Searched refs:module_end (Results 1 – 7 of 7) sorted by relevance
148 handle_file_note (GElf_Addr module_start, GElf_Addr module_end, in handle_file_note() argument194 if (firstix != -1 && mstart < module_end) in handle_file_note()196 if (mend >= module_end) in handle_file_note()456 GElf_Addr module_end = 0; in dwfl_segment_report_module() local633 if (module_end < vaddr_end) in dwfl_segment_report_module()634 module_end = vaddr_end; in dwfl_segment_report_module()651 module_end += bias; in dwfl_segment_report_module()667 if (module_start <= module->l_ld && module->l_ld < module_end) in dwfl_segment_report_module()675 && module->l_ld < module_end + fixup) in dwfl_segment_report_module()678 module_end += fixup; in dwfl_segment_report_module()[all …]
56 module_iterator module_end() const { return module_iterator(Mods.end()); } in module_end() function59 return make_range(module_begin(), module_end()); in modules()
93 In this diagram, the integrity check hashes from `module_start` to `module_end`. Since this does no…114 …ls that delimit the module's code and data (called `module_start` and `module_end` in the diagram …119 … function within the module calculates an HMAC from `module_start` to `module_end` using a fixed, …133 …art.o` and `fips_end.o`, in order to establish the `module_start` and `module_end` values. BoringC…
529 module_iterator module_end() const { return Modules.end(); } in module_end() function
1383 MEnd = ModMap.module_end(); in collectAllModules()
780 ANNOTATION(module_end)
1709 E = MMap.module_end(); I != E; ++I) { in loadGlobalModuleIndex()