10K Virtual Channels
Configuring SS7 Virtual Spans
Configuration Sequence
Configuration Stages
Configuration Traces Examples
Clear All Dialogs
Configuring an SS7 Card-Host Connection
Deleting Matrix Controller Host Connection
Querying the Host Connection
Configure Default VoIP Resource Attributes
Configure Matrix Controller IP Address, Subnet Mask and Gateway Address
Configure Signaling Link Sets
Example using Signaling Link Set Configure
Configure Signaling Links
Example using SS7 SIgnaling Link Configure
Configure Signaling Routes
Example using SS7 Signaling Route Configure
Configure Signaling Stacks
Example using SS7 Signaling Stack Configure
Configure Software for Multi-Host
Configure Transmit/Receive Mode
Configuring
D channel
B Channel Configuration
ISDN D Channel Configuration
DSP-ONE card
Configuration the DSP Card
Hardware
VRA Hardware Configuration
energy detection
Configuring Energy Detection
Energy Detection
Euro-ISDN
EXNET
redundancy
ring
EXS
nodes
ISDN PRI
querying
redundancy
spans
ISUP Messages
MFDSP card
Configuration the DSP Card
VRA Hardware Configuration
MTP Pause Logic
resource table
router
Call Routing Configuration
Route Configuration Tool
SS7
cards
Cards
CICs
Parameter Presentation
PCR
Redundancy
RFS Message
spans
T1
Default Instruction Lists
Default Instruction Lists
Default Instruction Lists
Default Instruction Lists
T1 Call Flows
T1 Component (0x0003)
Configuring a Call Progress Receive Tone
Configuring a CSP
Loop Timing
Network Synchronization
Poll Interval
System Time
Configuring a DSP Series 2 Card
Configuring a DSP Series 2 Card
Configuring a DSP Series 2 Plus Card
Configuring a Node
Logical Span IDs
Service Resources
Configuring a node offline
Configuring a node online
Configuring a Resource Table
Configuring a Route Table
Configuring a Shared IP Address Using BOOTP Server
Configuring Subnet Mask, Gateways, and the Bootfile
Configuring a Shared IP Address Using DHCP Server
Configuring an EXNET-ONE
Configuring BT IUP
Configuring BT IUP on an SS7 Card
Configuration Sequence
Configuring BT IUP
Configuring Channel Groups
Configuring DS3
Configuration
Configuration Sequence
Configuring Dual Ethernet Ports on IP Signaling and Matrix Controller I/O Cards
Overview
Procedure
Configuring Instruction Lists
Default Instruction Lists
Default Instruction Lists
Configuring Interworking
CSP 1
CSP 2
Universal Flavor
Configuring IP Address and Subnet Mask
Basic Configuration
Startup Sequence/Basic Configuration
Assigning Dynamic IP Addresses
Basic Configuration
Startup Sequence/Basic Configuration
Gateway IP Address
Re-Assigning an IP Address
Basic Configuration
Startup Sequence/Basic Configuration
Configuring IP Network Interface Series 2
Configuring JT ISUP Variant Stack
Configuring JT ISUP Variant Stack
SS7 Raw Data to Host
Configuring Loop Timing
Configuring M3UA
Configuring Multiple Hosts
Configuring PPL Config Bytes
Configuring SCCP/TCAP on an SS7 card
Configuring SCCP/TCAP on an SS7 card
Configuring SCCP/TCAP on an SS7 card
Configuring SS7
Configuring SS7
Configuring the SS7 Card
Assign and Configure Spans
Assign CICs
Bring Spans, CICs, and Signaling Links in Service
Signaling Link Sets
Signaling Links
Signaling Routes
Signaling Stacks
SS7 Cards
Configuring SS7 10K Virtual Channels
Activating Licensing of Virtual Channels
ANSI Call Flows
Call Flows for Virtual Spans
Configuration of Virtual Spans
Host-Controlled Continuity
Licensing of Virtual Channels
Redundancy
T-ONE and E-ONE/J-ONE Virtual Cards
Typical Operation of Virtual Spans
Virtual Spans Example Configuration File
Configuring SS7 Card Redundancy
Configuration
Constraint
Redundancy Architecture
Redundancy States
State Transitions
Configuring SS7 cards
Example using CCS Redundancy Configure
Configuring SS7 ISUP/TUP
ISUP
TUP
Configuring SS7 ISUP/TUP Message Formats
Configuring SS7 ISUP/TUP Message Formats
Configuring SS7 ISUP/TUP Message Formats
Configuring SS7 ISUP/TUP Message Formats
Configuring SS7 Over the Ring
Communication between SS7 stacks and CSP Call Control components
Configuration Procedure
Configuring SS7 Over the Ring
Configuring the SS7 Stack
Guidelines
Configuring SS7 Virtual CICs
Assigning CICs to Virtual Voice Circuits
Configuring SS7 Virtual Spans
Call Flows for Virtual Spans
Host-Controlled Continuity
Redundancy
Typical Operation of Virtual Spans
Virtual Spans Example Configuration File
Configuring SSUTR2
Configuration
Incoming and Outgoing Circuits
SSUTR2 PPL Components
Configuring Subnet Mask, Gateways, and the Bootfile
Configuring SwitchKit to Run from the Start Menu
Configuring Synchronization Priority List
Configuring TCP/IP with SS7
Configuration
Configuration Traces Examples
IP Addressing
Redundancy Considerations
Configuring the CSP
Changing System Software Version
Configuring the CSP
