This is 0.79_53 - update META.yml, and META.json

[p5sagit/Devel-Size.git] / t / magic.t

diff --git a/t/magic.t b/t/magic.t
index 8dfb6de..3fa7d05 100644 (file)
--- a/t/magic.t
+++ b/t/magic.t
@@ -15,7 +15,12 @@ require Tie::Scalar;
           'size increases due to magic');
 }
 
-{
+SKIP: {
+    # bug in perl added in blead by commit 815f25c6e302f84e, fixed in commit
+    # f5c235e79ea25787, merged to maint-5.8 as 0710cc63c26afd0c and
+    # 8298b2e171ce84cf respectively.
+    skip("This triggers a formline assertion on $]", 4)
+       if $] > 5.008000 && $] < 5.008003;
     my $string = 'Perl Rules';
     my $before_size = total_size($string);
     formline $string;
@@ -41,13 +46,14 @@ require Tie::Scalar;
     my $after_size = total_size($string);
     cmp_ok($after_size, '>', $before_size, 'size increases due to magic');
     is($string, undef, 'No value yet');
+    my $small_size = total_size($string);
     # This is defineately cheating, in that we're poking inside the
     # implementation of Tie::StdScalar, but if we just write to $string, the way
     # magic works, the (nice long) value is first written to the regular scalar,
     # then picked up by the magic. So it grows, which defeats the purpose of the
     # test.
     ${tied $string} = 'X' x 1024;
-    cmp_ok(total_size($string), '>', $after_size + 1024,
+    cmp_ok(total_size($string), '>', $small_size + 1024,
           'the magic object is counted');
 }