Call Control Channel Management (0x0061)

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Atomic Functions

The following Atomic Functions (AF) are specific to the CSP Call Control Channel Management component (0x0061).

AF Number	51
Name	Store a L5 message type and sequence # from current message and return L5 reference ID in GPR
Description	Allocates a node in the L5 reference linked list, stores the message type and sequence number, and returns the reference ID in the GPR # specified in Arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	52
Name	ACK L5 message using L5 outgoing buffer for L5 reference ID
Description	Sends an acknowledgment for the message in the L5 message linked list, de-allocates the entry, and frees the reference ID. Also returns internal event 1 if the reference ID is found and the ACK is sent and 0 on failure.
Arg1	<GPR # containing Layer 5 Reference ID>
Arg2	<GPR # containing ACK Status>

AF Number	53
Name	Block Invalid Events for State
Description	Queues invalid events in the next state until the next state.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	54
Name	Send L5 PPL Event Indication using outgoing L5 buffer
Description	Sends a PPL Event indication message to L5 with data in the outgoing L5 buffer.
Arg1	<Event ID>
Arg2	<Not Used>

AF Number	55
Name	Clear L5 Reference ID
Description	De-allocates the L5 reference link with the specified ID.
Arg1	<GPR # containing the Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	56
Name	ACK L5 message using L5 outgoing buffer for L5 reference ID with more status
Description	Sends an acknowledgment for the message in the L5 message LL. Also de-allocates the entry and frees the Reference ID. The more status is the last normal state of the PPL state machine. Also returns internal event 1 if the reference ID is found and the ACK is sent and 0 on failure.
Arg1	<GPR # containing Reference ID>
Arg2	<ACK Status>

AF Number	57
Name	Stop all CH Timers
Description	Cancels any outstanding CH timers
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	58
Name	Purge channel with reason
Description	Initiates a purge of the channel any associated channel through the CM.
Arg1	<Reason>
Arg2	<Not Used>

AF Number	59
Name	Test Host message resend enabled flag
Description	Tests the host configuration resend enable flag for messages
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	60
Name	Test Host RFS retry forever flag
Description	Test the host configuration RFS resend flag.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	61
Name	ACK L5 message using L5 outgoing buffer for L5 Reference ID
Description	Sends an acknowledgment for the message in the L5 message LL. Also de-allocates the entry and frees the Reference ID.
Arg1	<GPR # containing Layer 5 Reference ID>
Arg2	<ACK Status>

AF Number	62
Name	Update local channel parameters based on RW L3 data and incoming message in buffer
Description	Updates the shared RW local channel parameters based on the private RW channel parameters and any appropriate TLVs in the incoming buffer specified by arg1. This is how dB Padding and release modes are dynamically set.
Arg1	<Buffer> 0 = Use default (no buffer) 1 = Layer 5 Incoming Buffer 2 = Layer 4 Incoming Buffer
Arg2	<Not Used>

AF Number	63
Name	Test for DSP Resource Free Request in incoming message buffer
Description	Tests for a DSP Resource Free TLV for the channel in the selected buffer. Returns internal event 0 if the TLV is not found, internal event 1 = free digit receiver, internal event 2 = free call progress transmitter, internal event 3 = free both.
Arg1	<Buffer> 1 = Layer 5 Incoming Buffer 2 = Layer 4 Incoming Buffer
Arg2	<Not Used>

AF Number	64
Name	Test Host Link Connection Status
Description	Tests host link connection status.
Arg1	<Not Used>
Arg2	<Not Used>
Result	0 - Not Connected 1 - Connected

AF Number	76
Name	L4CH Test host port availability based on port ID in GPR
Description	Tests the real-time availability of the specified host port.
Arg1	<GPR w/ host port ID>
Arg2	<Not Used>

AF Number	77
Name	L4CH Load host port ID into GPR
Description	Loads the shared RW host port ID into the GPR.
Arg1	<GPR for host port ID>
Arg2	<Not Used>

AF Number	78
Name	L4CH Set host port ID from GPR
Description	Sets the shared RW host port ID based on the value of the specified GPR.
Arg1	<GPR with host port ID>
Arg2	<Not Used>

AF Number	79
Name	L4CH Load host port ID from L5 ref ID into GPR
Description	Takes the host port from the L5 information referenced by L5 ref ID and stores the port ID into the GPR.
Arg1	<GPR w/ L5 ref ID>
Arg2	<GPR for host port ID>

AF Number	80
Name	Store L5 data in L5 incoming buffer
Description	Transfers any data buffer attached to the L5 message to the L5 incoming buffer. Any data previously in the L5 incoming buffer is lost.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	81
Name	Store L4 data in L4 incoming buffer
Description	Transfers any data buffer attached to the L4 message to the L4 incoming buffer. Any data previously in the L4 incoming buffer is lost.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	82
Name	Store L3 data in L3 incoming buffer
Description	Transfers any data buffer attached to the L3 message to the L3 incoming buffer. Any data previously in the L3 incoming buffer is lost.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	83
Name	Transfer data from L5 incoming to L3 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	84
Name	Transfer data from L5 incoming to L4 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	85
Name	Transfer data from L4 incoming to L3 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	86
Name	Transfer data from L3 incoming to L4 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	87
Name	Transfer data from L3 incoming to L5 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	88
Name	Clear L3 Outgoing Buffer
Description	De-allocates any L3 outgoing buffer.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	89
Name	Clear L4 Outgoing Buffer
Description	De-allocates any L4 outgoing buffer.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	90
Name	Clear L5 Outgoing Buffer
Description	De-allocates any L5 outgoing buffer.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	91
Name	Test for L3 Outgoing Buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	92
Name	Test for L4 Outgoing Buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	93
Name	Test for L5 Outgoing Buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	94
Name	Test for L3 Incoming Buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	95
Name	Test for L4 Incoming Buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	96
Name	Test for L4 Incoming Buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	97
Name	Clear L3 Incoming Buffer
Description	De-allocates any L3 incoming buffer.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	98
Name	Store TC data in TC incoming buffer
Description	Transfers any data buffer attached to the TC message to the TC incoming buffer. Any data previously in the TC incoming buffer is lost.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	99
Name	Test for TC incoming buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	100
Name	Clear TC incoming buffer
Description	Tests for the presence of the specified buffer. Return through an IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	101
Name	Transfer data from TC incoming to L5 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	102
Name	Transfer data from TC incoming to L4 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	103
Name	Transfer data from TC incoming to L3 outgoing
Description	Transfers data from one buffer to another using the mode specified in Arg1. The move action (0) moves the pointer and clears the source buffer. The copy action (1) makes an actual copy of the buffer and leaves the original in the incoming buffer.
Arg1	<Transfer Mode> 0 = Move 1 = Copy
Arg2	<Not Used>

