+}
+
+static void test_encode_time() {
+ /* localtime_r to set tm's timezone */
+ time_t now_time = time(NULL);
+ struct tm tm;
+ if (localtime_r(&now_time, &tm) == NULL)
+ die_err("Can't unpack current time?");
+
+ const char *strptime_result = strptime("2011-12-13 14:15:16", "%F %T", &tm);
+ if (strptime_result == NULL || *strptime_result != '\0')
+ die("Couldn't parse time?");
+ time_t tt = mktime(&tm);
+ if (tt == (time_t)-1)
+ die_err("Can't pack time?");
+
+ const char *encoded = encode_time(tt);
+ /* Loose check to allow for daylight savings time changes between the current
+ * time and the target time. :( */
+ assert(encoded[0] == '2');
+ assert(encoded[1] == '0');
+ assert(encoded[2] == '1');
+ assert(encoded[3] == '1');
+ assert(encoded[4] == ' ');
+ assert(encoded[5] == '1');
+ assert(encoded[6] == '2');
+ assert(encoded[7] == ' ');
+ assert(encoded[8] == '1');
+ assert(encoded[9] == '3');
+ assert(encoded[10] == ' ');
+ assert(encoded[11] == '1');
+ assert(isdigit(encoded[12]));
+ assert(encoded[13] == ' ');
+ assert(isdigit(encoded[14]));
+ assert(isdigit(encoded[15]));
+ assert(encoded[16] == ' ');
+ assert(encoded[17] == '1');
+ assert(encoded[18] == '6');
+ assert(encoded[19] == '\0');