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/ Dotnetfx_Win7_3.5.1 / Dotnetfx_Win7_3.5.1 / 3.5.1 / DEVDIV / depot / DevDiv / releases / Orcas / NetFXw7 / ndp / fx / src / DataEntity / System / Data / Common / EntitySql / StaticContext.cs / 1 / StaticContext.cs
//---------------------------------------------------------------------- //// Copyright ( c ) Microsoft Corporation. All rights reserved. // // // @owner [....] // @backup [....] //--------------------------------------------------------------------- namespace System.Data.Common.EntitySql { using System; using System.Collections.Generic; using System.Text; using System.Diagnostics; using System.Data.Metadata.Edm; using System.Data.Common.CommandTrees; using System.Data.Entity; ////// Represents generic stacked scopes of Key-Value pairs. /// ///Thrown when trying to add a key that alredy exisits in the current scope internal class ScopeManager { IEqualityComparer_keyComparer; List _stackedScopes = new List (); /// /// initializes scope manager using given key-string comparer /// /// internal ScopeManager( IEqualityComparerkeyComparer ) { _keyComparer = keyComparer; } /// /// Pushes new scope /// ///internal ScopeManager EnterScope() { _stackedScopes.Add(new Scope(_keyComparer)); return this; } /// /// Pops the current scope /// internal void LeaveScope() { Debug.Assert(CurrentScopeIndex >= 0); _stackedScopes.RemoveAt(CurrentScopeIndex); } ////// Returns current scope index /// internal int CurrentScopeIndex { get { return (_stackedScopes.Count - 1); } } ////// returns current scope /// internal Scope CurrentScope { get { return _stackedScopes[CurrentScopeIndex]; } } ////// Get a given scope by its index /// /// ///internal Scope GetScopeByIndex( int scopeIndex ) { Debug.Assert(scopeIndex >= 0,"scopeIndex >= 0"); Debug.Assert(scopeIndex <= CurrentScopeIndex, "scopeIndex <= CurrentScopeIndex"); if (0 > scopeIndex || scopeIndex > CurrentScopeIndex) { throw EntityUtil.EntitySqlError(Strings.InvalidScopeIndex); } return _stackedScopes[scopeIndex]; } /// /// removes a entry from current scope /// /// internal void RemoveFromScope( string key ) { CurrentScope.Remove(key); } ////// Add new item to the Current Scope /// /// /// internal void Add( string key, ScopeEntry value ) { CurrentScope.Add(key, value); } ////// Restores the Context to a previously created SavePoint /// /// ////// internal void RollbackToSavepoint( SavePoint savePoint ) { // // assert preconditions // Debug.Assert(savePoint.ScopeIndex >= 0, "[PRE] savePoint.ScopeIndex >= 0"); Debug.Assert(savePoint.ScopeIndex <= CurrentScopeIndex, "[PRE] savePoint.ScopeIndex <= CurrentScopeIndex"); Debug.Assert(CurrentScopeIndex >= 0, "[PRE] CurrentScopeIndex >= 0"); if (savePoint.ScopeIndex > CurrentScopeIndex || savePoint.ScopeIndex < 0 || CurrentScopeIndex < 0) { throw EntityUtil.EntitySqlError(Strings.InvalidSavePoint); } int delta = CurrentScopeIndex - savePoint.ScopeIndex; if (delta > 0) { _stackedScopes.RemoveRange(savePoint.ScopeIndex + 1, CurrentScopeIndex - savePoint.ScopeIndex); } // // make sure invariants are preserved // Debug.Assert(savePoint.ScopeIndex == CurrentScopeIndex, "[POST] savePoint.ScopeIndex == CurrentScopeIndex"); Debug.Assert(CurrentScopeIndex >= 0, "[POST] CurrentScopeIndex >= 0"); } ////// /// Returns true if key exists in current scope. /// /// ///internal bool IsInCurrentScope( string key ) { return CurrentScope.Contains(key); } } /// /// Defines scope entry Kind /// enum ScopeEntryKind { WithSourceVar, SourceVar, JoinSourceVar, ApplySourceVar, ProjectList, DummyGroupKey } ////// Represents a scope of key-value pairs. /// internal sealed class Scope : IEnumerable> { Dictionary scopeEntries; /// /// initializes using a given key comparer /// /// internal Scope( IEqualityComparerkeyComparer ) { scopeEntries = new Dictionary (keyComparer); } /// /// add new key to the scope. if key already exists throws key already exists exception. /// /// /// ///internal Scope Add( string key, ScopeEntry value ) { scopeEntries.Add(key, value); return this; } /// /// removes a entry from the scope /// /// internal void Remove( string key ) { scopeEntries.Remove(key); } ////// searches item by key. returns true in case of success and false otherwise. /// /// /// ///internal bool TryLookup( string key, out ScopeEntry value ) { return (scopeEntries.TryGetValue(key, out value)); } /// /// returns if a given key belongs to the scope /// /// ///internal bool Contains( string key ) { return scopeEntries.ContainsKey(key); } #region GetEnumerator public Dictionary .Enumerator GetEnumerator() { return scopeEntries.GetEnumerator(); } System.Collections.Generic.IEnumerator > System.Collections.Generic.IEnumerable >.GetEnumerator() { return scopeEntries.GetEnumerator(); } System.Collections.IEnumerator System.Collections.IEnumerable.GetEnumerator() { return scopeEntries.GetEnumerator(); } #endregion } /// /// Represents a context savepoint that can be restored later. /// internal sealed class SavePoint { private int _scopeIndex; ////// initializes a savepoint /// /// internal SavePoint( int scopeIndex ) { _scopeIndex = scopeIndex; } ////// returns save point start scope index /// internal int ScopeIndex { get { return _scopeIndex; } } ////// Returns true if given scope entry is in the save point /// /// ///internal bool ContainsScope( int scopeIndex ) { return (scopeIndex >= _scopeIndex); } } internal enum SourceVarKind { Input, GroupInput, GroupKey, GroupAggregate } /// /// Represents an entry in the scope /// internal abstract class ScopeEntry { private ScopeEntryKind _scopeEntryKind; private bool _isHidden = false; protected DbExpression _expression; protected SourceVarKind _varKind; internal ScopeEntry( ScopeEntryKind scopeEntryKind, DbExpression expression ) { _scopeEntryKind = scopeEntryKind; _expression = expression; _varKind = SourceVarKind.Input; } internal virtual DbExpression Expression { get { return _expression; } } internal ScopeEntryKind Kind { get { return _scopeEntryKind; } set { _scopeEntryKind = value; } } internal bool IsHidden { get { return _isHidden; } } public SourceVarKind VarKind { get { return _varKind; } set { _varKind = value; } } } ////// Represents simple source var scope entry /// internal class SourceScopeEntry : ScopeEntry { private DbVariableReferenceExpression _varRef; private List_prefixNames = new List (); private string _varName; private bool _isSourceVarDirty = true; private DbVariableReferenceExpression _groupVar; private DbExpression _aggregateExpression; private bool _isGroupVarDirty = true; private string _varTag; internal SourceScopeEntry( ScopeEntryKind scopeEntryKind, string varName, DbVariableReferenceExpression sourceVar ) : base(scopeEntryKind, sourceVar) { _varName = varName; _varRef = sourceVar; } internal SourceScopeEntry(ScopeEntryKind scopeEntryKind, string varName, DbVariableReferenceExpression sourceVar, SourceVarKind varKind) : base(scopeEntryKind, sourceVar) { _varName = varName; _varRef = sourceVar; _varKind = varKind; } internal SourceScopeEntry( ScopeEntryKind scopeEntryKind, DbExpressionBinding sourceBinding, string varTag ) : base(scopeEntryKind, sourceBinding.Variable) { _varName = sourceBinding.VariableName; _varRef = sourceBinding.Variable; _varTag = varTag; } /// /// returns scope variable expression /// internal override DbExpression Expression { get { if (_isSourceVarDirty) { _expression = RecalculateSourceVar(_varRef); _isSourceVarDirty = false; } return _expression; } } ////// adds new prefix to the 'property chain' /// /// internal void AddBindingPrefix( string prefixName ) { _isGroupVarDirty = true; _isSourceVarDirty = true; _prefixNames.Insert(0, prefixName); } ////// sets new source binding var /// /// internal void SetNewSourceBinding( DbVariableReferenceExpression sourceVar ) { _isGroupVarDirty = true; _isSourceVarDirty = true; _varRef = sourceVar; } ////// recalculates var reference expression /// private DbExpression RecalculateSourceVar( DbVariableReferenceExpression baseExpression ) { DbCommandTree cmdTree = baseExpression.CommandTree; DbExpression propExpr = baseExpression; DbExpression result = null; if (_prefixNames.Count > 0) { for (int i = 1 ; i < _prefixNames.Count ; i++) { propExpr = cmdTree.CreatePropertyExpression(_prefixNames[i], propExpr); } result = cmdTree.CreatePropertyExpression(_varName, propExpr); } else { result = baseExpression; } return result; } internal DbVariableReferenceExpression GroupVarExpression { get { return _groupVar; } set { _groupVar = value; } } internal DbExpression AggregateExpression { get { if (_isGroupVarDirty) { _aggregateExpression = RecalculateSourceVar(_groupVar); _isGroupVarDirty = false; } return _aggregateExpression; } } internal string VarTag { get { return _varTag; } } } ////// represents a projection expression scope entry /// internal class ProjectionScopeEntry : ScopeEntry { private string _varName; internal ProjectionScopeEntry( string varName, DbExpression expression ) : base(ScopeEntryKind.ProjectList, expression) { _varName = varName; } ////// returns projection scope entry /// internal override DbExpression Expression { get { return _expression; } } } ////// represents Dummy group keys to be used during group aggregate search mode /// these entries will then be replaced by the real key expression once the group /// expression is built /// internal class DummyGroupVarScopeEntry : ScopeEntry { private DbExpression _aggreateExpression; internal DummyGroupVarScopeEntry(DbExpression varBasedExpression, DbExpression groupVarBasedExpression) : base(ScopeEntryKind.DummyGroupKey, varBasedExpression) { _aggreateExpression = groupVarBasedExpression; base.VarKind = SourceVarKind.GroupKey; } ////// returns group var based expression /// internal DbExpression AggregateExpression { get { return _aggreateExpression; } } } ////// Represents static context for semantic analysis /// internal sealed class StaticContext : ScopeManager { ////// initializes with specific keycomparer /// /// internal StaticContext( IEqualityComparerkeyComparer ) : base(keyComparer) { } /// /// Adds current expression to scope according to curr scope kind /// /// /// /// internal void AddSourceBinding( DbExpressionBinding sourceBinding, ScopeEntryKind scopeEntryKind , string varTag) { Add(sourceBinding.VariableName, new SourceScopeEntry(scopeEntryKind, sourceBinding, varTag)); } ////// adds a dummy group key to scope /// /// /// /// internal void AddGroupDummyVar(string groupKey, DbExpression varBasedExpression, DbExpression groupVarBasedExpression) { Add(groupKey, new DummyGroupVarScopeEntry(varBasedExpression, groupVarBasedExpression)); } ////// replaces dummy group keys added during the group aggregate search phase by the real group key expressions /// /// /// internal void ReplaceGroupVarInScope( string groupVarName, DbVariableReferenceExpression groupSourceBinding ) { // // ensure the key exists // if (!IsInCurrentScope(groupVarName)) { throw EntityUtil.EntitySqlError(Strings.CouldNotFindAggregateKey); } // // remove dummy key added previously // RemoveFromScope(groupVarName); // // add real group key to scope // Add(groupVarName, new SourceScopeEntry(ScopeEntryKind.SourceVar, groupVarName, groupSourceBinding, SourceVarKind.GroupKey)); } ////// add group aggregate functions to the scope /// /// /// internal void AddAggregateToScope( string aggregateName, DbVariableReferenceExpression sourceVar ) { Add(aggregateName, new