wehub-resource-sync
311 lines
11 KiB
C
311 lines
11 KiB
C
//
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// Created by agibsonccc on 11/22/24.
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//
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#ifndef LIBND4J_PAIRWISE_INSTANTIATIONS_H
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#define LIBND4J_PAIRWISE_INSTANTIATIONS_H
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/*
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* ******************************************************************************
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* *
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* *
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* * This program and the accompanying materials are made available under the
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* * terms of the Apache License, Version 2.0 which is available at
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* * https://www.apache.org/licenses/LICENSE-2.0.
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* *
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* * See the NOTICE file distributed with this work for additional
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* * information regarding copyright ownership.
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* * Unless required by applicable law or agreed to in writing, software
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* * distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
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* * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
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* * License for the specific language governing permissions and limitations
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* * under the License.
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* *
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* * SPDX-License-Identifier: Apache-2.0
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* *****************************************************************************
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*/
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//
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// Instantiated by genCompilation
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//
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#include <loops/pairwise_transform.h>
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#include <system/type_boilerplate.h>
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#include <types/types.h>
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#include "../types/types.h"
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// Note: Instantiations are generated to prevent compiler memory issues
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/*
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*
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* Function Instantiation:
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* PairWiseTransform::exec instantiated for types: @TYPE1@, @TYPE2@, @TYPE3@
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*/
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// ============================================================================
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// SAFE TYPE PARTITIONING SYSTEM
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// This system prevents the "index out of bounds" errors that occur when
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// using custom type sets with fewer types than expected by hardcoded indices.
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// ============================================================================
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// Helper macro to get the count of types
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#define COUNT_SD_COMMON_TYPES COUNT_NARG(SD_COMMON_TYPES)
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#define COUNT_SD_NUMERIC_TYPES COUNT_NARG(SD_NUMERIC_TYPES)
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#define COUNT_SD_FLOAT_TYPES COUNT_NARG(SD_FLOAT_TYPES)
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#define COUNT_SD_INTEGER_TYPES COUNT_NARG(SD_INTEGER_TYPES)
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#define COUNT_SD_BOOL_TYPES COUNT_NARG(SD_BOOL_TYPES)
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#define COUNT_SD_LONG_TYPES COUNT_NARG(SD_LONG_TYPES)
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// Safe partitioning for SD_COMMON_TYPES
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// These will always work regardless of how many types are actually defined
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// Part 0: First available types (up to 5)
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#if COUNT_SD_COMMON_TYPES >= 5
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#define SD_COMMON_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_COMMON_TYPES), \
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GET_ELEMENT(1, SD_COMMON_TYPES), \
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GET_ELEMENT(2, SD_COMMON_TYPES), \
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GET_ELEMENT(3, SD_COMMON_TYPES), \
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GET_ELEMENT(4, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 4
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#define SD_COMMON_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_COMMON_TYPES), \
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GET_ELEMENT(1, SD_COMMON_TYPES), \
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GET_ELEMENT(2, SD_COMMON_TYPES), \
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GET_ELEMENT(3, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 3
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#define SD_COMMON_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_COMMON_TYPES), \
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GET_ELEMENT(1, SD_COMMON_TYPES), \
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GET_ELEMENT(2, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 2
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#define SD_COMMON_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_COMMON_TYPES), \
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GET_ELEMENT(1, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 1
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#define SD_COMMON_TYPES_PART_0 (GET_ELEMENT(0, SD_COMMON_TYPES))
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#else
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// Fallback for empty type list - use float as safe default
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#define SD_COMMON_TYPES_PART_0 ((sd::DataType::FLOAT32, float))
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#endif
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// Part 1: Next types if available, otherwise reuse Part 0
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#if COUNT_SD_COMMON_TYPES >= 9
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#define SD_COMMON_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_COMMON_TYPES), \
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GET_ELEMENT(6, SD_COMMON_TYPES), \
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GET_ELEMENT(7, SD_COMMON_TYPES), \
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GET_ELEMENT(8, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 8
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#define SD_COMMON_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_COMMON_TYPES), \
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GET_ELEMENT(6, SD_COMMON_TYPES), \
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GET_ELEMENT(7, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 7
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#define SD_COMMON_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_COMMON_TYPES), \
