#include "insn-codes.h"#include "insn-opinit.h"
Go to the source code of this file.
Data Structures | |
| struct | direct_internal_fn_info |
Macros | |
| #define | IFN_UNIQUE_CODES |
| #define | DEF(X) IFN_UNIQUE_##X |
| #define | IFN_GOACC_LOOP_CODES DEF(CHUNKS), DEF(STEP), DEF(OFFSET), DEF(BOUND) |
| #define | DEF(X) IFN_GOACC_LOOP_##X |
| #define | IFN_GOACC_REDUCTION_CODES DEF(SETUP), DEF(INIT), DEF(FINI), DEF(TEARDOWN) |
| #define | DEF(X) IFN_GOACC_REDUCTION_##X |
| #define | VECT_PARTIAL_BIAS_UNSUPPORTED 127 |
Enumerations | |
| enum | ifn_unique_kind { IFN_UNIQUE_CODES } |
| enum | ifn_goacc_loop_kind { IFN_GOACC_LOOP_CODES } |
| enum | ifn_goacc_reduction_kind { IFN_GOACC_REDUCTION_CODES } |
| enum | { ATOMIC_OP_FETCH_CMP_0_EQ = 0 , ATOMIC_OP_FETCH_CMP_0_NE = 1 , ATOMIC_OP_FETCH_CMP_0_LT = 2 , ATOMIC_OP_FETCH_CMP_0_LE = 3 , ATOMIC_OP_FETCH_CMP_0_GT = 4 , ATOMIC_OP_FETCH_CMP_0_GE = 5 } |
Macro Definition Documentation
◆ DEF [1/3]
| #define DEF | ( | X | ) | IFN_UNIQUE_##X |
◆ DEF [2/3]
| #define DEF | ( | X | ) | IFN_GOACC_LOOP_##X |
◆ DEF [3/3]
| #define DEF | ( | X | ) | IFN_GOACC_REDUCTION_##X |
◆ IFN_GOACC_LOOP_CODES
INTEGER_CST values for IFN_GOACC_LOOP arg-0. Allows the precise stepping of the compute geometry over the loop iterations to be deferred until it is known which compiler is generating the code. The action is encoded in a constant first argument. CHUNK_MAX = LOOP (CODE_CHUNKS, DIR, RANGE, STEP, CHUNK_SIZE, MASK) STEP = LOOP (CODE_STEP, DIR, RANGE, STEP, CHUNK_SIZE, MASK) OFFSET = LOOP (CODE_OFFSET, DIR, RANGE, STEP, CHUNK_SIZE, MASK, CHUNK_NO) BOUND = LOOP (CODE_BOUND, DIR, RANGE, STEP, CHUNK_SIZE, MASK, OFFSET) DIR - +1 for up loop, -1 for down loop RANGE - Range of loop (END - BASE) STEP - iteration step size CHUNKING - size of chunking, (constant zero for no chunking) CHUNK_NO - chunk number MASK - partitioning mask.
Referenced by dump_gimple_call_args().
◆ IFN_GOACC_REDUCTION_CODES
The GOACC_REDUCTION function defines a generic interface to support
gang, worker and vector reductions. All calls are of the following
form:
V = REDUCTION (CODE, REF_TO_RES, LOCAL_VAR, LEVEL, OP, OFFSET)
REF_TO_RES - is a reference to the original reduction varl, may be NULL
LOCAL_VAR is the intermediate reduction variable
LEVEL corresponds to the GOMP_DIM of the reduction
OP is the tree code of the reduction operation
OFFSET may be used as an offset into a reduction array for the
reductions occuring at this level.
In general the return value is LOCAL_VAR, which creates a data
dependency between calls operating on the same reduction.
Referenced by dump_gimple_call_args().
◆ IFN_UNIQUE_CODES
| #define IFN_UNIQUE_CODES |
Internal functions. Copyright (C) 2011-2024 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING3. If not see <http://www.gnu.org/licenses/>.
INTEGER_CST values for IFN_UNIQUE function arg-0.
UNSPEC: Undifferentiated UNIQUE.
FORK and JOIN mark the points at which OpenACC partitioned
execution is entered or exited.
