54         ehdr: &FileHeader<AnyEndian>,  in probe_x86_64()
57         if ehdr.class != elf::file::Class::ELF64 {  in probe_x86_64()
62         if ElfMachine::from(ehdr.e_machine) != ElfMachine::X86_64 {  in probe_x86_64()
69             if ElfType::from(ehdr.e_type) != ElfType::Executable {  in probe_x86_64()
346         ehdr: &elf::file::FileHeader<AnyEndian>,  in create_auxv()
353             .insert(AtType::PhEnt as u8, ehdr.e_phentsize as usize);  in create_auxv()
360             .insert(AtType::PhNum as u8, ehdr.e_phnum as usize);  in create_auxv()
380         let ehdr: FileHeader<_> = FileHeader::parse_tail(ident, tail_buf)?;  in parse_ehdr()  localVariable
381         return Ok(ehdr);  in parse_ehdr()
398         ehdr: &FileHeader<AnyEndian>,  in parse_segments()
402         if ehdr.e_phoff == 0 {  in parse_segments()
409         let mut phnum = ehdr.e_phnum as usize;  in parse_segments()
411             let shoff: usize = ehdr.e_shoff.try_into()?;  in parse_segments()
416             let shdr_buf_size = ehdr.e_shentsize * 2;  in parse_segments()
423                 ehdr.endianness,  in parse_segments()
424                 ehdr.class,  in parse_segments()
433             ehdr.class,  in parse_segments()
434             ehdr.e_phentsize as usize,  in parse_segments()
436         let phoff: usize = ehdr.e_phoff.try_into()?;  in parse_segments()
456             ehdr.endianness,  in parse_segments()
457             ehdr.class,  in parse_segments()
468         let ehdr = Self::parse_ehdr(buf).map_err(|_| ExecError::NotExecutable)?;  in probe()  localVariable
471         return self.probe_x86_64(param, &ehdr);  in probe()
483         let ehdr = Self::parse_ehdr(head_buf).map_err(|_| ExecError::NotExecutable)?;  in load()  localVariable
488         let elf_type = ElfType::from(ehdr.e_type);  in load()
501         let loadable_sections = Self::parse_segments(param, &ehdr, &mut phdr_buf)  in load()
608             if (seg_to_load.p_offset <= ehdr.e_phoff)  in load()
609                 && (ehdr.e_phoff < (seg_to_load.p_offset + seg_to_load.p_filesz))  in load()
612                     (ehdr.e_phoff - seg_to_load.p_offset + seg_to_load.p_vaddr) as usize,  in load()
672         let program_entrypoint = VirtAddr::new(ehdr.e_entry as usize + load_bias);  in load()
701         self.create_auxv(param, program_entrypoint, phdr_vaddr, &ehdr)?;  in load()