The ADDR_DATA structure is defined in <inc_path/toolkit.h> as:
typedef struct addr_data
{
char address[TOOLKIT_ADDR_LENGTH + 1];
int type;
int domain_index;
int domain_offset;
int addr_offset;
int point_type;
int elements;
int point_address_type;
char point_id[ TOOLKIT_POINT_ID_LEN + 1 ];
char scan_type;
char scan_rate;
char fullAddress[ADDR_LEN + 1];
} ADDR_DATA;
Where:
address is the ASCII representation of the address.
type is the type of addressing used. Valid values are:
TOOLKIT_STD_ADDR (standard addressing)
TOOLKIT_USER_DEFINED_ADDR (custom addressing)
domain_index is the domain index of the start address.
For diagnostic data, valid values for domain_index are:
|
100 |
Protocol diagnostic bits |
|
101 |
Protocol diagnostic bytes |
|
102 |
Protocol diagnostic words |
|
104 |
Protocol diagnostic double words |
|
108 |
Protocol diagnostic 8-bytes |
domain_offset is the domain offset of the start address.
addr_offset is reserved for GE Fanuc use.
point_type is the point data type. The standard CIMPLICITY point types supported by the Device Communications Toolkit are:
TOOLKIT_BOOLEAN
TOOLKIT_BITSTRING
TOOLKIT_OCTETSTRING
TOOLKIT_TEXTPOINT
TOOLKIT_UNSIGNED_ANALOG8
TOOLKIT_UNSIGNED_ANALOG16
TOOLKIT_UNSIGNED_ANALOG32
TOOLKIT_ANALOG8
TOOLKIT_ANALOG16
TOOLKIT_ANALOG32
TOOLKIT_FLOATINGPOINT
elements is the number of point elements.
point_address_type is reserved for GE Fanuc use.
point_id is reserved for GE Fanuc use.
scan_type is reserved for GE Fanuc use.
scan_rate is reserved for GE Fanuc use.
full_address is the ASCII representation of the address to be used if the device supports addresses up to 256 characters, and support.use_long_addresses is set to TOOLKIT_YES.
|
|
Device Communications Toolkit structures. |
