Code:
/ Dotnetfx_Vista_SP2 / Dotnetfx_Vista_SP2 / 8.0.50727.4016 / DEVDIV / depot / DevDiv / releases / Orcas / QFE / ndp / fx / src / DataEntity / System / Data / Common / Utils / Boolean / BoolExpr.cs / 2 / BoolExpr.cs
//----------------------------------------------------------------------
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
//
// @owner [....]
// @backupOwner [....]
//---------------------------------------------------------------------
using System;
using System.Collections.Generic;
using System.Text;
using System.Globalization;
using System.Collections.ObjectModel;
using System.Diagnostics;
using System.Linq;
namespace System.Data.Common.Utils.Boolean
{
///
/// Base type for Boolean expressions. Boolean expressions are immutable,
/// and value-comparable using Equals. Services include local simplification
/// and normalization to Conjunctive and Disjunctive Normal Forms.
///
///
/// Comments use the following notation convention:
///
/// "A . B" means "A and B"
/// "A + B" means "A or B"
/// "!A" means "not A"
///
/// The type of leaf term identifiers in this expression.
internal abstract partial class BoolExpr : IEquatable>
{
///
/// Gets an enumeration value indicating the type of the expression node.
///
internal abstract ExprType ExprType { get; }
///
/// Standard accept method invoking the appropriate method overload
/// in the given visitor.
///
/// T_Return is the return type for the visitor.
/// Visitor implementation.
/// Value computed for this node.
internal abstract T_Return Accept(Visitor visitor);
///
/// Invokes the Simplifier visitor on this expression tree.
/// Simplifications are purely local (see Simplifier class
/// for details).
///
internal BoolExpr Simplify()
{
return IdentifierService.Instance.LocalSimplify(this);
}
///
/// Expensive simplification that considers various permutations of the
/// expression (including Decision Diagram, DNF, and CNF translations)
///
internal BoolExpr ExpensiveSimplify(out Converter converter)
{
var context = IdentifierService.Instance.CreateConversionContext();
converter = new Converter(this, context);
// Check for valid/unsat constraints
if (converter.Vertex.IsOne())
{
return TrueExpr.Value;
}
if (converter.Vertex.IsZero())
{
return FalseExpr.Value;
}
// Pick solution from the (unmodified) expression, its CNF and its DNF
return ChooseCandidate(this, converter.Cnf.Expr, converter.Dnf.Expr);
}
private static BoolExpr ChooseCandidate(params BoolExpr[] candidates)
{
Debug.Assert(null != candidates && 1 < candidates.Length, "must be at least one to pick");
int resultUniqueTermCount = default(int);
int resultTermCount = default(int);
BoolExpr result = null;
foreach (var candidate in candidates)
{
// first do basic simplification
var simplifiedCandidate = candidate.Simplify();
// determine "interesting" properties of the expression
int candidateUniqueTermCount = simplifiedCandidate.GetTerms().Distinct().Count();
int candidateTermCount = simplifiedCandidate.CountTerms();
// see if it's better than the current result best result
if (null == result || // bootstrap
candidateUniqueTermCount < resultUniqueTermCount || // check if the candidate improves on # of terms
(candidateUniqueTermCount == resultUniqueTermCount && // in case of tie, choose based on total
candidateTermCount < resultTermCount))
{
result = simplifiedCandidate;
resultUniqueTermCount = candidateUniqueTermCount;
resultTermCount = candidateTermCount;
}
}
return result;
}
///
/// Returns all term expressions below this node.
///
internal List> GetTerms()
{
return LeafVisitor.GetTerms(this);
}
///
/// Counts terms in this expression.
///
internal int CountTerms()
{
return TermCounter.CountTerms(this);
}
///
/// Implicit cast from a value of type T to a TermExpr where
/// TermExpr.Value is set to the given value.
///
/// Value to wrap in term expression
/// Term expression
public static implicit operator BoolExpr(T_Identifier value)
{
return new TermExpr(value);
}
///
/// Creates the negation of the current element.
///
internal virtual BoolExpr MakeNegated()
{
return new NotExpr(this);
}
public override string ToString()
{
return ExprType.ToString();
}
public bool Equals(BoolExpr other)
{
return null != other && ExprType == other.ExprType &&
EquivalentTypeEquals(other);
}
protected abstract bool EquivalentTypeEquals(BoolExpr other);
}
///
/// Boolean expression that evaluates to true.
