myerror *addError(myerror *in, const char *message, char *text, int location, int line) {
myerror *sNew = NULL;
if(detectDupError(in, location, line) != NULL) {
return in;
} /* if */
sNew = (myerror*)malloc(sizeof(myerror));
memset(sNew->message, '\0', 256);
memset(sNew->text, '\0', 4096);
if(message != NULL) {
strcpy(sNew->message, message);
} else {
return NULL;
} /*if*/
if(text != NULL) {
strcpy(sNew->text, text);
} /*if*/
sNew->line = line;
sNew->location = location;
sNew->next = NULL;
sNew->last = sNew;
if(in == NULL) {
in = sNew;
} else {
in->last->next = sNew;
in->last = sNew;
} /*if*/
return in;
} /*addError*/
myerror *addError(myerror *in, const char *message, int location, int line, error_type errType) {
if (errType == ET_ERROR) {
numErrors += 1;
} else {
numWarnings += 1;
}
myerror *sNew = NULL;
int errorTextLength = 0;
line++;
if(detectDupError(in, location, line) != NULL) {
return in;
} /* if */
sNew = (myerror*)malloc(sizeof(myerror));
memset(sNew->message, '\0', 256);
if (illegalChar != 0) {
char illegalCharMsg[21];
sprintf(illegalCharMsg, "illegal character, %c", illegalChar);
strcpy(sNew->message, illegalCharMsg);
illegalChar = 0;
} else if(message != NULL) {
strcpy(sNew->message, message);
} else {
return NULL;
} /*if*/
sNew->text = NULL;
sNew->errorTextLength = 0;
sNew->line = line - 1;
sNew->location = location;
sNew->next = NULL;
sNew->last = sNew;
sNew->errType = errType;
if(in == NULL) {
in = sNew;
} else {
in->last->next = sNew;
in->last = sNew;
} /*if*/
return in;
} /*addError*/
