133 #define EHDR_HALF(fn_name)				\  argument
134 static uint16_t ehdr64_##fn_name(Elf_Ehdr *ehdr)	\
136 	return r2(&ehdr->e64.e_##fn_name);		\
139 static uint16_t ehdr32_##fn_name(Elf_Ehdr *ehdr)	\
141 	return r2(&ehdr->e32.e_##fn_name);		\
144 static uint16_t ehdr_##fn_name(Elf_Ehdr *ehdr)		\
146 	return e.ehdr_##fn_name(ehdr);			\
153 #define SHDR_WORD(fn_name)				\  in EHDR_HALF()  argument
154 static uint32_t shdr64_##fn_name(Elf_Shdr *shdr)	\  in EHDR_HALF()
156 	return r(&shdr->e64.sh_##fn_name);		\  in EHDR_HALF()
159 static uint32_t shdr32_##fn_name(Elf_Shdr *shdr)	\
161 	return r(&shdr->e32.sh_##fn_name);		\
164 static uint32_t shdr_##fn_name(Elf_Shdr *shdr)		\
166 	return e.shdr_##fn_name(shdr);			\
169 #define SHDR_ADDR(fn_name)				\  argument
170 static uint64_t shdr64_##fn_name(Elf_Shdr *shdr)	\
172 	return r8(&shdr->e64.sh_##fn_name);		\
175 static uint64_t shdr32_##fn_name(Elf_Shdr *shdr)	\
177 	return r(&shdr->e32.sh_##fn_name);		\
180 static uint64_t shdr_##fn_name(Elf_Shdr *shdr)		\
182 	return e.shdr_##fn_name(shdr);			\
185 #define SHDR_WORD(fn_name)				\  argument
186 static uint32_t shdr64_##fn_name(Elf_Shdr *shdr)	\
188 	return r(&shdr->e64.sh_##fn_name);		\
191 static uint32_t shdr32_##fn_name(Elf_Shdr *shdr)	\
193 	return r(&shdr->e32.sh_##fn_name);		\
195 static uint32_t shdr_##fn_name(Elf_Shdr *shdr)		\
197 	return e.shdr_##fn_name(shdr);			\
209 #define SYM_ADDR(fn_name)			\  argument
210 static uint64_t sym64_##fn_name(Elf_Sym *sym)	\
212 	return r8(&sym->e64.st_##fn_name);	\
215 static uint64_t sym32_##fn_name(Elf_Sym *sym)	\
217 	return r(&sym->e32.st_##fn_name);	\
220 static uint64_t sym_##fn_name(Elf_Sym *sym)	\
222 	return e.sym_##fn_name(sym);		\
225 #define SYM_WORD(fn_name)			\  argument
226 static uint32_t sym64_##fn_name(Elf_Sym *sym)	\
228 	return r(&sym->e64.st_##fn_name);	\
231 static uint32_t sym32_##fn_name(Elf_Sym *sym)	\
233 	return r(&sym->e32.st_##fn_name);	\
236 static uint32_t sym_##fn_name(Elf_Sym *sym)	\
238 	return e.sym_##fn_name(sym);		\
241 #define SYM_HALF(fn_name)			\  argument
242 static uint16_t sym64_##fn_name(Elf_Sym *sym)	\
244 	return r2(&sym->e64.st_##fn_name);	\
247 static uint16_t sym32_##fn_name(Elf_Sym *sym)	\
249 	return r2(&sym->e32.st_##fn_name);	\
252 static uint16_t sym_##fn_name(Elf_Sym *sym)	\
254 	return e.sym_##fn_name(sym);		\
278 #define RELA_ADDR(fn_name)					\  in SYM_WORD()  argument
279 static uint64_t rela64_##fn_name(Elf_Rela *rela)		\  in SYM_WORD()
281 	return r8((uint64_t *)&rela->e64.r_##fn_name);		\  in SYM_WORD()
284 static uint64_t rela32_##fn_name(Elf_Rela *rela)		\
286 	return r((uint32_t *)&rela->e32.r_##fn_name);		\
289 static uint64_t __maybe_unused rela_##fn_name(Elf_Rela *rela)	\
291 	return e.rela_##fn_name(rela);				\