EIP_STATUS CIP_Identity_Init()
{
S_CIP_Class *pClass;
S_CIP_Instance *pInstance;
pClass = createCIPClass(CIP_IDENTITY_CLASS_CODE, 0, /* # of non-default class attributes*/
MASK4(1, 2, 6, 7), /* class getAttributeAll mask CIP spec 5-2.3.2*/
0, /* # of class services*/
7, /* # of instance attributes*/
MASK7(1, 2, 3, 4, 5, 6, 7), /* instance getAttributeAll mask CIP spec 5-2.3.2*/
1, /* # of instance services*/
1, /* # of instances*/
"identity", /* class name (for debug)*/
1); /* class revision*/
if (pClass == 0)
return EIP_ERROR;
pInstance = getCIPInstance(pClass, 1);
insertAttribute(pInstance, 1, CIP_UINT, &VendorID, CIP_ATTRIB_GETABLE);
insertAttribute(pInstance, 2, CIP_UINT, &DeviceType, CIP_ATTRIB_GETABLE);
insertAttribute(pInstance, 3, CIP_UINT, &ProductCode, CIP_ATTRIB_GETABLE);
insertAttribute(pInstance, 4, CIP_USINT_USINT, &Revison, CIP_ATTRIB_GETABLE);
insertAttribute(pInstance, 5, CIP_WORD, &ID_Status, CIP_ATTRIB_GETABLE);
insertAttribute(pInstance, 6, CIP_UDINT, &SerialNumber, CIP_ATTRIB_GETABLE);
insertAttribute(pInstance, 7, CIP_SHORT_STRING, &ProductName, CIP_ATTRIB_GETABLE);
insertService(pClass, CIP_RESET, &Reset, "Reset");
return EIP_OK;
}
S_CIP_Class *
createAssemblyClass()
{
S_CIP_Class * pstAssemblyClass;
/* create the CIP Assembly object with zero instances */
pstAssemblyClass = createCIPClass(CIP_ASSEMBLY_CLASS_CODE, 0, /* # class attributes*/
0, /* 0 as the assembly object should not have a get_attribute_all service*/
0, /* # class services*/
1, /* # instance attributes*/
0, /* 0 as the assembly object should not have a get_attribute_all service*/
1, /* # instance services*/
0, /* # instances*/
"assembly", 2 /* Revision, according to the CIP spec currently this has to be 2 */
);
if(NULL != pstAssemblyClass)
{
insertService(pstAssemblyClass, CIP_SET_ATTRIBUTE_SINGLE,
&setAssemblyAttributeSingle, "SetAssemblyAttributeSingle");
}
return pstAssemblyClass;
}
