Code:
/ 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / ndp / cdf / src / WF / RunTime / Tracking / TrackingLocation.cs / 1305376 / TrackingLocation.cs
using System; using System.Collections; using System.Collections.Generic; using System.Collections.ObjectModel; using System.Text; using System.Xml; using System.Xml.Schema; using System.IO; using System.Reflection; using System.Diagnostics; using System.Runtime.Serialization; using System.Security.Permissions; using System.Globalization; //using System.Workflow.Activities; using System.Workflow.ComponentModel; using System.Workflow.Runtime; using System.Workflow.Runtime.Hosting; using Hosting = System.Workflow.Runtime.Hosting; namespace System.Workflow.Runtime.Tracking { ////// Contains data that is used to match instance locations. /// [Serializable] public sealed class WorkflowTrackingLocation { #region Private Data Members private IList_events = new List (); #endregion #region Constructors public WorkflowTrackingLocation() { } public WorkflowTrackingLocation(IList events) { _events = events; } #endregion #region Public Properties public IList Events { get { return _events; } } #endregion #region Internal Matching Methods internal bool Match(TrackingWorkflowEvent status) { return _events.Contains(status); } #endregion } /// /// Contains data that is used to match activity locations. /// [Serializable] public sealed class ActivityTrackingLocation { #region Private Data Members private TrackingConditionCollection _conditions = new TrackingConditionCollection(); private List_events = new List (); private Type _activityType = null; private string _activityName = null; private bool _trackDerived = false; #endregion #region Constructors public ActivityTrackingLocation() { } public ActivityTrackingLocation(string activityTypeName) { if (null == activityTypeName) throw new ArgumentNullException("activityTypeName"); _activityName = activityTypeName; } public ActivityTrackingLocation(Type activityType) { if (null == activityType) throw new ArgumentNullException("activityType"); _activityType = activityType; } public ActivityTrackingLocation(string activityTypeName, IEnumerable executionStatusEvents) { if (null == activityTypeName) throw new ArgumentNullException("activityTypeName"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityName = activityTypeName; _events.AddRange(executionStatusEvents); } public ActivityTrackingLocation(Type activityType, IEnumerable executionStatusEvents) { if (null == activityType) throw new ArgumentNullException("activityType"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityType = activityType; _events.AddRange(executionStatusEvents); } public ActivityTrackingLocation(string activityTypeName, bool matchDerivedTypes, IEnumerable executionStatusEvents) { if (null == activityTypeName) throw new ArgumentNullException("activityTypeName"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityName = activityTypeName; _trackDerived = matchDerivedTypes; _events.AddRange(executionStatusEvents); } public ActivityTrackingLocation(Type activityType, bool matchDerivedTypes, IEnumerable executionStatusEvents) { if (null == activityType) throw new ArgumentNullException("activityType"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityType = activityType; _trackDerived = matchDerivedTypes; _events.AddRange(executionStatusEvents); } #endregion #region Public Properties public Type ActivityType { get { return _activityType; } set { _activityType = value; } } public string ActivityTypeName { get { return _activityName; } set { _activityName = value; } } public bool MatchDerivedTypes { get { return _trackDerived; } set { _trackDerived = value; } } public IList ExecutionStatusEvents { get { return _events; } } public TrackingConditionCollection Conditions { get { return _conditions; } } #endregion #region Internal Matching Methods internal bool Match(Activity activity, bool typeMatchOnly) { if (null == activity) throw new ArgumentNullException("activity"); // // Matching the type is generally going to be cheaper // so do it first and short circuit if we don't match if (!TypeIsMatch(activity)) { return false; } else { if (typeMatchOnly) { return true; } else { return ConditionsAreMatch(activity); } } } #endregion #region Private Matching Methods private bool TypeIsMatch(Activity activity) { if (null != _activityType) return TypeMatch.IsMatch(activity, _activityType, _trackDerived); else return TypeMatch.IsMatch(activity, _activityName, _trackDerived); } private bool ConditionsAreMatch(object obj) { // // If any condition doesn't match the location doesn't match foreach (TrackingCondition c in _conditions) if (!c.Match(obj)) return false; // // All conditions match return true; } #endregion } /// /// Contains data that is used to match code locations. /// [Serializable] public sealed class UserTrackingLocation { #region Private Data Members private string _keyName = null; private Type _argType = null; private string _argName = null; private bool _trackDerivedArgs = false; private Type _activityType = null; private string _activityName = null; private bool _trackDerivedActivities = false; private TrackingConditionCollection _conditions = new TrackingConditionCollection(); #endregion #region Constructors public UserTrackingLocation() { } public UserTrackingLocation(Type argumentType) { _argType = argumentType; } public UserTrackingLocation(Type argumentType, Type activityType) { _argType = argumentType; _activityType = activityType; } public UserTrackingLocation(Type argumentType, string activityTypeName) { _argType = argumentType; _activityName = activityTypeName; } public UserTrackingLocation(string argumentTypeName) { _argName = argumentTypeName; } public UserTrackingLocation(string argumentTypeName, string activityTypeName) { _argName = argumentTypeName; _activityName = activityTypeName; } public UserTrackingLocation(string argumentTypeName, Type activityType) { _argName = argumentTypeName; _activityType = activityType; } #endregion #region Public Properties public string KeyName { get { return _keyName; } set { _keyName = value; } } public Type ArgumentType { get { return _argType; } set { _argType = value; } } public string ArgumentTypeName { get { return _argName; } set { _argName = value; } } public bool MatchDerivedArgumentTypes { get { return _trackDerivedArgs; } set { _trackDerivedArgs = value; } } public Type ActivityType { get { return _activityType; } set { _activityType = value; } } public string ActivityTypeName { get { return _activityName; } set { _activityName = value; } } public bool MatchDerivedActivityTypes { get { return _trackDerivedActivities; } set { _trackDerivedActivities = value; } } public TrackingConditionCollection Conditions { get { return _conditions; } } #endregion #region Internal Matching Methods internal bool Match(Activity activity) { if (!ActTypeIsMatch(activity)) return false; else return ConditionsAreMatch(activity); } internal bool Match(Activity activity, string keyName, object arg) { return RuntimeMatch(activity, keyName, arg); } #endregion #region Private Matching Methods private bool ActTypeIsMatch(Activity activity) { if (null != _activityType) return TypeMatch.IsMatch(activity, _activityType, _trackDerivedActivities); else return TypeMatch.IsMatch(activity, _activityName, _trackDerivedActivities); } private bool RuntimeMatch(Activity activity, string keyName, object obj) { // // Check the excludes - if any exclude matches based on activity only we're not a match if (!ActTypeIsMatch(activity)) return false; // // Check the name of the key, null means match all if (null != _keyName) { if (0 != String.Compare(_keyName, keyName, StringComparison.Ordinal)) { return false; } } if (null != _argType) return TypeMatch.IsMatch(obj, _argType, _trackDerivedArgs); else return TypeMatch.IsMatch(obj, _argName, _trackDerivedArgs); } private bool ConditionsAreMatch(object obj) { // // If any condition doesn't match the location doesn't match foreach (TrackingCondition c in _conditions) if (!c.Match(obj)) return false; // // All conditions match return true; } #endregion } internal sealed class TypeMatch { private TypeMatch() { } internal static bool IsMatch(object obj, string name, bool matchDerived) { Type objType = obj.GetType(); if (0 == string.Compare(objType.Name, name, StringComparison.Ordinal)) { return true; } else { // // If we're not checking base types we're done if (!matchDerived) return false; // // Check interfaces (case sensitive) // This checks all interfaces (including interfaces on base types ) if (null != objType.GetInterface(name)) return true; // // Walk down the base types and look for a match Type b = objType.BaseType; while (b != null) { if (0 == string.Compare(b.Name, name, StringComparison.Ordinal)) return true; b = b.BaseType; } return false; } } internal static bool IsMatch(object obj, Type matchType, bool matchDerived) { Type objType = obj.GetType(); // // First check if the type is a direct match. // Can't just use Type.IsInstanceOfType at this point because that matches bases and interfaces. // If not then use IsInstanceOfType to check bases and interfaces if we are matching derived if (objType == matchType) return true; else { if (matchDerived) return matchType.IsInstanceOfType(obj); else return false; } } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. using