diff tests/test-parseindex.t @ 26053:b68c9d232db6

reachableroots: use internal "revstates" array to test if rev is a root The main goal of this patch series is to reduce the use of PyXxx() function that is likely to require ugly error handling and inc/decref. Plus, this is faster than using PySet_Contains(). revset #0: 0::tip 0) 0.004168 1) 0.003678 88% This patch ignores out-of-range roots as they are in the pure implementation. Because reachable sets are calculated from heads, and out-of-range heads raise IndexError, we can just take out-of-range roots as unreachable. Otherwise, the test of "hg log -Gr '. + wdir()'" would fail. "heads" argument is changed to a list. Should we have to rename the C function as its signature is changed?
author Yuya Nishihara <yuya@tcha.org>
date Fri, 14 Aug 2015 15:43:29 +0900
parents c6115c30a376
children be8a4e0800d8
line wrap: on
line diff
--- a/tests/test-parseindex.t	Tue Aug 18 16:40:10 2015 -0400
+++ b/tests/test-parseindex.t	Fri Aug 14 15:43:29 2015 +0900
@@ -69,28 +69,53 @@
   $ python <<EOF
   > from mercurial import changelog, scmutil
   > cl = changelog.changelog(scmutil.vfs('.hg/store'))
-  > print 'goods:'
+  > print 'good heads:'
   > for head in [0, len(cl) - 1, -1]:
-  >     print'%s: %r' % (head, cl.reachableroots(0, [head], set([0])))
-  > print 'bads:'
+  >     print'%s: %r' % (head, cl.reachableroots(0, [head], [0]))
+  > print 'bad heads:'
   > for head in [len(cl), 10000, -2, -10000, None]:
   >     print '%s:' % head,
   >     try:
-  >         cl.reachableroots(0, [head], set([0]))
+  >         cl.reachableroots(0, [head], [0])
   >         print 'uncaught buffer overflow?'
   >     except (IndexError, TypeError) as inst:
   >         print inst
+  > print 'good roots:'
+  > for root in [0, len(cl) - 1, -1]:
+  >     print '%s: %r' % (root, cl.reachableroots(root, [len(cl) - 1], [root]))
+  > print 'out-of-range roots are ignored:'
+  > for root in [len(cl), 10000, -2, -10000]:
+  >     print '%s: %r' % (root, cl.reachableroots(root, [len(cl) - 1], [root]))
+  > print 'bad roots:'
+  > for root in [None]:
+  >     print '%s:' % root,
+  >     try:
+  >         cl.reachableroots(root, [len(cl) - 1], [root])
+  >         print 'uncaught error?'
+  >     except TypeError as inst:
+  >         print inst
   > EOF
-  goods:
+  good heads:
   0: <baseset [0]>
   1: <baseset [0]>
   -1: <baseset []>
-  bads:
+  bad heads:
   2: head out of range
   10000: head out of range
   -2: head out of range
   -10000: head out of range
   None: an integer is required
+  good roots:
+  0: <baseset [0]>
+  1: <baseset [1]>
+  -1: <baseset [-1]>
+  out-of-range roots are ignored:
+  2: <baseset []>
+  10000: <baseset []>
+  -2: <baseset []>
+  -10000: <baseset []>
+  bad roots:
+  None: an integer is required
 
   $ cd ..
 
@@ -127,7 +152,7 @@
   > n0, n1 = cl.node(0), cl.node(1)
   > ops = [
   >     ('reachableroots',
-  >      lambda: cl.index.reachableroots(0, [1], set([0]), False)),
+  >      lambda: cl.index.reachableroots2(0, [1], [0], False)),
   >     ('compute_phases_map_sets', lambda: cl.computephases([[0], []])),
   >     ('index_headrevs', lambda: cl.headrevs()),
   >     ('find_gca_candidates', lambda: cl.commonancestorsheads(n0, n1)),