bedrock.lang.cpp.syntax.stmt_notations
(*
* Copyright (c) 2019-2023 BedRock Systems, 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.
*)
Require Import Stdlib.ZArith.ZArith.
Require Import bedrock.prelude.bytestring.
Require bedrock.lang.cpp.syntax.
Require Import bedrock.lang.cpp.syntax.stmt.
Require Export bedrock.lang.cpp.syntax.expr_notations.
Require Export bedrock.lang.cpp.syntax.type_notations.
#[local] Open Scope Z_scope.
#[local] Open Scope bs_scope.
Module Export StmtNotationsInterface.
Declare Custom Entry CPP_stmt.
Declare Scope CPP_stmt_scope.
Delimit Scope CPP_stmt_scope with cpp_stmt.
Bind Scope CPP_stmt_scope with Stmt'.
Bind Scope CPP_stmt_scope with VarDecl'.
(* Injection from constr in case we're printing a subterm we don't recognize *)
Notation "'{?:' s '};'"
:= s
( in custom CPP_stmt at level 0
, s constr
, format "'[hv' {?: s }; ']'"
, only printing).
(* Injection into constr in case we're printing this at the top-level *)
Notation "'{s:' s '}'"
:= (s)
( at level 0
, s custom CPP_stmt at level 200
, format "'[hv' {s: s } ']'"
, only printing)
: CPP_stmt_scope.
End StmtNotationsInterface.
(* TODO (JH): Investigate which (if any) of the subsequent notations we can make
printing/parsing
*)
Module StmtNotations.
(* Statements that provide their own line break
NOTES (JH):
- Stmts will be enclosed in {(stmt: ...)}, so we don't include curly braces here.
- terminal Stmts will have notations which insert semicolons (and the appropriate
spacing after them).
*)
Notation "'//' 'end' 'block'"
:= (Sseq nil)
( in custom CPP_stmt at level 0
, format "'[' // end block ']'"
, only printing).
Notation "s"
:= (Sseq (cons s nil))
( in custom CPP_stmt at level 0
, s custom CPP_stmt at level 200
, format "'[' s ']'"
, only printing).
Notation "s1 .. s2 '//' 'end' 'block'"
:= (Sseq (cons s1 .. (cons s2 nil) ..))
( in custom CPP_stmt at level 0
, s1 custom CPP_stmt at level 200
, s2 custom CPP_stmt at level 200
, format "'[v' s1 '/' .. '/' s2 '//' // end block ']'"
, only printing).
(* TODO (JH): Notations for other VarDecl forms *)
Notation "ty $ v ;"
:= (Dvar v%bs ty None)
( in custom CPP_stmt at level 0
, ty custom CPP_type at level 200
, v constr
, format "'[' ty $ v ; ']'"
, only printing).
Notation "ty $ v = e ;"
:= (Dvar v%bs ty (Some e))
( in custom CPP_stmt at level 0
, e custom CPP_expr at level 200
, ty custom CPP_type at level 200
, v constr
, format "'[' ty $ v = e ; ']'"
, only printing).
Notation "'//' 'end' 'decl' 'block'"
:= (Sdecl nil)
( in custom CPP_stmt at level 0
, format "// end decl block"
, only printing).
Notation "d"
:= (Sdecl (cons d nil))
( in custom CPP_stmt at level 0
, d custom CPP_stmt at level 200
, format "'[' d ']'"
, only printing).
Notation "d1 .. d2"
:= (Sdecl (cons d1 .. (cons d2 nil) ..))
( in custom CPP_stmt at level 0
, d1 custom CPP_stmt at level 200
, d2 custom CPP_stmt at level 200
, format "'[v' d1 '/' .. '/' d2 ']'"
, only printing).
Notation "'if' ( cond ) { thn } 'else' { els }"
:= (Sif None cond thn els)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, thn custom CPP_stmt at level 200
, els custom CPP_stmt at level 200
, format "'[hv' if ( cond ) { '//' thn '//' } else { '//' els '//' } ']'"
, only printing).
Notation "'if' ( decl cond ) { thn } 'else' { els }"
:= (Sif (Some decl) cond thn els)
( in custom CPP_stmt at level 200
, decl custom CPP_stmt
, cond custom CPP_expr at level 200
, thn custom CPP_stmt at level 200
, els custom CPP_stmt at level 200
, format "'[hv' if ( '[hv ' decl '/' cond ']' ) { '//' thn '//' } else { '//' els '//' } ']'"
, only printing).
