Package ptolemy.domains.tdl.kernel

Class TDLCodeGeneratorUtilities

java.lang.Object

ptolemy.domains.tdl.kernel.TDLCodeGeneratorUtilities

public class TDLCodeGeneratorUtilities
extends java.lang.Object

Utilities for generating TDL code.

Since:

Ptolemy II 8.0

Version:

$Id$

Author:

Patricia Derler

Method Summary

Modifier and Type	Method	Description
protected static void	_actuatorCode(java.lang.StringBuffer sb, TDLModule module)	Generate code for the actuator.
protected static java.lang.String	_getTypeString(IOPort port)	Get the datatype of a port.
protected static void	_headerCode(java.lang.StringBuffer sb, TypedCompositeActor model)	Generate header code for the file.
protected static boolean	_initialize(TypedCompositeActor model)	Initialize the code generation process by checking whether the given model is a TDL model.
protected static void	_modeCode(java.lang.StringBuffer sb, State state, TDLModule module)	Generate code for the modes.
protected static void	_sensorCode(java.lang.StringBuffer sb, TDLModule module)	Generate code for the sensors.
protected static void	_tasksCode(java.lang.StringBuffer sb, TDLModule module)	Generate code for the tasks.
static void	checkTDLID(java.lang.String string)	Throw an exception if the given string is a valid TDL reserved word, which prevents it from being used as an identifier.
static java.lang.String	generateTDLCode(TypedCompositeActor model)	Generate TDL code for the given TDL model.
static void	main(java.lang.String[] args)	Create an instance of a model and generate TDL code for it The TDL code is printed on standard out.
static boolean	needsInputDriver(Actor actor)	Return true if the given actor has at least one connected input port, which requires it to have an input driver.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Detail

checkTDLID

public static void checkTDLID(java.lang.String string)
                       throws IllegalActionException

Throw an exception if the given string is a valid TDL reserved word, which prevents it from being used as an identifier.

Parameters:

string - A string to be used in TDL program.

Throws:

IllegalActionException - If the string can not be used.

generateTDLCode

public static java.lang.String generateTDLCode(TypedCompositeActor model)
                                        throws IllegalActionException

Generate TDL code for the given TDL model.

Parameters:

model - The given TDL model.

Returns:

The TDL code.

Throws:

IllegalActionException - If code can not be generated.

main

public static void main(java.lang.String[] args)
                 throws java.lang.Throwable

Create an instance of a model and generate TDL code for it The TDL code is printed on standard out.

Parameters:

args - The command-line arguments naming the .xml or .moml file to run

Throws:

java.lang.Throwable - If there is a problem reading the model or generating code.

needsInputDriver

public static boolean needsInputDriver(Actor actor)
                                throws IllegalActionException

Return true if the given actor has at least one connected input port, which requires it to have an input driver.

Parameters:

actor - The actor to test.

Returns:

True if the given actor has at least on connected input port.

Throws:

IllegalActionException

_actuatorCode

protected static void _actuatorCode(java.lang.StringBuffer sb,
                                    TDLModule module)
                             throws IllegalActionException

Generate code for the actuator. Usually, there is only one actuator.

Parameters:

sb - Buffer used store the parts of the generated code.

module - The module.

Throws:

IllegalActionException - If there is a problem accessing the ports.

_getTypeString

protected static java.lang.String _getTypeString(IOPort port)
                                          throws IllegalActionException

Get the datatype of a port. Default type is double.

Parameters:

port - An IO port.

Returns:

A string containing the type of the port.

Throws:

IllegalActionException

_headerCode

protected static void _headerCode(java.lang.StringBuffer sb,
                                  TypedCompositeActor model)
                           throws IllegalActionException

Generate header code for the file. Usually, there is only one header.

Parameters:

sb - Buffer used store the parts of the generated code.

model - The model

Throws:

IllegalActionException - If there is a problem getting the model name.

_initialize

protected static boolean _initialize(TypedCompositeActor model)

Initialize the code generation process by checking whether the given model is a TDL model. Return false if it is not.

Parameters:

model - A model to generate TDL code from.

Returns:

True if in the given model is a tdl model.

_modeCode

protected static void _modeCode(java.lang.StringBuffer sb,
                                State state,
                                TDLModule module)
                         throws IllegalActionException

Generate code for the modes.

Parameters:

sb - Buffer used store the parts of the generated code.

state - The state

module - The module

Throws:

IllegalActionException - If there is a problem getting the director or accessing the ports.

_sensorCode

protected static void _sensorCode(java.lang.StringBuffer sb,
                                  TDLModule module)
                           throws IllegalActionException

Generate code for the sensors.

Parameters:

sb - Buffer used store the parts of the generated code.

module - The model from which we generate code.

Throws:

IllegalActionException - If there is a problem iterating over the actors.

_tasksCode

protected static void _tasksCode(java.lang.StringBuffer sb,
                                 TDLModule module)
                          throws IllegalActionException

Generate code for the tasks.

Parameters:

sb - Buffer used store the parts of the generated code.

module - The model from which we generate code.

Throws:

IllegalActionException - If there is a problem iterating over the actors.