/* Inline functions for manipulating various data structures defined in
tree-flow.h. See tree-flow.h for documentation. */
+/* Return the variable annotation for T, which must be a _DECL node.
+ Return NULL if the variable annotation doesn't already exist. */
static inline var_ann_t
var_ann (tree t)
{
return (var_ann_t) t->common.ann;
}
+/* Return the variable annotation for T, which must be a _DECL node.
+ Create the variable annotation if it doesn't exist. */
static inline var_ann_t
get_var_ann (tree var)
{
}
+/* Return the constant annotation for T, which must be a _CST node.
+ Return NULL if the constant annotation doesn't already exist. */
static inline cst_ann_t
cst_ann (tree t)
{
return (cst_ann_t) t->common.ann;
}
+/* Return the constant annotation for T, which must be a _CST node.
+ Create the constant annotation if it doesn't exist. */
static inline cst_ann_t
get_cst_ann (tree var)
{
return (ann) ? ann : create_cst_ann (var);
}
+/* Return the expression annotation for T, which must be an expression
+ node. Return NULL if the expression annotation doesn't already
+ exist. */
static inline expr_ann_t
expr_ann (tree t)
{
return (expr_ann_t) t->common.ann;
}
+/* Return the expression annotation for T, which must be an expression
+ node. Create the expression annotation if it doesn't exist. */
static inline expr_ann_t
-get_expr_ann (tree var)
+get_expr_ann (tree t)
{
- expr_ann_t ann = expr_ann (var);
- return (ann) ? ann : create_expr_ann (var);
+ expr_ann_t ann = expr_ann (t);
+ return (ann) ? ann : create_expr_ann (t);
}
+/* Return the statement annotation for T, which must be a statement
+ node. Return NULL if the statement annotation doesn't exist. */
static inline stmt_ann_t
stmt_ann (tree t)
{
return (stmt_ann_t) t->common.ann;
}
+/* Return the statement annotation for T, which must be a statement
+ node. Create the statement annotation if it doesn't exist. */
static inline stmt_ann_t
get_stmt_ann (tree stmt)
{
}
+/* Return the annotation type for annotation ANN. */
static inline enum tree_ann_type
ann_type (tree_ann ann)
{
return ann->common.type;
}
+/* Return the basic block for statement T. */
static inline basic_block
bb_for_stmt (tree t)
{
return ann ? ann->bb : NULL;
}
+/* Return the may_aliases varray for variable VAR, or NULL if it has
+ no may aliases. */
static inline varray_type
may_aliases (tree var)
{
return ann ? ann->may_aliases : NULL;
}
+/* Return true if VAR has a hidden use, false if it does not. */
static inline bool
has_hidden_use (tree var)
{
return ann ? ann->has_hidden_use : false;
}
+/* Set the hidden use flag on VAR. */
static inline void
set_has_hidden_use (tree var)
{
ann->has_hidden_use = 1;
}
+/* Return the line number for EXPR, or return -1 if we have no line
+ number information for it. */
static inline int
get_lineno (tree expr)
{
return EXPR_LINENO (expr);
}
+/* Return the file name for EXPR, or return "???" if we have no
+ filename information. */
static inline const char *
get_filename (tree expr)
{
return "???";
}
+/* Mark statement T as modified. */
static inline void
modify_stmt (tree t)
{
ann->modified = 1;
}
+/* Mark statement T as unmodified. */
static inline void
unmodify_stmt (tree t)
{
ann->modified = 0;
}
+/* Return true if T is marked as modified, false otherwise. */
static inline bool
stmt_modified_p (tree t)
{
return ann ? ann->modified : true;
}
+/* Return the definitions present in ANN, a statement annotation.
+ Return NULL if this annotation contains no definitions. */
static inline def_optype
get_def_ops (stmt_ann_t ann)
{
return ann ? ann->def_ops : NULL;
}
+/* Return the uses present in ANN, a statement annotation.
+ Return NULL if this annotation contains no uses. */
static inline use_optype
get_use_ops (stmt_ann_t ann)
{
return ann ? ann->use_ops : NULL;
}
+/* Return the virtual may-defs present in ANN, a statement
+ annotation.
+ Return NULL if this annotation contains no virtual may-defs. */
static inline v_may_def_optype
get_v_may_def_ops (stmt_ann_t ann)
{
return ann ? ann->v_may_def_ops : NULL;
}
+/* Return the virtual uses present in ANN, a statement annotation.