Notation "'while' ( cond ) { body }"
:= (Swhile None cond body)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' while ( cond ) { '//' body '//' } ']'"
, only printing).
Notation "'while' ( decl cond ) { body }"
:= (Swhile (Some decl) cond body)
( in custom CPP_stmt at level 200
, decl custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' while ( '[hv ' decl '/' cond ']' ) { '//' body '//' } ']'"
, only printing).
Notation "'for' '(;;)' { body }"
:= (Sfor None None None body)
( in custom CPP_stmt at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (;;) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init ';)' { body }"
:= (Sfor (Some init) None None body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init ;) { '//' body '//' } ']'"
, only printing).
Notation "'for' '(;' cond ';)' { body }"
:= (Sfor None (Some cond) None body)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (; cond ;) { '//' body '//' } ']'"
, only printing).
Notation "'for' '(;;' incr ) { body }"
:= (Sfor None None (Some incr) body)
( in custom CPP_stmt at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (;; incr ) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init cond ';)' { body }"
:= (Sfor (Some init) (Some cond) None body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init cond ;) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init ; incr ) { body }"
:= (Sfor (Some init) None (Some incr) body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init ; incr ) { '//' body '//' } ']'"
, only printing).
Notation "'for' (; cond ; incr ) { body }"
:= (Sfor None (Some cond) (Some incr) body)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (; cond ; incr ) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init cond ; incr ) { body }"
:= (Sfor (Some init) (Some cond) (Some incr) body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init cond ; incr ) { '//' body '//' } ']'"
, only printing).
Notation "'do' { bod } 'while' ( e ) ;"
:= (Sdo bod e)
( in custom CPP_stmt at level 200
, e custom CPP_expr at level 200
, bod custom CPP_stmt at level 200
, format "'[hv' do { '//' bod '//' } while ( e ) ; ']'"
, only printing).
(* TODO (JH): Sswitch/Scase/Sdefault *)
Notation "'break;'"
:= (Sbreak)
( in custom CPP_stmt at level 0
, format "'[' break; ']'"
, only printing).
Notation "'continue;'"
:= (Scontinue)
( in custom CPP_stmt at level 0
, format "'[' continue; ']'"
, only printing).
Notation "'return;'"
:= (Sreturn None)
( in custom CPP_stmt at level 0
, format "'[' return; ']'"
, only printing).
Notation "'return' e ;"
:= (Sreturn (Some e))
( in custom CPP_stmt at level 0
, e custom CPP_expr at level 200
, format "'[' return e ; ']'"
, only printing).
Notation "e ;"
:= (Sexpr e)
( in custom CPP_stmt at level 0
, e custom CPP_expr at level 200
, format "'[' e ; ']'"
, only printing).
Notation "s"
:= (Sattr nil s)
( in custom CPP_stmt at level 0
, s custom CPP_stmt at level 200
, format "'[' s ']'"
, only printing).
Notation "'[[' attr1 , .. , attr2 ']]' s"
:= (Sattr (cons attr1%bs .. (cons attr2%bs nil) ..) s)
( in custom CPP_stmt at level 0
, attr1 constr
, attr2 constr
, s custom CPP_stmt at level 200
, format "'[' [[ '[hv' attr1 , '/' .. , '/' attr2 ']' ]] s ']'"
, only printing).
(* TODO (JH): Sasm *)
Notation "'<LABEL:' lbl > s"
:= (Slabeled lbl%bs s)
( in custom CPP_stmt at level 0
, lbl constr
, s custom CPP_stmt at level 200
, format "'[' <LABEL: lbl > s ']'"
, only printing).
Notation "'goto' lbl ;"
:= (Sgoto lbl%bs)
( in custom CPP_stmt at level 0
, lbl constr
, format "'[' goto lbl ; ']'"
, only printing).
Notation "'{UNSUPPORTED:' msg '}'"
:= (Sunsupported msg%bs)
( in custom CPP_stmt at level 0
, msg constr
, format "'[hv ' {UNSUPPORTED: msg } ']'"
, only printing).
End StmtNotations.
* Copyright (c) 2019-2023 BedRock Systems, 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.
*)
Require Import Stdlib.ZArith.ZArith.
Require Import bedrock.prelude.bytestring.
