LSPModule Class¶

class

A module is a collection of global variables.

As LSP is a dynamically typed language, global variable can contain any value (including functions and other modules). Each LSP file is a module.

Global variables can be modified and accessed by their name specified as a string. Most of the functions below exist in multiple versions: values of the global variables can be manipulated through their native type (like int, float, std::string, LSPMap, LSPFunction…) or manipulated through LSPValue which is a container that can hold any type of value. Using the native type is more convenient and results in less overhead most of the time. LSPValue should only be used when you don’t know the type of the manipulated value.

Since:	10.0

Summary¶

Functions¶
`parseArguments`	Parses the list of arguments and imports them in the module.
`run`	Entry point to the execution of a module.
`getType`	Returns the type of the variable with the given name.
`getValue`	Returns the LSPValue with the given name.
`getInt`	Returns the integer variable with the given name.
`getDouble`	Returns the double variable with the given name.
`getBool`	Returns the boolean variable with the given name.
`getExpression`	Returns the LSExpression with the given name.
`getString`	Returns the string with the given name.
`getFunction`	Returns the LSPFunction with the given name.
`getMap`	Returns the LSPMap with the given name.
`getModule`	Returns the LSPModule with the given name.
`setValue`	Sets the value associated with the variable with the given name.
`setMap`	Sets the map associated with the variable with the given name.
`setModule`	Sets the module associated with the variable with the given name.
`setFunction`	Sets the function associated with the variable with the given name.
`setExpression`	Sets the LSExpression associated with the variable with the given name.
`setString`	Sets the string associated with the variable with the given name.
`setDouble`	Sets the double value associated with the variable with the given name.
`setInt`	Sets the integer value associated with the variable with the given name.
`setBool`	Sets the boolean value associated with the variable with the given name.
`setNil`	Unsets the variable with the given name.
`unset`	Unsets the variable with the given name.
`isMap`	Returns true if the variable with the given name exists and holds an LSPMap.
`isModule`	Returns true if the variable with the given name exists and holds an LSPModule.
`isFunction`	Returns true if the variable with the given name exists and holds an LSPFunction.
`isExpression`	Returns true if the variable with the given name exists and holds an LSExpression.
`isString`	Returns true if the variable with the given name exists and holds a string value.
`isDouble`	Returns true if the variable with the given name exists and holds a double value.
`isInt`	Returns true if the variable with the given name exists and holds an integer value.
`isBool`	Returns true if the variable with the given name exists and holds a boolean value.
`isNil`	Returns true if no variable with this name exists in the module or if the variable holds a nil value.
`asValue`	Returns the module as an LSPValue.

Functions¶

void localsolver::modeler::LSPModule::parseArguments(const std::vector<std::string> &args)¶

Parses the list of arguments and imports them in the module.

Each argument must be of the form argName=argValue.

Parameters:	args - List of arguments.

void localsolver::modeler::LSPModule::parseArguments(int argc, const char *const *argv)¶

Parses the list of arguments and imports them in the module.

Each argument must be of the form argName=argValue.

Parameters:	argc - Number of arguments. argv - Pointer to the first argument in the list.

void localsolver::modeler::LSPModule::run()¶

Entry point to the execution of a module.

Such execution is defined by the following steps:

The input function is executed if it exists in the module.
The model function is executed. It must be declared in the module.
The localsolver.LSModel is then closed.
The param function is executed if it exists in the module.
The function localsolver.LocalSolver#solve is called on the corresponding solver instance. If the display function is defined, it will be called during the resolution process.
The output function is executed if it exists in the module.

void localsolver::modeler::LSPModule::run(const std::vector<std::string> &arguments)¶

Entry point to the execution of a module.

This is a shortcut to parsing arguments with LSPModule#parseArguments before calling LSPModule#run.

See:	LSPModule.parseArguments
See:	LSPModule.run
Parameters:	arguments - List of arguments

void localsolver::modeler::LSPModule::run(int argc, const char *const *argv)¶

Entry point to the execution of a module.

This is a shortcut to parsing arguments with LSPModule#parseArguments before calling LSPModule#run.

See:	LSPModule.parseArguments
See:	LSPModule.run
Parameters:	argc - Number of arguments. argv - Point to the first arguments in the list.

LSPType localsolver::modeler::LSPModule::getType(const std::string &varName)¶ const

Returns the type of the variable with the given name.

If the variable does not exist in the module, LSP_Nil is returned.

Return:	Type of the variable.
See:	LSPType
Parameters:	varName - Name of the variable.

LSPValue localsolver::modeler::LSPModule::getValue(const std::string &varName)¶ const

Returns the LSPValue with the given name.

If the variable does not exist in the module, an LSPValue representing a nil value is returned.

Return:	LSPValue associated with the given name.
See:	LSPValue.
Parameters:	varName - Name of the variable.

lsint localsolver::modeler::LSPModule::getInt(const std::string &varName)¶ const

Returns the integer variable with the given name.

The variable must exist and must hold an integer value.

Return:	Integer value associated with the given name.
Parameters:	varName - Name of the variable.

lsdouble localsolver::modeler::LSPModule::getDouble(const std::string &varName)¶ const

Returns the double variable with the given name.

The variable must exist and must hold a double value.

Return:	Double value associated with the given name.
Parameters:	varName - Name of the variable.

bool localsolver::modeler::LSPModule::getBool(const std::string &varName)¶ const

Returns the boolean variable with the given name.

The variable must exist and must hold a boolean value.

Return:	Boolean value associated with the given name.
Parameters:	varName - Name of the variable.

LSExpression localsolver::modeler::LSPModule::getExpression(const std::string &varName)¶ const

Returns the LSExpression with the given name.

The variable must exist and must hold a value of type LSP_Expression.

Return:	LSExpression associated with the given name.
Parameters:	varName - Name of the variable.

std::string localsolver::modeler::LSPModule::getString(const std::string &varName)¶ const

Returns the string with the given name.

The variable must exist and must hold a string value.

Return:	String associated with the given name.
Parameters:	varName - Name of the variable.

LSPFunction localsolver::modeler::LSPModule::getFunction(const std::string &varName)¶ const

Returns the LSPFunction with the given name.

The variable must exist and must hold a function.

Return:	LSPFunction associated with the given name.
Parameters:	varName - Name of the variable.

LSPMap localsolver::modeler::LSPModule::getMap(const std::string &varName)¶ const

Returns the LSPMap with the given name.

The variable must exist and must hold a map.

Return:	LSPMap associated with the given name.
Parameters:	varName - Name of the variable.

LSPModule localsolver::modeler::LSPModule::getModule(const std::string &varName)¶ const

Returns the LSPModule with the given name.

The variable must exist and must hold a module.

Return:	LSPModule associated with the given name.
Parameters:	varName - Name of the variable.

void localsolver::modeler::LSPModule::setValue(const std::string &varName, const LSPValue &value)¶

Sets the value associated with the variable with the given name.