def tb.r32

bend-osdev-acpi@0.1.1.0 · PROOF_tables.bend:110

import Base
import bend-osdev-bytes@0.1.1.0/bytes.bend as B
import bend-osdev-bytes@0.1.1.0/LAWS.bend as BL
import bend-osdev-acpi@0.1.1.0/header.bend as H
import bend-osdev-acpi@0.1.1.0/fields.bend as F

110def tb.r32(+s: B.Octets, +l: U32, +r: U32, +c: U32, +o: B.Octets, +t: B.Octets, +orv: U32, +ci: B.Octets, +cr: U32, +sig4: {B.Octets.len(s) == 4n : Nat}, +oem6: {B.Octets.len(o) == 6n : Nat}, +tid8: {B.Octets.len(t) == 8n : Nat}, +cid4: {B.Octets.len(ci) == 4n : Nat}, +body: B.Octets, +k: Nat) -> {F.AcpiF.u32(body, k) == F.AcpiF.u32(B.Octets.append(H.AcpiHeader.encode(H.AcpiHeader{s, l, r, c, o, t, orv, ci, cr}), body), Nat.add(36n, k)) : U32}:
111  %tb.elen(s, l, r, c, o, t, orv, ci, cr, sig4, oem6, tid8, cid4) : {F.AcpiF.u32(body, k) == Maybe.default(&2, U32, B.Octets.le32_at(B.Octets.append(H.AcpiHeader.encode(H.AcpiHeader{s, l, r, c, o, t, orv, ci, cr}), body), Nat.add(_, k)), 0) : U32}
112  %Equal.sym(Maybe<&2, U32>, B.Octets.le32_at(B.Octets.append(H.AcpiHeader.encode(H.AcpiHeader{s, l, r, c, o, t, orv, ci, cr}), body), Nat.add(B.Octets.len(H.AcpiHeader.encode(H.AcpiHeader{s, l, r, c, o, t, orv, ci, cr})), k)), B.Octets.le32_at(body, k), BL.octets_le32_at_append_add(H.AcpiHeader.encode(H.AcpiHeader{s, l, r, c, o, t, orv, ci, cr}), body, k)) : {F.AcpiF.u32(body, k) == Maybe.default(&2, U32, _, 0) : U32}
113  {==}