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#!/bin/bash
set -e
name=${1%.*}
DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
echo "Running CVC4..."
cvc4 --proof --dump-proof --no-simplification --fewer-preprocessing-holes --no-bv-eq --no-bv-ineq --no-bv-algebraic $1 > $name.lfsc
# sed -i -e '1d' $name.lfsc
# echo "Convert LFSC proof to SMTCoq..."
$DIR/../lfsctosmtcoq.native $name.lfsc | grep "^1:" -A 9999999 > $name.log
echo "Creating Coq file..."
cat > $name.v <<EOF
Require Import SMTCoq Bool List.
Import ListNotations BVList.BITVECTOR_LIST FArray.
Local Open Scope list_scope.
Local Open Scope farray_scope.
Local Open Scope bv_scope.
Section File.
Verit_Checker "$name.smt2" "$name.log".
End File.
EOF
cat > ${name}_debug.v <<EOF
Require Import SMTCoq Bool List.
Import ListNotations BVList.BITVECTOR_LIST FArray.
Local Open Scope list_scope.
Local Open Scope farray_scope.
Local Open Scope bv_scope.
Section File.
Verit_Checker_Debug "$name.smt2" "$name.log".
End File.
(*
Section File2.
Parse_certif_verit t_i t_func t_atom t_form root used_roots trace "$name.smt2" "$name.log".
Compute (
let (nclauses, t, confl) := trace in
let s := add_roots (S.make nclauses) root used_roots in
let s' := Structures.trace_fold
(fun s a =>
(@Euf_Checker.step_checker t_i t_func t_atom t_form) s a
) s t in
let s'' := PArray.mapi (fun i c => (to_Z i, List.map to_Z c)) s' in
(PArray.to_list s'', to_Z confl)).
End File2.
*)
EOF
cat > ${name}_debug.sh <<EOF
#!/bin/sh
coqc -q -R $DIR/../.. SMTCoq ${name}_debug.v | grep --color -E "\[0(;\s+0)*\]| 0|"
EOF
chmod +x ${name}_debug.sh
echo "Checking with Coq..."
coqc -q -R $DIR/../.. SMTCoq $name.v
exit 0
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