Require bedrock.lang.cpp.syntax.
Require Import bedrock.lang.cpp.syntax.stmt.
Require Export bedrock.lang.cpp.syntax.expr_notations.
Require Export bedrock.lang.cpp.syntax.type_notations.
#[local] Open Scope Z_scope.
#[local] Open Scope bs_scope.
Module Export StmtNotationsInterface.
Declare Custom Entry CPP_stmt.
Declare Scope CPP_stmt_scope.
Delimit Scope CPP_stmt_scope with cpp_stmt.
Bind Scope CPP_stmt_scope with Stmt'.
Bind Scope CPP_stmt_scope with VarDecl'.
(* Injection from constr in case we're printing a subterm we don't recognize *)
Notation "'{?:' s '};'"
:= s
( in custom CPP_stmt at level 0
, s constr
, format "'[hv' {?: s }; ']'"
, only printing).
(* Injection into constr in case we're printing this at the top-level *)
Notation "'{s:' s '}'"
:= (s)
( at level 0
, s custom CPP_stmt at level 200
, format "'[hv' {s: s } ']'"
, only printing)
: CPP_stmt_scope.
End StmtNotationsInterface.
(* TODO (JH): Investigate which (if any) of the subsequent notations we can make
printing/parsing
*)
Module StmtNotations.
(* Statements that provide their own line break
NOTES (JH):
- Stmts will be enclosed in {(stmt: ...)}, so we don't include curly braces here.
- terminal Stmts will have notations which insert semicolons (and the appropriate
spacing after them).
*)
Notation "'//' 'end' 'block'"
:= (Sseq nil)
( in custom CPP_stmt at level 0
, format "'[' // end block ']'"
, only printing).
Notation "s"
:= (Sseq (cons s nil))
( in custom CPP_stmt at level 0
, s custom CPP_stmt at level 200
, format "'[' s ']'"
, only printing).
Notation "s1 .. s2 '//' 'end' 'block'"
:= (Sseq (cons s1 .. (cons s2 nil) ..))
( in custom CPP_stmt at level 0
, s1 custom CPP_stmt at level 200
, s2 custom CPP_stmt at level 200
, format "'[v' s1 '/' .. '/' s2 '//' // end block ']'"
, only printing).
(* TODO (JH): Notations for other VarDecl forms *)
Notation "ty $ v ;"
:= (Dvar v%bs ty None)
( in custom CPP_stmt at level 0
, ty custom CPP_type at level 200
, v constr
, format "'[' ty $ v ; ']'"
, only printing).
Notation "ty $ v = e ;"
:= (Dvar v%bs ty (Some e))
( in custom CPP_stmt at level 0
, e custom CPP_expr at level 200
, ty custom CPP_type at level 200
, v constr
, format "'[' ty $ v = e ; ']'"
, only printing).
Notation "'//' 'end' 'decl' 'block'"
:= (Sdecl nil)
( in custom CPP_stmt at level 0
, format "// end decl block"
, only printing).
Notation "d"
:= (Sdecl (cons d nil))
( in custom CPP_stmt at level 0
, d custom CPP_stmt at level 200
, format "'[' d ']'"
, only printing).
Notation "d1 .. d2"
:= (Sdecl (cons d1 .. (cons d2 nil) ..))
( in custom CPP_stmt at level 0
, d1 custom CPP_stmt at level 200
, d2 custom CPP_stmt at level 200
, format "'[v' d1 '/' .. '/' d2 ']'"
, only printing).
Notation "'if' ( cond ) { thn } 'else' { els }"
:= (Sif None cond thn els)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, thn custom CPP_stmt at level 200
, els custom CPP_stmt at level 200
, format "'[hv' if ( cond ) { '//' thn '//' } else { '//' els '//' } ']'"
, only printing).
Notation "'if' ( decl cond ) { thn } 'else' { els }"
:= (Sif (Some decl) cond thn els)
( in custom CPP_stmt at level 200
, decl custom CPP_stmt
, cond custom CPP_expr at level 200
, thn custom CPP_stmt at level 200
, els custom CPP_stmt at level 200
, format "'[hv' if ( '[hv ' decl '/' cond ']' ) { '//' thn '//' } else { '//' els '//' } ']'"
, only printing).
Notation "'while' ( cond ) { body }"
:= (Swhile None cond body)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' while ( cond ) { '//' body '//' } ']'"
, only printing).