DEP_VAR = UNIQUE ({FORK,JOIN}, DEP_VAR, AXIS)
HEAD_MARK and TAIL_MARK are used to demark the sequence entering
or leaving partitioned execution.
DEP_VAR = UNIQUE ({HEAD,TAIL}_MARK, REMAINING_MARKS, ...PRIMARY_FLAGS)
The PRIMARY_FLAGS only occur on the first HEAD_MARK of a sequence.
PRIVATE captures variables to be made private at the surrounding parallelism
level.
Referenced by dump_gimple_call_args().
◆ VECT_PARTIAL_BIAS_UNSUPPORTED
| #define VECT_PARTIAL_BIAS_UNSUPPORTED 127 |
Referenced by internal_len_load_store_bias(), and vect_verify_loop_lens().
Enumeration Type Documentation
◆ anonymous enum
◆ ifn_goacc_loop_kind
◆ ifn_goacc_reduction_kind
◆ ifn_unique_kind
Function Documentation
◆ associative_binary_fn_p()
|
extern |
Return true if FN is an associative binary operation.
References ggc_alloc().
Referenced by associative_binary_op_p().
◆ can_interpret_as_conditional_op_p()
|
extern |
Return true if STMT can be interpreted as a conditional tree code
operation of the form:
LHS = COND ? OP (RHS1, ...) : ELSE;
operating elementwise if the operands are vectors. This includes
the case of an all-true COND, so that the operation always happens.
There is an alternative approach to interpret the STMT when the operands
are vectors which is the operation predicated by both conditional mask
and loop control length, the equivalent C code:
for (int i = 0; i < NUNTIS; i++)
{
if (i < LEN + BIAS && COND[i])
LHS[i] = A[i] CODE B[i];
else
LHS[i] = ELSE[i];
}
When returning true, set:
- *COND_OUT to the condition COND, or to NULL_TREE if the condition
is known to be all-true
- *CODE_OUT to the tree code
- OPS[I] to operand I of *CODE_OUT
- *ELSE_OUT to the fallback value ELSE, or to NULL_TREE if the
condition is known to be all true.
- *LEN to the len argument if it COND_LEN_* operations or to NULL_TREE.
- *BIAS to the bias argument if it COND_LEN_* operations or to NULL_TREE.
References separate_ops::code, conditional_internal_fn_code(), ggc_alloc(), gimple_assign_rhs1(), gimple_assign_rhs2(), gimple_assign_rhs3(), gimple_assign_rhs_code(), gimple_call_arg(), gimple_call_internal_fn(), gimple_call_internal_p(), gimple_call_num_args(), i, integer_truep(), internal_fn_len_index(), and NULL_TREE.
Referenced by convert_mult_to_fma(), and convert_mult_to_fma_1().
◆ commutative_binary_fn_p()
|
extern |
Return true if FN is a binary operation and if FN is commutative.
References ggc_alloc().
Referenced by commutative_binary_op_p(), and first_commutative_argument().
◆ commutative_ternary_fn_p()
|
extern |
Return true if FN is a ternary operation and if its first two arguments are commutative.
References ggc_alloc().
Referenced by commutative_ternary_op_p(), and first_commutative_argument().
◆ conditional_internal_fn_code()
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extern |
If IFN implements the conditional form of a tree code, return that tree code, otherwise return ERROR_MARK.
References CASE, FOR_EACH_CODE_MAPPING, and ggc_alloc().
Referenced by can_interpret_as_conditional_op_p(), check_reduction_path(), internal_fn_mask_index(), try_conditional_simplification(), vect_transform_loop(), vect_transform_reduction(), vectorizable_reduction(), and vectorize_fold_left_reduction().
◆ direct_internal_fn()
|
inline |
Return optab information about internal function FN. Only meaningful if direct_internal_fn_p (FN).
References direct_internal_fn_array, direct_internal_fn_p(), and gcc_checking_assert.
Referenced by direct_internal_fn_supported_p(), direct_internal_fn_types(), direct_internal_fn_types(), and vectorizable_internal_function().
◆ direct_internal_fn_optab()
|
extern |
Return the optab used by internal function FN.
References gcc_unreachable, and IFN_LAST.
Referenced by internal_check_ptrs_fn_supported_p(), internal_gather_scatter_fn_supported_p(), internal_len_load_store_bias(), and supportable_widening_operation().
