unsigned int cgxe_subscriber_method_dispatcher(SimStruct* S, int_T method, void*
data)
{
if (ssGetChecksum0(S) == 1367728901 &&
ssGetChecksum1(S) == 1484596684 &&
ssGetChecksum2(S) == 3577695903 &&
ssGetChecksum3(S) == 643404390) {
method_dispatcher_Muaidk3Mt9YKJ8xvv4B4QE(S, method, data);
return 1;
}
return 0;
}
unsigned int cgxe_CylinderSim_method_dispatcher(SimStruct* S, int_T method, void*
data)
{
if (ssGetChecksum0(S) == 106978902 &&
ssGetChecksum1(S) == 377345797 &&
ssGetChecksum2(S) == 3171370533 &&
ssGetChecksum3(S) == 4112056921) {
method_dispatcher_eJG1O6WbMNFUvHWZ3mwzSC(S, method, data);
return 1;
}
return 0;
}
unsigned int cgxe_ArduinoTests_method_dispatcher(SimStruct* S, int_T method,
void* data)
{
if (ssGetChecksum0(S) == 3704831919 &&
ssGetChecksum1(S) == 2360107975 &&
ssGetChecksum2(S) == 1785260133 &&
ssGetChecksum3(S) == 555529238) {
method_dispatcher_ghzL9u6H4AUvnUT3cRQ5DB(S, method, data);
return 1;
}
return 0;
}
/* Function: ProcessConnectMsg =================================================
* Abstract:
* Process the EXT_CONNECT message and send response to host.
*/
PRIVATE boolean_T ProcessConnectMsg(SimStruct *S)
{
int_T nSet;
MsgHeader msgHdr;
int_T tmpBufSize;
uint32_T *tmpBuf = NULL;
boolean_T error = EXT_NO_ERROR;
const DataTypeTransInfo *dtInfo = ssGetModelMappingInfo(S);
uint_T *dtSizes = dtGetDataTypeSizes(dtInfo);
int_T nDataTypes = dtGetNumDataTypes(dtInfo);
assert(connected);
assert(!comminitialized);
/*
* Send the 1st of two EXT_CONNECT_RESPONSE messages to the host.
* The message consists purely of the msgHeader. In this special
* case the msgSize actually contains the number of bits per byte
* (not always 8 - see TI compiler for C30 and C40).
*/
msgHdr.type = (uint32_T)EXT_CONNECT_RESPONSE;
msgHdr.size = (uint32_T)8; /* 8 bits per byte */
error = ExtSetHostMsg(extUD,sizeof(msgHdr),(char_T *)&msgHdr,&nSet);
if (error || (nSet != sizeof(msgHdr))) {
fprintf(stderr,
"ExtSetHostMsg() failed for 1st EXT_CONNECT_RESPONSE.\n");
goto EXIT_POINT;
}
/* Send 2nd EXT_CONNECT_RESPONSE message containing the following
* fields:
*
* CS1 - checksum 1 (uint32_T)
* CS2 - checksum 2 (uint32_T)
* CS3 - checksum 3 (uint32_T)
* CS4 - checksum 4 (uint32_T)
*
* targetStatus - the status of the target (uint32_T)
*
* nDataTypes - # of data types (uint32_T)
* dataTypeSizes - 1 per nDataTypes (uint32_T[])
*/
{
int nMsgEls = 4 + /* checkSums */
1 + /* targetStatus */
1 + /* nDataTypes */
dtGetNumDataTypes(dtInfo); /* data type sizes */
tmpBufSize = nMsgEls * sizeof(uint32_T);
tmpBuf = (uint32_T *)malloc(tmpBufSize);
if (tmpBuf == NULL) {
error = EXT_ERROR; goto EXIT_POINT;
}
}
/* Send message header. */
msgHdr.type = EXT_CONNECT_RESPONSE;
msgHdr.size = tmpBufSize;
error = ExtSetHostMsg(extUD,sizeof(msgHdr),(char_T *)&msgHdr,&nSet);
if (error || (nSet != sizeof(msgHdr))) {
fprintf(stderr,
"ExtSetHostMsg() failed for 2nd EXT_CONNECT_RESPONSE.\n");
goto EXIT_POINT;
}
/* Checksums, target status & SL_DOUBLESize. */
tmpBuf[0] = ssGetChecksum0(S);
tmpBuf[1] = ssGetChecksum1(S);
tmpBuf[2] = ssGetChecksum2(S);
tmpBuf[3] = ssGetChecksum3(S);
tmpBuf[4] = (uint32_T)modelStatus;
/* nDataTypes and dataTypeSizes */
tmpBuf[5] = (uint32_T)nDataTypes;
(void)memcpy(&tmpBuf[6], dtSizes, sizeof(uint32_T)*nDataTypes);
/* Send the message. */
error = ExtSetHostMsg(extUD,tmpBufSize,(char_T *)tmpBuf,&nSet);
if (error || (nSet != tmpBufSize)) {
fprintf(stderr,
"ExtSetHostMsg() failed.\n");
goto EXIT_POINT;
}
commInitialized = TRUE;
EXIT_POINT:
free(tmpBuf);
return(error);
} /* end ProcessConnectMsg */