SourceScopeEntry(ScopeEntryKind.SourceVar, aggregateName, sourceVar, SourceVarKind.GroupAggregate)); } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. //---------------------------------------------------------------------- //// Copyright ( c ) Microsoft Corporation. All rights reserved. // // // @owner [....] // @backup [....] //--------------------------------------------------------------------- namespace System.Data.Common.EntitySql { using System; using System.Collections.Generic; using System.Text; using System.Diagnostics; using System.Data.Metadata.Edm; using System.Data.Common.CommandTrees; using System.Data.Entity; ////// Represents generic stacked scopes of Key-Value pairs. /// ///Thrown when trying to add a key that alredy exisits in the current scope internal class ScopeManager { IEqualityComparer_keyComparer; List _stackedScopes = new List (); /// /// initializes scope manager using given key-string comparer /// /// internal ScopeManager( IEqualityComparerkeyComparer ) { _keyComparer = keyComparer; } /// /// Pushes new scope /// ///internal ScopeManager EnterScope() { _stackedScopes.Add(new Scope(_keyComparer)); return this; } /// /// Pops the current scope /// internal void LeaveScope() { Debug.Assert(CurrentScopeIndex >= 0); _stackedScopes.RemoveAt(CurrentScopeIndex); } ////// Returns current scope index /// internal int CurrentScopeIndex { get { return (_stackedScopes.Count - 1); } } ////// returns current scope /// internal Scope CurrentScope { get { return _stackedScopes[CurrentScopeIndex]; } } ////// Get a given scope by its index /// /// ///internal Scope GetScopeByIndex( int scopeIndex ) { Debug.Assert(scopeIndex >= 0,"scopeIndex >= 0"); Debug.Assert(scopeIndex <= CurrentScopeIndex, "scopeIndex <= CurrentScopeIndex"); if (0 > scopeIndex || scopeIndex > CurrentScopeIndex) { throw EntityUtil.EntitySqlError(Strings.InvalidScopeIndex); } return _stackedScopes[scopeIndex]; } /// /// removes a entry from current scope /// /// internal void RemoveFromScope( string key ) { CurrentScope.Remove(key); } ////// Add new item to the Current Scope /// /// /// internal void Add( string key, ScopeEntry value ) { CurrentScope.Add(key, value); } ////// Restores the Context to a previously created SavePoint /// /// ////// internal void RollbackToSavepoint( SavePoint savePoint ) { // // assert preconditions // Debug.Assert(savePoint.ScopeIndex >= 0, "[PRE] savePoint.ScopeIndex >= 0"); Debug.Assert(savePoint.ScopeIndex <= CurrentScopeIndex, "[PRE] savePoint.ScopeIndex <= CurrentScopeIndex"); Debug.Assert(CurrentScopeIndex >= 0, "[PRE] CurrentScopeIndex >= 0"); if (savePoint.ScopeIndex > CurrentScopeIndex || savePoint.ScopeIndex < 0 || CurrentScopeIndex < 0) { throw EntityUtil.EntitySqlError(Strings.InvalidSavePoint); } int delta = CurrentScopeIndex - savePoint.ScopeIndex; if (delta > 0) { _stackedScopes.RemoveRange(savePoint.ScopeIndex + 1, CurrentScopeIndex - savePoint.ScopeIndex); } // // make sure invariants are preserved // Debug.Assert(savePoint.ScopeIndex == CurrentScopeIndex, "[POST] savePoint.ScopeIndex == CurrentScopeIndex"); Debug.Assert(CurrentScopeIndex >= 0, "[POST] CurrentScopeIndex >= 0"); } ////// /// Returns true if key exists in current scope. /// /// ///internal bool IsInCurrentScope( string key ) { return CurrentScope.Contains(key); } } /// /// Defines scope entry Kind /// enum ScopeEntryKind { WithSourceVar, SourceVar, JoinSourceVar, ApplySourceVar, ProjectList, DummyGroupKey } ////// Represents a scope of key-value pairs. /// internal sealed class Scope : IEnumerable> { Dictionary scopeEntries; /// /// initializes using a given key comparer /// /// internal Scope( IEqualityComparerkeyComparer ) { scopeEntries = new Dictionary (keyComparer); } /// /// add new key to the scope. if key already exists throws key already exists exception. /// /// /// ///internal Scope Add( string