/**
* @brief Display the statistics page to the requesting connection.
* @param con a pointer to the connection object across which the server statistics will be transmitted.
* @return This function returns no value.
*/
void statistics_process(connection_t *con) {
time_t sm_time;
chr_t buffer[256];
stringer_t *raw;
struct tm tm_time;
http_page_t *page;
if (!(page = http_page_get("statistics/statistics"))) {
http_print_500(con);
return;
}
statistics_refresh();
if ((sm_time = time(NULL)) == ((time_t)-1) || !localtime_r(&sm_time, &tm_time) ||
strftime(buffer, 256, "These statistics were last updated %A, %B %e, %Y at %I:%M:%S %p %Z.", &tm_time) <= 0) {
log_pedantic("Unable to build the time string.");
}
else {
// Update the time.
xml_set_xpath_ns(page->xpath_ctx, (xmlChar *)"//xhtml:p[@id='time']", (uchr_t *)buffer);
}
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='total_users']", portal_stats[portal_stat_total_users].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='checked_email_today']", portal_stats[portal_stat_users_checked_email_today].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='checked_email_week']", portal_stats[portal_stat_users_checked_email_week].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='sent_email_today']", portal_stats[portal_stat_users_sent_email_today].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='sent_email_week']", portal_stats[portal_stat_users_sent_email_week].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='emails_received_today']", portal_stats[portal_stat_emails_received_today].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='emails_received_week']", portal_stats[portal_stat_emails_received_week].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='emails_sent_today']", portal_stats[portal_stat_emails_sent_today].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='emails_sent_week']", portal_stats[portal_stat_emails_sent_week].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='users_registered_today']", portal_stats[portal_stat_users_registered_today].val);
xml_set_xpath_uint64(page->xpath_ctx, (xmlChar *)"//xhtml:td[@id='users_registered_week']", portal_stats[portal_stat_users_registered_week].val);
if (!(raw = xml_dump_doc(page->doc_obj))) {
http_print_500(con);
http_page_free(page);
return;
}
http_response_header(con, 200, page->content->type, st_length_get(raw));
con_write_st(con, raw);
http_page_free(page);
st_free(raw);
return;
}
/**
* @brief Retrieve a user's message, in response to a POP3 RETR command.
* @note This function will fail if a deleted message was specified by the user.
* @param con the POP3 client connection issuing the command.
* @return This function returns no value.
*/
void pop_retr(connection_t *con) {
uint64_t number;
meta_message_t *meta;
mail_message_t *message;
if (con->pop.session_state != 1) {
pop_invalid(con);
return;
}
// Which message are we getting.
if (!pop_num_parse(con, &number, true)) {
con_write_bl(con, "-ERR The retrieve command requires a numeric argument.\r\n", 56);
return;
}
meta_user_rlock(con->pop.user);
// Get the message.
if (!(meta = pop_get_message(con->pop.user->messages, number))) {
meta_user_unlock(con->pop.user);
con_write_bl(con, "-ERR Message not found.\r\n", 25);
return;
}
// Check for deletion.
if ((meta->status & MAIL_STATUS_HIDDEN) == MAIL_STATUS_HIDDEN) {
meta_user_unlock(con->pop.user);
con_write_bl(con, "-ERR This message has been marked for deletion.\r\n", 49);
return;
}
// Load the message and spit back the right number of lines.
if (!(message = mail_load_message(meta, con->pop.user, con->server, 1))) {
meta_user_unlock(con->pop.user);
con_write_bl(con, "-ERR The message you requested could not be loaded into memory. It has either been "
"deleted by another connection or is corrupted.\r\n", 131);
return;
}
meta_user_unlock(con->pop.user);
// Dot stuff the message.
st_replace(&(message->text), PLACER("\n.", 2), PLACER("\n..", 3));
// Tell the client to prepare for a message. The size is strictly informational.
con_print(con, "+OK %u characters follow.\r\n", st_length_get(message->text));
// We use raw socket IO because it is much faster when writing large amounts of data.
con_write_st(con, message->text);
// If the message didn't end with a line break, spit two.
if (*(st_char_get(message->text) + st_length_get(message->text) - 1) == '\n') {
con_write_bl(con, ".\r\n", 3);
}
else {
con_write_bl(con, "\r\n.\r\n", 5);
}
mail_destroy(message);
return;
}
