search for: rss_xxx

...reate AbsoluteAtom for each of these cases and set 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::Ref...

...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 &...

...hese cases and set 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. >...

...>>> 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 xxxRelocati...

...; 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...

...e 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 > >> >>> val...

...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 >> >&...

...> 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 xx...

...gt;> >>> 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...