AF Number	104
Name	Clear L4 Incoming Buffer
Description	De-allocates any L4 incoming buffer.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	105
Name	Clear L5 Incoming Buffer
Description	De-allocates any L5 incoming buffer.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	107
Name	Store L5 call processing event from L5 incoming buffer into
Description	Stores the call processing event id into the GPR.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	108
Name	L4CH transfer Host TLV from/to buffers
Description	L4CH transfer Host TLV from/to working buffer to/from the other buffer
Arg1	<XYZ> X - Action 0 : To Working Buffer 1 : From Working Buffer Y - Buffer Number 0 : Working 1: TC 3: L3 4: L4 5: L5 Z - Outgoing/Incoming 0: Outgoing 1: Incoming (when y = 1 then z can be either 0 or 1) Note: possible values of arg1: 050, 150, 051, 151, 040, 140, 041, 141, 030, 130, 031, 131, 010 (or 011), 110 (or 111)
Arg2	<Not Used>

AF Number	109
Name	L4CH Buffer Test
Description	Function to test for A Given Buffer.
Arg1	<Buffer> 0 = Working 1 = TC 3 = L3 4 = L4 5 = L5
Arg2	<Outgoing/Incoming> (Ignored when Arg1 = 0 or 1) 0: Outgoing Buffer 1: Incoming Buffer Return Value: PPLevINT_EVENT_0 - Buffer not present PPLevINT_EVENT_1 - Buffer present

AF Number	110
Name	L4CH Buffer Move/Copy
Description	L4CH Buffer Move/Copy from /To (L5,L4,L3, TC and Working )
Arg1	<Action> 0: Move 1: Copy
Arg2	<Buffer> 0 = Working 1 = TC 3 = L3 4 = L4 5 = L5

AF Number	111
Name
Description	L4CH Clear Buffer
Arg1	<Clear> 0 = Clear Working buffer 3 = Clear the L3 outgoing buffer 4 = Clear the L4 outgoing buffer 5 = Clear the L5 outgoing buffer
Arg2	<Not Used>

AF Number	120
Name	Test B Address in L5 incoming message equal to associated channel
Description	Tests if the B address in the L5 incoming message is equal to the associated channel maintained by CM. If there is no active association, a FALSE is returned.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	121
Name	Test B Address in L5 incoming message equal to associated channel
Description	Tests if the B address in the L5 incoming message is equal to the associated channel maintained by CM. If there is no active association, a FALSE is returned.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	130
Name	Send L5 DS0 status change using L5 outgoing buffer
Description	Sends the specified message to L5..
Arg1	<Status>
Arg2	<Not Used>

AF Number	131
Name	Send L5 RFS using outgoing L5 buffer
Description	Sends the specified message to L5.
Arg1	<RFS Retry Flag>
Arg2	<Not Used>

AF Number	132
Name	Send L5 RFS w/ Data using outgoing L5 buffer
Description	Sends the specified message to L5.
Arg1	<RFS Retry Flag>
Arg2	<Not Used>

AF Number	133
Name	Send L5 Channel Released using outgoing L5 buffer
Description	Sends the specified message to L5.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	134
Name	Send L5 Channel Released w/ Data using outgoing L5 buffer
Description	Sends the specified message to L5.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	135
Name	Send L5 Call Processing Event using outgoing L5 buffer
Description	Sends the specified message to L5.
Arg1	<Event ID>
Arg2	<Not Used>

AF Number	136
Name	Send L5 Release Request using outgoing L5 buffer
Description	Sends the specified message to L5.
Arg1	<Event ID>
Arg2	<Not Used>

AF Number	137
Name	Send L5 Call Progress Analysis Result using L5 outgoing buffer
Description	Sends the specified message to L5.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	157
Name	Test RW channel status Interface Type
Description	Tests the current channel interface type. Return in IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	158
Name	Test L3 Incoming buffer for address data flag
Description	Test for address data TLV in incoming L3 buffer. Return in IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	159
Name	Store Access Denied data from L3 incoming buffer into
Description	Stores the access denied reason in the GPR from the L3 access denied message.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	161
Name	Test Channel Answer Supervision Mode
Description	Tests the current channel answer supervision mode. Return in IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	162
Name	Test L3 Channel state type in current message
Description	Tests the L3 channel status type for INS/OOS/etc.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	163
Name	Update RW L3 data based on L3 channel status in current message and RO config bytes
Description	Sets up the channel’s private RW properties based on the L3 provided data and the L4CH config bytes.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	164
Name	Test L3 Incoming buffer for call active flag
Description	Tests the L3 incoming message for the call active flag.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	165
Name	Test Channel Flash Timing Mode
Description	Tests the current channel flash timing mode. Return in IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	166
Name	Test L3 Incoming buffer for L3 Clear Request Data
Description	Test for L3 clear request data TLV in incoming L3 buffer. Return in IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	170
Name	Send L3 Outseize Control request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<GPR # containing Layer 4 Reference ID>
Arg2	<Not Used>

