Borland support is not as seamless as MinGW, yet; it should still be very usable. (At least for Parrot proper; I have not tried any of this with IMCC, Perl6, or the other languages.)
This works for me with ActivePerl 631 (5.6.1), and Borland's C++ 5.5.1 (The free version).
First, configure with 'cc' and 'link' set to 'bcc32', and removing the linkflags from Perl5:
Edit "Makefile", changing 'AR_CR' from 'lib cr' to 'rem', like so:perl Configure.pl --cc=bcc32 --link=bcc32 --linkflags=""
Then build and test the code. Expect lots of warnings during the build.-AR_CR = lib cr +AR_CR = rem
nmake nmake test
If you don't have nmake, get it free from Microsoft here: nmake. Borland's make will fail without some hacking.
I get these test failures, all of which I expected. (I am working on patches for all of them; none should affect your use of Parrot assembler):
Also, expect some tests to pass, but give spurious/false exit code failures, like this: failed with exit code 1 Again, this is a known bug in Win32. (I just haven't filed the patch, yet).Failed Test Status Wstat Total Fail Failed List of Failed --------------------------------------------------------------- t/op/hacks.t 1 256 9 1 11.11% 7 t/op/string.t 1 256 99 1 1.01% 97 t/src/basic.t 255 65280 2 2 100.00% 1-2 t/src/exit.t 255 65280 2 2 100.00% 1-2 t/src/intlist.t 255 65280 4 4 100.00% 1-4 t/src/list.t 255 65280 2 2 100.00% 1-2 t/src/sprintf.t 255 65280 2 2 100.00% 1-2
In reply to Re: Parrot build mechanism expertise required.
by Util
in thread Parrot build mechanism expertise required.
by BrowserUk
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