This is perl, v5.10.1 (perl-5.10.1*) built for MSWin32-x86-multi-threa +d
ActivePerl$ perl -MBenchmark -lwe "my$x=q//; print timestr(timeit(eval($ARGV[0]) +,sub{$x .= (q/x/ x 1000);}));" 10_000 32 wallclock secs (20.41 usr + 9.34 sys = 29.75 CPU) @ 336.13/s (n=10 +000)
>perl -v This is perl, v5.8.9 built for MSWin32-x86-multi-thread (with 9 regist +ered patches, see perl -V for more detail) >perl -MBenchmark -lwe "my$x=q//; print timestr(timeit(eval($ARGV[0]), +sub{$x .= (q/x/ x 100);}));" 10_000 33 wallclock secs (20.53 usr + 9.47 sys = 30.00 CPU) @ 333.32/s (n=10 +000)
In reply to Re^2: Why is Windows 100 times slower than Linux when growing a large scalar?
by Anonymous Monk
in thread Why is Windows 100 times slower than Linux when growing a large scalar?
by Anonymous Monk
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