key, ScopeEntry value ) { scopeEntries.Add(key, value); return this; } /// /// removes a entry from the scope /// /// internal void Remove( string key ) { scopeEntries.Remove(key); } ////// searches item by key. returns true in case of success and false otherwise. /// /// /// ///internal bool TryLookup( string key, out ScopeEntry value ) { return (scopeEntries.TryGetValue(key, out value)); } /// /// returns if a given key belongs to the scope /// /// ///internal bool Contains( string key ) { return scopeEntries.ContainsKey(key); } #region GetEnumerator public Dictionary .Enumerator GetEnumerator() { return scopeEntries.GetEnumerator(); } System.Collections.Generic.IEnumerator > System.Collections.Generic.IEnumerable >.GetEnumerator() { return scopeEntries.GetEnumerator(); } System.Collections.IEnumerator System.Collections.IEnumerable.GetEnumerator() { return scopeEntries.GetEnumerator(); } #endregion } /// /// Represents a context savepoint that can be restored later. /// internal sealed class SavePoint { private int _scopeIndex; ////// initializes a savepoint /// /// internal SavePoint( int scopeIndex ) { _scopeIndex = scopeIndex; } ////// returns save point start scope index /// internal int ScopeIndex { get { return _scopeIndex; } } ////// Returns true if given scope entry is in the save point /// /// ///internal bool ContainsScope( int scopeIndex ) { return (scopeIndex >= _scopeIndex); } } internal enum SourceVarKind { Input, GroupInput, GroupKey, GroupAggregate } /// /// Represents an entry in the scope /// internal abstract class ScopeEntry { private ScopeEntryKind _scopeEntryKind; private bool _isHidden = false; protected DbExpression _expression; protected SourceVarKind _varKind; internal ScopeEntry( ScopeEntryKind scopeEntryKind, DbExpression expression ) { _scopeEntryKind = scopeEntryKind; _expression = expression; _varKind = SourceVarKind.Input; } internal virtual DbExpression Expression { get { return _expression; } } internal ScopeEntryKind Kind { get { return _scopeEntryKind; } set { _scopeEntryKind = value; } } internal bool IsHidden { get { return _isHidden; } } public SourceVarKind VarKind { get { return _varKind; } set { _varKind = value; } } } ////// Represents simple source var scope entry /// internal class SourceScopeEntry : ScopeEntry { private DbVariableReferenceExpression _varRef; private List_prefixNames = new List (); private string _varName; private bool _isSourceVarDirty = true; private DbVariableReferenceExpression _groupVar; private DbExpression _aggregateExpression; private bool _isGroupVarDirty = true; private string _varTag; internal SourceScopeEntry( ScopeEntryKind scopeEntryKind, string varName, DbVariableReferenceExpression sourceVar ) : base(scopeEntryKind, sourceVar) { _varName = varName; _varRef = sourceVar; } internal SourceScopeEntry(ScopeEntryKind scopeEntryKind, string varName, DbVariableReferenceExpression sourceVar, SourceVarKind varKind) : base(scopeEntryKind, sourceVar) { _varName = varName; _varRef = sourceVar; _varKind = varKind; } internal SourceScopeEntry( ScopeEntryKind scopeEntryKind, DbExpressionBinding sourceBinding, string varTag ) : base(scopeEntryKind, sourceBinding.Variable) { _varName = sourceBinding.VariableName; _varRef = sourceBinding.Variable; _varTag = varTag; } /// /// returns scope variable expression /// internal override DbExpression Expression { get { if (_isSourceVarDirty) { _expression = RecalculateSourceVar(_varRef); _isSourceVarDirty = false; } return _expression; } } ////// adds new prefix to the 'property chain' /// /// internal void AddBindingPrefix( string prefixName ) { _isGroupVarDirty = true; _isSourceVarDirty = true; _prefixNames.Insert(0, prefixName); } ////// sets new source binding var /// /// internal void SetNewSourceBinding( DbVariableReferenceExpression sourceVar ) { _isGroupVarDirty = true; _isSourceVarDirty = true; _varRef = sourceVar; } ////// recalculates var reference expression /// private DbExpression RecalculateSourceVar( DbVariableReferenceExpression baseExpression ) { DbCommandTree cmdTree = baseExpression.CommandTree; DbExpression propExpr = baseExpression; DbExpression result = null; if (_prefixNames.Count > 0) { for (int i = 1 ; i < _prefixNames.Count ; i++) { propExpr = cmdTree.CreatePropertyExpression(_prefixNames[i], propExpr); } result = cmdTree.CreatePropertyExpression(_varName, propExpr); } else { result = baseExpression; } return result; } internal DbVariableReferenceExpression GroupVarExpression { get { return _groupVar; } set { _groupVar = value; } } internal DbExpression AggregateExpression { get { if (_isGroupVarDirty) { _aggregateExpression = RecalculateSourceVar(_groupVar); _isGroupVarDirty = false; } return _aggregateExpression; } } internal string VarTag { get { return _varTag; } } } ////// represents a projection expression scope entry /// internal class ProjectionScopeEntry : ScopeEntry { private string _varName; internal ProjectionScopeEntry( string varName, DbExpression expression ) : base(ScopeEntryKind.ProjectList, expression) { _varName = varName; } ////// returns projection scope entry /// internal override DbExpression Expression { get { return _expression; } } } ////// represents Dummy group keys to be used during group aggregate search mode /// these entries will then be replaced by the real key expression once the group /// expression is built /// internal class DummyGroupVarScopeEntry : ScopeEntry { private DbExpression _aggreateExpression; internal DummyGroupVarScopeEntry(DbExpression varBasedExpression, DbExpression groupVarBasedExpression) : base(ScopeEntryKind.DummyGroupKey, varBasedExpression) { _aggreateExpression = groupVarBasedExpression; base.VarKind = SourceVarKind.GroupKey; } ////// returns group var based expression /// internal DbExpression AggregateExpression { get { return _aggreateExpression; } } } ////// Represents static context for semantic analysis /// internal sealed class StaticContext : ScopeManager { ////// initializes with specific keycomparer /// /// internal StaticContext( IEqualityComparerkeyComparer ) : base(keyComparer) { } /// /// Adds current expression to scope according to curr scope kind /// /// /// /// internal void AddSourceBinding( DbExpressionBinding sourceBinding, ScopeEntryKind scopeEntryKind , string varTag) { Add(sourceBinding.VariableName, new SourceScopeEntry(scopeEntryKind, sourceBinding, varTag)); } ////// adds a dummy group key to scope /// /// /// /// internal void AddGroupDummyVar(string groupKey, DbExpression varBasedExpression, DbExpression groupVarBasedExpression) { Add(groupKey, new DummyGroupVarScopeEntry(varBasedExpression, groupVarBasedExpression)); } ////// replaces dummy group keys added during the group aggregate search phase by the real group key expressions /// /// /// internal void ReplaceGroupVarInScope( string groupVarName, DbVariableReferenceExpression groupSourceBinding ) { // // ensure the key exists // if (!IsInCurrentScope(groupVarName)) { throw EntityUtil.EntitySqlError(Strings.CouldNotFindAggregateKey); } // // remove dummy key added previously // RemoveFromScope(groupVarName); // // add real group key to scope // Add(groupVarName, new SourceScopeEntry(ScopeEntryKind.SourceVar, groupVarName, groupSourceBinding, SourceVarKind.GroupKey)); } ////// add group aggregate functions to the scope /// /// /// internal void AddAggregateToScope( string aggregateName, DbVariableReferenceExpression sourceVar ) { Add(aggregateName, new SourceScopeEntry(ScopeEntryKind.SourceVar, aggregateName, sourceVar, SourceVarKind.GroupAggregate)); } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. 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