*************** gst_base_audio_src_create (GstBaseSrc * bsrc, guint64 offset, guint length,
*** 865,935 ****
          running_time_segment = running_time_sample / sps;
  
          /* the segment currently read from the ringbuffer */
-         current_segment = sample / sps;
- 
-         /* the skew we have between running_time and the ringbuffertime */
-         segment_skew = running_time_segment - current_segment;
- 
-         GST_DEBUG_OBJECT (bsrc, "\n running_time = %" GST_TIME_FORMAT
-             "\n timestamp     = %" GST_TIME_FORMAT
-             "\n running_time_segment = %d"
-             "\n current_segment      = %d"
-             "\n segment_skew         = %d",
              GST_TIME_ARGS (running_time),
              GST_TIME_ARGS (timestamp),
-             running_time_segment, current_segment, segment_skew);
  
          /* Resync the ringbuffer if:
-          * 1. We are more than the length of the ringbuffer in front.
-          *    The length of the ringbuffer then gets to dictate
-          *    the threshold for what is concidered "too far ahead"
-          *
-          * 2. We are more than the length of the ringbuffer behind.
           *    The length of the ringbuffer then gets to dictate
           *    the threshold for what is concidered "too late"
           *
-          * 3. If this is our first buffer.
           *    We know that we should catch up to running_time
           *    the first time we are ran.
           */
-         if ((segment_skew <= -ringbuffer->spec.segtotal) ||
-             (segment_skew >= ringbuffer->spec.segtotal) ||
-             (current_segment == 0)) {
-           gint segments_written;
-           gint first_segment;
-           gint last_segment;
-           gint new_last_segment;
            gint segment_diff;
-           gint new_first_segment;
            guint64 new_sample;
  
-           /* we are going to say that the last segment was captured at the current time
-              (running_time), minus one segment of creation-latency in the ringbuffer.
-              This can be thought of as: The segment arrived in the ringbuffer at time X, and
-              that means it was created at time X - (one segment). */
-           new_last_segment = running_time_segment - 1;
- 
-           /* for better readablity */
-           first_segment = current_segment;
- 
-           /* get the amount of segments written from the device by now */
-           segments_written = g_atomic_int_get (&ringbuffer->segdone);
- 
-           /* subtract the base to segments_written to get the number of the
-              last written segment in the ringbuffer (one segment written = segment 0) */
-           last_segment = segments_written - ringbuffer->segbase - 1;
- 
-           /* we see how many segments the ringbuffer was timeshifted */
-           segment_diff = new_last_segment - last_segment;
  
-           /* we move the first segment an equal amount */
-           new_first_segment = first_segment + segment_diff;
  
-           /* and we also move the segmentbase the same amount */
-           ringbuffer->segbase -= segment_diff;
  
            /* we calculate the new sample value */
-           new_sample = ((guint64) new_first_segment) * sps;
  
            /* and get the relative time to this -> our new timestamp */
            timestamp =
--- 874,926 ----
          running_time_segment = running_time_sample / sps;
  
          /* the segment currently read from the ringbuffer */
+         last_read_segment = sample / sps;
+ 
+         /* the skew we have between running_time and the ringbuffertime (last written to) */
+         segment_skew = running_time_segment - last_written_segment;
+ 
+         GST_DEBUG_OBJECT (bsrc,
+              "\n running_time                                              = %" GST_TIME_FORMAT
+             "\n timestamp                                                  = %" GST_TIME_FORMAT
+             "\n running_time_segment                                       = %d"
+             "\n last_written_segment                                       = %d"
+             "\n segment_skew (running time segment - last_written_segment) = %d"
+             "\n last_read_segment                                          = %d",
              GST_TIME_ARGS (running_time),
              GST_TIME_ARGS (timestamp),
+             running_time_segment,
+             last_written_segment,
+             segment_skew,
+             last_read_segment);
  
          /* Resync the ringbuffer if:
+ 
+          * 1. We are more than the length of the ringbuffer behind.
           *    The length of the ringbuffer then gets to dictate
           *    the threshold for what is concidered "too late"
           *
+          * 2. If this is our first buffer.
           *    We know that we should catch up to running_time
           *    the first time we are ran.
           */
+         if ((segment_skew >= ringbuffer->spec.segtotal) ||
+             (last_read_segment == 0))
+         {
+           gint new_read_segment;
            gint segment_diff;
            guint64 new_sample;
  
+           /* the difference between running_time and the last written segment */
+           segment_diff = running_time_segment - last_written_segment;
  
+           /* advance the ringbuffer */
+           gst_ring_buffer_advance(ringbuffer, segment_diff);
  
+            /* we move the  new read segment to the last known written segment */
+           new_read_segment = g_atomic_int_get (&ringbuffer->segdone) - ringbuffer->segbase;
  
            /* we calculate the new sample value */
+           new_sample = ((guint64) new_read_segment) * sps;
  
            /* and get the relative time to this -> our new timestamp */
            timestamp =