PatternMatchRules.cs source code in C# .NET

                        
Code:
                         / 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / ndp / fx / src / DataEntity / System / Data / Common / CommandTrees / Internal / PatternMatchRules.cs / 1305376 / PatternMatchRules.cs
                        

                        
                            //---------------------------------------------------------------------- 
// 
//      Copyright (c) Microsoft Corporation.  All rights reserved.
// 
// 
// @owner [....]
// @backupOwner [....] 
//--------------------------------------------------------------------- 

using System.Data.Common.CommandTrees; 
using System.Collections.Generic;
using System.Data.Metadata.Edm;
using System.Diagnostics;
using System.Data.Common.Utils; 
using System.Linq;
using System.Globalization; 
using System.Data.Common.CommandTrees.ExpressionBuilder; 

namespace System.Data.Common.CommandTrees.Internal 
{
    /// 

    /// PatternMatchRule is a specialization of  that uses a Func<DbExpression, bool> 'pattern'
    /// to implement  and a Func<DbExpression, DbExpression> 'processor' to implement 
    /// . The 'processor' should return null to indicate that the expression was not
    /// successfully processed, otherwise it should return the new result expression. 
    /// 
 
    internal class PatternMatchRule : DbExpressionRule
    { 
        private readonly Func isMatch;
        private readonly Func process;
        private readonly ProcessedAction processed;
 
        private PatternMatchRule(Func matchFunc, Func processor, ProcessedAction onProcessed)
        { 
            this.isMatch = matchFunc; 
            this.process = processor;
            this.processed = onProcessed; 
        }

        internal override bool ShouldProcess(DbExpression expression)
        { 
            return this.isMatch(expression);
        } 
 
        internal override bool TryProcess(DbExpression expression, out DbExpression result)
        { 
            result = this.process(expression);
            return (result != null);
        }
 
        internal override ProcessedAction OnExpressionProcessed
        { 
            get { return this.processed; } 
        }
 
        /// 

        /// Constructs a new PatternMatch rule with the specified pattern, processor and default  of 
        /// 
        internal static PatternMatchRule Create(Func matchFunc, Func processor) 
        {
            return PatternMatchRule.Create(matchFunc, processor, ProcessedAction.Reset); 
        } 

        /// 
 
        /// Constructs a new PatternMatchRule with the specified pattern, processor and 
        /// 
        internal static PatternMatchRule Create(Func matchFunc, Func processor, ProcessedAction onProcessed)
        { 
            EntityUtil.CheckArgumentNull(matchFunc, "matchFunc");
            EntityUtil.CheckArgumentNull(processor, "processor"); 
 
            return new PatternMatchRule(matchFunc, processor, onProcessed);
        } 
    }

    /// 

    /// PatternMatchRuleProcessor is a specialization of  that uses a collection of s 
    /// as its ruleset. The static Create methods can be used to construct a new PatternMatchRuleProcessor that applies the specified PatternMatchRules, which is
    /// returned as a Func<DbExpression, DbExpression> that can be invoked directly on an expression to apply the ruleset to it. 
    /// 
 
    internal class PatternMatchRuleProcessor : DbExpressionRuleProcessingVisitor
    { 
        private readonly System.Collections.ObjectModel.ReadOnlyCollection ruleSet;

        private PatternMatchRuleProcessor(System.Collections.ObjectModel.ReadOnlyCollection rules)
        { 
            Debug.Assert(rules.Count() != 0, "At least one PatternMatchRule is required");
            Debug.Assert(rules.Where(r => r == null).Count() == 0, "Individual PatternMatchRules must not be null"); 
 
            this.ruleSet = rules;
        } 

        private DbExpression Process(DbExpression expression)
        {
            EntityUtil.CheckArgumentNull(expression, "expression"); 
            expression = this.VisitExpression(expression);
            return expression; 
        } 

        protected override IEnumerable GetRules() 
        {
            return this.ruleSet;
        }
 
        internal static Func Create(params PatternMatchRule[] rules)
        { 
            EntityUtil.CheckArgumentNull(rules, "rules"); 

            return new PatternMatchRuleProcessor(new System.Collections.ObjectModel.ReadOnlyCollection(rules)).Process; 
        }
    }

    /// 
 
    /// Provides a means of constructing Func<DbExpression, bool> 'patterns' for use with s.
    /// 
 
    internal static class Patterns 
    {
        #region Pattern Combinators 

        /// 

        /// Constructs a new pattern that is matched iff both  and  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an AND expression
        /// 
 
        internal static Func And(Func pattern1, Func pattern2)
        { 
            return (e => pattern1(e) && pattern2(e)); 
        }
 