///
/// The type of leaf term identifiers in this expression.
internal sealed class TrueExpr : BoolExpr
{
private static readonly TrueExpr s_value = new TrueExpr();
// private constructor so that we control existence of True instance
private TrueExpr()
: base()
{
}
///
/// Gets the one instance of TrueExpr
///
internal static TrueExpr Value { get { return s_value; } }
internal override ExprType ExprType { get { return ExprType.True; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitTrue(this);
}
internal override BoolExpr MakeNegated()
{
return FalseExpr.Value;
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return object.ReferenceEquals(this, other);
}
}
///
/// Boolean expression that evaluates to false.
///
/// The type of leaf term identifiers in this expression.
internal sealed class FalseExpr : BoolExpr
{
private static readonly FalseExpr s_value = new FalseExpr();
// private constructor so that we control existence of False instance
private FalseExpr()
: base()
{
}
///
/// Gets the one instance of FalseExpr
///
internal static FalseExpr Value { get { return s_value; } }
internal override ExprType ExprType { get { return ExprType.False; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitFalse(this);
}
internal override BoolExpr MakeNegated()
{
return TrueExpr.Value;
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return object.ReferenceEquals(this, other);
}
}
///
/// A term is a leaf node in a Boolean expression. Its value (T/F) is undefined.
///
/// The type of leaf term identifiers in this expression.
internal sealed class TermExpr : BoolExpr, IEquatable>
{
private readonly T_Identifier _identifier;
private readonly IEqualityComparer _comparer;
///
/// Construct a term.
///
/// Value comparer to use when comparing two
/// term expressions.
/// Identifier/tag for this term.
internal TermExpr(IEqualityComparer comparer, T_Identifier identifier)
: base()
{
Debug.Assert(null != (object)identifier);
_identifier = identifier;
if (null == comparer) { _comparer = EqualityComparer.Default; }
else { _comparer = comparer; }
}
internal TermExpr(T_Identifier identifier) : this(null, identifier) { }
///
/// Gets identifier for this term. This value is used to determine whether
/// two terms as equivalent.
///
internal T_Identifier Identifier { get { return _identifier; } }
internal override ExprType ExprType { get { return ExprType.Term; } }
public override bool Equals(object obj)
{
Debug.Fail("use only typed equals");
return this.Equals(obj as TermExpr);
}
public bool Equals(TermExpr other)
{
return _comparer.Equals(_identifier, other._identifier);
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return _comparer.Equals(_identifier, ((TermExpr)other)._identifier);
}
public override int GetHashCode()
{
return _comparer.GetHashCode(_identifier);
}
public override string ToString()
{
return StringUtil.FormatInvariant("{0}", _identifier);
}
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitTerm(this);
}
internal override BoolExpr MakeNegated()
{
Literal literal = new Literal(this, true);
// leverage normalization code if it exists
Literal negatedLiteral = literal.MakeNegated();
if (negatedLiteral.IsTermPositive)
{
return negatedLiteral.Term;
}
else
{
return new NotExpr(negatedLiteral.Term);
}
}
}
///
/// Abstract base class for tree expressions (unary as in Not, n-ary
/// as in And or Or). Duplicate elements are trimmed at construction
/// time (algorithms applied to these trees rely on the assumption
/// of uniform children).
///
/// The type of leaf term identifiers in this expression.
internal abstract class TreeExpr : BoolExpr
{
private readonly Set> _children;
private readonly int _hashCode;
///
/// Initialize a new tree expression with the given children.
///
/// Child expressions
protected TreeExpr(IEnumerable> children)
: base()
{
Debug.Assert(null != children);
_children = new Set>(children);
_children.MakeReadOnly();
_hashCode = _children.GetElementsHashCode();
}
///
/// Gets the children of this expression node.
///
internal Set> Children { get { return _children; } }
public override bool Equals(object obj)
{
Debug.Fail("use only typed Equals");
return base.Equals(obj as BoolExpr);
}
public override int GetHashCode()
{
return _hashCode;
}
public override string ToString()
{
return StringUtil.FormatInvariant("{0}({1})", ExprType, _children);
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return ((TreeExpr)other).Children.SetEquals(Children);
}
}
///
/// A tree expression that evaluates to true iff. none of its children
/// evaluate to false.
