Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12345]

▼CMercury.Analyser< T, TResult >	Wrapper class for each step of analysis.
CMercury.Analyser< T >	Wrapper class for each step of analysis
CMercury.AnalyserResult< T, TResult >	Holds the result of analysis. The fields hold information according to the following table:
CMercury.Interpreting.Argument	Represents an argument passed to the Mercury.Interpreting.InterpreterAction{T}, the actual parameter given to the Mercury.Interpreting.Evaluator{T} in place of a formal parameter.
CMercury.Interpreting.BasicActions< T >	Contains basic actions for interpretation. Type specifiers of actions are defined as follows:
CMercury.Syntax.BasicScannerMap	Contains mapping between TokenType and Mercury.Syntax.Mapping of Mercury.Syntax.BasicScanner.
▼CMercury.Interpreting.DataEntry	Entry base (dummy) interface.
CMercury.Interpreting.MemoEntry< T >	Represents memoized value
CMercury.Interpreting.RuleEntry< T >	Describes a rule that has been used to interpret a tree.
CMercury.Interpreting.TextEntry	Stores informations logged by actions or internal Evaluator.
CMercury.Interpreting.TreeEntry< T >	Represents an entry for tree interpretation.
CMercury.Defaults	Global class containing cool static / convenience stuff.
CMercury.Interpreting.EntryWriter< T >	An auxiliary class that formats the DataEntry structure and writes it into a stream.
▼CException
►CMercury.Exceptions.MercuryException	An exception thrown by the Mercury library.
►CMercury.Exceptions.InterpretingException	An exception thrown because of problems in the Interpreting namespace.
CMercury.Exceptions.ErrorActionException	Exception thrown by basic actions when a problem was encountered.
CMercury.Exceptions.InvalidActionArgumentException	An exception representing a problem while type checking the Mercury.Interpreting.RewriteRule{T}.
CMercury.Exceptions.InvalidActionCallException	An exception representing a problem with Mercury.Interpreting.ActionCall{T}
CMercury.Exceptions.InvalidActionException	An exception representing a problem with Mercury.Interpreting.InterpreterAction{T} class.
CMercury.Exceptions.InvalidElementException	An exception representing a problem with Mercury.Interpreting.IElement descendants.
CMercury.Exceptions.InvalidRewriteRuleException	An exception representing a problem with Mercury.Interpreting.RewriteRule{T}.
►CMercury.Exceptions.SyntaxException	An exception thrown when something wrong happens in the Mercury.Syntax
CMercury.Exceptions.InvalidEdgeException	An exception thrown when attempting to create an invalid Mercury.Parser.Edge instance.
CMercury.Exceptions.InvalidRuleException	An exception thrown when attempting to create an invalid Mercury.Syntax.Rule instance.
CMercury.Exceptions.InvalidSymbolException	An exception thrown when attempting to create an invalid Mercury.Syntax.Symbol instance.
CMercury.Extensions	Provides extension methods for the Mercury library.
CMercury.Syntax.Grammar	Represents a Context-Free Grammar. This is an immutable class, to create a grammar use Mercury.Syntax.GrammarBuilder.
CMercury.Syntax.GrammarBuilder	Class that creates grammars.
▼CIComparable< Edge >
CMercury.Syntax.Edge	Represents an edge in the chart created by the ChartParser. This is an immutable class. The Edge contains four values:
▼CIComparable< Rule >
CMercury.Syntax.Rule	Represents a Context-Free Grammar rule. This is an immutable class
▼CIComparable< Symbol >
CMercury.Syntax.Symbol	Represents a single symbol of the grammar. This is an immutable class. For a symbol name to be valid it must NOT contain control or separator characters, must not be empty and must meet these conditions:
▼CIComparable< Tree< T >>
CMercury.Nucleus.Trees.Tree< T >	A non-balanced tree implementation that can be referenced from many other trees. Because of that, there is no way to get back to the parent node
▼CIEnumerable
CMercury.Nucleus.Trees.Tree< T >	A non-balanced tree implementation that can be referenced from many other trees. Because of that, there is no way to get back to the parent node
▼CIEnumerable< Instance >
CMercury.Interpreting.InstanceList	Represents the list of instances
▼CIEnumerable< IScanner >
CMercury.Syntax.CompositeScanner	Mercury.Syntax.IScanner implementation that behaves like container of scanners using the Composite Design Pattern
▼CIEnumerable< KeyValuePair< TKey, TValue >>
►CMercury.Nucleus.Collections.IReadOnlyMultiDictionary< TKey, TValue >	Represents a multi-valued read-only dictionary, a map between a key and a collection of values.