        /// 

        /// Constructs a new pattern that is matched iff all of ,  and  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an AND expression
        /// 
        internal static Func And(Func pattern1, Func pattern2, Func pattern3) 
        {
            return (e => pattern1(e) && pattern2(e) && pattern3(e)); 
        } 

        /// 
 
        /// Constructs a new pattern that is matched if either  or  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an OR expression
        /// 
        internal static Func Or(Func pattern1, Func pattern2)
        { 
            return (e => pattern1(e) || pattern2(e));
        } 
 
        /// 

        /// Constructs a new pattern that is matched if either ,  or  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an OR expression 
        /// 
        internal static Func Or(Func pattern1, Func pattern2, Func pattern3)
        {
            return (e => pattern1(e) || pattern2(e) || pattern3(e)); 
        }
 
#if _ENABLE_UNUSED_PATTERNS_ 
        /// 

        /// Constructs a new pattern that is matched iff the argument pattern is not matched. Does NOT return a pattern that matches . Use  with an argument of  to match a NOT expression 
        /// 
        internal static Func Not(Func pattern)
        {
            return (e => !pattern(e)); 
        }
#endif 
        #endregion 

        #region Constant Patterns 

        /// 

        /// Returns a pattern that will match any expression, returning true for any argument, including null.
        /// 
 
        internal static Func AnyExpression { get { return (e => true); } }
 
        /// 
 
        /// Returns a pattern that will match any collection of expressions, returning true for any argument, including a null or empty enumerable.
        /// 
 
        internal static Func, bool> AnyExpressions { get { return (elems => true); } }

        #endregion
 
        #region Result Type Patterns
 
#if _ENABLE_UNUSED_PATTERNS_ 
        /// 

        /// Returns a pattern that is matched if the the argument has a Boolean result type 
        /// 
        internal static Func MatchBooleanType { get { return (e => TypeSemantics.IsBooleanType(e.ResultType)); } }
#endif
        /// 
 
        /// Returns a pattern that is matched if the argument has a complex result type
        /// 
 
        internal static Func MatchComplexType { get { return (e => TypeSemantics.IsComplexType(e.ResultType)); } } 

        /// 
 
        /// Returns a pattern that is matched if the argument has an entity result type
        /// 
        internal static Func MatchEntityType { get { return (e => TypeSemantics.IsEntityType(e.ResultType)); } }
 
        /// 

        /// Returns a pattern that is matched if the argument has a row result type 
        /// 
 
        internal static Func MatchRowType { get { return (e => TypeSemantics.IsRowType(e.ResultType)); } }
 
        #endregion

        #region General Patterns
 
        /// 

        /// Constructs a new pattern that will match an expression with the specified . 
        /// 
 
        internal static Func MatchKind(DbExpressionKind kindToMatch)
        { 
            return (e => e.ExpressionKind == kindToMatch);
        }

        /// 
 
        /// Constructs a new pattern that will match iff the specified pattern argument is matched for all expressions in the collection argument.
        /// 
 
        internal static Func, bool> MatchForAll(Func elementPattern) 
        {
            return (elems => elems.FirstOrDefault(e => !elementPattern(e)) == null); 
        }

#if _ENABLE_UNUSED_PATTERNS_
        /// 
 
        /// Constructs a new pattern that will match if the specified pattern argument is matched for any expression in the collection argument.
        /// 
 
        internal static Func, bool> MatchForAny(Func elementPattern) 
        {
            return (elems => elems.FirstOrDefault(e => elementPattern(e)) != null); 
        }
#endif
        #endregion
 
        #region Type-specific Patterns
#if _ENABLE_UNUSED_PATTERNS_ 
        /// 
 
        /// Returns a pattern that is matched if the argument expression is a 
        /// 
 
        internal static Func MatchUnary()
        {
            return (e => e is DbUnaryExpression);
        } 

        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  and matches  
        /// 
        internal static Func MatchUnary(Func argumentPattern) 
        {
            return (e => (e is DbUnaryExpression) && argumentPattern(((DbUnaryExpression)e).Argument));
        }
#endif 
        /// 

        /// Returns a pattern that is matched if the argument expression is a  
        /// 
 
        internal static Func MatchBinary()
        { 
            return (e => e is DbBinaryExpression);
        }
#if _ENABLE_UNUSED_PATTERNS_
        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  with left and right subexpressions that match the corresponding  and  patterns
        /// 
 
        internal static Func MatchBinary(Func leftPattern, Func rightPattern) 
        {
            return (e => { DbBinaryExpression binEx = (e as DbBinaryExpression); return (binEx != null && leftPattern(binEx.Left) && rightPattern(binEx.Right)); }); 
        }
#endif