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GET_ELEMENT(6, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 6
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#define SD_COMMON_TYPES_PART_1 (GET_ELEMENT(5, SD_COMMON_TYPES))
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#else
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// Fallback: reuse Part 0 when we don't have enough types
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#define SD_COMMON_TYPES_PART_1 SD_COMMON_TYPES_PART_0
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#endif
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// Part 2: Even more types if available, otherwise reuse Part 0
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#if COUNT_SD_COMMON_TYPES >= 13
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#define SD_COMMON_TYPES_PART_2 (\
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GET_ELEMENT(9, SD_COMMON_TYPES), \
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GET_ELEMENT(10, SD_COMMON_TYPES), \
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GET_ELEMENT(11, SD_COMMON_TYPES), \
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GET_ELEMENT(12, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 12
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#define SD_COMMON_TYPES_PART_2 (\
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GET_ELEMENT(9, SD_COMMON_TYPES), \
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GET_ELEMENT(10, SD_COMMON_TYPES), \
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GET_ELEMENT(11, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 11
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#define SD_COMMON_TYPES_PART_2 (\
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GET_ELEMENT(9, SD_COMMON_TYPES), \
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GET_ELEMENT(10, SD_COMMON_TYPES))
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#elif COUNT_SD_COMMON_TYPES == 10
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#define SD_COMMON_TYPES_PART_2 (GET_ELEMENT(9, SD_COMMON_TYPES))
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#else
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// Fallback: reuse Part 0 when we don't have enough types
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#define SD_COMMON_TYPES_PART_2 SD_COMMON_TYPES_PART_0
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#endif
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// Safe partitioning for SD_NUMERIC_TYPES
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// Part 0: First available numeric types (up to 5)
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#if COUNT_SD_NUMERIC_TYPES >= 5
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#define SD_NUMERIC_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_NUMERIC_TYPES), \
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GET_ELEMENT(1, SD_NUMERIC_TYPES), \
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GET_ELEMENT(2, SD_NUMERIC_TYPES), \
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GET_ELEMENT(3, SD_NUMERIC_TYPES), \
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GET_ELEMENT(4, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 4
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#define SD_NUMERIC_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_NUMERIC_TYPES), \
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GET_ELEMENT(1, SD_NUMERIC_TYPES), \
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GET_ELEMENT(2, SD_NUMERIC_TYPES), \
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GET_ELEMENT(3, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 3
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#define SD_NUMERIC_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_NUMERIC_TYPES), \
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GET_ELEMENT(1, SD_NUMERIC_TYPES), \
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GET_ELEMENT(2, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 2
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#define SD_NUMERIC_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_NUMERIC_TYPES), \
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GET_ELEMENT(1, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 1
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#define SD_NUMERIC_TYPES_PART_0 (GET_ELEMENT(0, SD_NUMERIC_TYPES))
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#else
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// Fallback for empty numeric type list
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#define SD_NUMERIC_TYPES_PART_0 ((sd::DataType::FLOAT32, float))
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#endif
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// Part 1: Next numeric types if available, otherwise reuse Part 0
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#if COUNT_SD_NUMERIC_TYPES >= 9
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#define SD_NUMERIC_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_NUMERIC_TYPES), \
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GET_ELEMENT(6, SD_NUMERIC_TYPES), \
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GET_ELEMENT(7, SD_NUMERIC_TYPES), \
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GET_ELEMENT(8, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 8
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#define SD_NUMERIC_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_NUMERIC_TYPES), \
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GET_ELEMENT(6, SD_NUMERIC_TYPES), \
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GET_ELEMENT(7, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 7
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#define SD_NUMERIC_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_NUMERIC_TYPES), \
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GET_ELEMENT(6, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 6
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#define SD_NUMERIC_TYPES_PART_1 (GET_ELEMENT(5, SD_NUMERIC_TYPES))
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#else
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// Fallback: reuse Part 0 when we don't have enough types
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#define SD_NUMERIC_TYPES_PART_1 SD_NUMERIC_TYPES_PART_0
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#endif
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// Part 2: Even more numeric types if available, otherwise reuse Part 0
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#if COUNT_SD_NUMERIC_TYPES >= 11
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#define SD_NUMERIC_TYPES_PART_2 (\
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GET_ELEMENT(9, SD_NUMERIC_TYPES), \
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GET_ELEMENT(10, SD_NUMERIC_TYPES))
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#elif COUNT_SD_NUMERIC_TYPES == 10
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#define SD_NUMERIC_TYPES_PART_2 (GET_ELEMENT(9, SD_NUMERIC_TYPES))
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#else
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// Fallback: reuse Part 0 when we don't have enough types
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#define SD_NUMERIC_TYPES_PART_2 SD_NUMERIC_TYPES_PART_0
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#endif
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// Safe partitioning for SD_FLOAT_TYPES
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#if COUNT_SD_FLOAT_TYPES >= 3
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#define SD_FLOAT_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_FLOAT_TYPES), \
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GET_ELEMENT(1, SD_FLOAT_TYPES), \
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GET_ELEMENT(2, SD_FLOAT_TYPES))
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#elif COUNT_SD_FLOAT_TYPES == 2