Card Configuration
Channel Configuration
Common Channel Signaling
DSP-ONE and MFDSP Cards
Line Card Redundancy
Reconfiguration Considerations
Service State
Span Configuration
Configuring the DS3 Card
Configuring the DSP-ONE Card
Configuring the E-ONE Card
Configuring the ISDN Card
Configuring the ISDN Card
Configuring the ISDN Card
Configuring the J-ONE Card
Configuring the Ring
Assign Logical Ring ID
Configuration
Configure Transmit/Receive Mode
Configuring the SS7 Card
Configuring the SS7 Card
Configuring the SS7 Card
Configuring the SS7 Card
Configuring the SS7 Card
Configuring the T-ONE Card
Configuring the T-ONE Card
Configuring the T-ONE Card
Configuring Thresholds
Configuring V5.2
Configuring V5.2
Configuring V5.2
Configuring V5.2
C Channels
Configuration Sequence
Links
Logical Span IDs
User Ports
V5 IDs
Configuring VDAC-ONE
Configuring Virtual Cards
Configuring Virtual CIC Format
Configuration
Example Trace
Form of Addressing
Matrix Controller Switchover after Configuration
More on Configuring SS7 Virtual CICs
SS7 Redundancy
System Configuration Message
Congestion
Congestion Cleared
CSP Response to Congestion
Enabling Congestion Control for BT IUP
SS7 Signaling Stack Congestion Control
Congestion Control
Congestion Control Implementation Can be Changed
Congestion Level 1
CSP Response to Congestion
SS7 Signaling Stack Congestion Control
ITU/ANSI Incoming Calls
Outgoing Calls
TUP Incoming Calls
Congestion Level 2
CSP Response to Congestion
SS7 Signaling Stack Congestion Control
Congestion Cleared
Modifying Congestion Control
Congestion Levels
BT IUP Signaling Stack Congestion Control
SS7 Signaling Stack Congestion Control
Congestion Status
BT IUP Signaling Stack Congestion Control
SS7 Signaling Stack Congestion Control
Default Values
Connect Debug Terminal
Connecting a Redundant Power Source
Connecting a Single Power Source
Powering CSP 2040
Powering CSP 2090 and CSP 2110
Connecting EXNET-ONE Ports
Connecting the CSP to Host
Configure Matrix Controller IP Address, Subnet Mask and Gateway Address
Connect Debug Terminal
Establish an IP Address for the Matrix Controller Card
Ethernet Cable Specifications
Host Computer Functions
Host Computer Requirements
Setting Up an Ethernet Link
Connecting the Ethernet Cable
Connecting the Fiber Optic Cable
Connecting to the LLC
Connection
managing
managing DSP
requests
to VRA
Connection Management Introduction
Applications Connecting to Multiple LLCs
Applications Connecting to One LLC
Connecting Legacy Applications to Multiple LLCs
Connection Mode
Voice Attributes
Voice Attributes
Default
Voice Attributes
Voice Attributes
Connectionless Transfer and UnitData
Connector Pinouts
Connectors
Continuity Check
Continuous Attempts at Gatekeeper Discovery and Registration
Examples of Host Messages
Initial Gatekeeper Discovery
Initial Gatekeeper Registration
Subsequent Gatekeeper Registration (Lightweight RRQ)
Contraint
Control Protocol
Controlled Introduction
Controlled Line Card Switchover Feature
Arguments
Return Values
SK_SwitchBackFromStandby
SK_SwitchBackFromStandbyConfig
Controls and Indicators
Dialogic® CSP Matrix Controller Series 3 Card - See Model Numbers
Dialogic® CSP Matrix Controller Series 3 I/O Card -
EXS-MIO-1300/EXS-MIO-1300R
Converged Services Administrator
Converged Services Platform
Converged Services Platform
Glossary
Products and Services
Converting Older Configuration Files
Core Message Set
Cost-Effective Service Integration
Cost Effective Service Integration
CPA Class Parameters
Customizing Call Progress Tone Detection
Energy Detection
CPA Pattern Parameters
CPC detection
CPE
CPU Boot Status LEDs
CPU Overload
CPU Overload Level 1
CPU Overload Level 2
CRA
Craft Alerting
Create Internal Routing
Creating a Configuration File
Creating a connection with LLC using SwitchKit
Application Code
Creating a connection with LLC using SwitchKit APIs
Application Code
Creating an Instance of SKIM API Class
Application Code
Creating aTFTP Configuration File
Card Label
Matrix Controller Load
Sample TFTP Configuration File
TFTP Configuration FIle Format
Timestamp
Using the TFTP Manage Message
Creating a TFTP Configuration File
Creating a TFTP Configuration File
Criteria Editor
CRM
CRM/CRA (ANSI)
Call Flows
Circuit Reservation Timer
CRA
CRM
Definitions
Cross Connect Channel Message (0x001A)
Cross connections
Cross Connections
Distributed Layer 4 Call Processing
CSA
Frequently Asked Questions
Glossary
Highlights of the Converged Services Administrator
TCAP Routing Feature
color conventions
configuration icon
configuration options
Configuration Options
definition of configuration
definition of of monitoring
definition of of provisioning
definition of provisioning
global view
How can I save custom configurations without the CSA view resetting every time we restart?