///
///
/// An And expression with no children is equivalent to True (this is an
/// operational convenience because we assume an implicit True is along
/// for the ride in every And expression)
///
/// A . True iff. A
///
/// The type of leaf term identifiers in this expression.
internal class AndExpr : TreeExpr
{
///
/// Initialize a new And expression with the given children.
///
/// Child expressions
internal AndExpr(params BoolExpr[] children)
: this((IEnumerable>)children)
{
}
///
/// Initialize a new And expression with the given children.
///
/// Child expressions
internal AndExpr(IEnumerable> children)
: base(children)
{
}
internal override ExprType ExprType { get { return ExprType.And; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitAnd(this);
}
}
///
/// A tree expression that evaluates to true iff. any of its children
/// evaluates to true.
///
///
/// An Or expression with no children is equivalent to False (this is an
/// operational convenience because we assume an implicit False is along
/// for the ride in every Or expression)
///
/// A + False iff. A
///
/// The type of leaf term identifiers in this expression.
internal class OrExpr : TreeExpr
{
///
/// Initialize a new Or expression with the given children.
///
/// Child expressions
internal OrExpr(params BoolExpr[] children)
: this((IEnumerable>)children)
{
}
///
/// Initialize a new Or expression with the given children.
///
/// Child expressions
internal OrExpr(IEnumerable> children)
: base(children)
{
}
internal override ExprType ExprType { get { return ExprType.Or; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitOr(this);
}
}
///
/// A tree expression that evaluates to true iff. its (single) child evaluates to false.
///
/// The type of leaf term identifiers in this expression.
internal sealed class NotExpr : TreeExpr
{
///
/// Initialize a new Not expression with the given child.
///
///
internal NotExpr(BoolExpr child)
: base(new BoolExpr[] { child })
{
}
internal override ExprType ExprType { get { return ExprType.Not; } }
internal BoolExpr Child { get { return Children.First(); } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitNot(this);
}
public override string ToString()
{
return String.Format(CultureInfo.InvariantCulture, "!{0}", Child);
}
internal override BoolExpr MakeNegated()
{
return this.Child;
}
}
///
/// Enumeration of Boolean expression node types.
///
internal enum ExprType
{
And, Not, Or, Term, True, False,
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
//----------------------------------------------------------------------
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
//
// @owner [....]
// @backupOwner [....]
//---------------------------------------------------------------------
using System;
using System.Collections.Generic;
using System.Text;
using System.Globalization;
using System.Collections.ObjectModel;
using System.Diagnostics;
using System.Linq;
namespace System.Data.Common.Utils.Boolean
{
///
/// Base type for Boolean expressions. Boolean expressions are immutable,
/// and value-comparable using Equals. Services include local simplification
/// and normalization to Conjunctive and Disjunctive Normal Forms.
///
///
/// Comments use the following notation convention:
///
/// "A . B" means "A and B"
/// "A + B" means "A or B"
/// "!A" means "not A"
///
/// The type of leaf term identifiers in this expression.
internal abstract partial class BoolExpr : IEquatable>
{
///
/// Gets an enumeration value indicating the type of the expression node.
///
internal abstract ExprType ExprType { get; }
///
/// Standard accept method invoking the appropriate method overload
/// in the given visitor.
///
/// T_Return is the return type for the visitor.
/// Visitor implementation.
/// Value computed for this node.
internal abstract T_Return Accept(Visitor visitor);
///
/// Invokes the Simplifier visitor on this expression tree.
/// Simplifications are purely local (see Simplifier class
/// for details).