AF Number	171
Name	Send L3 Call request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	172
Name	Send L3 Inseize Control request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<GPR # containing Layer 4 Reference ID>
Arg2	<Not Used>

AF Number	173
Name	Send L3 Flash request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	174
Name	Send L3 User Info request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	175
Name	Send L3 Generate L5 Event request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	176
Name	Send L3 Transmit Off-hook request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	177
Name	Send L3 Transmit Idle request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	180
Name	Send L3 Alerting request using L3 outgoing buffer
Description	Sends the specified L3 message. Arg1 is a flag which determines whether the L3 outgoing buffer should be saved il L4CH after its sent to L3. This is needed to support Connect With Data for ISDN.
Arg1	<Action> 0 = Remove Buffer 1 = Retain Buffer
Arg2	<Not Used>

AF Number	181
Name	Send L3 Connect request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	182
Name	Send L3 Clear request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	183
Name	Send L3 Host Connect request using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	184
Name	Send L3 Busy Out ACK using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	185
Name	Send L3 PPL Event using L3 outgoing buffer
Description	Sends the specified L3 message.
Arg1	<Event>
Arg2	<Not Used>

AF Number	186
Name	Incrementing L4CH Function
Description	L4CH Function which increments the value in the global gp register
Arg1	<GGPR #>
Arg2	<Incr value>

AF Number	187
Name	Decrementing L4CH Function
Description	L4CH Function which decrements the value in the global gp register
Arg1	<GGPR #>
Arg2	<Decr value>

AF Number	188
Name	Comparing L4CH Function
Description	L4CH Function which compares the value in the global general purpose register
Arg1	<GGPR #>
Arg2	<Test value>
Note	Returns True if equal

AF Number	189
Name	Comparing GGPR L4CH Function
Description	L4CH Function which compares the value in the GGPR with GPR.
Arg1	<GGPR #>
Arg2	<GPR #>
Note	Returns True if equal

AF Number	190
Name	Copying L4CH Function
Description	L4CH Function which copies the value in the GGPR to GPR.
Arg1	<GGPR #>
Arg2	<GPR #>

AF Number	191
Name	Copying GPR L4CH Function
Description	L4CH Function which copies the value in the GPR to GGPR.
Arg1	<GGPR #>
Arg2	<Test value>

AF Number	192
Name	Clearing GGPR L4CH Function
Description	L4CH Function which clears the contents in the GGPR indicated
Arg1	<GGPR #>
Arg2	<Not Used>

AF Number	193
Name	Clearing GGPR L4CH Function
Description	L4CH Function which clears a number (indicated by arg2)
Arg1	<GGPR #>
Arg2	<Range #> 194 – 200 Reserved for future Global GPR AFs

AF Number	194-200
Name	Reserved for future Global GPR AFs
Description	Reserved for future Global GPR AFs
Arg1	Not Applicable
Arg2	Not Applicable
Note	Reserved for future Global GPR AFs

AF Number	201
Name	Send Call Service Request to CM using L4 outgoing buffer
Description	Formats and sends a Call Service Request, including the current basic call state, to the local L4CM component .
Arg1	<Local Call State>
Arg2	<Not Used>

AF Number	202
Name	Send Call Service ACK to CM using L4 outgoing buffer
Description	Responds to an L4CM Call Service Request with a Call Service ACK to CM including the current basic call state.
Arg1	<Local Call State>
Arg2	<Not Used>

AF Number	203
Name	Send Call Service 1way Forced Request to CM using L4 outgoing buffer
Description	Formats and sends a Call Service Request for a 1-way forced connection to the local L4CM component, including the current basic call state.
Arg1	<Local Call State>
Arg2	<Not Used>

AF Number	204
Name	Send Call Service Reject to CM with reason using L4 outgoing buffer
Description	Responds to an L4CM component Call Service Request with a Call Service Reject to CM. The reject reason is derived from the GPR #. If the GPR number is 0 then it is derived directly from Arg2.
Arg1	<GPR #>
Arg2	<Reason>

AF Number	205
Name	Send Alerting Call Service to CM using L4 outgoing buffer
Description	Sends an indication the a local alerting was received from L3 to CM.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	206
Name	Send Cut-thru Call Service to CM using L4 outgoing buffer
Description	Sends an indication the a local cut-thru was received from L3 to CM.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	207
Name	Send Answer Call Service to CM using L4 outgoing buffer
Description	Sends an indication the a local cut-thru was received from L3 to CM.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	208
Name	Send Clear Call Service to CM using L4 outgoing buffer
Description	Sends an indication that the local call is being released to CM. The DERM override is a flag used by CM to determine whether a clear call or clear connection is sent based on the DERM of the channel.
Arg1	<DERM Flag>
Arg2	<Not Used>

AF Number	209
Name	Test CM Call State for Active Call
Description	Tests the CM managed shared RW for an active CM.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	210
Name	Send Flash Call Service to CM using L4 outgoing buffer
Description	Sends an indication that a flash event was received from L3 to CM.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	211
Name	Send Clear ACK Call Service to CM using L4 outgoing buffer
Description	Sends an indication that the clear event has been processed.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	212
Name	Test call service reject reason from L4 incoming buffer
Description	Tests the call service reject reason in the received call service reject message from CM. Return in IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	213
Name	Store call service reject reason from L4 incoming buffer in
Description	Stores the call service reject reason the specified GPR.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	214
Name	Send Clear Connection Service to CM using L4 outgoing buffer
Description	Sends an indication that the local channel is requesting a clearing of the association with the remote channel.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	215
Name	Send Clear Connection Service to CM using L4 outgoing buffer
Description	Sends an indication that the local channel is requesting a clearing of the association with the remote channel.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	222
Name	Send CM Event using L4 outgoing buffer
Description	Sends a programmable event to CM
Arg1	<Event ID>
Arg2	<Not Used>

