bedrock.lang.cpp.logic.mpred
(*
* Copyright (c) 2020 BlueRock Security, Inc.
* This software is distributed under the terms of the BedRock Open-Source License.
* See the LICENSE-BedRock file in the repository root for details.
*)
* Copyright (c) 2020 BlueRock Security, Inc.
* This software is distributed under the terms of the BedRock Open-Source License.
* See the LICENSE-BedRock file in the repository root for details.
*)
This file axiomatizes and instantiates mpred with the ghost types of the logic
that we use for C++.
The core C++ logic is defined in pred.v.
Require Import iris.base_logic.lib.own.
Require Import iris.base_logic.lib.cancelable_invariants.
Require Import iris.bi.monpred.
Require Import bedrock.prelude.base.
Require Import bedrock.lang.bi.prelude.
Require Export bedrock.lang.base_logic.mpred.
Import ChargeNotation.
Module Type CPP_LOGIC_CLASS_BASE.
Parameter cppPreG : gFunctors -> Type.
Axiom has_inv : forall Σ, cppPreG Σ -> invGS Σ.
Axiom has_cinv : forall Σ, cppPreG Σ -> cinvG Σ.
Parameter _cpp_ghost : Type.
End CPP_LOGIC_CLASS_BASE.
Module Type CPP_LOGIC_CLASS_MIXIN (Import CC : CPP_LOGIC_CLASS_BASE).
(* In Iris idiom, this corresponds to a cppG *)
Class cpp_logic {thread_info : biIndex} {_Σ : gFunctors} : Type :=
{ cpp_ghost : _cpp_ghost
; cpp_has_cppG : cppPreG _Σ
}.
#[global] Arguments cpp_logic : clear implicits.
#[global] Hint Mode cpp_logic - - : cpp_logic.
#[global] Instance cpp_has_inv `{!cpp_logic thread_info _Σ} : invGS _Σ
:= has_inv _Σ cpp_has_cppG.
#[global] Instance cpp_has_cinv `{!cpp_logic thread_info _Σ} : cinvG _Σ
:= has_cinv _Σ cpp_has_cppG.
#[global] Hint Opaque cpp_has_inv cpp_has_cinv : typeclass_instances br_opacity.
End CPP_LOGIC_CLASS_MIXIN.
Module Type CPP_LOGIC_CLASS := CPP_LOGIC_CLASS_BASE <+ CPP_LOGIC_CLASS_MIXIN.
Declare Module LC : CPP_LOGIC_CLASS.
Export LC.
Require Import iris.base_logic.lib.cancelable_invariants.
Require Import iris.bi.monpred.
Require Import bedrock.prelude.base.
Require Import bedrock.lang.bi.prelude.
Require Export bedrock.lang.base_logic.mpred.
Import ChargeNotation.
Module Type CPP_LOGIC_CLASS_BASE.
Parameter cppPreG : gFunctors -> Type.
Axiom has_inv : forall Σ, cppPreG Σ -> invGS Σ.
Axiom has_cinv : forall Σ, cppPreG Σ -> cinvG Σ.
Parameter _cpp_ghost : Type.
End CPP_LOGIC_CLASS_BASE.
Module Type CPP_LOGIC_CLASS_MIXIN (Import CC : CPP_LOGIC_CLASS_BASE).
(* In Iris idiom, this corresponds to a cppG *)
Class cpp_logic {thread_info : biIndex} {_Σ : gFunctors} : Type :=
{ cpp_ghost : _cpp_ghost
; cpp_has_cppG : cppPreG _Σ
}.
#[global] Arguments cpp_logic : clear implicits.
#[global] Hint Mode cpp_logic - - : cpp_logic.
#[global] Instance cpp_has_inv `{!cpp_logic thread_info _Σ} : invGS _Σ
:= has_inv _Σ cpp_has_cppG.
#[global] Instance cpp_has_cinv `{!cpp_logic thread_info _Σ} : cinvG _Σ
:= has_cinv _Σ cpp_has_cppG.
#[global] Hint Opaque cpp_has_inv cpp_has_cinv : typeclass_instances br_opacity.
End CPP_LOGIC_CLASS_MIXIN.
Module Type CPP_LOGIC_CLASS := CPP_LOGIC_CLASS_BASE <+ CPP_LOGIC_CLASS_MIXIN.
Declare Module LC : CPP_LOGIC_CLASS.
Export LC.