►CMercury.Nucleus.Collections.IMultiDictionary< TKey, TValue >	Represents a multi-valued dictionary, in other words a map between a key and a collection of values.
►CMercury.Nucleus.Collections.ListMultiDictionary< TKey, TValue >	An implementation of IMultiDictionary{TKey,TValue} using T:System.Collections.Generic.List{T} as an underlying collection of values.
CMercury.Nucleus.Collections.UniqueListMultiDictionary< TKey, TValue >	An implementation of IMultiDictionary{TKey,TValue} using T:System.Collections.Generic.List{T} as underlying collection, but opposed to ListMultiDictionary{TKey,TValue} does not allow duplicate values associated with the same key
CMercury.Nucleus.Collections.SetMultiDictionary< TKey, TValue >	An implementation of IMultiDictionary{TKey,TValue} using T:System.Collections.Generic.HashSet{T} as an underlying collection of values.
CMercury.Nucleus.Collections.UniqueListMultiDictionary< TKey, TValue >	An implementation of IMultiDictionary{TKey,TValue} using T:System.Collections.Generic.List{T} as underlying collection, but opposed to ListMultiDictionary{TKey,TValue} does not allow duplicate values associated with the same key
▼CIEnumerable< T >
CMercury.Nucleus.Trees.Tree< T >	A non-balanced tree implementation that can be referenced from many other trees. Because of that, there is no way to get back to the parent node
▼CIEnumerator
CMercury.Nucleus.Trees.BFSTreeEnumerator< T >	Breadth-First Search tree enumerator
CMercury.Nucleus.Trees.DFSTreeEnumerator< T >	Depth-First Search tree enumerator
▼CIEnumerator< T >
CMercury.Nucleus.Trees.BFSTreeEnumerator< T >	Breadth-First Search tree enumerator
CMercury.Nucleus.Trees.DFSTreeEnumerator< T >	Depth-First Search tree enumerator
▼CIEquatable< ActionCall< T >>
CMercury.Interpreting.ActionCall< T >	This class represents the application of Mercury.Interpreting.InterpreterAction{T} on the Mercury.Interpreting.IFormalParameter list.
▼CIEquatable< Alternative >
►CMercury.Interpreting.Alternative	Represents an alternative of elements. It may match specified symbols or symboltypes (Nonterminals, ...).
CMercury.Interpreting.Constant	Constant element. Basically equivalent of Mercury.Interpreting.Alternative.
►CMercury.Interpreting.Variable	Represents a variable element that captures value and can be used on the RHS of the RewriteRule as an argument
CMercury.Interpreting.Wildcard	An element that matches zero or more values. Can be used as a variable, but the actioncall must be of arity (0, int.MAX_VALUE) and must accept Tree or Symbol as the argument.
▼CIEquatable< Constant >
CMercury.Interpreting.Constant	Constant element. Basically equivalent of Mercury.Interpreting.Alternative.
▼CIEquatable< ConstantParameter >
CMercury.Interpreting.ConstantParameter	Constant parameter.
▼CIEquatable< Edge >
CMercury.Syntax.Edge	Represents an edge in the chart created by the ChartParser. This is an immutable class. The Edge contains four values:
▼CIEquatable< IElement >
►CMercury.Interpreting.IElement	Element interface
CMercury.Interpreting.Constant	Constant element. Basically equivalent of Mercury.Interpreting.Alternative.
CMercury.Interpreting.Structure	Represents a tree of Mercury.Interpreting.IElement instances. Must match precisely to the parse tree.
CMercury.Interpreting.Variable	Represents a variable element that captures value and can be used on the RHS of the RewriteRule as an argument
▼CIEquatable< Instance >
CMercury.Interpreting.Instance	Represents a binding between a Mercury.Interpreting.Variable and its value
▼CIEquatable< RewriteRule< T >>
CMercury.Interpreting.RewriteRule< T >	Interpreter rewrite rule
▼CIEquatable< Rule >
CMercury.Syntax.Rule	Represents a Context-Free Grammar rule. This is an immutable class
▼CIEquatable< Symbol >
CMercury.Syntax.Symbol	Represents a single symbol of the grammar. This is an immutable class. For a symbol name to be valid it must NOT contain control or separator characters, must not be empty and must meet these conditions:
▼CIEquatable< Token >
CMercury.Scanning.Token	Token, a part of an input text recognized by tokenizer
▼CIEquatable< Tree< T >>
CMercury.Nucleus.Trees.Tree< T >	A non-balanced tree implementation that can be referenced from many other trees. Because of that, there is no way to get back to the parent node
▼CIEquatable< Variable >
CMercury.Interpreting.Variable	Represents a variable element that captures value and can be used on the RHS of the RewriteRule as an argument
▼CIEquatable< VariableParameter >
CMercury.Interpreting.VariableParameter	Represents a named parameter that will be replaced by an actual value of a variable captured by interpreter.
