RuntimeCompiler

#include <ncarray/jit/host/rtcompiler.hh>

class RuntimeCompiler

Defined in src/lib/ncarray/jit/host/rtcompiler.hh:49

List of all members

Name	Kind	Owner
`get_expr_kernel`	`function`	Declared here
`instance`	`function`	Declared here
`m_kernel_cache`	`variable`	Declared here
`RuntimeCompiler`	`function`	Declared here
`compile_x86_expr_kernel`	`function`	Declared here
`compile_a64_expr_kernel`	`function`	Declared here

Public Methods

Return	Name	Description
`ExprKernelFunc`	`get_expr_kernel`	Get the compiled funcion/kernel for evaluation of the lineriazable expression created by the layouts and instructions passed in.

get_expr_kernel

ExprKernelFunc get_expr_kernel(DType dest_t, DType src_t, DType work_t, const SOArrayPolicy & dest_layout, const std::vector< Instruction > & instrs, const std::vector< SOArrayPolicy > & layouts, const std::vector< Scalar > & scalars, bool expr_is_soarr = false)

Defined in src/lib/ncarray/jit/host/rtcompiler.hh:74

Get the compiled funcion/kernel for evaluation of the lineriazable expression created by the layouts and instructions passed in.

If the function is in memory, it will be returned from the in-memory cache, otherwise, if it has previously been compiled, it will be loaded from disk, or, compiled and written to disk, before being returned.

Returns

k_func The function to evaluate the expression.

Parameters

Parameter	Type	Description
`dest_t`	`[DType](api-ncarray.md#dtype)`	The final output datatype.
`src_t`	`[DType](api-ncarray.md#dtype)`	The input datatype of the arrays.
`work_t`	`[DType](api-ncarray.md#dtype)`	The datatype to use for intermediate calculations. This may or may not be equivalent to dest_t. E.g. a long expression may use float/int64 while performing intermediate operations, while the final result of the expression is a comparison returning bool.
`dest_layout`	`const [SOArrayPolicy](api-ncarray-SOArrayPolicy.md#soarraypolicy) &`	The destination/result Layout to write into.
`instrs`	`const std::vector< [Instruction](api-ncarray.md#instruction) > &`	The instructions (packed index + OpCode) for the expression.
`layouts`	`const std::vector< [SOArrayPolicy](api-ncarray-SOArrayPolicy.md#soarraypolicy) > &`	The layouts of the arrays involved.
`scalars`	`const std::vector< [Scalar](api-ncarray.md#scalar) > &`	Any scalar constants involved.
`expr_is_soarr`	`bool`	Whether the arrays are SOArray* or NCArray*.

Public Static Methods

Return	Name	Description
`RuntimeCompiler &`	`instance` `static`

instance

static

static RuntimeCompiler & instance()

Defined in src/lib/ncarray/jit/host/rtcompiler.hh:51

Private Attributes

Return	Name	Description
`std::unordered_map< std::string, ExprKernelFunc >`	`m_kernel_cache`	In memory cache of compiled functions for expression evaluation.

m_kernel_cache

std::unordered_map< std::string, ExprKernelFunc > m_kernel_cache

Defined in src/lib/ncarray/jit/host/rtcompiler.hh:147

In memory cache of compiled functions for expression evaluation.

Private Methods

Return	Name	Description
	`RuntimeCompiler`
`void`	`compile_x86_expr_kernel`	Compile the function to evaluate an expression, for the x86 architecture.
`void`	`compile_a64_expr_kernel`	Compile the function to evaluate an expression, for the a64 (ARM) architecture.