Index ⭢ UJIT ⭢ asmjit::ujit::OpArray

asmjit::ujit::OpArray Class Reference [¶]

Inheritance diagram for asmjit::ujit::OpArray:

Operand array used by SIMD pipeline.

Can hold up to kMaxSize registers, however, the number of actual registers is dynamic and depends on initialization.

Public Members

Members

size_t _size

Operand_ v[kMaxSize]

Static Public Attributes

static constexpr size_t kMaxSize = 8

Public Types

using Op = Operand_

Member Functions

void reset() noexcept

void init(const Op* array, size_t size) noexcept

void init(const OpArray& other) noexcept

void init(const Op& op0) noexcept

void init(const Op& op0, const Op& op1) noexcept

void init(const Op& op0, const Op& op1, const Op& op2) noexcept

void init(const Op& op0, const Op& op1, const Op& op2, const Op& op3) noexcept

void init(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4) noexcept

void init(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4, const Op& op5) noexcept

void init(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4, const Op& op5, const Op& op6) noexcept

void init(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4, const Op& op5, const Op& op6, const Op& op7) noexcept

bool is_empty() const noexcept

bool is_scalar() const noexcept

bool is_vector() const noexcept

size_t size() const noexcept

size_t max_size() const noexcept

bool equals(const OpArray& other) const noexcept

bool operator==(const OpArray& other) const noexcept

bool operator!=(const OpArray& other) const noexcept

Operand_& operator[](size_t index) noexcept

const Operand_& operator[](size_t index) const noexcept

OpArray lo() const noexcept

OpArray hi() const noexcept

OpArray even() const noexcept

OpArray odd() const noexcept

OpArray half() const noexcept

OpArray every_nth(size_t n) const noexcept

OpArray even_odd(size_t from) const noexcept

Protected Member Functions

OpArray& operator=(const OpArray& other) noexcept

Internal Utilities

void _resetFrom(size_t index) noexcept

Construction & Destruction

OpArray(const Op& op0) noexcept

OpArray(const Op& op0, const Op& op1) noexcept

OpArray(const Op& op0, const Op& op1, const Op& op2) noexcept

OpArray(const Op& op0, const Op& op1, const Op& op2, const Op& op3) noexcept

OpArray(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4) noexcept

OpArray(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4, const Op& op5) noexcept

OpArray(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4, const Op& op5, const Op& op6) noexcept

OpArray(const Op& op0, const Op& op1, const Op& op2, const Op& op3, const Op& op4, const Op& op5, const Op& op6, const Op& op7) noexcept

OpArray(const OpArray& other) noexcept

OpArray(const OpArray& other, size_t from, size_t inc, size_t limit) noexcept

void ujit::OpArray::reset()noexcept[¶]

Resets OpArray to a default construction state.

bool ujit::OpArray::is_empty() constnodiscardnoexcept[¶]

Tests whether the vector is empty (has no elements).

bool ujit::OpArray::is_scalar() constnodiscardnoexcept[¶]

Tests whether the vector has only one element, which makes it scalar.

bool ujit::OpArray::is_vector() constnodiscardnoexcept[¶]

Tests whether the vector has more than 1 element, which means that calling high() and odd() won't return an empty vector.

size_t ujit::OpArray::size() constnodiscardnoexcept[¶]

Returns the number of vector elements.

size_t ujit::OpArray::max_size() constnodiscardnoexcept[¶]

Returns the maximum size of vector elements.

OpArray ujit::OpArray::even_odd(
size_t from
) constnodiscardnoexcept[¶]

Returns a new vector consisting of either even (from == 0) or odd (from == 1) elements. It's like calling even() and odd(), but can be used within a loop that performs the same operation for both.