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Proof step 155 from proof inv-format (previous step)

# wlar = # apebs0, apebs = apebs0, err = ESUCCESS, n = # apebs0, n = # apebs, vtblpnum0 = n, vtblpnum1 = LEB_SIZE, vtblpnum3 = 0, wlar0 = mkwlarray(n), ubi-io-initial(apebs0), vtblpnum ≤ # apebs0, err0 = ESUCCESS → ubi-io-initial(apebs0) ∧ vtblpnum2 ≤ # apebs0 ∧ (∀ n3. n3 < vtblpnum → (apebs0[n3].bad → wlar[n3] = wl-entry(0, erroneous)) ∧ (¬ apebs0[n3].bad → apebs0[n3].echdr.valid? ∧ wlar[n3] = wl-entry(apebs0[n3].echdr.ec, free) ∧ apebs0[n3].vidhdr = empty)) ∧ (vtblpnum2 ≠ # apebs0 → ¬ apebs0[vtblpnum2].bad), err0 = ESUCCESS ∨ ⌊err0⌋ ⊦ ⟪if err0 = ESUCCESS then if vtblpnum2 = n then err0 := ENOSPC else {aubi_io_write_vidhdr#(vtblpnum2, avidhdr(VTBL_VOLID, VTBL_LNUM, 0, 0, 0); apebs0; err0); if err0 = ESUCCESS then if vtblpnum1 < ENCODED_NAT_SIZE then err0 := ENOSPC else let buf = mkbuf(vtblpnum1), vtbl = ∅ in {encode_vtbl#(; vtbl, buf; err0); if err0 = ESUCCESS then aubi_io_write_data#(vtblpnum2, 0, 0, vtblpnum1, buf; apebs0; err0)}; vols := ∅; wlar[vtblpnum2] := wl-entry(wlar[vtblpnum2].ec, used); q := []; sqnum := 1; bflipset := ∅}⟫ ( ( err0 = ESUCCESS → # apebs0 = # wlar ∧ unique-sqns(apebs0) ∧ valid-global-sqn(apebs0, sqnum) ∧ valid-wl(apebs0, wlar) ∧ valid-eraseq(q) ∧ valid-eraseq(wlar, q) ∧ valid-eraseq(apebs0, q) ∧ ¬ VTBL_VOLID ∈ vols ∧ bflipset-cons(bflipset, wlar) ∧ valid-ebatbl(apebs0, wlar, vols, vtblpnum2) ∧ valid-vtbl(apebs0, vols, wlar, vtblpnum2) ∧ vtblpnum1 = LEB_SIZE ∧ ubi-io-inv(apebs0)) ∧ (err0 = ESUCCESS ∨ ⌊err0⌋ ) ∧ (err0 = ESUCCESS → vols = ∅)), vtblpnum < n ∧ err0 = ESUCCESS

Heuristic conditional right split applied rule if right

And obtained the following new goals

Rule argument

pos: right 1

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