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Proof step 8 from proof refine-read (previous step)

avols[default-volid][m2] = mapped(buf1, n1), buf = buf2, buf0 = buf, m = m1, m0 = m2, n = n2, n0 = n3, v = default-volid, m2 < # avols[default-volid], ebm-cons(avols), ebm-vol-inv(abs(avols[default-volid])), default-volid ∈ avols, n3 + n2 ≤ # buf2, m1 + n2 ≤ LEB_SIZE ⊦ ⟪fail_or_success#(; ; err); if err = ESUCCESS then if ¬ avols[v][m0].mapped? then buf0 := fill(buf0, empty, n0, n) else buf0 := copy(avols[v][m0].data, m, buf0, n0, n) else choose buf with # buf = # buf0 ∧ range=(buf, 0, buf0, 0, n0) ∧ range=(buf, n0 + n, buf0, n0 + n, # buf0 - n0 + n) in buf0 := buf⟫ ⟨ebm_avol_read#(m2, m1, n3, n2, abs(avols[default-volid]); buf2; err0)⟩ (buf0 = buf2 ∧ err = err0)

Heuristic simplifier applied rule simplifier

And obtained the following new goals

Proof step 9:
avols[default-volid][m2] = mapped(buf1, n1), m2 < # avols[default-volid], ebm-cons(avols), ebm-vol-inv(abs(avols[default-volid])), default-volid ∈ avols, m1 + n2 ≤ LEB_SIZE, n3 + n2 ≤ # buf2 ⊦ ⟪fail_or_success#(; ; err); buf := buf2; if err = ESUCCESS then if ¬ avols[default-volid][m2].mapped? then buf := fill(buf, empty, n3, n2) else buf := copy(avols[default-volid][m2].data, m1, buf, n3, n2) else {n0 := n3; n := n2; choose buf1 with # buf1 = # buf ∧ range=(buf1, 0, buf, 0, n0) ∧ range=(buf1, n0 + n, buf, n0 + n, # buf - n0 + n) in buf := buf1}⟫ ⟨ebm_avol_read#(m2, m1, n3, n2, abs(avols[default-volid]); buf2; err0)⟩ (buf = buf2 ∧ err = err0)

Proof step 8 from proof refine-read (previous step)

Heuristic simplifier applied rule simplifier

And obtained the following new goals

Rule argument

Additional information