@ -111,11 +111,12 @@ let pp_method_annotation s fmt (ia, ial) =>
F . fprintf fmt " %a %s(%a) " pp_item_annotation ia s ( pp_seq pp_item_annotation ) ial ;
let module AnnotMap = PrettyPrintable . MakePPMap {
type t = annotation ;
let compare = annotation_compare ;
let pp_key = pp_annotation ;
type t = annotation ;
let compare = annotation_compare ;
let pp_key = pp_annotation ;
} ;
/* * Return the value of the FA_sentinel attribute in [attr_list] if it is found */
let get_sentinel_func_attribute_value attr_list = >
switch attr_list {
@ -562,8 +563,9 @@ let module Int: {
if ( area unsigned i = = 3 ) {
None
} else {
/* not representable as signed */
Some ( false , i , ptr )
Some
/* not representable as signed */
( false , i , ptr )
} ;
let compare ( unsigned1 , i1 , _ ) ( unsigned2 , i2 , _ ) = > {
let n = bool_compare unsigned1 unsigned2 ;
@ -1522,7 +1524,8 @@ and attribute_compare (att1: attribute) (att2: attribute) :int =>
n
} else {
/* ignore other values beside resources: arbitrary merging into one */
resource_compare ra1 . ra_res ra2 . ra_res
resource_compare
ra1 . ra_res ra2 . ra_res
}
| ( Aresource _ , _ ) = > ( - 1 )
| ( _ , Aresource _ ) = > 1
@ -1932,8 +1935,7 @@ let color_pre_wrapper pe f x =>
)
f color ;
if ( color = = = Red ) {
/* * All subexpressiona red */
( { ... pe , pe_cmap_norm : colormap_red , pe_color : Red } , true )
( /* * All subexpressiona red */ { ... pe , pe_cmap_norm : colormap_red , pe_color : Red } , true )
} else {
( { ... pe , pe_color : color } , true )
}
@ -2542,82 +2544,6 @@ let is_block_pvar pvar => has_block_prefix (Mangled.to_string (Pvar.get_name pva
let block_pvar = Pvar . mk ( Mangled . from_string " block " ) ( Procname . from_string_c_fun " " ) ;
/* * Iterate over all the subtypes in the type (including the type itself) */
let rec typ_iter_types ( f : typ = > unit ) typ = > {
f typ ;
switch typ {
| Tvar _
| Tint _
| Tfloat _
| Tvoid
| Tfun _ = > ()
| Tptr t' _ = > typ_iter_types f t'
| Tstruct struct_typ = >
IList . iter ( fun ( _ , t , _ ) = > typ_iter_types f t ) struct_typ . instance_fields
| Tarray t e = >
typ_iter_types f t ;
exp_iter_types f e
}
}
/* * Iterate over all the subtypes in the type (including the type itself) */
and exp_iter_types f e = >
switch e {
| Var _ = > ()
| Const ( Cexn e1 ) = > exp_iter_types f e1
| Const ( Cclosure { captured_vars } ) = > IList . iter ( fun ( _ , _ , typ ) = > f typ ) captured_vars
| Const _ = > ()
| Cast t e1 = >
typ_iter_types f t ;
exp_iter_types f e1
| UnOp _ e1 typo = >
exp_iter_types f e1 ;
switch typo {
| Some t = > typ_iter_types f t
| None = > ()
}
| BinOp _ e1 e2 = >
exp_iter_types f e1 ;
exp_iter_types f e2
| Lvar _ = > ()
| Lfield e1 _ typ = >
exp_iter_types f e1 ;
typ_iter_types f typ
| Lindex e1 e2 = >
exp_iter_types f e1 ;
exp_iter_types f e2
| Sizeof t _ = > typ_iter_types f t
} ;
/* * Iterate over all the types (and subtypes) in the instruction */
let instr_iter_types f instr = >
switch instr {
| Letderef _ e t _ = >
exp_iter_types f e ;
typ_iter_types f t
| Set e1 t e2 _ = >
exp_iter_types f e1 ;
typ_iter_types f t ;
exp_iter_types f e2
| Prune cond _ _ _ = > exp_iter_types f cond
| Call _ e arg_ts _ _ = >
exp_iter_types f e ;
IList . iter
(
fun ( e , t ) = > {
exp_iter_types f e ;
typ_iter_types f t
}
)
arg_ts
| Nullify _ _ = > ()
| Abstract _ = > ()
| Remove_temps _ _ = > ()
| Stackop _ _ = > ()
| Declare_locals ptl _ = > IList . iter ( fun ( _ , t ) = > typ_iter_types f t ) ptl
} ;
/* * Dump an instruction. */
let d_instr ( i : instr ) = > L . add_print_action ( L . PTinstr , Obj . repr i ) ;