+ Return NULL if this annotation contains no virtual uses. */
static inline vuse_optype
get_vuse_ops (stmt_ann_t ann)
{
return ann ? ann->vuse_ops : NULL;
}
+/* Return the virtual must-defs present in ANN, a statement
+ annotation. Return NULL if this annotation contains no must-defs.*/
static inline v_must_def_optype
get_v_must_def_ops (stmt_ann_t ann)
{
return ann ? ann->v_must_def_ops : NULL;
}
+/* Return a pointer to the tree that is at INDEX in the USES array. */
static inline tree *
get_use_op_ptr (use_optype uses, unsigned int index)
{
return uses->uses[index];
}
+/* Return a pointer to the tree that is at INDEX in the DEFS array. */
static inline tree *
get_def_op_ptr (def_optype defs, unsigned int index)
{
return defs->defs[index];
}
+
+/* Return a pointer to the tree that is the V_MAY_DEF_RESULT for the V_MAY_DEF
+ at INDEX in the V_MAY_DEFS array. */
static inline tree *
get_v_may_def_result_ptr(v_may_def_optype v_may_defs, unsigned int index)
{
return &(v_may_defs->v_may_defs[index * 2]);
}
+/* Return a pointer to the tree that is the V_MAY_DEF_OP for the V_MAY_DEF at
+ INDEX in the V_MAY_DEFS array. */
static inline tree *
get_v_may_def_op_ptr(v_may_def_optype v_may_defs, unsigned int index)
{
return &(v_may_defs->v_may_defs[index * 2 + 1]);
}
+/* Return a pointer to the tree that is at INDEX in the VUSES array. */
static inline tree *
get_vuse_op_ptr(vuse_optype vuses, unsigned int index)
{
return &(vuses->vuses[index]);
}
+/* Return a pointer to the tree that is the V_MUST_DEF_OP for the
+ V_MUST_DEF at INDEX in the V_MUST_DEFS array. */
static inline tree *
get_v_must_def_op_ptr (v_must_def_optype v_must_defs, unsigned int index)
{
return &(v_must_defs->v_must_defs[index]);
}
+/* Mark the beginning of changes to the SSA operands for STMT. */
static inline void
start_ssa_stmt_operands (tree stmt ATTRIBUTE_UNUSED)
{
#endif
}
+/* Return the bitmap of addresses taken by STMT, or NULL if it takes
+ no addresses. */
static inline bitmap
addresses_taken (tree stmt)
{
return ann ? ann->addresses_taken : NULL;
}
+/* Return the immediate uses of STMT, or NULL if this information is
+ not computed. */
static dataflow_t
get_immediate_uses (tree stmt)
{
return ann ? ann->df : NULL;
}
+/* Return the number of immediate uses present in the dataflow
+ information at DF. */
static inline int
num_immediate_uses (dataflow_t df)
{
return VARRAY_ACTIVE_SIZE (imm) + 2;
}
+/* Return the tree that is at NUM in the immediate use DF array. */
static inline tree
immediate_use (dataflow_t df, int num)
{
return VARRAY_TREE (df->immediate_uses, num - 2);
}
+/* Return the basic_block annotation for BB. */
static inline bb_ann_t
bb_ann (basic_block bb)
{
return (bb_ann_t)bb->tree_annotations;
}
+/* Return the PHI nodes for basic block BB, or NULL if there are no
+ PHI nodes. */
static inline tree
phi_nodes (basic_block bb)
{
/* ----------------------------------------------------------------------- */
+/* Return true if T is an executable statement. */
static inline bool
is_exec_stmt (tree t)
{
return false;
}
+/* Return true if we may propagate ORIG into DEST, false otherwise. */
static inline bool
may_propagate_copy (tree dest, tree orig)
{
&& !DECL_HARD_REGISTER (SSA_NAME_VAR (dest)));
}
+/* Set the default definition for VAR to DEF. */
static inline void
set_default_def (tree var, tree def)
{
ann->default_def = def;
}
+/* Return the default definition for variable VAR, or NULL if none
+ exists. */
static inline tree
default_def (tree var)
{
/* ----------------------------------------------------------------------- */
+/* Return a block_stmt_iterator that points to beginning of basic
+ block BB. */
static inline block_stmt_iterator
bsi_start (basic_block bb)
{
return bsi;
}
+/* Return a block statement iterator that points to the end of basic
+ block BB. */
static inline block_stmt_iterator
bsi_last (basic_block bb)
{
return bsi;
}
+/* Return true if block statement iterator I has reached the end of
+ the basic block. */
static inline bool
bsi_end_p (block_stmt_iterator i)
{
return tsi_end_p (i.tsi);
}
+/* Modify block statement iterator I so that it is at the next
+ statement in the basic block. */
static inline void
bsi_next (block_stmt_iterator *i)
{
tsi_next (&i->tsi);
}
+/* Modify block statement iterator I so that it is at the previous
+ statement in the basic block. */
static inline void
bsi_prev (block_stmt_iterator *i)
{
tsi_prev (&i->tsi);
}
+/* Return the statement that block statement iterator I is currently
+ at. */
static inline tree
bsi_stmt (block_stmt_iterator i)
{
return tsi_stmt (i.tsi);
}
+/* Return a pointer to the statement that block statement iterator I
+ is currently at. */
static inline tree *
bsi_stmt_ptr (block_stmt_iterator i)
{
return tsi_stmt_ptr (i.tsi);
}
+/* Return true if VAR may be aliased. */
static inline bool
may_be_aliased (tree var)
{
|| decl_function_context (var) != current_function_decl);
}
+/* Return true if VAR is a clobbered by function calls. */
static inline bool
is_call_clobbered (tree var)
{
|| bitmap_bit_p (call_clobbered_vars, var_ann (var)->uid);
}
+/* Mark variable VAR as being clobbered by function calls. */
static inline void
mark_call_clobbered (tree var)
{
bitmap_set_bit (call_clobbered_vars, ann->uid);
}
+/* Mark variable VAR as being non-addressable. */
static inline void
mark_non_addressable (tree var)
{
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