Notation "'while' ( decl cond ) { body }"
:= (Swhile (Some decl) cond body)
( in custom CPP_stmt at level 200
, decl custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' while ( '[hv ' decl '/' cond ']' ) { '//' body '//' } ']'"
, only printing).
Notation "'for' '(;;)' { body }"
:= (Sfor None None None body)
( in custom CPP_stmt at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (;;) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init ';)' { body }"
:= (Sfor (Some init) None None body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init ;) { '//' body '//' } ']'"
, only printing).
Notation "'for' '(;' cond ';)' { body }"
:= (Sfor None (Some cond) None body)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (; cond ;) { '//' body '//' } ']'"
, only printing).
Notation "'for' '(;;' incr ) { body }"
:= (Sfor None None (Some incr) body)
( in custom CPP_stmt at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (;; incr ) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init cond ';)' { body }"
:= (Sfor (Some init) (Some cond) None body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init cond ;) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init ; incr ) { body }"
:= (Sfor (Some init) None (Some incr) body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init ; incr ) { '//' body '//' } ']'"
, only printing).
Notation "'for' (; cond ; incr ) { body }"
:= (Sfor None (Some cond) (Some incr) body)
( in custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for (; cond ; incr ) { '//' body '//' } ']'"
, only printing).
(* NOTE (JH): init will insert a semicolon since it will be a terminal stmt in realistic ASTs *)
Notation "'for' ( init cond ; incr ) { body }"
:= (Sfor (Some init) (Some cond) (Some incr) body)
( in custom CPP_stmt at level 200
, init custom CPP_stmt at level 200
, cond custom CPP_expr at level 200
, incr custom CPP_expr at level 200
, body custom CPP_stmt at level 200
, format "'[hv' for ( init cond ; incr ) { '//' body '//' } ']'"
, only printing).
Notation "'do' { bod } 'while' ( e ) ;"
:= (Sdo bod e)
( in custom CPP_stmt at level 200
, e custom CPP_expr at level 200
, bod custom CPP_stmt at level 200
, format "'[hv' do { '//' bod '//' } while ( e ) ; ']'"
, only printing).
(* TODO (JH): Sswitch/Scase/Sdefault *)
Notation "'break;'"
:= (Sbreak)
( in custom CPP_stmt at level 0
, format "'[' break; ']'"
, only printing).
Notation "'continue;'"
:= (Scontinue)
( in custom CPP_stmt at level 0
, format "'[' continue; ']'"
, only printing).
Notation "'return;'"
:= (Sreturn None)
( in custom CPP_stmt at level 0
, format "'[' return; ']'"
, only printing).
Notation "'return' e ;"
:= (Sreturn (Some e))
( in custom CPP_stmt at level 0
, e custom CPP_expr at level 200
, format "'[' return e ; ']'"
, only printing).
Notation "e ;"
:= (Sexpr e)
( in custom CPP_stmt at level 0
, e custom CPP_expr at level 200
, format "'[' e ; ']'"
, only printing).
Notation "s"
:= (Sattr nil s)
( in custom CPP_stmt at level 0
, s custom CPP_stmt at level 200
, format "'[' s ']'"
, only printing).
Notation "'[[' attr1 , .. , attr2 ']]' s"
:= (Sattr (cons attr1%bs .. (cons attr2%bs nil) ..) s)
( in custom CPP_stmt at level 0
, attr1 constr
, attr2 constr
, s custom CPP_stmt at level 200
, format "'[' [[ '[hv' attr1 , '/' .. , '/' attr2 ']' ]] s ']'"
, only printing).
(* TODO (JH): Sasm *)
Notation "'<LABEL:' lbl > s"
:= (Slabeled lbl%bs s)
( in custom CPP_stmt at level 0
, lbl constr
, s custom CPP_stmt at level 200
, format "'[' <LABEL: lbl > s ']'"
, only printing).
Notation "'goto' lbl ;"
:= (Sgoto lbl%bs)
( in custom CPP_stmt at level 0
, lbl constr
, format "'[' goto lbl ; ']'"
, only printing).
Notation "'{UNSUPPORTED:' msg '}'"
:= (Sunsupported msg%bs)
( in custom CPP_stmt at level 0
, msg constr
, format "'[hv ' {UNSUPPORTED: msg } ']'"
, only printing).
End StmtNotations.