◆ direct_internal_fn_p()
|
inline |
Return true if FN is mapped directly to an optab.
References direct_internal_fn_array, and direct_internal_fn_info::type0.
Referenced by build_call_internal(), direct_internal_fn(), directly_supported_p(), maybe_build_call_expr_loc(), try_vectorize_loop_1(), and vectorizable_internal_function().
◆ direct_internal_fn_supported_p() [1/4]
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extern |
Return true if the STMT is supported when the optimization type is OPT_TYPE, given that STMT is a call to a direct internal function.
References direct_internal_fn_supported_p(), direct_internal_fn_types(), ggc_alloc(), and gimple_call_internal_fn().
◆ direct_internal_fn_supported_p() [2/4]
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inline |
Return true if FN is supported for types TYPE0 and TYPE1 when the optimization type is OPT_TYPE. The types are those associated with the "type0" and "type1" fields of FN's direct_internal_fn_info structure.
References direct_internal_fn_supported_p(), and ggc_alloc().
◆ direct_internal_fn_supported_p() [3/4]
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extern |
Return true if FN is supported for type TYPE when the optimization type is OPT_TYPE. The caller knows that the "type0" and "type1" fields of FN's direct_internal_fn_info structure are the same.
References direct_internal_fn(), direct_internal_fn_supported_p(), gcc_checking_assert, ggc_alloc(), direct_internal_fn_info::type0, and direct_internal_fn_info::type1.
◆ direct_internal_fn_supported_p() [4/4]
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extern |
Return true if FN is supported for the types in TYPES when the optimization type is OPT_TYPE. The types are those associated with the "type0" and "type1" fields of FN's direct_internal_fn_info structure.
References gcc_unreachable, and IFN_LAST.
Referenced by build_call_internal(), build_cltz_expr(), build_popcount_expr(), can_produce_all_loop_masks_p(), cond_removal_in_builtin_zero_pattern(), convert_mult_to_fma(), direct_internal_fn_supported_p(), direct_internal_fn_supported_p(), direct_internal_fn_supported_p(), directly_supported_p(), fold_builtin_bit_query(), get_masked_reduction_fn(), gimple_expand_vec_cond_expr(), internal_fn_reciprocal(), match_saturation_arith(), match_single_bit_test(), maybe_build_call_expr_loc(), optimize_count_trailing_zeroes(), reassociate_bb(), replacement_internal_fn(), try_vectorize_loop_1(), use_mask_by_cond_expr_p(), vect_analyze_loop_2(), vect_gen_while(), vect_pattern_validate_optab(), vect_recog_abd_pattern(), vect_recog_average_pattern(), vect_recog_ctz_ffs_pattern(), vect_recog_divmod_pattern(), vect_recog_mulhs_pattern(), vect_recog_popcount_clz_ctz_ffs_pattern(), vect_recog_pow_pattern(), vect_recog_sat_add_pattern(), vectorizable_bb_reduc_epilogue(), vectorizable_call(), vectorizable_condition(), vectorizable_early_exit(), vectorizable_internal_function(), vectorizable_live_operation(), vectorizable_operation(), vectorizable_reduction(), and vectorized_internal_fn_supported_p().
◆ direct_internal_fn_types() [1/2]
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extern |
CALL is a call whose return type and arguments are in principle compatible with FN (which satisfies direct_internal_fn_p). Return the types that should be used to determine whether the target supports FN.
References direct_internal_fn(), gimple_call_arg(), gimple_call_lhs(), separate_ops::op0, separate_ops::op1, TREE_TYPE, direct_internal_fn_info::type0, and direct_internal_fn_info::type1.
◆ direct_internal_fn_types() [2/2]
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extern |
RETURN_TYPE and ARGS are a return type and argument list that are in principle compatible with FN (which satisfies direct_internal_fn_p). Return the types that should be used to determine whether the target supports FN.
References direct_internal_fn(), ggc_alloc(), TREE_TYPE, direct_internal_fn_info::type0, and direct_internal_fn_info::type1.
Referenced by build_call_internal(), direct_internal_fn_supported_p(), expand_convert_optab_fn(), expand_direct_optab_fn(), internal_fn_reciprocal(), maybe_build_call_expr_loc(), and replacement_internal_fn().
