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...**argv) { ... } ...to... extern "C" int llcmain(int argc, char **argv) { ... } Now I am calling this function directly from my server code. This works fine for the first build, however any other builds fail in CommandLine.cpp:1101 CommandLineParser::ParseCommandLineOptions assert(hasOptions() && "No options specified!"); <--fails here I'm trying to work out why this is breaking, I am assuming there is some global state left after processing that llc.cpp doesn't normally need to worry about? Is there a way to reset this global state cleanly? I'm ass...

...args.h:274: error: virtual outside class declaration /root/Asterisk/h323/pwlib/include/ptlib/args.h:274: error: non-member function `PINDEX GetOptionCount(...)' cannot have `const' method qualifier /root/Asterisk/h323/pwlib/include/ptlib/args.h:283: error: non-member function `BOOL HasOption(char)' cannot have `const' method qualifier /root/Asterisk/h323/pwlib/include/ptlib/args.h:287: error: non-member function `BOOL HasOption(const char*)' cannot have `const' method qualifier /root/Asterisk/h323/pwlib/include/ptlib/args.h:290: error: syntax error before `&...

...cmain(int argc, char **argv) { > ... > } > > > Now I am calling this function directly from my server code. This works fine for the first build, however any other builds fail in > > CommandLine.cpp:1101 > > CommandLineParser::ParseCommandLineOptions > > assert(hasOptions() && "No options specified!"); <--fails here > > > I'm trying to work out why this is breaking, I am assuming there is some global state left after processing that llc.cpp doesn't normally need to worry about? > > Is there a way to reset this global s...

...or before `&' token /root/pwlib/include/ptlib/args.h:274: virtual outside class declaration /root/pwlib/include/ptlib/args.h:274: non-member function `PINDEX GetOptionCount(...)' cannot have `const' method qualifier /root/pwlib/include/ptlib/args.h:283: non-member function `BOOL HasOption(char) ' cannot have `const' method qualifier /root/pwlib/include/ptlib/args.h:287: non-member function `BOOL HasOption(const char*)' cannot have `const' method qualifier /root/pwlib/include/ptlib/args.h:290: parse error before `&' token /root/pwlib/include/ptlib/args....

...or before `&' token /root/pwlib/include/ptlib/args.h:274: virtual outside class declaration /root/pwlib/include/ptlib/args.h:274: non-member function `PINDEX GetOptionCount(...)' cannot have `const' method qualifier /root/pwlib/include/ptlib/args.h:283: non-member function `BOOL HasOption(char) ' cannot have `const' method qualifier /root/pwlib/include/ptlib/args.h:287: non-member function `BOOL HasOption(const char*)' cannot have `const' method qualifier /root/pwlib/include/ptlib/args.h:290: parse error before `&' token /root/pwlib/include/ptlib/args....

...nings in > > // use by the vendor. > > llvm::TargetTuple TT(GnuTriple); > // Then mutate the TargetTuple according to the compiler options (or > equivalent depending > > // on the tool, for example disassemblers would mutate it according to the > object headers). > if (hasOption("-EL")) > TT.setLittleEndian() > > ... > > At this point, TT would be > "+mipsel-unknown-linux-gnu-elf32-some-other-stuff" (exact serialization is > t.b.d and may end up target dependent) which we can then rely on in the > rest of LLVM. This split resol...

...etTuple according to the (possibly customized) meanings in // use by the vendor. llvm::TargetTuple TT(GnuTriple); // Then mutate the TargetTuple according to the compiler options (or equivalent depending // on the tool, for example disassemblers would mutate it according to the object headers). if (hasOption("-EL")) TT.setLittleEndian() ... At this point, TT would be "+mipsel-unknown-linux-gnu-elf32-some-other-stuff" (exact serialization is t.b.d and may end up target dependent) which we can then rely on in the rest of LLVM. This split resolves the issue of llvm::Triple objects no...

...etTuple according to the (possibly customized) meanings in // use by the vendor. llvm::TargetTuple TT(GnuTriple); // Then mutate the TargetTuple according to the compiler options (or equivalent depending // on the tool, for example disassemblers would mutate it according to the object headers). if (hasOption("-EL")) TT.setLittleEndian() ... At this point, TT would be "+mipsel-unknown-linux-gnu-elf32-some-other-stuff" (exact serialization is t.b.d and may end up target dependent) which we can then rely on in the rest of LLVM. This split resolves the issue of llvm::Triple objects no...

...mized) > meanings in > // use by the vendor. > llvm::TargetTuple TT(GnuTriple); > // Then mutate the TargetTuple according to the compiler options (or > equivalent depending > // on the tool, for example disassemblers would mutate it according to the > object headers). > if (hasOption("-EL")) > TT.setLittleEndian() > ... > At this point, TT would be > "+mipsel-unknown-linux-gnu-elf32-some-other-stuff" (exact serialization is > t.b.d and may end up target dependent) which we can then rely on in the > rest of LLVM. This split resolves the is...

...etTuple according to the (possibly customized) meanings in // use by the vendor. llvm::TargetTuple TT(GnuTriple); // Then mutate the TargetTuple according to the compiler options (or equivalent depending // on the tool, for example disassemblers would mutate it according to the object headers). if (hasOption("-EL")) TT.setLittleEndian() ... At this point, TT would be "+mipsel-unknown-linux-gnu-elf32-some-other-stuff" (exact serialization is t.b.d and may end up target dependent) which we can then rely on in the rest of LLVM. This split resolves the issue of llvm::Triple objects no...

...class="cx"> </span><del>-If the given option is not present, the function returns $0$. Use </del><ins>+If the given option is not present, the function returns $0$. Use </ins><span class="cx"> "Image#has_option":image.html#Image_hasoption is $0$ is a possibly valid value </span><span class="cx"> for the option. </span><span class="cx"> </span><span class="lines">@@ -736,7 +795,7 @@ </span><span class="cx"> </span><span class="cx&q...