package linksem
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linksem_zarith
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Library
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package linksem
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Module
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abi_mips64 contains top-level definition for the MIPS64 ABI.
val abi_mips64_compute_program_entry_point :
'a ->
Nat_big_num.num ->
Nat_big_num.num Error.errorabi_mips64_compute_program_entry_point segs entry computes the program * entry point using ABI-specific conventions. On MIPS64 the entry point in * the ELF header (entry here) is the real entry point. On other ABIs, e.g. * PowerPC64, the entry point entry is a pointer into one of the segments * constituting the process image (passed in as segs here for a uniform * interface).
val header_is_mips64 : Elf_header.elf64_header -> booltype 'abifeature plt_entry_address_fn =
Nat_big_num.num ->
'abifeature Memory_image.annotated_memory_image ->
Nat_big_num.numtype 'abifeature mips64_abi_feature = | GOT1 of (string * Memory_image.symbol_definition option) list| PLT1 of (string * Memory_image.symbol_definition option * 'abifeature plt_entry_address_fn) list
val abiFeatureCompare1 : 'a mips64_abi_feature -> 'b mips64_abi_feature -> intval abiFeatureTagEq1 : 'a mips64_abi_feature -> 'b mips64_abi_feature -> boolval instance_Abi_classes_AbiFeatureTagEquiv_Abi_mips64_mips64_abi_feature_dict :
'abifeature mips64_abi_feature Abi_classes.abiFeatureTagEquiv_classval instance_Basic_classes_Ord_Abi_mips64_mips64_abi_feature_dict :
'abifeature mips64_abi_feature Lem_basic_classes.ord_classval section_is_special2 :
Elf_interpreted_section.elf64_interpreted_section ->
'a ->
bool