///
internal BoolExpr Simplify()
{
return IdentifierService.Instance.LocalSimplify(this);
}
///
/// Expensive simplification that considers various permutations of the
/// expression (including Decision Diagram, DNF, and CNF translations)
///
internal BoolExpr ExpensiveSimplify(out Converter converter)
{
var context = IdentifierService.Instance.CreateConversionContext();
converter = new Converter(this, context);
// Check for valid/unsat constraints
if (converter.Vertex.IsOne())
{
return TrueExpr.Value;
}
if (converter.Vertex.IsZero())
{
return FalseExpr.Value;
}
// Pick solution from the (unmodified) expression, its CNF and its DNF
return ChooseCandidate(this, converter.Cnf.Expr, converter.Dnf.Expr);
}
private static BoolExpr ChooseCandidate(params BoolExpr[] candidates)
{
Debug.Assert(null != candidates && 1 < candidates.Length, "must be at least one to pick");
int resultUniqueTermCount = default(int);
int resultTermCount = default(int);
BoolExpr result = null;
foreach (var candidate in candidates)
{
// first do basic simplification
var simplifiedCandidate = candidate.Simplify();
// determine "interesting" properties of the expression
int candidateUniqueTermCount = simplifiedCandidate.GetTerms().Distinct().Count();
int candidateTermCount = simplifiedCandidate.CountTerms();
// see if it's better than the current result best result
if (null == result || // bootstrap
candidateUniqueTermCount < resultUniqueTermCount || // check if the candidate improves on # of terms
(candidateUniqueTermCount == resultUniqueTermCount && // in case of tie, choose based on total
candidateTermCount < resultTermCount))
{
result = simplifiedCandidate;
resultUniqueTermCount = candidateUniqueTermCount;
resultTermCount = candidateTermCount;
}
}
return result;
}
///
/// Returns all term expressions below this node.
///
internal List> GetTerms()
{
return LeafVisitor.GetTerms(this);
}
///
/// Counts terms in this expression.
///
internal int CountTerms()
{
return TermCounter.CountTerms(this);
}
///
/// Implicit cast from a value of type T to a TermExpr where
/// TermExpr.Value is set to the given value.
///
/// Value to wrap in term expression
/// Term expression
public static implicit operator BoolExpr(T_Identifier value)
{
return new TermExpr(value);
}
///
/// Creates the negation of the current element.
///
internal virtual BoolExpr MakeNegated()
{
return new NotExpr(this);
}
public override string ToString()
{
return ExprType.ToString();
}
public bool Equals(BoolExpr other)
{
return null != other && ExprType == other.ExprType &&
EquivalentTypeEquals(other);
}
protected abstract bool EquivalentTypeEquals(BoolExpr other);
}
///
/// Boolean expression that evaluates to true.
///
/// The type of leaf term identifiers in this expression.
internal sealed class TrueExpr : BoolExpr
{
private static readonly TrueExpr s_value = new TrueExpr();
// private constructor so that we control existence of True instance
private TrueExpr()
: base()
{
}
///
/// Gets the one instance of TrueExpr
///
internal static TrueExpr Value { get { return s_value; } }
internal override ExprType ExprType { get { return ExprType.True; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitTrue(this);
}
internal override BoolExpr MakeNegated()
{
return FalseExpr.Value;
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return object.ReferenceEquals(this, other);
}
}
///
/// Boolean expression that evaluates to false.
///
/// The type of leaf term identifiers in this expression.
internal sealed class FalseExpr : BoolExpr
{
private static readonly FalseExpr s_value = new FalseExpr();
// private constructor so that we control existence of False instance
private FalseExpr()
: base()
{
}
///
/// Gets the one instance of FalseExpr
///
internal static FalseExpr Value { get { return s_value; } }
internal override ExprType ExprType { get { return ExprType.False; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitFalse(this);
}
internal override BoolExpr MakeNegated()
{
return TrueExpr.Value;
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return object.ReferenceEquals(this, other);
}
}
///
/// A term is a leaf node in a Boolean expression. Its value (T/F) is undefined.
///
/// The type of leaf term identifiers in this expression.
internal sealed class TermExpr : BoolExpr, IEquatable>
{
private readonly T_Identifier _identifier;
private readonly IEqualityComparer _comparer;
///
/// Construct a term.
///
/// Value comparer to use when comparing two
/// term expressions.
/// Identifier/tag for this term.
internal TermExpr(IEqualityComparer comparer, T_Identifier identifier)
: base()
{
Debug.Assert(null != (object)identifier);
_identifier = identifier;
if (null == comparer) { _comparer = EqualityComparer.Default; }
else { _comparer = comparer; }
}
internal TermExpr(T_Identifier identifier) : this(null, identifier) { }
///
/// Gets identifier for this term. This value is used to determine whether
/// two terms as equivalent.