        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  with input and predicate subexpressions that match the corresponding  and  patterns
        /// 
 
        internal static Func MatchFilter(Func inputPattern, Func predicatePattern) 
        {
            return (e => { if (e.ExpressionKind != DbExpressionKind.Filter) { return false; } else { DbFilterExpression filterEx = (DbFilterExpression)e; return inputPattern(filterEx.Input.Expression) && predicatePattern(filterEx.Predicate); } }); 
        }

        /// 

        /// Constructs a new pattern that is matched iff the argument expression is a  with input and projection subexpressions that match the corresponding  and  patterns 
        /// 
        internal static Func MatchProject(Func inputPattern, Func projectionPattern) 
        { 
            return (e => { if (e.ExpressionKind != DbExpressionKind.Project) { return false; } else { DbProjectExpression projectEx = (DbProjectExpression)e; return inputPattern(projectEx.Input.Expression) && projectionPattern(projectEx.Projection); } });
        } 

        /// 

        /// Constructs a new pattern that is matched iff the argument expression is a  with 'when' and 'then' subexpression lists that match the specified  and  collection patterns and an 'else' subexpression that matches the specified  expression pattern
        /// 
 
        internal static Func MatchCase(Func, bool> whenPattern, Func, bool> thenPattern, Func elsePattern)
        { 
            return (e => { if (e.ExpressionKind != DbExpressionKind.Case) { return false; } else { DbCaseExpression caseEx = (DbCaseExpression)e; return whenPattern(caseEx.When) && thenPattern(caseEx.Then) && elsePattern(caseEx.Else); } }); 
        }
 
        /// 

        /// Gets a pattern that is matched if the argument expression is a . This property can be used instead of repeated calls to  with an argument of 
        /// 
        internal static Func MatchNewInstance() { return (e => e.ExpressionKind == DbExpressionKind.NewInstance); } 

        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  with arguments that match the specified collection pattern 
        /// 
        internal static Func MatchNewInstance(Func, bool> argumentsPattern) 
        {
            return (e => { if (e.ExpressionKind != DbExpressionKind.NewInstance) { return false; } else { DbNewInstanceExpression newInst = (DbNewInstanceExpression)e; return argumentsPattern(newInst.Arguments); } });
        }
 
        #endregion
    } 
} 

// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
//---------------------------------------------------------------------- 
// 
//      Copyright (c) Microsoft Corporation.  All rights reserved.
// 
// 
// @owner [....]
// @backupOwner [....] 
//--------------------------------------------------------------------- 

using System.Data.Common.CommandTrees; 
using System.Collections.Generic;
using System.Data.Metadata.Edm;
using System.Diagnostics;
using System.Data.Common.Utils; 
using System.Linq;
using System.Globalization; 
using System.Data.Common.CommandTrees.ExpressionBuilder; 

namespace System.Data.Common.CommandTrees.Internal 
{
    /// 

    /// PatternMatchRule is a specialization of  that uses a Func<DbExpression, bool> 'pattern'
    /// to implement  and a Func<DbExpression, DbExpression> 'processor' to implement 
    /// . The 'processor' should return null to indicate that the expression was not
    /// successfully processed, otherwise it should return the new result expression. 
    /// 
 
    internal class PatternMatchRule : DbExpressionRule
    { 
        private readonly Func isMatch;
        private readonly Func process;
        private readonly ProcessedAction processed;
 
        private PatternMatchRule(Func matchFunc, Func processor, ProcessedAction onProcessed)
        { 
            this.isMatch = matchFunc; 
            this.process = processor;
            this.processed = onProcessed; 
        }

        internal override bool ShouldProcess(DbExpression expression)
        { 
            return this.isMatch(expression);
        } 
 
        internal override bool TryProcess(DbExpression expression, out DbExpression result)
        { 
            result = this.process(expression);
            return (result != null);
        }
 
        internal override ProcessedAction OnExpressionProcessed
        { 
            get { return this.processed; } 
        }
 
        /// 

        /// Constructs a new PatternMatch rule with the specified pattern, processor and default  of 
        /// 
        internal static PatternMatchRule Create(Func matchFunc, Func processor) 
        {
            return PatternMatchRule.Create(matchFunc, processor, ProcessedAction.Reset); 
        } 