installing
keyboard commands
modal interface
monitor icon
node view
opening
sending or refreshing configuration
start window
What file does the output of the event viewer dump to?
CSA supported operating environments
CSP
Sending configuration file
sending messages to
CSP-Initiated Switchovers
CSP 1
CSP 1000
CSP 1000 Chassis - Model No. CSN-CHA-1112
Configuration Information
Cross Sectional View
Description
Features
Front View
Rear View
Specifications
CSP 1000 Fan Tray
Replacing the Fan Tray Filter
CSP 2
CSP 2000 and CSP 2000+
CSP 2000 Chassis - Model No. EXS-CHA-1100
Compliance
Configuration Information
Cross Sectional View
Description
Features
Front View
Rear View
Specifications
CSP 2000 Fan Tray, Front - Model No. LNX-FTL-0000
Air Filter
Compliance
Configuration Information
Description
Fan Tray Locations
Front Fan Tray Components
Related Products
Specifications
CSP 2000 Fan Tray, Rear - Model No. LNX-FTR-1000
Configuration Information
Description
Fan Tray Locations
Related Products
Specifications
CSP 2000 Front of Chassis
CSP 2000 Rear of Chassis
CSP 2000 Specifications
CSP 2000/CSP 2000+ Fan Trays
Changing the Filter
Dimensions
Filter Location
Filter Maintenance
Rear Fan Tray
Rear Fan Tray Dimensions
Rear Fan Tray Location
Removing the Rear Fan Tray
Replacing the Lower Fan Tray Filter
CSP 2000+ Chassis - Model No. EXS-CHA-1201
Configuration Information
Cross Sectional View
Description
Features
Front View
Rear View
Specifications
CSP 2000+ Fan Tray, Front - Model No. EXS-FTL-0111
Air Filter
Compliance
Configuration Information
Description
Fan Tray Locations
Related Products
Specifications
CSP 2000+ Fan Tray, Rear - Model No. EXS-FTR-1100
Configuration Information
Description
Fan Tray Locations
Related Products
Specifications
CSP 2000+ Front of Chassis
CSP 2000+ Rear of Chassis
CSP 2000+ Specifications
CSP Blockout Cards and Panels - See Part Numbers
Description
Front Blockout Cards
Part Numbers
Power Blockout Panel
Rear Blockout Cards
Related Products
Specifications
Views
CSP Call Control Layer
CSP Conferencing
Alarms
Channel/DSP Pool
Conference ID
Conference Management
Configuration
DSP-ONE Card
Ethernet Link Failure
EXNET Ring Failure
Hardware Requirements
Line Cards
Matrix Controller Card
System Events
Terminology
CSP Design
Single Logical Switch
CSP Disabling of Redundancy
CSP Host Communication Redundancy
Failure Detection and Recovery
General Strategy
Sample Topology
CSP In-Service Upgrades
Adding a Line Card
Adding a Matrix Controller Card
Adding an EXNET Ring to Stand-Alone Nodes
Diagram
EXNET Ring Expansion
CSP in the Converged Network Framework
Two Types of Protocols
CSP Initiated
Route Control message
CSP Mechanisms
CSP Node Configuration
CSP Power-up
CSP Response to Congestion
Congestion Level 1
Congestion Level 2
CSP Ring Timing Enhancement
Current timestamp TLV
Customer-Supplied Equipment
Customization
Customizing
API
call control
call progress tones
Adjusting Attributes of Call Progress Tones
Customizing Tones
DSP resources
Customizing Call Progress Tone Patterns for Reception
Restoring Default CPA Settings
Cut-through
CVT to Network during Active Call
CVT to Network/CVR Received from Far-end
CVT to Network/No CVR from Far-end
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