▼CMercury.Interpreting.IFormalParameter	Represents formal parameters.
CMercury.Interpreting.ActionCall< T >	This class represents the application of Mercury.Interpreting.InterpreterAction{T} on the Mercury.Interpreting.IFormalParameter list.
CMercury.Interpreting.ConstantParameter	Constant parameter.
CMercury.Interpreting.VariableParameter	Represents a named parameter that will be replaced by an actual value of a variable captured by interpreter.
▼CMercury.Interpreting.IInterpreter< T >	Interface for interpreters that create objects from derivation trees according to RewriteRules.
CMercury.Interpreting.Interpreter< T >	Interprets derivation trees using rewrite rules. The type parameter T represents the target language.
CMercury.Interpreting.SemanticInterpreter< T >	Represent the semantic analysis with interpretation. Consists of two interpreters, the first one rewrites parse trees, the second one interprets them. This class serves as a wrapper so it could be used in the Mercury.Analyser{T,TResult} class.
▼CMercury.Interpreting.IInterpreterContextFactory	Factory of context.
CMercury.Interpreting.EmptyContextFactory	Produces contexts with no custom data
▼CMercury.Interpreting.InterpreterAction< T >	Function that wraps constant values in the RHS
►CMercury.Interpreting.GenericAction< T >	Represents an action that infers its return type only after it is provided with types of its arguments.
CMercury.Interpreting.ArithmeticAction< T >	Represents the arithmetic action. It is similar to the Mercury.Interpreting.FoldingAction{T,U,V} but does not require initial value. The minimal number of arguments is therefore 2. For instance, "1 2 3" would be evaluated as f(f(1, 2), 3)
►CMercury.Interpreting.InterpreterAction< T, U >	Interpreter action with a safer return type.
CMercury.Interpreting.ConstantAction< T, U >	Wraps a value as an action with no parameters
CMercury.Interpreting.ConvertAction< T, U, V >	Applies the lambda function on a single value.
CMercury.Interpreting.FoldingAction< T, U, V >	"Folds" all its arguments into one value. For instance, for "x y z" arguments this action computes f(f(f(s,x), y), z) where f is the lamda function and s is the seed parameter of the constructor
CMercury.Interpreting.OperationAction< T, U, V >	Represents an operation on two values.
CMercury.Interpreting.InterpreterContext< T >	Interpreter Context class. Some languages may use it to override it and remember data when parse trees are being interpreted.
CMercury.Interpreting.InterpreterResult< T >	Result of the interpretation.
▼CMercury.Syntax.IParser	Creates a derivation tree from the list of input tokens
CMercury.Syntax.ChartParser	Thread-safe wrapper for ChartParserInternal class.
▼CIReadOnlyCollection< RewriteRule< T >>
CMercury.Interpreting.RewriteRuleCollection< T >	A read-only collection of rewrite rules
▼CMercury.Syntax.IScanner	Scanner scans input tokens and creates additional rules for parsing
CMercury.Syntax.BasicScanner	Generates four Nonterminals @Symbol, @Keyword, @Number and @String based on the given map and types of input tokens.
CMercury.Syntax.CompositeScanner	Mercury.Syntax.IScanner implementation that behaves like container of scanners using the Composite Design Pattern
▼CMercury.Scanning.ITokenizer	The tokenizer interface.
CMercury.Scanning.Tokenizer	A default implementation of ITokenizer interface using Microsoft Regular Expressions. Splits tokens in the following fashion:
CMercury.LanguageInfo< T >	Represents a collection of information required to analyze a language with Mercury Mercury.Analyser{T,TValue}.
CMercury.Syntax.ParserResult	Represents the result returned by the parser.
CMercury.Interpreting.RewriteRuleCollectionBuilder< T >	Can be used to construct Mercury.Interpreting.RewriteRuleCollection{T}
▼CTree< IElement >
CMercury.Interpreting.Structure	Represents a tree of Mercury.Interpreting.IElement instances. Must match precisely to the parse tree.