Merge branch '8784-dir-listings'

[arvados.git] / sdk / python / arvados / _ranges.py

diff --git a/sdk/python/arvados/_ranges.py b/sdk/python/arvados/_ranges.py
index 6d7c112b99b8dc8818ef8f3a1988f6200117248c..669a61c8dfdf5cb7bdc8739f6a736e64fb968bae 100644 (file)
--- a/sdk/python/arvados/_ranges.py
+++ b/sdk/python/arvados/_ranges.py
@@ -111,7 +111,7 @@ def locators_and_ranges(data_locators, range_start, range_size, limit=None):
         block_size = dl.range_size
         block_end = block_start + block_size
         _logger.log(RANGES_SPAM,
-            "%s range_start %s block_start %s range_end %s block_end %s",
+            "L&R %s range_start %s block_start %s range_end %s block_end %s",
             dl.locator, range_start, block_start, range_end, block_end)
         if range_end <= block_start:
             # range ends before this block starts, so don't look at any more locators
@@ -167,7 +167,7 @@ def replace_range(data_locators, new_range_start, new_range_size, new_locator, n
 
     last = data_locators[-1]
     if (last.range_start+last.range_size) == new_range_start:
-        if last.locator == new_locator:
+        if last.locator == new_locator and (last.segment_offset+last.range_size) == new_segment_offset:
             # extend last segment
             last.range_size += new_range_size
         else:
@@ -185,14 +185,14 @@ def replace_range(data_locators, new_range_start, new_range_size, new_locator, n
         old_segment_start = dl.range_start
         old_segment_end = old_segment_start + dl.range_size
         _logger.log(RANGES_SPAM,
-            "%s range_start %s segment_start %s range_end %s segment_end %s",
+            "RR %s range_start %s segment_start %s range_end %s segment_end %s",
             dl, new_range_start, old_segment_start, new_range_end,
             old_segment_end)
         if new_range_end <= old_segment_start:
             # range ends before this segment starts, so don't look at any more locators
             break
 
-        if  old_segment_start <= new_range_start and new_range_end <= old_segment_end:
+        if old_segment_start <= new_range_start and new_range_end <= old_segment_end:
             # new range starts and ends in old segment
             # split segment into up to 3 pieces
             if (new_range_start-old_segment_start) > 0: