void ExpPayload::onHttpResponse(const HTTPDecoder& dec, const HTTPHeader& reqHeader, const HTTPHeader& respHeader, uint32_t latency) {
(void) reqHeader;
// check whether this content-type is to be exported
if (contentTypes.find(respHeader.getContentType()) == contentTypes.end()) {return;}
// check whether we expect some payload after this response
if (reqHeader.getMethod() == HTTP_METHOD_HEAD) {return;}
// cleanup
if (openFiles.find(&dec) != openFiles.end()) {
openFiles[&dec]->close();
delete openFiles[&dec];
openFiles.erase(&dec);
}
// get details of this content-type
const ExpPayContentType& det = contentTypes[respHeader.getContentType()];
uint64_t absTS = respHeader.getTimestamp();
uint64_t relTS = getUptimeMS();
// create file-name
std::stringstream ss;
ss << absTS << "_" << rand() << "." << det.fileExt;
// get storage file-name
File file = File(det.folder, ss.str());
// add entry to stats-file
*(det.stream) << absTS << "\t" << relTS << "\t" << latency << "\t" << ss.str() << std::endl;
// create/open a new output stream
std::ofstream* stream = new std::ofstream();
stream->open(file.getAbsolutePath().c_str());
openFiles[&dec] = stream;
}
void ExpPlotLatency::onHttpResponse(const HTTPDecoder& dec, const HTTPHeader& req, const HTTPHeader& resp, uint32_t latency) {
(void) dec;
(void) req;
append(resp.getContentType(), latency);
}