///
internal T_Identifier Identifier { get { return _identifier; } }
internal override ExprType ExprType { get { return ExprType.Term; } }
public override bool Equals(object obj)
{
Debug.Fail("use only typed equals");
return this.Equals(obj as TermExpr);
}
public bool Equals(TermExpr other)
{
return _comparer.Equals(_identifier, other._identifier);
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return _comparer.Equals(_identifier, ((TermExpr)other)._identifier);
}
public override int GetHashCode()
{
return _comparer.GetHashCode(_identifier);
}
public override string ToString()
{
return StringUtil.FormatInvariant("{0}", _identifier);
}
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitTerm(this);
}
internal override BoolExpr MakeNegated()
{
Literal literal = new Literal(this, true);
// leverage normalization code if it exists
Literal negatedLiteral = literal.MakeNegated();
if (negatedLiteral.IsTermPositive)
{
return negatedLiteral.Term;
}
else
{
return new NotExpr(negatedLiteral.Term);
}
}
}
///
/// Abstract base class for tree expressions (unary as in Not, n-ary
/// as in And or Or). Duplicate elements are trimmed at construction
/// time (algorithms applied to these trees rely on the assumption
/// of uniform children).
///
/// The type of leaf term identifiers in this expression.
internal abstract class TreeExpr : BoolExpr
{
private readonly Set> _children;
private readonly int _hashCode;
///
/// Initialize a new tree expression with the given children.
///
/// Child expressions
protected TreeExpr(IEnumerable> children)
: base()
{
Debug.Assert(null != children);
_children = new Set>(children);
_children.MakeReadOnly();
_hashCode = _children.GetElementsHashCode();
}
///
/// Gets the children of this expression node.
///
internal Set> Children { get { return _children; } }
public override bool Equals(object obj)
{
Debug.Fail("use only typed Equals");
return base.Equals(obj as BoolExpr);
}
public override int GetHashCode()
{
return _hashCode;
}
public override string ToString()
{
return StringUtil.FormatInvariant("{0}({1})", ExprType, _children);
}
protected override bool EquivalentTypeEquals(BoolExpr other)
{
return ((TreeExpr)other).Children.SetEquals(Children);
}
}
///
/// A tree expression that evaluates to true iff. none of its children
/// evaluate to false.
///
///
/// An And expression with no children is equivalent to True (this is an
/// operational convenience because we assume an implicit True is along
/// for the ride in every And expression)
///
/// A . True iff. A
///
/// The type of leaf term identifiers in this expression.
internal class AndExpr : TreeExpr
{
///
/// Initialize a new And expression with the given children.
///
/// Child expressions
internal AndExpr(params BoolExpr[] children)
: this((IEnumerable>)children)
{
}
///
/// Initialize a new And expression with the given children.
///
/// Child expressions
internal AndExpr(IEnumerable> children)
: base(children)
{
}
internal override ExprType ExprType { get { return ExprType.And; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitAnd(this);
}
}
///
/// A tree expression that evaluates to true iff. any of its children
/// evaluates to true.
///
///
/// An Or expression with no children is equivalent to False (this is an
/// operational convenience because we assume an implicit False is along
/// for the ride in every Or expression)
///
/// A + False iff. A
///
/// The type of leaf term identifiers in this expression.
internal class OrExpr : TreeExpr
{
///
/// Initialize a new Or expression with the given children.
///
/// Child expressions
internal OrExpr(params BoolExpr[] children)
: this((IEnumerable>)children)
{
}
///
/// Initialize a new Or expression with the given children.
///
/// Child expressions
internal OrExpr(IEnumerable> children)
: base(children)
{
}
internal override ExprType ExprType { get { return ExprType.Or; } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitOr(this);
}
}
///
/// A tree expression that evaluates to true iff. its (single) child evaluates to false.
///
/// The type of leaf term identifiers in this expression.
internal sealed class NotExpr : TreeExpr
{
///
/// Initialize a new Not expression with the given child.
///
///
internal NotExpr(BoolExpr child)
: base(new BoolExpr[] { child })
{
}
internal override ExprType ExprType { get { return ExprType.Not; } }
internal BoolExpr Child { get { return Children.First(); } }
internal override T_Return Accept(Visitor visitor)
{
return visitor.VisitNot(this);
}
public override string ToString()
{
return String.Format(CultureInfo.InvariantCulture, "!{0}", Child);
}
internal override BoolExpr MakeNegated()
{
return this.Child;
}
}
///
/// Enumeration of Boolean expression node types.
///
internal enum ExprType
{
And, Not, Or, Term, True, False,
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
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