AF Number	223
Name	Send Clear Connection Service to CM using L4 outgoing buffer
Description	Sends an indication that the local channel is requesting a clearing of the association with the remote channel.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	224
Name	Send Update Channel Status Message to CM
Description	Sends Update Channel Status Message to CM.
Arg1	<Channel Status> 1 = Free 2 = Busy
Arg2	<Not Used>

AF Number	225
Name	L4CH Test MCC Association
Description	Determine if an MCC instance is active for the local channel.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	226
Name	L4CH Query Virtual L4 Type
Description	Determines L4 bearer type (physical TDM or VoIP, virtual TDM or VoIP) by checking localChanLogicalID
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	227
Name	L4CH Query bearer service status
Description	Determines whether bearer service has been requested for this connection.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	228
Name	L4CH Check Associated PL4
Description	Checks whether valid PL4 is associated with this VL4 or not.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	229
Name	L4CH Send PL4 Request to RTR
Description	Obtains PL4 for use by a VL4 when a physical connection is requested.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	230
Name	L4CH Free Up PL4
Description	Frees up PL4 associated with this VL4
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	231
Name	L4CH Process RTR Response
Description	Extracts coupled PL4 ID from router reply and stores in "coupled" location in VL4’s shared RW area.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	232
Name	L4CH Send Modify Channel Service to L3 using L3 O/G buffer
Description	Sends the local route an indication that the channel is available to terminate route attempts.
Arg1	<Channel Status> 0= Bearer Service On 1= Bearer Service Off
Arg2	<Not Used>

AF Number	233
Name	L4CH Check if P-L4 decoupling needed
Description	Checks if a virtual span/channel should be decoupled from a physical span/channel.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	234
Name	L4CH Check if egress L4 is a P-L4.
Description	Checks if the out bound call leg is a physical span/channel or not.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	246
Name	Send Router member available
Description	Sends the local route an indication that the channel is available to terminate route attempts.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	247
Name	Send Router member busy
Description	Sends the local route an indication that the channel is not available to terminate route attempts because it is involved in a call.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	248
Name	Send Router member OOS
Description	Sends the local route an indication that the channel is available to terminate route attempts because it is OOS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	256
Name	L4CH Insert digit string into DSP data list from TC incoming buffer
Description	Copies one entire TC digit string into the DSP data list.
Arg1	<Data List Index>
Arg2	<String #>

AF Number	257
Name	L4CH Insert digit string into DSP data list from TC incoming buffer
Description	Copies one entire TC digit string into the DSP data list.
Arg1	<Data List Index>
Arg2	<GPR w/ String #>

AF Number	258
Name	L4CH Insert digit string into DSP data list from TC incoming buffer
Description	Copies one entire TC digit string into the DSP data list.
Arg1	<GPR w/ Data List Index>
Arg2	<String #>

AF Number	259
Name	L4CH Insert digit string into DSP data list from TC incoming buffer
Description	Copies one entire TC digit string into the DSP data list.
Arg1	<GPR w/ data list index>
Arg2	<GPR w/ String #>

AF Number	260
Name	Send Collect Digit String (suspend)
Description	Sends the appropriate DSP Service Request.
Arg1	<GPR offset>
Arg2	<Cfg byte offset>
Note	Arg1 indicates the offset of the first GPR in the sequence to be read. This may be used for such data as: mode maximum digits # of term config flag termchars address signaling type # of strings to collect Arg2 specifies the Config Byte offset where more static data is stored. This data may include the following: inter digit first digit completion minimum receive duration resume digit collection time minimum receive inter-digit timer This function suspends until a positive response is returned.

AF Number	261
Name	L4CH Send Collect Digit String (no suspend)
Description	Sends the appropriate DSP Service Request.
Arg1	Arg1: <GPR offset>
Arg2	Arg2: <Cfg byte offset>
Note	Arg1 indicates the offset of the first GPR in the sequence to be read. This may be used for such data as: mode maximum digits # of term config flag termchars address signaling type # of strings to collect Arg2 specifies the Config Byte offset where more static data is stored. This data may include the following: inter digit first digit completion minimum receive duration resume digit collection time minimum receive inter-digit timer This function suspends until a positive response is returned.

AF Number	262
Name	Send Collect Digit String Request to SYM using L5 incoming buffer
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function does not suspend primitive.
Arg1	<GPR # containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	263
Name	Retrieve L5 Reference ID and response status from message in L4 incoming buffer
Description	Retrieves the appropriate information from the SYM DSP service request response.
Arg1	<GPR # containing Layer 5 Reference ID>
Arg2	<GPR # containing Status>

AF Number	264
Name	Store DSP Service Request Type specified in L5 Incoming Buffer in a GPR
Description	Store the service request type of the L5 DSP Service Request message in a GPR. The GPR# is specified in arg1
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	267
Name	Send Attach DTMF Receiver Request to SYM (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR which contains the configuration bits.. Arg2 specifies the config byte offset from where the following data is stored digit wait, min. rcv duration timer. This function suspends until a positive response is returned from SYM.
Arg1	<GPR Offset>
Arg2	<Config byte Offset>

AF Number	268
Name	Send Attach DTMF Receiver Request to SYM (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR which contains the configuration bits.. Arg2 specifies the config byte offset from where the following data is stored digit wait, min. rcv duration timer. This function suspends until a positive response is returned from SYM.
Arg1	<GPR Offset>
Arg2	<Config byte Offset>

