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@@ -643,10 +643,10 @@ int main(int argc, char** argv)
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outln("Relocation section '{}' at offset {:#08x} contains zero entries:", object->relocation_section().name(), object->relocation_section().offset());
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} else {
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outln("Relocation section '{}' at offset {:#08x} contains {} entries:", object->relocation_section().name(), object->relocation_section().offset(), object->relocation_section().entry_count());
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- outln(" Offset{} Type Sym Value{} Sym Name", addr_padding, addr_padding);
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+ outln(" Offset{} Type Sym Value{} Sym Name", addr_padding, addr_padding);
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object->relocation_section().for_each_relocation([](const ELF::DynamicObject::Relocation& reloc) {
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out(" {:p} ", reloc.offset());
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- out(" {:17} ", object_relocation_type_to_string(reloc.type()));
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+ out(" {:18} ", object_relocation_type_to_string(reloc.type()));
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out(" {:p} ", reloc.symbol().value());
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out(" {}", reloc.symbol().name());
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outln();
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@@ -658,10 +658,10 @@ int main(int argc, char** argv)
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outln("Relocation section '{}' at offset {:#08x} contains zero entries:", object->plt_relocation_section().name(), object->plt_relocation_section().offset());
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} else {
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outln("Relocation section '{}' at offset {:#08x} contains {} entries:", object->plt_relocation_section().name(), object->plt_relocation_section().offset(), object->plt_relocation_section().entry_count());
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- outln(" Offset{} Type Sym Value{} Sym Name", addr_padding, addr_padding);
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+ outln(" Offset{} Type Sym Value{} Sym Name", addr_padding, addr_padding);
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object->plt_relocation_section().for_each_relocation([](const ELF::DynamicObject::Relocation& reloc) {
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out(" {:p} ", reloc.offset());
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- out(" {:17} ", object_relocation_type_to_string(reloc.type()));
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+ out(" {:18} ", object_relocation_type_to_string(reloc.type()));
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out(" {:p} ", reloc.symbol().value());
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out(" {}", reloc.symbol().name());
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outln();
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