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Proof step 11 from proof inv-write (previous step)

err = ESUCCESS, err0 = err1, f = fs[fh.fid], fh = ofh[fd], n0 = n1, root.dir?, fids-cons(root, fs, ofh), pre-write(fd, buf, n0, err, user, root, fs, ofh), fd ∈ ofh, fh.fid ∈ fs, n ≤ n0, n1 ≤ # buf ⊦ ⟪n0 := n; f.content := splice(buf, 0, f.content, fh.pos, n0); fs[fh.fid] := f; ofh[fd].pos := fh.pos + n0; psynced := ?⟫ fids-cons(root, fs, ofh)

Heuristic symbolic execution applied rule assign right

And obtained the following new goals

Proof step 12:
err = ESUCCESS, err0 = err1, f = fs[fh.fid], fh = ofh[fd], n0 = n1, root.dir?, fids-cons(root, fs, ofh), pre-write(fd, buf, n0, err, user, root, fs, ofh), fh.fid ∈ fs, fd ∈ ofh, n1 ≤ # buf, n ≤ n0 ⊦ ⟪f.content := splice(buf, 0, f.content, fh.pos, n); fs[fh.fid] := f; ofh[fd].pos := fh.pos + n; psynced := ?⟫ fids-cons(root, fs, ofh)

Proof step 11 from proof inv-write (previous step)

Heuristic symbolic execution applied rule assign right

And obtained the following new goals

Rule argument

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