AF Number	269
Name	Send Attach DTMF Receiver Request to SYM using L5 incoming buffer
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function does not suspend primitive
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	270
Name	Send Energy Detection Request to SYM (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where consecutive GPRs specify the sensitivity level and reporting mode. Arg2 specifies the config byte offset from where the following data is stored: Scan duration timer, completion timer. This function suspends until a positive response is returned from SYM.
Arg1	<GPR Offset>
Arg2	<Config byte Offset>

AF Number	271
Name	Send Energy Detection Request to SYM (no suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where consecutive GPRs specify the sensitivity level and reporting mode. Arg2 specifies the config byte offset from where the following data is stored: Scan duration timer, completion timer. This function does not suspend primitive
Arg1	<GPR Offset>
Arg2	<Config byte Offset>

AF Number	272
Name	Send Energy Detection Request to SYM using L5 incoming buffer
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function does not suspend primitive
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	273
Name	Send Attach CPA Receiver Request to SYM (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR which contains the CPA class. This function suspends until a positive response is returned from SYM
Arg1	<GPR Offset>
Arg2	<Config byte Offset>

AF Number	274
Name	Send Attach CPA Receiver Request to SYM (no suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR which contains the CPA class. This function does not suspend primitive.
Arg1	<GPR Offset>
Arg2	<Config Byte Offset>

AF Number	275
Name	L4CH Send Attach CPA receiver request to SYM using L5 incoming buffer
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function does not suspend primitive.
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	280
Name	Store CPC Detection action specified in L5 incoming message in GPR
Description	Store the CPC action of the L5 CPC Detection message (L5 incoming buffer) in a GPR. The GPR# is specified in arg1.
Arg1	<GPR>
Arg2	<Not Used>

AF Number	281
Name	Send CPC Detect Enable Request to SYM (suspend)
Description	Sends the appropriate DSP service request to SYM. This function suspends until a positive response is returned from SYM
Arg1	<GPR Offset>
Arg2	<Config Byte Offset>

AF Number	282
Name	Send CPC Detect Enable Request to SYM (no suspend)
Description	Sends a CPC Detect Enable Request to SYM (no suspend)
Arg1	<GPR Offset>
Arg2	<Config Byte Offset>

AF Number	283
Name	Send CPC Detect Enable Request to SYM using L5 incoming buffer
Description	Sends the appropriate DSP service request to SYM. This function does not suspend primitive
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	284
Name	Send Cancel Digit Receiver to SYM
Description	Sends a request to cancel any active DSP services of the specified type.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	285
Name	Send Cancel Energy Receiver to SYM
Description	Sends a request to cancel any active DSP services of the specified type.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	286
Name	Send Cancel CPA Receiver to SYM
Description	Sends a request to cancel any active DSP services of the specified type.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	287
Name	Store Cancel DSP Service type specified in L5 incoming buffer in GPR
Description	Store the service cancel type of the L5 DSP Service Cancel message in a GPR. The GPR# is specified in arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	290
Name	Send Connect Tone Pattern Request to SYM (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where consecutive GPRs specify the pattern Id, # cycles to transmit, and event flags. This function suspends until a positive response is returned from SYM
Arg1	<GPR Offset (Pattern ID, # of Cycles, Event Flag)>
Arg2	<Not Used>

AF Number	291
Name	Send Connect Tone Pattern Request to SYM (no suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where consecutive GPRs specify the pattern Id, # cycles to transmit, and event flags. This function does not suspend primitive.
Arg1	<GPR Offset (Pattern ID, # of Cycles, Event Flag)>
Arg2	<Not Used>

AF Number	292
Name	Send Connect Tone Pattern Request to SYM using L5 incoming buffer
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function does not suspend primitive.
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	293
Name	Send Cancel Tone/RAN xmtr request to SYM
Description	Sends a request to cancel any active DSP services of the specified type.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	294
Name	Send Connect RAN Request to SYM using L5 incoming buffer (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function suspends until a positive response is returned from SYM.
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	295
Name	Send Connect RAN Request to SYM using L5 incoming buffer (no suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function does not suspend primitive.
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	296
Name	Send Outpulse Digits Request to SYM (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where consecutive GPRs specify the signal type, string count, string format, string mode, and events flag. Arg2 specifies the config byte offset from where the following data is stored: First digit duration, digit duration, interdigit duration, and delay duration (4 UWords). The DSP Data List is used to maintain digits and digit counts. This function suspends until a positive response is returned from SYM
Arg1	<GPR Offset>
Arg2	<Config Byte Offset>

AF Number	297
Name	Send Outpulse Digits Request to SYM (no suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where consecutive GPRs specify the signal type, string count, string format, string mode, and events flag. Arg2 specifies the config byte offset from where the following data is stored: First digit duration, digit duration, interdigit duration, and delay duration (4 UWORDs). The DSP Data List is used to maintain digits and digit counts. This function does not suspend primitive
Arg1	<GPR Offset>
Arg2	<Config Byte Offset>

AF Number	298
Name	Send Outpulse Digits Request to SYM using L5 incoming buffer
Description	Sends the appropriate DSP service request to SYM. Arg1 specifies the GPR to find the L5 reference ID of the L5 message. The data in the L5 incoming buffer is used as the DSP service request data. This function does not suspend primitive.
Arg1	<GPR containing Layer 5 Reference ID>
Arg2	<Not Used>

