#!./perl
-print "1..50\n";
+print "1..53\n";
# First test whether the number stringification works okay.
# (Testing with == would exercize the IV/NV part, not the PV.)
$a = 1000; "$a";
print $a eq "1000" ? "ok 15\n" : "not ok 15 # $a\n";
+# more hex and binary tests below starting at 51
+
# Okay, now test the numerics.
# We may be assuming too much, given the painfully well-known floating
# point sloppiness, but the following are still quite reasonable
$a = 1e34; "$a";
unless ($^O eq 'posix-bc')
-{ print $a eq "1e+34" || $a eq "1e+034" ? "ok 45\n" : "not ok 45 $a\n"; }
+{ print $a eq "1e+34" || $a eq "1e+034" ? "ok 45\n" : "not ok 45 # $a\n"; }
else
{ print "ok 45 # skipped on $^O\n"; }
$b = 0.0005000000000000000104;
print $a <= $b ? "ok 46\n" : "not ok 46\n";
-if ($^O eq 'ultrix') {
- # Ultrix enters looong nirvana over this.
+if ($^O eq 'ultrix' || $^O eq 'VMS') {
+ # Ultrix enters looong nirvana over this. VMS blows up when configured with
+ # D_FLOAT (but with G_FLOAT or IEEE works fine). The test should probably
+ # make the number of 0's a function of NV_DIG, but that's not in Config and
+ # we probably don't want to suck Config into a base test anyway.
print "ok 47\n";
} else {
$a = 0.00000000000000000000000000000000000000000000000000000000000000000001;
$a = 57.295779513082320876798154814169;
print ok($a*10,572.95779513082320876798154814169,1e-10) ? "ok 50\n" :
"not ok 50 # $a\n";
+
+# Allow uppercase base markers (#76296)
+
+$a = 0Xabcdef; "$a";
+print $a eq "11259375" ? "ok 51\n" : "not ok 51 # $a\n";
+
+$a = 0XFEDCBA; "$a";
+print $a eq "16702650" ? "ok 52\n" : "not ok 52 # $a\n";
+
+$a = 0B1101; "$a";
+print $a eq "13" ? "ok 53\n" : "not ok 53 # $a\n";