System; using System.Collections; using System.Collections.Generic; using System.Collections.ObjectModel; using System.Text; using System.Xml; using System.Xml.Schema; using System.IO; using System.Reflection; using System.Diagnostics; using System.Runtime.Serialization; using System.Security.Permissions; using System.Globalization; //using System.Workflow.Activities; using System.Workflow.ComponentModel; using System.Workflow.Runtime; using System.Workflow.Runtime.Hosting; using Hosting = System.Workflow.Runtime.Hosting; namespace System.Workflow.Runtime.Tracking { ////// Contains data that is used to match instance locations. /// [Serializable] public sealed class WorkflowTrackingLocation { #region Private Data Members private IList_events = new List (); #endregion #region Constructors public WorkflowTrackingLocation() { } public WorkflowTrackingLocation(IList events) { _events = events; } #endregion #region Public Properties public IList Events { get { return _events; } } #endregion #region Internal Matching Methods internal bool Match(TrackingWorkflowEvent status) { return _events.Contains(status); } #endregion } /// /// Contains data that is used to match activity locations. /// [Serializable] public sealed class ActivityTrackingLocation { #region Private Data Members private TrackingConditionCollection _conditions = new TrackingConditionCollection(); private List_events = new List (); private Type _activityType = null; private string _activityName = null; private bool _trackDerived = false; #endregion #region Constructors public ActivityTrackingLocation() { } public ActivityTrackingLocation(string activityTypeName) { if (null == activityTypeName) throw new ArgumentNullException("activityTypeName"); _activityName = activityTypeName; } public ActivityTrackingLocation(Type activityType) { if (null == activityType) throw new ArgumentNullException("activityType"); _activityType = activityType; } public ActivityTrackingLocation(string activityTypeName, IEnumerable executionStatusEvents) { if (null == activityTypeName) throw new ArgumentNullException("activityTypeName"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityName = activityTypeName; _events.AddRange(executionStatusEvents); } public ActivityTrackingLocation(Type activityType, IEnumerable executionStatusEvents) { if (null == activityType) throw new ArgumentNullException("activityType"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityType = activityType; _events.AddRange(executionStatusEvents); } public ActivityTrackingLocation(string activityTypeName, bool matchDerivedTypes, IEnumerable executionStatusEvents) { if (null == activityTypeName) throw new ArgumentNullException("activityTypeName"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityName = activityTypeName; _trackDerived = matchDerivedTypes; _events.AddRange(executionStatusEvents); } public ActivityTrackingLocation(Type activityType, bool matchDerivedTypes, IEnumerable executionStatusEvents) { if (null == activityType) throw new ArgumentNullException("activityType"); if (null == executionStatusEvents) throw new ArgumentNullException("executionStatusEvents"); _activityType = activityType; _trackDerived = matchDerivedTypes; _events.AddRange(executionStatusEvents); } #endregion #region Public Properties public Type ActivityType { get { return _activityType; } set { _activityType = value; } } public string ActivityTypeName { get { return _activityName; } set { _activityName = value; } } public bool MatchDerivedTypes { get { return _trackDerived; } set { _trackDerived = value; } } public IList ExecutionStatusEvents { get { return _events; } } public TrackingConditionCollection Conditions { get { return _conditions; } } #endregion #region Internal Matching Methods internal bool Match(Activity activity, bool typeMatchOnly) { if (null == activity) throw new ArgumentNullException("activity"); // // Matching the type is generally going to be cheaper // so do it first and short circuit if we don't match if (!TypeIsMatch(activity)) { return false; } else { if (typeMatchOnly) { return true; } else { return ConditionsAreMatch(activity); } } } #endregion #region Private Matching Methods private bool TypeIsMatch(Activity activity) { if (null != _activityType) return TypeMatch.IsMatch(activity, _activityType, _trackDerived); else return TypeMatch.IsMatch(activity, _activityName, _trackDerived); } private bool ConditionsAreMatch(object obj) { // // If any condition doesn't match the location doesn't match foreach (TrackingCondition c in _conditions) if (!c.Match(obj)) return false; // // All conditions match return true; } #endregion } /// /// Contains data that is used to match code locations. /// [Serializable] public sealed class UserTrackingLocation { #region Private Data Members private string _keyName = null; private Type _argType = null; private string _argName = null; private bool _trackDerivedArgs = false; private Type _activityType = null; private string _activityName = null; private bool _trackDerivedActivities = false; private TrackingConditionCollection _conditions = new TrackingConditionCollection(); #endregion #region Constructors public UserTrackingLocation() { } public UserTrackingLocation(Type argumentType) { _argType = argumentType; } public UserTrackingLocation(Type argumentType, Type activityType) { _argType = argumentType; _activityType = activityType; } public UserTrackingLocation(Type argumentType, string activityTypeName) { _argType = argumentType; _activityName = activityTypeName; } public UserTrackingLocation(string argumentTypeName) { _argName = argumentTypeName; } public UserTrackingLocation(string argumentTypeName, string activityTypeName) { _argName = argumentTypeName; _activityName = activityTypeName; } public UserTrackingLocation(string argumentTypeName, Type activityType) { _argName = argumentTypeName; _activityType = activityType; } #endregion #region Public Properties public string KeyName { get { return _keyName; } set { _keyName = value; } } public Type ArgumentType { get { return _argType; } set { _argType = value; } } public string ArgumentTypeName { get { return _argName; } set { _argName = value; } } public bool MatchDerivedArgumentTypes { get { return _trackDerivedArgs; } set { _trackDerivedArgs = value; } } public Type ActivityType { get { return _activityType; } set { _activityType = value; } } public string ActivityTypeName { get { return _activityName; } set { _activityName = value; } } public bool MatchDerivedActivityTypes { get { return _trackDerivedActivities; } set { _trackDerivedActivities = value; } } public TrackingConditionCollection Conditions { get { return _conditions; } } #endregion #region Internal Matching Methods internal bool Match(Activity activity) { if (!ActTypeIsMatch(activity)) return false; else return ConditionsAreMatch(activity); } internal bool Match(Activity activity, string keyName, object arg) { return RuntimeMatch(activity, keyName, arg); } #endregion #region Private Matching Methods private bool ActTypeIsMatch(Activity activity) { if (null != _activityType) return TypeMatch.IsMatch(activity, _activityType, _trackDerivedActivities); else return TypeMatch.IsMatch(activity, _activityName, _trackDerivedActivities); } private bool RuntimeMatch(Activity activity, string keyName, object obj) { // // Check the excludes - if any exclude matches based on activity only we're not a match if (!ActTypeIsMatch(activity)) return false; // // Check the name of the key, null means match all if (null != _keyName) { if (0 != String.Compare(_keyName, keyName, StringComparison.Ordinal)) { return false; } } if (null != _argType) return TypeMatch.IsMatch(obj, _argType, _trackDerivedArgs); else return TypeMatch.IsMatch(obj, _argName, _trackDerivedArgs); } private bool ConditionsAreMatch(object obj) { // // If any condition doesn't match the location doesn't match foreach (TrackingCondition c in _conditions) if (!c.Match(obj)) return false; // // All conditions match return true; } #endregion } internal sealed class TypeMatch { private TypeMatch() { } internal static bool IsMatch(object obj, string name, bool matchDerived) { Type objType = obj.GetType(); if (0 == string.Compare(objType.Name, name, StringComparison.Ordinal)) { return true; } else { // // If we're not checking base types we're done if (!matchDerived) return false; // // Check interfaces (case sensitive) // This checks all interfaces (including interfaces on base types ) if (null != objType.GetInterface(name)) return true; // // Walk down the base types and look for a match Type b = objType.BaseType; while (b != null) { if (0 == string.Compare(b.Name, name, StringComparison.Ordinal)) return true; b = b.BaseType; } return false; } } internal static bool IsMatch(object obj, Type matchType, bool matchDerived) { Type objType = obj.GetType(); // // First check if the type is a direct match. // Can't just use Type.IsInstanceOfType at this point because that matches bases and interfaces. // If not then use IsInstanceOfType to check bases and interfaces if we are matching derived if (objType == matchType) return true; else { if (matchDerived) return matchType.IsInstanceOfType(obj); else return false; } } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. 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