        /// 
 
        /// Constructs a new PatternMatchRule with the specified pattern, processor and 
        /// 
        internal static PatternMatchRule Create(Func matchFunc, Func processor, ProcessedAction onProcessed)
        { 
            EntityUtil.CheckArgumentNull(matchFunc, "matchFunc");
            EntityUtil.CheckArgumentNull(processor, "processor"); 
 
            return new PatternMatchRule(matchFunc, processor, onProcessed);
        } 
    }

    /// 

    /// PatternMatchRuleProcessor is a specialization of  that uses a collection of s 
    /// as its ruleset. The static Create methods can be used to construct a new PatternMatchRuleProcessor that applies the specified PatternMatchRules, which is
    /// returned as a Func<DbExpression, DbExpression> that can be invoked directly on an expression to apply the ruleset to it. 
    /// 
 
    internal class PatternMatchRuleProcessor : DbExpressionRuleProcessingVisitor
    { 
        private readonly System.Collections.ObjectModel.ReadOnlyCollection ruleSet;

        private PatternMatchRuleProcessor(System.Collections.ObjectModel.ReadOnlyCollection rules)
        { 
            Debug.Assert(rules.Count() != 0, "At least one PatternMatchRule is required");
            Debug.Assert(rules.Where(r => r == null).Count() == 0, "Individual PatternMatchRules must not be null"); 
 
            this.ruleSet = rules;
        } 

        private DbExpression Process(DbExpression expression)
        {
            EntityUtil.CheckArgumentNull(expression, "expression"); 
            expression = this.VisitExpression(expression);
            return expression; 
        } 

        protected override IEnumerable GetRules() 
        {
            return this.ruleSet;
        }
 
        internal static Func Create(params PatternMatchRule[] rules)
        { 
            EntityUtil.CheckArgumentNull(rules, "rules"); 

            return new PatternMatchRuleProcessor(new System.Collections.ObjectModel.ReadOnlyCollection(rules)).Process; 
        }
    }

    /// 
 
    /// Provides a means of constructing Func<DbExpression, bool> 'patterns' for use with s.
    /// 
 
    internal static class Patterns 
    {
        #region Pattern Combinators 

        /// 

        /// Constructs a new pattern that is matched iff both  and  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an AND expression
        /// 
 
        internal static Func And(Func pattern1, Func pattern2)
        { 
            return (e => pattern1(e) && pattern2(e)); 
        }
 
        /// 

        /// Constructs a new pattern that is matched iff all of ,  and  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an AND expression
        /// 
        internal static Func And(Func pattern1, Func pattern2, Func pattern3) 
        {
            return (e => pattern1(e) && pattern2(e) && pattern3(e)); 
        } 

        /// 
 
        /// Constructs a new pattern that is matched if either  or  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an OR expression
        /// 
        internal static Func Or(Func pattern1, Func pattern2)
        { 
            return (e => pattern1(e) || pattern2(e));
        } 
 
        /// 

        /// Constructs a new pattern that is matched if either ,  or  are matched. Does NOT return a pattern that matches . Use  with an argument of  to match an OR expression 
        /// 
        internal static Func Or(Func pattern1, Func pattern2, Func pattern3)
        {
            return (e => pattern1(e) || pattern2(e) || pattern3(e)); 
        }
 
#if _ENABLE_UNUSED_PATTERNS_ 
        /// 

        /// Constructs a new pattern that is matched iff the argument pattern is not matched. Does NOT return a pattern that matches . Use  with an argument of  to match a NOT expression 
        /// 
        internal static Func Not(Func pattern)
        {
            return (e => !pattern(e)); 
        }
#endif 
        #endregion 

        #region Constant Patterns 

        /// 

        /// Returns a pattern that will match any expression, returning true for any argument, including null.
        /// 
 
        internal static Func AnyExpression { get { return (e => true); } }
 
        /// 
 
        /// Returns a pattern that will match any collection of expressions, returning true for any argument, including a null or empty enumerable.
        /// 
 
        internal static Func, bool> AnyExpressions { get { return (elems => true); } }

        #endregion
 
        #region Result Type Patterns
 
#if _ENABLE_UNUSED_PATTERNS_ 
        /// 

        /// Returns a pattern that is matched if the the argument has a Boolean result type 
        /// 
        internal static Func MatchBooleanType { get { return (e => TypeSemantics.IsBooleanType(e.ResultType)); } }
#endif
        /// 
 
        /// Returns a pattern that is matched if the argument has a complex result type
        /// 
 
        internal static Func MatchComplexType { get { return (e => TypeSemantics.IsComplexType(e.ResultType)); } } 

        /// 
 
        /// Returns a pattern that is matched if the argument has an entity result type
        /// 
        internal static Func MatchEntityType { get { return (e => TypeSemantics.IsEntityType(e.ResultType)); } }
 
        /// 

        /// Returns a pattern that is matched if the argument has a row result type 
        /// 
 
        internal static Func MatchRowType { get { return (e => TypeSemantics.IsRowType(e.ResultType)); } }
 
