The memory in an IA32 system is a sophisticated device: segments and p terjemahan - The memory in an IA32 system is a sophisticated device: segments and p Bahasa Indonesia Bagaimana mengatakan

The memory in an IA32 system is a s

The memory in an IA32 system is a sophisticated device: segments and page tables
specify access rights, a given region of memory might be visible in different virtualaddress
ranges, bogus TLB entries might cause the address translation from virtual
to physical addresses in the CPU to differ from what is specified in the page table,
and much more. When verifying kernel code we cannot ignore these effects, not even
for most innocent code, because of the errors that they might cause.
As a consequence we have designed the plain-memory abstraction for the verification
of those parts of the kernel that require only the standard C++ memory model.
The plain-memory abstraction deals with the following issues.
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The memory in an IA32 system is a sophisticated device: segments and page tablesspecify access rights, a given region of memory might be visible in different virtualaddressranges, bogus TLB entries might cause the address translation from virtualto physical addresses in the CPU to differ from what is specified in the page table,and much more. When verifying kernel code we cannot ignore these effects, not evenfor most innocent code, because of the errors that they might cause.As a consequence we have designed the plain-memory abstraction for the verificationof those parts of the kernel that require only the standard C++ memory model.The plain-memory abstraction deals with the following issues.
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Memori dalam sistem IA32 adalah perangkat canggih: segmen dan tabel halaman
menentukan hak akses, suatu wilayah memori mungkin terlihat dalam virtualaddress berbeda
rentang, entri TLB palsu dapat menyebabkan terjemahan alamat dari maya
ke alamat fisik CPU berbeda dari apa yang ditentukan dalam tabel halaman,
dan banyak lagi. Ketika memverifikasi kode kernel kita tidak bisa mengabaikan efek ini, bahkan tidak
untuk kode yang paling bersalah, karena kesalahan yang mereka dapat menyebabkan.
Akibatnya kami telah merancang abstraksi plain-memori untuk verifikasi
dari bagian-bagian dari kernel yang hanya membutuhkan standar C ++ model memori.
polos memori penawaran abstraksi dengan isu-isu berikut.
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