A halide module. More...

#include <Module.h>

Public Member Functions
	Module (const std::string &name, const Target &target, const MetadataNameMap &metadata_name_map={})

const Target &	target () const
	Get the target this module has been lowered for.

const std::string &	name () const
	The name of this module.

const AutoSchedulerResults *	get_auto_scheduler_results () const
	If this Module had an auto-generated schedule, return a read-only pointer to the AutoSchedulerResults.

bool	any_strict_float () const
	Return whether this module uses strict floating-point anywhere.

const std::vector< Buffer< void > > &	buffers () const
	The declarations contained in this module.

const std::vector< Internal::LoweredFunc > &	functions () const

std::vector< Internal::LoweredFunc > &	functions ()

const std::vector< Module > &	submodules () const

Buffer	get_cuda_ptx_assembly_buffer () const
	Tries to locate the offloaded CUDA PTX assembly contained in this Module.

Buffer	get_device_code_buffer () const
	Tries to locate the offloaded (GPU) Device assembly contained in this Module.

Internal::LoweredFunc	get_function_by_name (const std::string &name) const
	Return the function with the given name.

void	append (const Buffer< void > &buffer)
	Add a declaration to this module.

void	append (const Internal::LoweredFunc &function)

void	append (const Module &module)

void	compile (const std::map< OutputFileType, std::string > &output_files) const
	Compile a halide Module to variety of outputs, depending on the fields set in output_files.

Buffer< uint8_t >	compile_to_buffer () const
	Compile a halide Module to in-memory object code.

Module	resolve_submodules () const
	Return a new module with all submodules compiled to buffers on on the result Module.

void	remap_metadata_name (const std::string &from, const std::string &to) const
	When generating metadata from this module, remap any occurrences of 'from' into 'to'.

MetadataNameMap	get_metadata_name_map () const
	Retrieve the metadata name map.

void	set_auto_scheduler_results (const AutoSchedulerResults &results)
	Set the AutoSchedulerResults for the Module.

void	set_any_strict_float (bool any_strict_float)
	Set whether this module uses strict floating-point directives anywhere.

void	set_conceptual_code_stmt (const Internal::Stmt &stmt)
	Remember the Stmt during lowing before device-specific offloading.

const Internal::Stmt &	get_conceptual_stmt () const
	Get the remembered conceptual Stmt, remembered before device-specific offloading.

Detailed Description

A halide module.

This represents IR containing lowered function definitions and buffers.

Definition at line 142 of file Module.h.

Constructor & Destructor Documentation

◆ Module()

Halide::Module::Module	(	const std::string &	name,
		const Target &	target,
		const MetadataNameMap &	metadata_name_map = {} )

Member Function Documentation

◆ target()

const Target & Halide::Module::target ( ) const

Get the target this module has been lowered for.

◆ name()

const std::string & Halide::Module::name ( ) const

The name of this module.

This is used as the default filename for output operations.

◆ get_auto_scheduler_results()

const AutoSchedulerResults * Halide::Module::get_auto_scheduler_results ( ) const

If this Module had an auto-generated schedule, return a read-only pointer to the AutoSchedulerResults.

If not, return nullptr.

◆ any_strict_float()

bool Halide::Module::any_strict_float ( ) const

Return whether this module uses strict floating-point anywhere.

◆ buffers()

const std::vector< Buffer< void > > & Halide::Module::buffers ( ) const

The declarations contained in this module.

◆ functions() [1/2]

const std::vector< Internal::LoweredFunc > & Halide::Module::functions ( ) const

◆ functions() [2/2]

std::vector< Internal::LoweredFunc > & Halide::Module::functions ( )

◆ submodules()

const std::vector< Module > & Halide::Module::submodules ( ) const

◆ get_cuda_ptx_assembly_buffer()

Buffer Halide::Module::get_cuda_ptx_assembly_buffer ( ) const

Tries to locate the offloaded CUDA PTX assembly contained in this Module.

Might return a nullptr in case such buffer is not present in this Module.

◆ get_device_code_buffer()

Buffer Halide::Module::get_device_code_buffer ( ) const

Tries to locate the offloaded (GPU) Device assembly contained in this Module.

This can be any of the GPU kernel sources, etc...

◆ get_function_by_name()

Internal::LoweredFunc Halide::Module::get_function_by_name ( const std::string & name ) const

Return the function with the given name.

If no such function exists in this module, assert.

◆ append() [1/3]

void Halide::Module::append ( const Buffer< void > & buffer )

Add a declaration to this module.

◆ append() [2/3]

void Halide::Module::append ( const Internal::LoweredFunc & function )

◆ append() [3/3]

void Halide::Module::append ( const Module & module )

◆ compile()

void Halide::Module::compile ( const std::map< OutputFileType, std::string > & output_files ) const

Compile a halide Module to variety of outputs, depending on the fields set in output_files.

◆ compile_to_buffer()

Buffer< uint8_t > Halide::Module::compile_to_buffer ( ) const

Compile a halide Module to in-memory object code.

Currently only supports LLVM based compilation, but should be extended to handle source code backends.

◆ resolve_submodules()

Module Halide::Module::resolve_submodules ( ) const

Return a new module with all submodules compiled to buffers on on the result Module.

◆ remap_metadata_name()

void Halide::Module::remap_metadata_name	(	const std::string &	from,
		const std::string &	to ) const

When generating metadata from this module, remap any occurrences of 'from' into 'to'.

◆ get_metadata_name_map()

MetadataNameMap Halide::Module::get_metadata_name_map ( ) const

Retrieve the metadata name map.

◆ set_auto_scheduler_results()

void Halide::Module::set_auto_scheduler_results ( const AutoSchedulerResults & results )

Set the AutoSchedulerResults for the Module.

It is an error to call this multiple times for a given Module.

◆ set_any_strict_float()

void Halide::Module::set_any_strict_float ( bool any_strict_float )

Set whether this module uses strict floating-point directives anywhere.

◆ set_conceptual_code_stmt()

void Halide::Module::set_conceptual_code_stmt ( const Internal::Stmt & stmt )

Remember the Stmt during lowing before device-specific offloading.

◆ get_conceptual_stmt()

const Internal::Stmt & Halide::Module::get_conceptual_stmt ( ) const

Get the remembered conceptual Stmt, remembered before device-specific offloading.

The documentation for this class was generated from the following file:

src/Module.h

Public Member Functions