◆ expand_addsub_overflow()
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extern |
Add sub/add overflow checking to the statement STMT. CODE says whether the operation is +, or -.
References add_reg_br_prob_note(), any_condjump_p(), BITS_PER_WORD, cfun, const0_rtx, CONST_SCALAR_INT_P, create_fixed_operand(), create_input_operand(), create_output_operand(), delete_insns_since(), do_compare_rtx_and_jump(), do_pending_stack_adjust(), emit_jump(), emit_label(), error_mark_node, profile_probability::even(), expand_arith_overflow_result_store(), expand_arith_set_overflow(), expand_binop(), expand_expr(), expand_normal(), expand_ubsan_result_store(), expand_unop(), EXPAND_WRITE, find_reg_note(), gcc_assert, gen_label_rtx(), gen_reg_rtx(), get_last_insn(), GET_MODE_PRECISION(), get_range_pos_neg(), ggc_alloc(), immed_wide_int_const(), JUMP_P, last, maybe_expand_insn(), wi::min_value(), expand_operand::mode, NULL, NULL_RTX, optab_handler(), OPTAB_LIB_WIDEN, pop_temp_slots(), PROFILE_ABSENT, profile_status_for_fn, push_temp_slots(), REG_P, SCALAR_INT_TYPE_MODE, SIGNED, expand_operand::target, TREE_TYPE, ubsan_build_overflow_builtin(), profile_probability::very_likely(), profile_probability::very_unlikely(), and write_complex_part().
Referenced by expand_arith_overflow(), expand_doubleword_mod(), expand_UBSAN_CHECK_ADD(), expand_UBSAN_CHECK_SUB(), and expand_vector_ubsan_overflow().
◆ expand_ASSUME()
|
extern |
◆ expand_BITINTTOFLOAT()
|
extern |
References DECIMAL_FLOAT_MODE_P, emit_library_call_value(), emit_move_insn(), expand_expr(), expand_normal(), EXPAND_WRITE, GET_MODE_NAME, ggc_alloc(), gimple_call_arg(), gimple_call_lhs(), init_one_libfunc(), LCT_PURE, expand_operand::mode, NULL_RTX, ptr_mode, expand_operand::target, TREE_TYPE, and TYPE_MODE.
◆ expand_CLRSB()
|
extern |
References expand_bitquery(), expand_unary_optab_fn, and ggc_alloc().
◆ expand_CLZ()
|
extern |
References expand_bitquery(), expand_unary_optab_fn, and ggc_alloc().
◆ expand_CTZ()
|
extern |
References expand_bitquery(), expand_unary_optab_fn, and ggc_alloc().
◆ expand_DIVMODBITINT()
|
extern |
References emit_library_call_value_1(), expand_normal(), ggc_alloc(), gimple_call_arg(), i, init_one_libfunc(), LCT_NORMAL, NULL_RTX, and ptr_mode.
◆ expand_FFS()
|
extern |
References expand_bitquery(), expand_unary_optab_fn, and ggc_alloc().
◆ expand_FLOATTOBITINT()
|
extern |
◆ expand_internal_call() [1/2]
Expand STMT, which is a call to internal function FN.
References expand_internal_call(), and gimple_call_internal_fn().
◆ expand_internal_call() [2/2]
|
extern |
Expand STMT as though it were a call to internal function FN.
References internal_fn_expanders.
Referenced by expand_call_stmt(), and expand_internal_call().
◆ expand_MASK_CALL()
|
extern |
References gcc_unreachable.
◆ expand_MULBITINT()
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extern |
References emit_library_call_value_1(), expand_normal(), ggc_alloc(), gimple_call_arg(), i, init_one_libfunc(), LCT_NORMAL, NULL_RTX, and ptr_mode.
◆ expand_PARITY()
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extern |
References expand_bitquery(), expand_unary_optab_fn, and ggc_alloc().
◆ expand_PHI()
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extern |
References gcc_unreachable.
