| /external/elfutils/libebl/ |
| H A D | eblbackendname.c | 39 ebl_backend_name (Ebl *ebl) argument
41 return ebl != NULL ? ebl->emulation : gettext ("No backend");
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| H A D | eblbsspltp.c | 38 ebl_bss_plt_p (Ebl *ebl) argument
40 return ebl == NULL ? false : ebl->bss_plt_p (ebl->elf);
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| H A D | eblclosebackend.c | 40 ebl_closebackend (Ebl *ebl) argument
42 if (ebl != NULL)
45 ebl->destr (ebl);
48 if (ebl->dlhandle != NULL)
49 (void) dlclose (ebl->dlhandle);
52 free (ebl);
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| H A D | eblelfclass.c | 38 ebl_get_elfclass (Ebl *ebl) argument
40 return ebl->class;
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| H A D | eblelfdata.c | 38 ebl_get_elfdata (Ebl *ebl) argument
40 return ebl->data;
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| H A D | eblelfmachine.c | 38 ebl_get_elfmachine (Ebl *ebl) argument
40 return ebl->machine;
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| H A D | eblsysvhashentrysize.c | 38 ebl_sysvhash_entrysize (Ebl *ebl) argument
40 return ebl->sysvhash_entrysize;
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| H A D | eblabicfi.c | 37 ebl_abi_cfi (Ebl *ebl, Dwarf_CIE *abi_info) argument
39 return ebl == NULL ? -1 : ebl->abi_cfi (ebl, abi_info);
43 ebl_ra_offset (Ebl *ebl) argument
45 return ebl->ra_offset;
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| H A D | eblcheckreloctargettype.c | 37 ebl_check_reloc_target_type (Ebl *ebl, Elf64_Word sh_type) argument
39 if (ebl->check_reloc_target_type (ebl, sh_type))
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| H A D | eblcopyrelocp.c | 38 ebl_copy_reloc_p (Ebl *ebl, int reloc) argument
40 return ebl->copy_reloc_p (reloc);
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| H A D | ebldebugscnp.c | 39 ebl_debugscn_p (Ebl *ebl, const char *name) argument
41 return name != NULL && ebl->debugscn_p (name);
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| H A D | ebldwarftoregno.c | 36 ebl_dwarf_to_regno (Ebl *ebl, unsigned *regno) argument
38 /* ebl is declared NN */
39 return ebl->dwarf_to_regno == NULL ? true : ebl->dwarf_to_regno (ebl, regno);
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| H A D | ebldynamictagcheck.c | 39 ebl_dynamic_tag_check (Ebl *ebl, int64_t tag) argument
41 bool res = ebl != NULL ? ebl->dynamic_tag_check (tag) : false;
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| H A D | eblgotpcreloccheck.c | 39 ebl_gotpc_reloc_check (Ebl *ebl, int reloc) argument
41 return ebl != NULL ? ebl->gotpc_reloc_check (ebl->elf, reloc) : false;
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| H A D | eblmachineflagcheck.c | 38 ebl_machine_flag_check (Ebl *ebl, Elf64_Word flags) argument
40 return ebl != NULL ? ebl->machine_flag_check (flags) : (flags == 0);
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| H A D | eblmachinesectionflagcheck.c | 37 ebl_machine_section_flag_check (Ebl *ebl, GElf_Xword flags) argument
39 return ebl != NULL ? ebl->machine_section_flag_check (flags) : (flags == 0);
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| H A D | eblnonerelocp.c | 38 ebl_none_reloc_p (Ebl *ebl, int reloc) argument
40 return ebl->none_reloc_p (reloc);
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| H A D | eblnormalizepc.c | 36 ebl_normalize_pc (Ebl *ebl, Dwarf_Addr *pc) argument
38 /* ebl is declared NN */
39 if (ebl->normalize_pc != NULL)
40 ebl->normalize_pc (ebl, pc);
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| H A D | eblrelativerelocp.c | 38 ebl_relative_reloc_p (Ebl *ebl, int reloc) argument
40 return ebl->relative_reloc_p (reloc);
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| H A D | eblrelocsimpletype.c | 37 ebl_reloc_simple_type (Ebl *ebl, int reloc) argument
39 return ebl != NULL ? ebl->reloc_simple_type (ebl, reloc) : ELF_T_NUM;
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| H A D | eblreloctypecheck.c | 38 ebl_reloc_type_check (Ebl *ebl, int reloc) argument
40 return ebl != NULL ? ebl->reloc_type_check (reloc) : false;
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| H A D | eblrelocvaliduse.c | 38 ebl_reloc_valid_use (Ebl *ebl, int reloc) argument
40 return ebl != NULL ? ebl->reloc_valid_use (ebl->elf, reloc) : false;
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| H A D | eblresolvesym.c | 37 ebl_resolve_sym_value (Ebl *ebl, GElf_Addr *addr) argument
39 if (ebl == NULL || ebl->resolve_sym_value == NULL)
42 return ebl->resolve_sym_value (ebl, addr);
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| H A D | eblretval.c | 38 ebl_return_value_location (Ebl *ebl, Dwarf_Die *functypedie, argument
41 return ebl == NULL ? -1 : ebl->return_value_location (functypedie, locops);
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| H A D | eblshflagscombine.c | 38 ebl_sh_flags_combine (Ebl *ebl, GElf_Word flags1, GElf_Word flags2) argument
40 return ebl->sh_flags_combine (flags1, flags2);
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