generateRunner.h File Reference

Contains functions to generate code for running the simulation on the GPU, and for I/O convenience functions between GPU and CPU space. Part of the code generation section. More...

#include "modelSpec.h"
#include <string>
#include <fstream>

Go to the source code of this file.

Functions
void	genDefinitions (const NNmodel &model, const string &path, int localHostID)
	A function that generates predominantly host-side code. More...
void	genRunner (const NNmodel &model, const string &path, int localHostID)
	ID of local host. More...
void	genSupportCode (const NNmodel &model, const string &path)
	Path for code generationn. More...
void	genRunnerGPU (const NNmodel &model, const string &path, int localHostID)
	A function to generate the code that simulates the model on the GPU. More...
void	genMSBuild (const NNmodel &model, const string &path)
	A function that generates an MSBuild script for all generated GeNN code. More...
void	genMakefile (const NNmodel &model, const string &path)
	A function that generates the Makefile for all generated GeNN code. More...

Detailed Description

Contains functions to generate code for running the simulation on the GPU, and for I/O convenience functions between GPU and CPU space. Part of the code generation section.

Function Documentation

genDefinitions()

void genDefinitions	(	const NNmodel &	model,
		const string &	path,
		int	localHostID
	)

A function that generates predominantly host-side code.

In this function host-side functions and other code are generated, including: Global host variables, "allocatedMem()" function for allocating memories, "freeMem" function for freeing the allocated memories, "initialize" for initializing host variables, "gFunc" and "initGRaw()" for use with plastic synapses if such synapses exist in the model. ID of local host

In this function host-side functions and other code are generated, including: Global host variables, "allocatedMem()" function for allocating memories, "freeMem" function for freeing the allocated memories, "initialize" for initializing host variables, "gFunc" and "initGRaw()" for use with plastic synapses if such synapses exist in the model.

Parameters

model	Model description
path	Path for code generationn
localHostID	Host ID of local machine

genMakefile()

void genMakefile	(	const NNmodel &	model,
		const string &	path
	)

A function that generates the Makefile for all generated GeNN code.

Path for code generation

Parameters

model	Model description
path	Path for code generation

genMSBuild()

void genMSBuild	(	const NNmodel &	model,
		const string &	path
	)

A function that generates an MSBuild script for all generated GeNN code.

Path for code generation

Parameters

model	Model description
path	Path for code generation

genRunner()

void genRunner	(	const NNmodel &	model,
		const string &	path,
		int	localHostID
	)

ID of local host.

Method for cleaning up and resetting device while quitting GeNN

Parameters

model	Model description
path	Path for code generation
localHostID	ID of local host

genRunnerGPU()

void genRunnerGPU	(	const NNmodel &	model,
		const string &	path,
		int	localHostID
	)

A function to generate the code that simulates the model on the GPU.

The function generates functions that will spawn kernel grids onto the GPU (but not the actual kernel code which is generated in "genNeuronKernel()" and "genSynpaseKernel()"). Generated functions include "copyGToDevice()", "copyGFromDevice()", "copyStateToDevice()", "copyStateFromDevice()", "copySpikesFromDevice()", "copySpikeNFromDevice()" and "stepTimeGPU()". The last mentioned function is the function that will initialize the execution on the GPU in the generated simulation engine. All other generated functions are "convenience functions" to handle data transfer from and to the GPU.ID of local host

The function generates functions that will spawn kernel grids onto the GPU (but not the actual kernel code which is generated in "genNeuronKernel()" and "genSynpaseKernel()"). Generated functions include "copyGToDevice()", "copyGFromDevice()", "copyStateToDevice()", "copyStateFromDevice()", "copySpikesFromDevice()", "copySpikeNFromDevice()" and "stepTimeGPU()". The last mentioned function is the function that will initialize the execution on the GPU in the generated simulation engine. All other generated functions are "convenience functions" to handle data transfer from and to the GPU.

Parameters

model	Model description
path	Path for code generation
localHostID	ID of local host

genSupportCode()

void genSupportCode	(	const NNmodel &	model,
		const string &	path
	)

Path for code generationn.

Parameters

model	Model description
path	Path for code generationn