◆ expand_POPCOUNT()
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extern |
References const0_rtx, const1_rtx, constm1_rtx, convert_to_mode(), do_pending_stack_adjust(), emit_insn(), emit_move_insn(), emit_store_flag(), end_sequence(), expand_bitquery(), expand_normal(), expand_simple_binop(), expand_unary_optab_fn, get_insns(), GET_MODE, ggc_alloc(), gimple_call_arg(), gimple_call_lhs(), gimple_call_num_args(), integer_zerop(), expand_operand::mode, NULL_RTX, OPTAB_DIRECT, optimize_insn_for_speed_p(), seq_cost(), start_sequence(), TREE_TYPE, and TYPE_MODE.
◆ expand_SHUFFLEVECTOR()
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extern |
References gcc_unreachable.
◆ expand_SPACESHIP()
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extern |
References create_input_operand(), create_output_operand(), do_pending_stack_adjust(), emit_move_insn(), expand_expr(), expand_insn(), expand_normal(), EXPAND_WRITE, ggc_alloc(), gimple_call_arg(), gimple_call_lhs(), NULL_RTX, separate_ops::op1, separate_ops::op2, optab_handler(), rtx_equal_p(), expand_operand::target, TREE_TYPE, TYPE_MODE, and expand_operand::value.
◆ expand_TRAP()
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extern |
◆ first_commutative_argument()
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extern |
If FN is commutative in two consecutive arguments, return the index of the first, otherwise return -1.
References commutative_binary_fn_p(), commutative_ternary_fn_p(), and ggc_alloc().
◆ get_conditional_internal_fn() [1/2]
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extern |
Return a function that only performs internal function FN when a certain condition is met and that uses a given fallback value otherwise. In other words, the returned function FN' is such that: LHS = FN' (COND, A1, ... An, ELSE) is equivalent to the C expression: LHS = COND ? FN (A1, ..., An) : ELSE; operating elementwise if the operands are vectors. Return IFN_LAST if no such function exists.
References CASE, FOR_EACH_COND_FN_PAIR, and IFN_LAST.
◆ get_conditional_internal_fn() [2/2]
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extern |
Return a function that only performs CODE when a certain condition is met and that uses a given fallback value otherwise. For example, if CODE is a binary operation associated with conditional function FN: LHS = FN (COND, A, B, ELSE) is equivalent to the C expression: LHS = COND ? A CODE B : ELSE; operating elementwise if the operands are vectors. Return IFN_LAST if no such function exists.
References CASE, separate_ops::code, FOR_EACH_CODE_MAPPING, and IFN_LAST.
◆ get_conditional_len_internal_fn()
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extern |
Like get_conditional_internal_fn, but return a function that
additionally restricts the operation to the leading elements
of a vector. The number of elements to process is given by a length
and bias pair, as for IFN_LOAD_LEN. The values of the remaining
elements are taken from the fallback ("else") argument.
For example, if CODE is a binary operation associated with FN:
LHS = FN (COND, A, B, ELSE, LEN, BIAS)
is equivalent to the C code:
for (int i = 0; i < NUNITS; i++)
{
if (i < LEN + BIAS && COND[i])
LHS[i] = A[i] CODE B[i];
else
LHS[i] = ELSE[i];
}
References CASE, separate_ops::code, FOR_EACH_CODE_MAPPING, and IFN_LAST.
Referenced by vectorizable_operation().
◆ get_len_internal_fn()
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extern |
If there exists an internal function like IFN that operates on vectors, but with additional length and bias parameters, return the internal_fn for that function, otherwise return IFN_LAST.
References IFN_LAST.
Referenced by convert_conditional_op(), and vectorizable_call().
◆ get_unconditional_internal_fn()
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extern |
If IFN implements the conditional form of an unconditional internal function, return that unconditional function, otherwise return IFN_LAST.
References CASE, FOR_EACH_COND_FN_PAIR, and IFN_LAST.
Referenced by internal_fn_mask_index(), and try_conditional_simplification().
◆ init_internal_fns()
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extern |
Initialize internal function tables.
References IFN_LAST, and internal_fn_fnspec_array.
Referenced by build_common_builtin_nodes().
◆ internal_check_ptrs_fn_supported_p()
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extern |
Return true if the target supports IFN_CHECK_{RAW,WAR}_PTRS function IFN
for pointers of type TYPE when the accesses have LENGTH bytes and their
common byte alignment is ALIGN.
