search for: relocationhandl

...et them as the reference's target. The problem is that these atoms are fake and should not go to the symbol table. One more problem is to select unique names for these atoms. b) Use two high bits of lld::Reference::_kindValue field to encode RSS_xxx value. Then decode these bits in the RelocationHandler to calculate result of relocation. In that case the problem is how to represent a relocation kind value in YAML format. The simple xxxRelocationStringTable::kindStrings[] array will not satisfy us. c) Add one more field to the lld::Reference class. Something like the DefinedAtom::CodeModel...

...roblem is that these atoms are fake and should not go to the >> symbol table. >> One more problem is to select unique names for these atoms. >> b) Use two high bits of lld::Reference::_kindValue field to encode >> RSS_xxx value. >> Then decode these bits in the RelocationHandler to calculate result >> of relocation. >> In that case the problem is how to represent a relocation kind >> value in YAML format. >> The simple xxxRelocationStringTable::kindStrings[] array will not >> satisfy us. >> c) Add one more field to the lld::Ref...

...rget. > The problem is that these atoms are fake and should not go to the > symbol table. > One more problem is to select unique names for these atoms. > b) Use two high bits of lld::Reference::_kindValue field to encode > RSS_xxx value. > Then decode these bits in the RelocationHandler to calculate result > of relocation. > In that case the problem is how to represent a relocation kind > value in YAML format. > The simple xxxRelocationStringTable::kindStrings[] array will not > satisfy us. > c) Add one more field to the lld::Reference class. Something...

...d not go to the > >>> symbol table. > >>> One more problem is to select unique names for these atoms. > >>> b) Use two high bits of lld::Reference::_kindValue field to encode > >>> RSS_xxx value. > >>> Then decode these bits in the RelocationHandler to calculate result > >>> of relocation. > >>> In that case the problem is how to represent a relocation kind > >>> value in YAML format. > >>> The simple xxxRelocationStringTable::kindStrings[] array will not > >>> satisfy us. &...

...tional data provided in the > relocation record. That is why I asked the initial question in this > thread. The current solution is to extend the `Reference` class and > add one more attribute to it. > > The second problem is how to handle these three relocations. Now the > `TargetRelocationHandler::applyRelocation()` method called one-by-one > for each reference. That is not applied to the MIPS N64 ABI > relocations. In that case we need to calculate the first one, save the > result, calculate the second one using result from the first step, > repeat that for the third relocati...

...mbol table. > >> >>> One more problem is to select unique names for these atoms. > >> >>> b) Use two high bits of lld::Reference::_kindValue field to encode > >> >>> RSS_xxx value. > >> >>> Then decode these bits in the RelocationHandler to calculate > >> >>> result > >> >>> of relocation. > >> >>> In that case the problem is how to represent a relocation kind > >> >>> value in YAML format. > >> >>> The simple xxxRelocationStringTabl...

...> >> >>> One more problem is to select unique names for these atoms. >> >> >>> b) Use two high bits of lld::Reference::_kindValue field to encode >> >> >>> RSS_xxx value. >> >> >>> Then decode these bits in the RelocationHandler to calculate >> >> >>> result >> >> >>> of relocation. >> >> >>> In that case the problem is how to represent a relocation kind >> >> >>> value in YAML format. >> >> >>> The simple xxx...

...ion record. That is why I asked the initial question in this >>> thread. The current solution is to extend the `Reference` class and >>> add one more attribute to it. >>> >>> The second problem is how to handle these three relocations. Now the >>> `TargetRelocationHandler::applyRelocation()` method called one-by-one >>> for each reference. That is not applied to the MIPS N64 ABI >>> relocations. In that case we need to calculate the first one, save the >>> result, calculate the second one using result from the first step, >>> re...

...roblem is to select unique names for these atoms. >>>> >> >>> b) Use two high bits of lld::Reference::_kindValue field to >>>> encode >>>> >> >>> RSS_xxx value. >>>> >> >>> Then decode these bits in the RelocationHandler to calculate >>>> >> >>> result >>>> >> >>> of relocation. >>>> >> >>> In that case the problem is how to represent a relocation >>>> kind >>>> >> >>> value in YAML format....