infact Namespace Reference

The namespace for the entire InFact library. More...

Classes
class	EnvironmentImpl
	Provides a set of named variables and their types, as well as the values for those variables. More...
class	VarMapBase
	A base class for a mapping from variables of a specific type to their values. More...
class	Environment
	An interface for an environment in which variables of various types are mapped to their values. More...
class	ValueString
	A template class that helps print out values with ostream& operator support and vectors of those values. More...
class	ValueString< string >
	A specialization of the ValueString class to support printing of string values. More...
class	ValueString< bool >
	A specialization of the ValueString class to support printing of boolean values. More...
class	ValueString< shared_ptr< T > >
	A partial specialization of the ValueString class to support printing of shared_ptr's to objects, where we simply print the typeid name followed by a colon character followed by the pointer address. More...
class	ValueString< vector< T > >
	A partial specialization of the ValueString class to support printing of vectors of values. More...
class	VarMapImpl
	A partial implementation of the VarMapBase interface that is common to both VarMap<T> and the VarMap<vector<T> > partial specialization. More...
class	VarMap
	A container to hold the mapping between named variables of a specific type and their values. More...
class	VarMap< vector< T > >
	A partial specialization to allow initialization of a vector of values, where the values can either be literals (if T is a primitive type), spec strings for constructing Factory-constructible objects, or variable names (where each variable must be of type T). More...
class	DateImplConstructor
class	PersonImplConstructor
class	CowConstructor
class	SheepConstructor
class	HumanPetOwnerConstructor
class	Date
	An interface to represent a date. More...
class	DateImpl
	An implementation of the Date interface that can be constructed by a Factory (because of the REGISTER_DATE(DateImpl) declaration in example.cc). More...
class	Person
	An interface representing a person. More...
class	PersonImpl
	A concrete implementation of the Person interface that can be constructed by a Factory (because of the REGISTER_PERSON(PersonImpl) declaration in example.cc). More...
class	Animal
	A very simple class to represent an animal. More...
class	Cow
	A class to represent a cow. More...
class	Sheep
	A sheep. More...
class	PetOwner
	An owner of a pet. More...
class	HumanPetOwner
	A concrete type of PetOwner that can be constructed by a Factory<PetOwner> instance. More...
class	TypeName
	We use the templated class TypeName to be able to take an actual C++ type and get the type name string used by the Interpreter and Environment classes. More...
class	TypeName< bool >
	A specialization so that an object of type bool converts to "bool". More...
class	TypeName< int >
	A specialization so that an object of type int converts to "int". More...
class	TypeName< double >
	A specialization so that an object of type double converts to "double". More...
class	TypeName< string >
	A specialization so that an object of type string converts to "string". More...
class	TypeName< shared_ptr< T > >
	A partial specialization so that an object of type shared_ptr<T>, where T is some Factory-constructible type, converts to the string produced by TypeName<T>. More...
class	TypeName< vector< T > >
	A partial specialization so that an object of type vector<T> gets converted to the type name of T followed by the string "[]", equivalent to the result of executing the following expression: More...
class	MemberInitializer
	An interface for data member initializers of members of a Factory-constructible object. More...
class	TypedMemberInitializer
	A concrete, typed implementation of the MemberInitializer base class. More...
class	Initializers
	A container for all the member initializers for a particular Factory-constructible instance. More...
class	FactoryBase
	An interface for all Factory instances, specifying a few pure virtual methods. More...
class	FactoryContainer
	A class to hold all Factory instances that have been created. More...
class	Constructor
	An interface with a single virtual method that constructs a concrete instance of the abstract type T. More...
class	FactoryConstructible
	An interface simply to make it easier to implement Factory-constructible types by implementing both required methods to do nothing (use of this interface is completely optional; read more for more information). More...
class	Factory
	Factory for dynamically created instance of the specified type. More...
class	IStreamBuilder
	An interface for classes that can build istreams for named files. More...
class	DefaultIStreamBuilder
	The default implementation for the IStreamBuilder interface, returning std::ifstream instances. More...
class	Interpreter
	Provides an interpreter for assigning primitives and Factory-constructible objects to named variables, as well as vectors thereof. More...
class	StreamInitializer
	An interface that allows for a primitive, Factory-constructible object or vector thereof to be initialized based on the next token or tokens from a token stream. More...
class	Initializer
	A class to initialize a Factory-constructible object. More...
class	Initializer< int >
	A specialization to allow Factory-constructible objects to initialize int data members. More...
class	Initializer< double >
	A specialization to initialize double data members. More...
class	Initializer< bool >
	A specialization to initialize bool data members. More...
class	Initializer< string >
	A specialization to initialize string data members. More...
class	StreamTokenizer
	A simple class for tokenizing a stream of tokens for the formally specified language used to construct objects for the InFact framework. More...

Functions
void	Error (const std::string &message)
	Reports an error encountered during parsing and/or construction of an object. More...

Detailed Description

The namespace for the entire InFact library.

Function Documentation

void infact::Error

(

const std::string &

message

)

Reports an error encountered during parsing and/or construction of an object.

Optionally throws an exception, according to the value of INFACT_THROW_EXCEPTIONS.

Definition at line 47 of file error.cc.