References direct_internal_fn_optab(), direct_optab_handler(), GEN_INT, ggc_alloc(), immed_wide_int_const(), insn_operand_matches(), and TYPE_MODE.
Referenced by create_ifn_alias_checks().
◆ internal_fn_else_index()
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extern |
If FN is an IFN_COND_* or IFN_COND_LEN_* function, return the index of the argument that is used when the condition is false. Return -1 otherwise.
References ggc_alloc().
Referenced by check_reduction_path(), and vect_transform_reduction().
◆ internal_fn_flags()
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inline |
References internal_fn_flags_array.
Referenced by call_expr_flags(), and gimple_call_flags().
◆ internal_fn_fnspec()
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inline |
References internal_fn_fnspec_array.
Referenced by gimple_call_fnspec().
◆ internal_fn_len_index()
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extern |
If FN takes a vector len argument, return the index of that argument, otherwise return -1.
References ggc_alloc().
Referenced by add_mask_and_len_args(), can_interpret_as_conditional_op_p(), gimple_fold_partial_load_store_mem_ref(), initialize_ao_ref_for_dse(), try_conditional_simplification(), vectorizable_call(), and vn_reference_lookup_3().
◆ internal_fn_mask_index()
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extern |
If FN takes a vector mask argument, return the index of that argument, otherwise return -1.
References conditional_internal_fn_code(), get_unconditional_internal_fn(), ggc_alloc(), and IFN_LAST.
Referenced by add_mask_and_len_args(), exist_non_indexing_operands_for_use_p(), expand_partial_load_optab_fn(), expand_partial_store_optab_fn(), gimple_fold_partial_load_store_mem_ref(), ifcvt_can_hoist(), vect_get_load_store_mask(), vect_get_smallest_scalar_type(), vect_recog_mask_conversion_pattern(), vectorizable_call(), vectorizable_load(), vectorizable_reduction(), vectorizable_store(), and vn_reference_lookup_3().
◆ internal_fn_name()
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inline |
References internal_fn_name_array.
Referenced by combined_fn_name(), dump_generic_node(), dump_gimple_call(), lookup_internal_fn(), expr_hash_elt::print(), print_vn_reference_ops(), and vect_pattern_validate_optab().
◆ internal_fn_stored_value_index()
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extern |
If FN takes a value that should be stored to memory, return the index of that argument, otherwise return -1.
References ggc_alloc().
Referenced by call_may_clobber_ref_p_1(), exist_non_indexing_operands_for_use_p(), expand_partial_store_optab_fn(), expand_scatter_store_optab_fn(), get_mem_type_for_internal_fn(), gimple_fold_partial_store(), initialize_ao_ref_for_dse(), vect_check_store_rhs(), vect_get_smallest_scalar_type(), vect_get_store_rhs(), vect_recog_mask_conversion_pattern(), and vn_reference_lookup_3().
◆ internal_gather_scatter_fn_p()
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extern |
Return true if IFN is some form of gather load or scatter store.
References ggc_alloc().
Referenced by exist_non_indexing_operands_for_use_p(), and vect_check_gather_scatter().
◆ internal_gather_scatter_fn_supported_p()
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extern |
Return true if the target supports gather load or scatter store function IFN. For loads, VECTOR_TYPE is the vector type of the load result, while for stores it is the vector type of the stored data argument. MEMORY_ELEMENT_TYPE is the type of the memory elements being loaded or stored. OFFSET_VECTOR_TYPE is the vector type that holds the offset from the shared base address of each loaded or stored element. SCALE is the amount by which these offsets should be multiplied *after* they have been extended to address width.
References convert_optab_handler(), direct_internal_fn_optab(), GEN_INT, ggc_alloc(), insn_operand_matches(), internal_load_fn_p(), tree_int_cst_equal(), TREE_TYPE, TYPE_MODE, TYPE_SIZE, TYPE_UNSIGNED, and TYPE_VECTOR_SUBPARTS().
Referenced by check_load_store_for_partial_vectors(), and vect_gather_scatter_fn_p().
◆ internal_len_load_store_bias()
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extern |
Return the supported bias for IFN which is either IFN_{LEN_,MASK_LEN_,}LOAD
or IFN_{LEN_,MASK_LEN_,}STORE. For now we only support the biases of 0 and
-1 (in case 0 is not an allowable length for {len_,mask_len_}load or
{len_,mask_len_}store). If none of the biases match what the backend
provides, return VECT_PARTIAL_BIAS_UNSUPPORTED.