AF Number	300
Name	L4CH Send Cancel 2833 Digit Rcvr to CATC
Description	Cancels a 2833 tone receiver service
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	301
Name	L4CH Check for CATC DSP Req
Description	Checks incoming L5 message to see if it contains a CATC 2833 request
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	302
Name	L4CH Send Attach 2833 DTMF Revr Request to CATC using L5 Incoming Buffer
Description	Sends an attach DTMF receiver request to CATC using data in L5 incoming buffer.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	310
Name	Test Tone Xmit Generate L5 Event Flag
Description	Tests if the currently active DSP tone generator should have a L5 event generated upon a TC outpulsing complete event. Result through IS.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	311
Name	Translate TC Incoming buffer into L5 Outgoing buffer and send L5 Call Processing event
Description	Formats the correct call processing event message to L5 for the incoming TC event.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	312
Name	Store digit from First Digit event specified in TC incoming buffer in GPR
Description	Stores the digit from a TC first digit event in the specified buffer into a GPR. The GPR# is specified in arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	313
Name	Store RAN ID from TC incoming buffer into
Description	Stores the RAN ID from a TC RAN starting or RAN complete event into the specified GPR.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	314
Name	Store digit info. type for timing specified in TC incoming buffer in GPR
Description	Stores the digit info type from a TC digits, inpulse complete timeout, or inter-digit timeout event into a GPR. The GPR # is specified in arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	315
Name	Store digit info. type for timing specified in TC incoming buffer in GPR
Description	Stores the digit info type from a TC digits, inpulse complete timeout, or inter-digit timeout event into a GPR. The GPR # is specified in arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	316
Name	Store digit string digit count from TC incoming buffer
Description	Stores the string’s digit count from a TC digits event in the specified GPR. The string number is specified in the second GPR argument. Unknown string # causes a channel purge.
Arg1	<GPR to store digit count>
Arg2	<GPR # containing string number>

AF Number	317
Name	Store digit string digit from TC Incoming Buffer in GPR
Description	Stores a digit from a TC digits event in the specified buffer into a GPR. Arg1 holds the GPR # from where consecutive GPRs specify the string# and digit#. Arg2 specifies the GPR to store the digit. Unknown string # or digit # causes a channel purge.
Arg1	<GPR Offset>
Arg2	<GPR to store digits>

AF Number	318
Name	Test digit string digit from TC incoming buffer
Description	Tests a digit from a TC digits event in the specified buffer into a GPR. Arg1 holds the GPR with the string#. Arg2 specifies the GPR with the digit #. Unknown string # or digit # causes a channel purge
Arg1	<GPR containing String #>
Arg2	<GPR containing digit #>

AF Number	319
Name	Store digit from digit with timing info specified in TC Incoming Buffer in GPR <
Description	Stores the digit from a TC digits event with timing info in a GPR. The GPR# is specified in arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	320
Name	Store digit interval from TC Incoming Buffer digit with timing info
Description	Stores the digit interval from a TC digits event with timing info. in the specified GPR.
Arg1	<GPR Containing Timing Information>
Arg2	<Not Used>

AF Number	321
Name	Store Call Progress Result from TC incoming buffer in GPR
Description	Stores the call progress result type in the TC incoming buffer in a GPR. The GPR # is specified in Arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	322
Name	Store energy detect flag from TC incoming buffer in GPR
Description	Stores the energy flag from a TC energy detected event into a GPR. The GPR # is specified in arg1.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	323
Name	Store energy detection duration in TC incoming buffer into
Description	Stores the energy detect duration data from a TC energy detected event into the specified GPR.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	324
Name	Compare digits in digit string in TC incoming buffer
Description	Compares the digits from a TC digits event in the TC incoming buffer with a digit string in the config bytes. Arg1 holds the GPR # from where consecutive GPRs specify the string #, digit offset, and # of digits. Arg2 specifies the config byte offset for the stored digits.
Arg1	<GPR Offset>
Arg2	<Config byte Offset>

AF Number	325
Name	Compare digits in digit string in TC incoming buffer to GPR stored digits
Description	Compares the digits from a TC digits event in the TC incoming buffer with a digit string stored in GPR(s). Arg1 holds the GPR # from where consecutive GPRs specify the string #, digit offset and # digits. Arg2 specifies the GPR # for the stored digits.
Arg1	<GPR offset (string #, digit offset, #digits)>
Arg2	<GPR # for start of stored digit string>

AF Number	326
Name	Compare BCD digits in digit string in L3 incoming buffer
Description	Compares the digits from a TC digits event in the TC incoming buffer with a digit string in the config bytes. Arg1 holds the GPR # from where consecutive GPRs specify the stage #, string #, digit offset, and # of digits. Arg2 specifies the config byte offset for the stored digits.
Arg1	<GPR Offset>
Arg2	<Config byte Offset>

AF Number	327
Name	Compare BCD digits in digit string in L3 incoming buffer to GPR stored digits
Description	Compares the digits from a TC digits event in the TC incoming buffer with a digit string stored in GPR(s). Arg1 holds the GPR # from where consecutive GPRs specify the stage #, string # , digit offset and # digits. Arg2 specifies the GPR # for the stored digits.
Arg1	<GPR offset (stage #, string #, digit offset, #digits)>
Arg2	<GPR # for start of stored digit string>

AF Number	330
Name	Send Connect RAN Request to SYM using single RAN ID in GPR (suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where the GPRs will specify the configuration options: Config flag and Event flag. Arg2 holds the GPR # which specifies the RAN ID. This is a suspend primitive function.
Arg1	<GPR offset (config flag, event flag)>
Arg2	<GPR # containing RAN ID>

AF Number	331
Name	Send Connect RAN Request to SYM using single RAN ID in GPR (no suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 holds the GPR # from where the GPRs will specify the configuration options: Config flag and Event flag. Arg2 holds the GPR # which specifies the RAN ID. This is not a suspend primitive function.
Arg1	<GPR offset (config flag, event flag)>
Arg2	<GPR # containing RAN ID>

AF Number	332
Name	Send Connect Tone Pattern Request to SYM without L5 data (will NOT send CPE)
Description	Sends the appropriate DSP service request to SYM. The host will not be informed (via Call Processing Event) when done. Arg1 will specify the Pattern ID. Arg2 will specify the number of cycles to transmit the tone pattern. This is a suspend primitive function.
Arg1	Arg1:<Pattern ID>
Arg2	Arg2:<# cycles to transmit>

