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vector.hpp
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1/**********************************************************************************/
2/* This file is part of spla project */
3/* https://github.com/SparseLinearAlgebra/spla */
4/**********************************************************************************/
5/* MIT License */
6/* */
7/* Copyright (c) 2023 SparseLinearAlgebra */
8/* */
9/* Permission is hereby granted, free of charge, to any person obtaining a copy */
10/* of this software and associated documentation files (the "Software"), to deal */
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25/* SOFTWARE. */
26/**********************************************************************************/
27
28#ifndef SPLA_VECTOR_HPP
29#define SPLA_VECTOR_HPP
30
31#include "array.hpp"
32#include "object.hpp"
33#include "op.hpp"
34#include "scalar.hpp"
35#include "type.hpp"
36
37namespace spla {
38
48 class Vector : public Object {
49 public:
50 SPLA_API ~Vector() override = default;
51 SPLA_API virtual uint get_n_rows() = 0;
54 SPLA_API virtual Status set_fill_value(const ref_ptr<Scalar>& value) = 0;
55 SPLA_API virtual Status set_reduce(ref_ptr<OpBinary> resolve_duplicates) = 0;
56 SPLA_API virtual Status set_int(uint row_id, T_INT value) = 0;
57 SPLA_API virtual Status set_uint(uint row_id, T_UINT value) = 0;
58 SPLA_API virtual Status set_float(uint row_id, T_FLOAT value) = 0;
59 SPLA_API virtual Status get_int(uint row_id, T_INT& value) = 0;
60 SPLA_API virtual Status get_uint(uint row_id, T_UINT& value) = 0;
61 SPLA_API virtual Status get_float(uint row_id, float& value) = 0;
62 SPLA_API virtual Status fill_noize(uint seed) = 0;
63 SPLA_API virtual Status fill_with(const ref_ptr<Scalar>& value) = 0;
64 SPLA_API virtual Status build(const ref_ptr<MemView>& keys, const ref_ptr<MemView>& values) = 0;
66 SPLA_API virtual Status clear() = 0;
67
76 SPLA_API static ref_ptr<Vector> make(uint n_rows, const ref_ptr<Type>& type);
77 };
78
83}// namespace spla
84
85#endif//SPLA_VECTOR_HPP
Named storage format for library vector data objects.
Status of library operation execution.
Base class for any library primitive.
Definition object.hpp:47
Generalized N dimensional vector object.
Definition vector.hpp:48
virtual Status clear()=0
~Vector() override=default
virtual uint get_n_rows()=0
virtual Status set_float(uint row_id, T_FLOAT value)=0
virtual Status get_uint(uint row_id, T_UINT &value)=0
virtual Status set_format(FormatVector format)=0
static ref_ptr< Vector > make(uint n_rows, const ref_ptr< Type > &type)
Make new vector instance with specified dim and values type.
Definition vector.cpp:33
virtual Status build(const ref_ptr< MemView > &keys, const ref_ptr< MemView > &values)=0
virtual Status get_float(uint row_id, float &value)=0
virtual Status set_fill_value(const ref_ptr< Scalar > &value)=0
virtual Status set_reduce(ref_ptr< OpBinary > resolve_duplicates)=0
virtual ref_ptr< Type > get_type()=0
virtual Status fill_noize(uint seed)=0
virtual Status get_int(uint row_id, T_INT &value)=0
virtual Status read(ref_ptr< MemView > &keys, ref_ptr< MemView > &values)=0
virtual Status set_int(uint row_id, T_INT value)=0
virtual Status set_uint(uint row_id, T_UINT value)=0
virtual Status fill_with(const ref_ptr< Scalar > &value)=0
Automates reference counting and behaves as shared smart pointer.
Definition ref.hpp:117
#define SPLA_API
Definition config.hpp:43
float T_FLOAT
Definition type.hpp:60
std::int32_t T_INT
Definition type.hpp:58
std::uint32_t uint
Library index and size type.
Definition config.hpp:56
std::uint32_t T_UINT
Definition type.hpp:59
Definition algorithm.hpp:37