References convert_optab_handler(), direct_internal_fn_optab(), direct_optab_handler(), GEN_INT, ggc_alloc(), insn_operand_matches(), targetm, and VECT_PARTIAL_BIAS_UNSUPPORTED.
Referenced by vect_verify_loop_lens().
◆ internal_load_fn_p()
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extern |
Return true if IFN is some form of load from memory.
References ggc_alloc().
Referenced by internal_gather_scatter_fn_supported_p(), vect_get_smallest_scalar_type(), vectorizable_call(), and vectorizable_load().
◆ internal_store_fn_p()
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extern |
Return true if IFN is some form of store to memory.
References ggc_alloc().
Referenced by vect_build_slp_tree_1(), vect_check_store_rhs(), vect_get_smallest_scalar_type(), vect_recog_mask_conversion_pattern(), vectorizable_call(), vectorizable_store(), and vn_reference_lookup_3().
◆ lookup_evenodd_internal_fn()
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extern |
Given an internal_fn IFN that is a widening function, return its corresponding _EVEN and _ODD internal_fns in *EVEN and *ODD.
References gcc_assert, gcc_unreachable, and widening_fn_p().
Referenced by supportable_widening_operation().
◆ lookup_hilo_internal_fn()
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extern |
Geven an internal_fn IFN that is a widening function, return its corresponding LO and HI internal_fns.
References gcc_assert, gcc_unreachable, and widening_fn_p().
Referenced by supportable_widening_operation().
◆ lookup_internal_fn()
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extern |
Return the internal function called NAME, or IFN_LAST if there's no such function.
References ggc_alloc(), i, IFN_LAST, and internal_fn_name().
◆ set_edom_supported_p()
Return true if IFN_SET_EDOM is supported.
Referenced by use_internal_fn().
◆ vectorizable_internal_fn_p()
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inline |
Return true if FN is a direct internal function that can be vectorized by converting the return type and all argument types to vectors of the same number of elements. E.g. we can vectorize an IFN_SQRT on floats as an IFN_SQRT on vectors of N floats.
References direct_internal_fn_array, and direct_internal_fn_info::vectorizable.
Referenced by vect_build_slp_tree_1().
◆ vectorized_internal_fn_supported_p()
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If TYPE is a vector type, return true if IFN is a direct internal function that is supported for that type. If TYPE is a scalar type, return true if IFN is a direct internal function that is supported for the target's preferred vector version of TYPE.
References build_vector_type_for_mode(), direct_internal_fn_supported_p(), opt_mode< T >::exists(), ggc_alloc(), OPTIMIZE_FOR_SPEED, related_vector_mode(), targetm, TYPE_MODE, VECTOR_MODE_P, and VECTOR_TYPE_P.
Referenced by convert_scalar_cond_reduction(), and ifcvt_can_predicate().
◆ widening_fn_p()
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Return true if this CODE describes an internal_fn that returns a vector with elements twice as wide as the element size of the input vectors.
References as_internal_fn(), separate_ops::code, and internal_fn_p().
Referenced by lookup_evenodd_internal_fn(), lookup_hilo_internal_fn(), supportable_widening_operation(), and vectorizable_conversion().
Variable Documentation
◆ direct_internal_fn_array
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Referenced by direct_internal_fn(), direct_internal_fn_p(), and vectorizable_internal_fn_p().
◆ internal_fn_flags_array
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Return the ECF_* flags for function FN.
The ECF_* flags of each internal function, indexed by function number.
Referenced by internal_fn_flags().
◆ internal_fn_fnspec_array
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Return fnspec for function FN.
Fnspec of each internal function, indexed by function number.
Referenced by init_internal_fns(), and internal_fn_fnspec().
◆ internal_fn_name_array
Return the name of internal function FN. The name is only meaningful for dumps; it has no linkage.
Internal functions. Copyright (C) 2011-2024 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING3. If not see <http://www.gnu.org/licenses/>.
For lang_hooks.types.type_for_mode.
The names of each internal function, indexed by function number.
Referenced by internal_fn_name().