AF Number	333
Name	Send Connect Tone Pattern Request to SYM without L5 data (will send CPE)
Description	Sends the appropriate DSP service request to SYM. A Call Processing Event will be sent to the host when done. Arg1 will specify the Pattern ID. Arg2 will specify the number of cycles to transmit the tone pattern. This is a suspend primitive function.
Arg1	<Pattern ID>
Arg2	<# cycles to transmit>

AF Number	340
Name	Create DSP Data List buffer
Description	Creates a buffer for DSP Data (chaining RAN IDs or digits). Initializes to all FFs. If buffer already exists, it is re-initialized. A maximum of 64 Ran Ids can be chained.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	341
Name	Remove DSP Data List buffer
Description	Cleans up the DSP Data List.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	342
Name	Load list size from DSP Data List into GPR
Description	Loads the current count of dsp data items in the DSP Data List into the specified GPR.
Arg1	<GPR #t>
Arg2	<Not Used>

AF Number	343
Name	Insert item into DSP Data List
Description	Inserts the item given in arg2 into the DSP Data List at the index location specified in GPR. If index is -1, the item is appended to the end of the list
Arg1	<Index > <item>
Arg2	<Not Used>

AF Number	344
Name	Insert item in DSP Data List
Description	Inserts the item given in arg2 into the DSP Data List at the index location specified in GPR. If index is -1, the item is appended to the end of the list
Arg1	<GPR # containing index #>
Arg2	<Item>

AF Number	345
Name	Insert item in DSP Data List
Description	Inserts the item (given in GPR) into the DSP Data List at the index location specified in arg1. If index is -1, the item is appended to the end of the list
Arg1	< Index>
Arg2	<GPR # Containing Item>

AF Number	346
Name	Insert item in DSP Data List
Description	Inserts the item (given in GPR) into the DSP Data List at the index location specified in GPR. If index is -1, the item is appended to the end of the list.
Arg1	<GPR # Containing Index>
Arg2	<GPR # Containing Item>

AF Number	347
Name	Set item in DSP Data List
Description	Assigns the item given in arg2 to the DSP Data List at the index location. If index is -1, the item is appended to the end of the list.
Arg1	<Index>
Arg2	<Item>

AF Number	348
Name	Set item in DSP Data List
Description	Assigns the item given in arg2 to the DSP Data List at the index location (given in GPR). If index is -1, the item is appended to the end of the list.
Arg1	<GPR # Containing Index>
Arg2	<Item>

AF Number	349
Name	Set item in DSP Data List
Description	Assigns the item given in GPR to the DSP Data List at the index location given in arg1. If index is -1, the item is appended to the end of the list.
Arg1	<Index>
Arg2	<GPR # Containing Item>

AF Number	350
Name	Set item in DSP Data List
Description	Assigns the item given in GPR to the DSP Data List at the index location given in arg1. If index is -1, the item is appended to the end of the list.
Arg1	<GPR # Containing Index>
Arg2	<GPR # Containing Item>

AF Number	351
Name	Remove item from DSP Data List
Description	Removes the item at the location indicated by Arg1 from the DSP Data List.
Arg1	<Index>
Arg2	<Not Used>

AF Number	352
Name	Remove item from DSP Data List
Description	Removes the at the location indicated by Arg1from the DSP Data List.
Arg1	<GPR # Containing Index>
Arg2	<Not Used>

AF Number	353
Name	Send Connect RAN Request to SYM using DSP Data List (suspend)
Description	Sends the appropriate DSP Service Request message to SYM. Arg1 will specify the Configuration flag option. Arg2 specifies the Event flag option. This is a suspend primitive function.
Arg1	<Config Flag>
Arg2	<Event Flag>

AF Number	354
Name	Send Connect RAN Request to SYM using DSP Data List (no suspend)
Description	Sends the appropriate DSP service request to SYM. Arg1 will specify the Configuration flag option. Arg2 specifies the Event flag option. This is NOT a suspend primitive function.
Arg1	<Config Flag>
Arg2	<Event Flag>

AF Number	355
Name	L4CH Delete and shift DSP data list entries
Description	Re-arranges the DSP data list by removing the entries starting at INDEX for COUNT.
Arg1	<GPR w/ index>
Arg2	<GPR w/ count>

AF Number	356
Name	Store start time stamp, get current time stamp, get duration, report start time stamp
Description	Re-arranges the DSP data list by removing the entries starting at INDEX for COUNT.
Arg1	Arg1: <Action> 0: report current time stamp 1: store the start time stamp 2: report the stored start time stamp 3: report the duration
Arg2	<Granularity in 100 milliseconds units>

AF Number	357
Name	Get TLV into GPR from Working buffer
Description	This function takes two arguments and gets the desired TLV (corresponding to Host Tag) from working buffer and puts into GPR
Arg1	<GPR Index>
Arg2	<Host tag>

AF Number	358
Name	Set TLV from GPR
Description	This function takes two arguments and makes an TLV and adds that to the working buffer.
Arg1	<GPR Index>
Arg2	<Host tag>

AF Number	359
Name
Description	Makes DSP Data List TLV and puts into working buffer
Arg1	<GPR Index w/ DSP Data List Index (start point IN the array)>
Arg2	<GPR Index w/ Count (number of entries wanted to read from the array>

AF Number	360
Name	Get CFG TLV Tag in GPR
Description	Retrieves the Config Byte at which the TLV pointer in the Private RW area is pointing to and loads the value in the GPR passed as an argument to the function call
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	361
Name	Init CFG TLV Pointer to CFG Byte
Description	Initiates the TLV pointer in the Private RW area to point to the Config Byte passed as the argument.
Arg1	<Config Byte #>
Arg2	<Not Used>

