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Proof step 80 from proof truncate-empty (previous step)

VFS_PAGE_SIZE = n0 + n % VFS_PAGE_SIZE, files1[ino0] = mkfile(m, md0, # links(ino0, dirs), content0), files = files0, files0 = files1 [ino0, mkfile(m, md0, # links(ino0, dirs), content0[n / VFS_PAGE_SIZE, fill(content0[n / VFS_PAGE_SIZE], zero, n % VFS_PAGE_SIZE, n0)] upto n) ], ino = inode.ino, inode = mkinode(ino0, md1, false, # links(ino0, dirs), 0, n), inode0 = mkinode(ino0, md1, false, # links(ino0, dirs), 0, n), afs-cons(dirs, files1), ino ∈ dirs, ino0 ∈ files1, n / VFS_PAGE_SIZE ∈ content0 ⊦ [err := ESUCCESS; asynced := ?] (err = ESUCCESS → files[ino0].content.stream from n = σ⊥), n % VFS_PAGE_SIZE = 0, ino ∈ files

Heuristic symbolic execution applied rule assign right

And obtained the following new goals

Proof step 81:
VFS_PAGE_SIZE = n0 + n % VFS_PAGE_SIZE, files1[ino0] = mkfile(m, md0, # links(ino0, dirs), content0), files = files0, files0 = files1 [ino0, mkfile(m, md0, # links(ino0, dirs), content0[n / VFS_PAGE_SIZE, fill(content0[n / VFS_PAGE_SIZE], zero, n % VFS_PAGE_SIZE, n0)] upto n) ], ino = inode.ino, inode = mkinode(ino0, md1, false, # links(ino0, dirs), 0, n), inode0 = mkinode(ino0, md1, false, # links(ino0, dirs), 0, n), afs-cons(dirs, files1), n / VFS_PAGE_SIZE ∈ content0, ino0 ∈ files1, ino ∈ dirs ⊦ [asynced := ?] (ESUCCESS = ESUCCESS → files[ino0].content.stream from n = σ⊥), n % VFS_PAGE_SIZE = 0, ino ∈ files

Proof step 80 from proof truncate-empty (previous step)

Heuristic symbolic execution applied rule assign right

And obtained the following new goals

Rule argument

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