/* Converts a session in memory to on-disk format. */
static void makeRecord(Writer <HTTPSession>::Record &record,
const HTTPSession &session) {
/* Record version. */
record += version;
/* Client Ethernet address. */
record.append(session.clientMAC, ETHER_ADDR_LEN);
/* Server Ethernet address. */
record.append(session.serverMAC, ETHER_ADDR_LEN);
/* Client IP. */
record += session.clientIP;
/* Server IP. */
record += session.serverIP;
/* Client port. */
record += session.clientPort;
/* Server port. */
record += session.serverPort;
/* Compression (off for now). */
record += (uint8_t)0;
/* Number of messages. */
record += htonl((uint32_t)(session.requests.size() + session.responses.size()));
/* Requests. */
for (size_t i = 0; i < session.requests.size(); ++i) {
/* Message type. */
record += (uint8_t)session.requests[i].type;
/* Time (seconds). */
record += htonl(session.requests[i].time.seconds());
/* Time (microseconds). */
record += htonl(session.requests[i].time.microseconds());
/* Number of message components. */
record += htonl((uint32_t)session.requests[i].message.size());
for (size_t j = 0; j < session.requests[i].message.size(); ++j) {
/* Message component size. */
record += htonl((uint32_t)session.requests[i].message[j].size());
/* Message compnent. */
record += session.requests[i].message[j];
}
/* Number of headers. */
record += htonl((uint32_t)session.requests[i].headers.size());
for (size_t j = 0; j < session.requests[i].headers.size(); ++j) {
/* Header field size. */
record += htonl((uint32_t)session.requests[i].headers[j].first.size());
/* Header field. */
record += session.requests[i].headers[j].first;
/* Header value size. */
record += htonl((uint32_t)session.requests[i].headers[j].second.size());
/* Header value. */
record += session.requests[i].headers[j].second;
}
}
/* Responses. */
for (size_t i = 0; i < session.responses.size(); ++i) {
/* Message type. */
record += (uint8_t)session.responses[i].type;
/* Time (seconds). */
record += htonl(session.responses[i].time.seconds());
/* Time (microseconds). */
record += htonl(session.responses[i].time.microseconds());
/* Number of message components. */
record += htonl((uint32_t)session.responses[i].message.size());
for (size_t j = 0; j < session.responses[i].message.size(); ++j) {
/* Message component size. */
record += htonl((uint32_t)session.responses[i].message[j].size());
/* Message compnent. */
record += session.responses[i].message[j];
}
/* Number of headers. */
record += htonl((uint32_t)session.responses[i].headers.size());
for (size_t j = 0; j < session.responses[i].headers.size(); ++j) {
/* Header field size. */
record += htonl((uint32_t)session.responses[i].headers[j].first.size());
/* Header field. */
record += session.responses[i].headers[j].first;
/* Header value size. */
record += htonl((uint32_t)session.responses[i].headers[j].second.size());
/* Header value. */
record += session.responses[i].headers[j].second;
}
}
}