AF Number	362
Name	Set CFG TLV Pointer to next TLV
Description	Increments the TLV pointer in the Private RW area to point to the next TLV in the Config Bytes.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	363
Name	Load TLV Data in Data Block
Description	Get TLV data for the TLV pointer in Private RW area and loads it into the TLV Data Block in the Private RW area.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	364
Name	Add Routing Method TLV to CSR For Router
Description	Adds the Routing Method TLV to Call Service Request that goes to the CM
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	365
Name	Add Routing search Key TLV to CSR For Router
Description	Adds the Routing Search Key TLV to Call Service Request that goes to the CM
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	366
Name	Add Address Digits TLV to CSR For Router
Description	Adds the Address Digit TLV to Call Service Request that goes to the CM , argument can have 1,2 or 3. 1 for CPA Digits, 2 for ANI digits, 3 for Category
Arg1	<Digit Type #>
Arg2	<Not Used>

AF Number	367
Name	Add Resource Group ID TLV to CSR For Router
Description	Adds the Resource Group ID TLV to Call Service Request that goes to CM.
Arg1	<Digit Type #>
Arg2	<Not Used>

AF Number	368
Name	Load Address Digits [from TLV Data Block] in Digits Array
Description	Loads the Address Digits [from TLV Data Block] in to the Digits Array for further operations
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	369
Name	Add Span/Channel TLV to CSR For Router
Description	Adds the Logical Span/Channel TLV to Call Service Request that goes to CM.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	370
Name	Load TLV Data From TLV Data Block to GPR
Description	Loads the TLV Data From TLV Data Block in to a Gen. Purpose Register specified by the argument
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	371
Name	Send Call Service Request to CM using L4 outgoing buffer with Protocol ID from Config Byte
Description	Sends the Call Service Request to CM using L4 outgoing buffer with Protocol ID derived from Config Byte #.
Arg1	<Config Byte #>
Arg2	<Local Call State>

AF Number	372
Name	Add Incoming Span/Channel TLV to CSR For Router
Description	Adds the Incoming Span/Channel TLV to Call Service Request that goes to CM
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	374
Name	L4CH Transfer Data from DSP Data List to Digit Array
Description	This atomic function transfers digits from DSP Data List to the Digits array.
Arg1	<GPR # {GPR has Byte Count in it}>
Arg2	<GPR # {Offset within the DSP Data List}>
Note	Arg1 is a GPR which has a count of digits to be copied. The count should be less than or equal to the number of digits in the DSP Data List. Arg2 is the offset within the Dsp Data List to start the copy.

AF Number	376
Name	L4CH Load channel information into working buffer
Description	Loads L4CH channel information into working buffer
Arg1	<Channel Info> 0: Local 1: Connected
Arg2	<Not Used>

AF Number	377
Name	L4CH Add TLV from Digit Array to CSR For Router
Description	Adds Digit Type TLV to CSR for the TAG in GPR
Arg1	<GPR # {GPR has Tag Type in it}>
Arg2	<Not Used>

AF Number	378
Name	L4CH Add Span/Channel TLV to CSR For Router with Offset
Description	This AF adds a Span/Channel Offset from its own channel num.
Arg1	<GGPR # {Span Offset}>
Arg2	<GGPR # {Channel Offset}>
Note	Arg1 is the GGPR carrying Span Offset. If the GGPR has 0 in the offset value is taken from the cfg Byte TLV Data. Arg2 is the GGPR carrying Channel offset. If the GGPR has 0 in the offset value is taken from the cfg Byte TLV Data.

AF Number	379
Name	L4CH Add Call Profile stamp
Description	This AF where ever inserted adds the call profiling Data for that channel if Call profiling for that channel is enabled.
Arg1	<Check Point Number #>
Arg2	<Not Used>
Note	Arg1 has the check point number that the call profile has to be tagged with.

AF Number	381
Name	L4CH Check CSRin incoming_l4 Buff, whether to send Call Req or Outseize Control
Description	Outgoing CH looks for the TLV inserted by incoming CH by calling atomic function 382.
Arg1	<Not Used>
Arg2	<Not Used>
Note	Return 0x01 if Outseize Control

AF Number	382
Name	L4CH Add TLV for the call Type in CSR in L4 Outgoing Buffer
Description	The incoming CH instance adds this TLV for the Outgoing CH to decide whether to send L3_call_req or L3_ouseize_control.
Arg1	<GP Register #>
Arg2	<Not Used>

AF Number	383
Name	L4CH Add Standard OUTSEIZE ICB TLV in L4 incoming buffer
Description	L4CH adds standard OUTSEIZE ICB TLV in L4 incoming buffer
Arg1	<Option Type #>
Arg2	<Not Used>
Note	Adds a standard formatted ICB 1: Seize 2: Use Instruction List

AF Number	385
Name	L4CH Send Route Control Msg Reject to RTR using L4 outgoing buffer
Description	Sends NACK for the message.
Arg1	<GPR #>
Arg2	<Not Used>

AF Number	386
Name	L4CH Send Route Control Msg Ack to RTR using L4 outgoing buffer
Description	Sends an ACK for the message
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	387
Name	L4CH Store RTR Handle from Incoming L4 Buffer
Description	Stores the Router Handle in Private R/W for future communication with the router.
Arg1	<Not Used>
Arg2	<Not Used>

AF Number	388
Name	L4CH Check CSR in l4 incoming, whether the CSR has Outseize ICBs
Description	Checks for Outseize Control ICB in the message.
Arg1	<Not Used>
Arg2	<Not Used>
Note	{Returns 0-Yes; 1-No}

AF Number	389
Name	Invoke Timer
Description	Initiates the timer type specified in Arg 1 for the duration specified in the GPR indicated in Arg 2.
Arg1	<Timer Type>
Arg2	<GPR Index>