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#define SD_FLOAT_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_FLOAT_TYPES), \
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GET_ELEMENT(1, SD_FLOAT_TYPES))
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#elif COUNT_SD_FLOAT_TYPES == 1
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#define SD_FLOAT_TYPES_PART_0 (GET_ELEMENT(0, SD_FLOAT_TYPES))
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#else
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#define SD_FLOAT_TYPES_PART_0 ((sd::DataType::FLOAT32, float))
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#endif
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#if COUNT_SD_FLOAT_TYPES >= 4
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#define SD_FLOAT_TYPES_PART_1 (GET_ELEMENT(3, SD_FLOAT_TYPES))
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#else
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#define SD_FLOAT_TYPES_PART_1 SD_FLOAT_TYPES_PART_0
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#endif
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#define SD_FLOAT_TYPES_PART_2 SD_FLOAT_TYPES_PART_0
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#define SD_FLOAT_TYPES_PART_3 SD_FLOAT_TYPES_PART_0
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// Safe partitioning for SD_INTEGER_TYPES
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#if COUNT_SD_INTEGER_TYPES >= 5
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#define SD_INTEGER_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_INTEGER_TYPES), \
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GET_ELEMENT(1, SD_INTEGER_TYPES), \
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GET_ELEMENT(2, SD_INTEGER_TYPES), \
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GET_ELEMENT(3, SD_INTEGER_TYPES), \
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GET_ELEMENT(4, SD_INTEGER_TYPES))
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#elif COUNT_SD_INTEGER_TYPES == 4
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#define SD_INTEGER_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_INTEGER_TYPES), \
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GET_ELEMENT(1, SD_INTEGER_TYPES), \
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GET_ELEMENT(2, SD_INTEGER_TYPES), \
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GET_ELEMENT(3, SD_INTEGER_TYPES))
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#elif COUNT_SD_INTEGER_TYPES == 3
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#define SD_INTEGER_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_INTEGER_TYPES), \
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GET_ELEMENT(1, SD_INTEGER_TYPES), \
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GET_ELEMENT(2, SD_INTEGER_TYPES))
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#elif COUNT_SD_INTEGER_TYPES == 2
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#define SD_INTEGER_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_INTEGER_TYPES), \
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GET_ELEMENT(1, SD_INTEGER_TYPES))
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#elif COUNT_SD_INTEGER_TYPES == 1
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#define SD_INTEGER_TYPES_PART_0 (GET_ELEMENT(0, SD_INTEGER_TYPES))
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#else
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#define SD_INTEGER_TYPES_PART_0 ((sd::DataType::INT32, int32_t))
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#endif
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#if COUNT_SD_INTEGER_TYPES >= 9
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#define SD_INTEGER_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_INTEGER_TYPES), \
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GET_ELEMENT(6, SD_INTEGER_TYPES), \
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GET_ELEMENT(7, SD_INTEGER_TYPES), \
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GET_ELEMENT(8, SD_INTEGER_TYPES))
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#elif COUNT_SD_INTEGER_TYPES >= 6
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#define SD_INTEGER_TYPES_PART_1 (\
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GET_ELEMENT(5, SD_INTEGER_TYPES))
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#else
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#define SD_INTEGER_TYPES_PART_1 SD_INTEGER_TYPES_PART_0
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#endif
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#define SD_INTEGER_TYPES_PART_2 SD_INTEGER_TYPES_PART_0
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// Safe partitioning for SD_BOOL_TYPES (typically just bool)
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#define SD_BOOL_TYPES_PART_0 (SD_BOOL_TYPES)
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#define SD_BOOL_TYPES_PART_1 (SD_BOOL_TYPES)
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#define SD_BOOL_TYPES_PART_2 (SD_BOOL_TYPES)
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// Safe partitioning for SD_LONG_TYPES
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#if COUNT_SD_LONG_TYPES >= 2
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#define SD_LONG_TYPES_PART_0 (\
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GET_ELEMENT(0, SD_LONG_TYPES), \
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GET_ELEMENT(1, SD_LONG_TYPES))
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#elif COUNT_SD_LONG_TYPES == 1
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#define SD_LONG_TYPES_PART_0 (GET_ELEMENT(0, SD_LONG_TYPES))
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#else
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#define SD_LONG_TYPES_PART_0 ((sd::DataType::INT64, LongType))
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#endif
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#define SD_LONG_TYPES_PART_1 SD_LONG_TYPES_PART_0
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#define SD_LONG_TYPES_PART_2 SD_LONG_TYPES_PART_0
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// Callback macros for instantiation
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#define INSTANT_PROCESS_COMBINATION_1(name, suffix, tuple) \
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template name<GET_SECOND_ARG tuple>suffix
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#define INSTANT_PROCESS_COMBINATION_2(name, suffix, tuple1, tuple2) \
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template name<GET_SECOND_ARG tuple1, GET_SECOND_ARG tuple2>suffix
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// Special callback for promotion
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// Undefine first to avoid redefinition warning if type_promote.h was included
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#undef CALLBACK_INSTANTIATE_PROMOTE
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#define CALLBACK_INSTANTIATE_PROMOTE(tuple1, tuple2, name, suffix, end) \
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template void functions::pairwise_transforms::PairWiseTransform<GET_SECOND_ARG tuple1, GET_SECOND_ARG tuple2, \
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typename TypePromotion<GET_SECOND_ARG tuple1, GET_SECOND_ARG tuple2>::type>::exec( \
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int opNum, const void *x, const sd::LongType *xShapeInfo, const void *y, \
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const sd::LongType *yShapeInfo, void *z, const sd::LongType *zShapeInfo, \
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void *extraParams, sd::LongType start, sd::LongType stop)end
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#define PRINT_NUMERIC_TYPES_PARTS \
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PRINT SD_NUMERIC_TYPES_PART_2
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#endif // LIBND4J_PAIRWISE_INSTANTIATIONS_H
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