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Ok so I made a lot of changes and the controls sample works pretty good now. What I changed or added: - Got all my modifications meshed into wxRuby2. - Added constructors to wxIcon.h - Changed Xrc.i to XmlResource.i and changed wxXrc to wxXmlResource within the file. I also had to change Xrc to XmlResource in rakewx.rb. - For backwards compatability with wxRuby 0.6 I added the subclass methods

...miscompiling pass: -instcombine Emitted bitcode to 'bugpoint-passinput.bc' [ Good! This is progress! ] *** You can reproduce the problem with: opt bugpoint-passinput.bc -instcombine Checking to see if the program is misoptimized when these functions are run through the pass: main sub0_ init_ Removing function main Removing function sub0_ Removing function init_ Optimizing functions being tested: done. Checking to see if the merged program executes correctly: <llc> About to run: llc -o bugpoint-test-program.bc.llc.s -f bugpoint-test-program.bc <cray> About to run: ftn...

...begin by using the '-num-fn=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c...

...to see the functioning numbering. > > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test...

...t;> >> clang -c -O2 -num-fn=-1 test.c >> >> Optimizing function (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> cla...

...begin by using the '-num-fn=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c...

...to see the functioning numbering. > > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test...

...O2 -num-fn=-1 test.c >>> >>> Optimizing function (1) prune_match >>> Optimizing function (2) free_S >>> Optimizing function (3) hash_S >>> Optimizing function (4) insert_S >>> Optimizing function (5) zero_S >>> Optimizing function (6) init_S >>> Optimizing function (7) matches_S >>> Optimizing function (8) clean_up >>> >>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >&gt...

...o see the > functioning numbering. > > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective > optimization and re-running the test case to determine the function in which > the problem occurs. > > clang -c -O2 -num-fn=...

...to see the functioning numbering. > > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test...

...begin by using the '-num-fn=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c...

...t;> >> clang -c -O2 -num-fn=-1 test.c >> >> Optimizing function (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> cla...

...t;> >> clang -c -O2 -num-fn=-1 test.c >> >> Optimizing function (1) prune_match >> Optimizing function (2) free_S >> Optimizing function (3) hash_S >> Optimizing function (4) insert_S >> Optimizing function (5) zero_S >> Optimizing function (6) init_S >> Optimizing function (7) matches_S >> Optimizing function (8) clean_up >> >> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >> >> cla...

...to see the functioning numbering. > > clang -c -O2 -num-fn=-1 test.c > > Optimizing function (1) prune_match > Optimizing function (2) free_S > Optimizing function (3) hash_S > Optimizing function (4) insert_S > Optimizing function (5) zero_S > Optimizing function (6) init_S > Optimizing function (7) matches_S > Optimizing function (8) clean_up > > The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. > > clang -c -O2 -num-fn=4 test...

...;>> >>>> Optimizing function (1) prune_match >>>> Optimizing function (2) free_S >>>> Optimizing function (3) hash_S >>>> Optimizing function (4) insert_S >>>> Optimizing function (5) zero_S >>>> Optimizing function (6) init_S >>>> Optimizing function (7) matches_S >>>> Optimizing function (8) clean_up >>>> >>>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem...

...O2 -num-fn=-1 test.c >>> >>> Optimizing function (1) prune_match >>> Optimizing function (2) free_S >>> Optimizing function (3) hash_S >>> Optimizing function (4) insert_S >>> Optimizing function (5) zero_S >>> Optimizing function (6) init_S >>> Optimizing function (7) matches_S >>> Optimizing function (8) clean_up >>> >>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. >&gt...

...>> Optimizing function (1) prune_match >>>>> Optimizing function (2) free_S >>>>> Optimizing function (3) hash_S >>>>> Optimizing function (4) insert_S >>>>> Optimizing function (5) zero_S >>>>> Optimizing function (6) init_S >>>>> Optimizing function (7) matches_S >>>>> Optimizing function (8) clean_up >>>>> >>>>> The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in w...

...begin by using the '-num-fn=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c...

...begin by using the '-num-fn=-1' option to see the functioning numbering. clang -c -O2 -num-fn=-1 test.c Optimizing function (1) prune_match Optimizing function (2) free_S Optimizing function (3) hash_S Optimizing function (4) insert_S Optimizing function (5) zero_S Optimizing function (6) init_S Optimizing function (7) matches_S Optimizing function (8) clean_up The developer would then use a binary search, recompiling with selective optimization and re-running the test case to determine the function in which the problem occurs. clang -c -O2 -num-fn=4 test.c <test passes> clang -c...

...:in `require__'' /usr/local/lib/ruby/site_ruby/1.8/rubygems/custom_require.rb:21:in `require'' /usr/local/lib/ruby/gems/1.8/gems/activesupport-1.3.1/lib/active_support/dependencies.rb:147:in `require'' /Users/gopalbalaji/Projects/test/config/../vendor/plugins/login_engine/init_engine.rb:6:in `start_engine'' /Users/gopalbalaji/Projects/test/config/../vendor/plugins/engines/lib/engines.rb:183:in `start_engine'' /Users/gopalbalaji/Projects/test/config/../vendor/plugins/engines/lib/engines.rb:132:in `start'' /Users/gopalbalaji/Projects/test/config/....