You are here: CSP API Reference > 1 EXS & SwitchKit API Messages > AddLLCTCAPNode
Type
SwitchKit API message
Overview
To use the SK_AddLLCTCAPNode message send a configuration file using SwitchManager, or use an external application connected to the LLC, to open sockets to the SS7 cards on the Excel platform.
The LLC verifies that the use of TCAP sockets is configured. Then the LLC opens the sockets to the SS7 cards. If the Excel platform has two SS7 cards, PollMessages determine which card is primary and which is redundant.
After the connection to the SS7 cards is completed, a positive acknowledgment is sent to the client application.
Sent by
Application or SwitchManager
Arguments
The following table shows the arguments that you can modify:
|
Argument |
Description |
|---|---|
|
CCSIP1 |
CCSIP1 corresponds to the primary SS7 card IP address in the Excel platform. |
|
CCSIP2 |
CCSIP2 corresponds to the standby SS7 card IP address, if it exists. If there is only one SS7 card in the node, this field should be set to "", i.e. the 0-length string. |
C Structure
typedef struct {
char CCSIP1[30];
char CCSIP2[30];
UBYTE Action;
UBYTE reserved78[5];
} SK_AddLLCTCAPNode;
C Structure Response
typedef struct {
int Status;
int ActualNode;
UBYTE DownloadStatus;
} SK_AddLLCTCAPNodeAck;
C++ Class
class SKC_AddLLCTCAPNode : public SKC_ToolkitMessage {
public:
const char *getCCSIP1() const;
void setCCSIP1(const char *x);
const char *getCCSIP2() const;
void setCCSIP2(const char *x);
UBYTE getAction() const;
void setAction(UBYTE x)
};
C++ Class Response
class SKC_AddLLCTCAPNodeAck : public SKC_ToolkitAck {
public:
int getStatus() const;
void setStatus(int x);
int getActualNode() const;
void setActualNode(int x);
UBYTE getDownloadStatus() const;
void setDownloadStatus(UBYTE x);
};