osprey/be/lno/lego_util.h File Reference


Data Types
module	MP_INFO
Defines
#define	HT_Push 0
#define	HT_Pop 1
#define	HT_Top 2
#define	HT_Check 3
#define	HT_Replace 4
#define	Initialize_Dart 5
#define	Allocate_Dart 6
#define	Alloc_Reshape 7
#define	Dealloc_Reshape 8
#define	Migrate_Array 9
#define	Unmigrate_Array 10
#define	Migrate_Pages 11
#define	Proc_Pool_Push 12
#define	Proc_Pool_Pop 13
#define	Cyclic_Bounds 14
#define	Simple_Bounds 15
#define	Processor_Layout 16
#define	Processor_Coordinates 17
#define	Dynamic_Affinity_Bounds 18
#define	mp_sug_numthreads 19
#define	mp_cur_numthreads 20
#define	mp_my_threadnum 21
#define	mp_numthreads_fn 22
#define	Deallocate_Dart 23
#define	Compare_Darts 24
#define	ECHT_Push 25
#define	ECHT_Pop 26
#define	ECHT_Check 27
#define	ECHT_Compare 28
#define	mp_cur_numthreads_func 29
#define	DST_MAX 30
#define	RT_dim_struct 0
#define	RT_dim_ptr 1
#define	RT_struct 2
#define	RT_ptr 3
#define	VOID_ptr 4
#define	DTY_MAX 5
#define	dart_offset_num_dim 0
#define	dart_offset_element_size 8
#define	dart_offset_flags 16
#define	dart_offset_distr_n 24
#define	dart_offset_distr_p 32
#define	dart_offset_distr_k 40
#define	dart_offset_distr_lb 48
#define	dart_base_size 3
#define	dart_distr_size 4
#define	ST_isGlobal(st) (ST_Var_Kind(st) == var_global)
#define	ST_isLocal(st) (ST_Var_Kind(st) == var_local)
#define	ST_isFormal(st) (ST_Var_Kind(st) == var_formal)
#define	ST_isCommon(st) (ST_Var_Kind(st) == var_common)
#define	AWN_Mpy(rtype, l, r) AWN_Binary(OPR_MPY, rtype, l, r, FALSE)
#define	AWN_Mod(rtype, l, r) AWN_Binary(OPR_MOD, rtype, l, r, FALSE)
#define	AWN_Rem(rtype, l, r) AWN_Binary(OPR_REM, rtype, l, r, FALSE)
#define	AWN_Sub(rtype, l, r) AWN_Binary(OPR_SUB, rtype, l, r, FALSE)
#define	AWN_Add(rtype, l, r) AWN_Binary(OPR_ADD, rtype, l, r, FALSE)
#define	AWN_Div(rtype, l, r) AWN_Binary(OPR_DIV, rtype, l, r, FALSE)
#define	AWN_Max(rtype, l, r) AWN_Binary(OPR_MAX, rtype, l, r, FALSE)
#define	AWN_Min(rtype, l, r) AWN_Binary(OPR_MIN, rtype, l, r, FALSE)
#define	AWN_Rem_Safe(rtype, l, r) AWN_Binary(OPR_REM, rtype, l, r, TRUE)
#define	AWN_Div_Safe(rtype, l, r) AWN_Binary(OPR_DIV, rtype, l, r, TRUE)
#define	AWN_Mod_Safe(rtype, l, r) AWN_Binary(OPR_MOD, rtype, l, r, TRUE)
#define	DB_PRINT(x)
#define	VB_PRINT(x)
Enumerations
enum	VAR_KIND { var_local, var_global, var_formal, var_common }
enum	MP_SCHED_TYPE { MP_SCHED_UNKNOWN, MP_SCHED_SIMPLE, MP_SCHED_DYNAMIC, MP_SCHED_GSS, MP_SCHED_INTERLEAVE, MP_SCHED_RUNTIME, MP_SCHED_PSEUDOLOWERED }
Functions/Subroutines
void	Mp_File_Init (void)
DISTR_ARRAY *	Lookup_DACT (ST *array_st)
VAR_KIND	ST_Var_Kind (ST *)
TY_IDX	Get_Original_Type (ST *st)
TY_IDX	Get_Array_Type (ST *st)
WN *	AWN_Binary (OPERATOR opr, TYPE_ID rtype, WN kid0, WN kid1, BOOL can_speculate=FALSE)
WN *	AWN_LdidSym (SYMBOL *var)
WN *	AWN_StidIntoSym (SYMBOL var, WN val)
WN *	Create_Positive_Divceil (TYPE_ID type, WN kid0, WN kid1, BOOL can_speculate)
void	Set_Array_Dim (WN array_expr, INT dim, WN bound, WN *index)
void	Replace_WN (WN old_wn, WN new_wn)
WN *	Get_Numthreads_Ldid (LEGO_INFO *li)
WN *	Get_Runtime_Numthreads_Ldid ()
WN *	Get_Runtime_Cur_Numthreads_Ldid ()
void	Set_Runtime_Call_Side_Effects (WN *call_wn)
void	Freeze_Numthreads_Ldid (WN *wn_loop)
void	Freeze_Cur_Numthreads_Func (WN *wn_loop)
WN *	Get_Frozen_Numthreads_Ldid (WN *wn_loop)
WN *	Get_Runtime_Cur_Numthreads_Func (WN *wn_loop)
WN *	Loop_Step (WN *wn_loop)
SYMBOL *	Create_Local_Symbol (char *name, TYPE_ID mtype)
WN *	Get_MP_Region (WN *wn)
BOOL	Fixed_Size_Array_Is_Stride_One (ST *array_st)
ST *	Find_Return_Registers (TYPE_ID type, PREG_NUM rreg1, PREG_NUM rreg2)
WN *	Lego_Find_Node (SYMBOL sym, WN *wn_tree)
void	Lego_Find_Nodes (OPERATOR opr, SYMBOL sym, WN wn_tree, STACK< WN > *stack)
mBOOL	Single_Loop_Coeff (ACCESS_VECTOR av, INT64 stride, INT64 offset, mINT32 depth)
INT	Get_New_Lego_Mp_Tile_Key (void)
Variables
ST *	distr_st_entries [DST_MAX]
TY_IDX	distr_ty_entries [DTY_MAX]
TY_IDX	DART_ptr_TY
BOOL	PU_has_reshaped_commons
WN_MAP	Safe_Spec_Map
BOOL	Debug_Lego
BOOL	Verbose_Lego