void
parseNextMCFLine (RDFFile f, char* line)
{
char* nextToken ;
int16 offset = 0;
RDF_Error err;
if ((nullp(line)) || (line[0] == '\0'))return;
nextToken = getMem(MAX_URL_SIZE);
err = getFirstToken(line, nextToken, &offset);
offset++;
if ((err != noRDFErr) && (nextToken[0] == ';')) {
freeMem(nextToken);
return;
}
if (startsWith("begin-headers", nextToken)) {
f->status = HEADERS;
} else if (startsWith("end-headers", nextToken)) {
f->status = BODY;
} else if (startsWith("unit", nextToken)) {
f->status = BODY;
if (!(nullp(f->currentResource))) resourceTransition(f);
getFirstToken(&line[offset], nextToken, &offset);
f->currentResource = resolveReference(nextToken, f);
} else if (nextToken[strlen(nextToken)-1] == ':') {
memset(f->currentSlot, '\0', 100);
memcpy(f->currentSlot, nextToken, strlen(nextToken)-1);
while (getFirstToken(&line[offset], nextToken, &offset) == noRDFErr) {
if (f->status == HEADERS) {
assignHeaderSlot(f, f->currentSlot, nextToken);
} else if (f->currentResource) {
assignSlot(f->currentResource, f->currentSlot, nextToken, f);
}
offset++;
}
}
freeMem(nextToken);
}
std::string getFirstToken(const T& message)
{
return getFirstToken(message.data(), message.size());
}
std::string getFirstToken(const T& message, const char delim = ' ')
{
return getFirstToken(message.data(), message.size(), delim);
}