        #endregion

        #region General Patterns
 
        /// 

        /// Constructs a new pattern that will match an expression with the specified . 
        /// 
 
        internal static Func MatchKind(DbExpressionKind kindToMatch)
        { 
            return (e => e.ExpressionKind == kindToMatch);
        }

        /// 
 
        /// Constructs a new pattern that will match iff the specified pattern argument is matched for all expressions in the collection argument.
        /// 
 
        internal static Func, bool> MatchForAll(Func elementPattern) 
        {
            return (elems => elems.FirstOrDefault(e => !elementPattern(e)) == null); 
        }

#if _ENABLE_UNUSED_PATTERNS_
        /// 
 
        /// Constructs a new pattern that will match if the specified pattern argument is matched for any expression in the collection argument.
        /// 
 
        internal static Func, bool> MatchForAny(Func elementPattern) 
        {
            return (elems => elems.FirstOrDefault(e => elementPattern(e)) != null); 
        }
#endif
        #endregion
 
        #region Type-specific Patterns
#if _ENABLE_UNUSED_PATTERNS_ 
        /// 
 
        /// Returns a pattern that is matched if the argument expression is a 
        /// 
 
        internal static Func MatchUnary()
        {
            return (e => e is DbUnaryExpression);
        } 

        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  and matches  
        /// 
        internal static Func MatchUnary(Func argumentPattern) 
        {
            return (e => (e is DbUnaryExpression) && argumentPattern(((DbUnaryExpression)e).Argument));
        }
#endif 
        /// 

        /// Returns a pattern that is matched if the argument expression is a  
        /// 
 
        internal static Func MatchBinary()
        { 
            return (e => e is DbBinaryExpression);
        }
#if _ENABLE_UNUSED_PATTERNS_
        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  with left and right subexpressions that match the corresponding  and  patterns
        /// 
 
        internal static Func MatchBinary(Func leftPattern, Func rightPattern) 
        {
            return (e => { DbBinaryExpression binEx = (e as DbBinaryExpression); return (binEx != null && leftPattern(binEx.Left) && rightPattern(binEx.Right)); }); 
        }
#endif

        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  with input and predicate subexpressions that match the corresponding  and  patterns
        /// 
 
        internal static Func MatchFilter(Func inputPattern, Func predicatePattern) 
        {
            return (e => { if (e.ExpressionKind != DbExpressionKind.Filter) { return false; } else { DbFilterExpression filterEx = (DbFilterExpression)e; return inputPattern(filterEx.Input.Expression) && predicatePattern(filterEx.Predicate); } }); 
        }

        /// 

        /// Constructs a new pattern that is matched iff the argument expression is a  with input and projection subexpressions that match the corresponding  and  patterns 
        /// 
        internal static Func MatchProject(Func inputPattern, Func projectionPattern) 
        { 
            return (e => { if (e.ExpressionKind != DbExpressionKind.Project) { return false; } else { DbProjectExpression projectEx = (DbProjectExpression)e; return inputPattern(projectEx.Input.Expression) && projectionPattern(projectEx.Projection); } });
        } 

        /// 

        /// Constructs a new pattern that is matched iff the argument expression is a  with 'when' and 'then' subexpression lists that match the specified  and  collection patterns and an 'else' subexpression that matches the specified  expression pattern
        /// 
 
        internal static Func MatchCase(Func, bool> whenPattern, Func, bool> thenPattern, Func elsePattern)
        { 
            return (e => { if (e.ExpressionKind != DbExpressionKind.Case) { return false; } else { DbCaseExpression caseEx = (DbCaseExpression)e; return whenPattern(caseEx.When) && thenPattern(caseEx.Then) && elsePattern(caseEx.Else); } }); 
        }
 
        /// 

        /// Gets a pattern that is matched if the argument expression is a . This property can be used instead of repeated calls to  with an argument of 
        /// 
        internal static Func MatchNewInstance() { return (e => e.ExpressionKind == DbExpressionKind.NewInstance); } 

        /// 
 
        /// Constructs a new pattern that is matched iff the argument expression is a  with arguments that match the specified collection pattern 
        /// 
        internal static Func MatchNewInstance(Func, bool> argumentsPattern) 
        {
            return (e => { if (e.ExpressionKind != DbExpressionKind.NewInstance) { return false; } else { DbNewInstanceExpression newInst = (DbNewInstanceExpression)e; return argumentsPattern(newInst.Arguments); } });
        }
 
        #endregion
    } 
} 

// File provided for Reference Use Only by Microsoft Corporation (c) 2007.

                        

                        

                        
                        

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