/// <summary>
/// Returns an <see cref="ErrCodeInfo" /> object for a specified error code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <param name="AErrorMessagePlaceholderTexts">Array whose strings are placed into placeholders
/// which are found in the ErrorCode's ErrorMessageText (optional Argument!)</param>.
/// <returns>An <see cref="ErrCodeInfo" /> object which holds information about
/// the specified error code, or null, if the error code was not found.</returns>
public static ErrCodeInfo GetErrorInfo(string AErrorCode, string[] AErrorMessagePlaceholderTexts)
{
ErrCodeInfo ReturnValue = GetErrorInfo(AErrorCode);
string ErrorMessageText;
if (ReturnValue.ErrorMessageText != String.Empty)
{
ErrorMessageText = ReturnValue.ErrorMessageText;
}
else
{
if ((AErrorMessagePlaceholderTexts != null) &&
(AErrorMessagePlaceholderTexts.Length > 0))
{
ErrorMessageText = AErrorMessagePlaceholderTexts[0];
AErrorMessagePlaceholderTexts = null;
}
else
{
throw new ArgumentException("The error code's ErrorMessageText is an empty string, therefore this overload can't be used. " +
"Use the overload that has the Argument 'AErrorMessageText' instead, or define the error code's ErrorMessageText");
}
}
return(GetErrorInfo(AErrorCode, ErrorMessageText, AErrorMessagePlaceholderTexts));
}
/// <summary>
/// Returns an <see cref="ErrCodeInfo" /> object for a specified error code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <param name="AErrorMessageText">Set this to <see cref="String.Empty" /> to use the
/// <see cref="ErrCodeInfo.ShortDescription" /> of the <see cref="ErrCodeInfo" />, set it to any other string and
/// this will be displayed instead.</param>
/// <param name="AErrorMessagePlaceholderTexts">Array whose strings are placed into placeholders which are found in
/// <paramref name="AErrorMessageText" /> (optional Argument!)</param>.
/// <param name="AErrorTitlePlaceholderTexts">Array whose strings are placed into placeholders which are found in
/// the ErrorCode's ErrorTitle (optional Argument!)</param>.
/// /// <returns>An <see cref="ErrCodeInfo" /> object which holds information about
/// the specified error code, or null, if the error code was not found.</returns>
public static ErrCodeInfo GetErrorInfo(string AErrorCode, string AErrorMessageText,
string[] AErrorMessagePlaceholderTexts = null, string[] AErrorTitlePlaceholderTexts = null)
{
ErrCodeInfo FoundErrInfo;
ErrCodeInfo ReturnValue = null;
string ErrorMessageText;
string ErrorTitleText = String.Empty;
if (AErrorMessageText == null)
{
throw new ArgumentException("Argument 'AErrorMessageText' must not be null");
}
FoundErrInfo = GetErrorInfo(AErrorCode);
if (AErrorMessageText == String.Empty)
{
if (FoundErrInfo.ErrorMessageText == String.Empty)
{
throw new ArgumentException(
"Argument 'AErrorMessageText' must not be an empty string if the error code's ErrorMessageText is an empty string, too");
}
else
{
ErrorMessageText = FoundErrInfo.ErrorMessageText;
}
}
else
{
ErrorMessageText = AErrorMessageText;
}
if ((FoundErrInfo != null))
{
if ((AErrorMessagePlaceholderTexts != null) &&
(AErrorMessagePlaceholderTexts.Length != 0))
{
ErrorMessageText = String.Format(ErrorMessageText, AErrorMessagePlaceholderTexts);
}
ErrorTitleText = FoundErrInfo.ErrorMessageTitle;
if ((AErrorTitlePlaceholderTexts != null) &&
(AErrorTitlePlaceholderTexts.Length != 0))
{
ErrorTitleText = String.Format(ErrorTitleText, AErrorTitlePlaceholderTexts);
}
}
ReturnValue = new ErrCodeInfo(FoundErrInfo.ErrorCode, FoundErrInfo.ErrorCodeConstantClass,
FoundErrInfo.ErrorCodeConstantName, FoundErrInfo.ShortDescription,
FoundErrInfo.FullDescription, ErrorMessageText, ErrorTitleText,
FoundErrInfo.Category, FoundErrInfo.HelpID);
return(ReturnValue);
}
/// <summary>
/// Retrieves the <see cref="ErrCodeInfo" /> for a given Error Code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <returns><see cref="ErrCodeInfo" /> for the Error Code specified in <paramref name="AErrorCode" /> or
/// null if the Error Code isn't found in any of the registered Types or in the calling Class.</returns>
public static ErrCodeInfo RetrieveErrCodeInfo(string AErrorCode)
{
ErrCodeInfo ReturnValue = null;
Type CheckedType = null;
int Counter2 = 0;
if (ErrorCodeCatalogue.ContainsKey(AErrorCode))
{
ReturnValue = (ErrCodeInfo)ErrorCodeInventory.ErrorCodeCatalogue[AErrorCode];
}
else
{
// Error Code wasn't found -> need to check whether it was registered and included in the Error Code Inventory!
for (int Counter = 0; Counter < RegisteredTypes.Count; Counter++)
{
CheckedType = RegisteredTypes[Counter];
if (!AreTypesErrorCodesCatalogued(CheckedType.Name))
{
BuildErrorCodeInventory(CheckedType);
}
if (ErrorCodeCatalogue.ContainsKey(AErrorCode))
{
ReturnValue = (ErrCodeInfo)ErrorCodeInventory.ErrorCodeCatalogue[AErrorCode];
break;
}
}
if (ReturnValue == null)
{
// 'On-the-fly' adding to the 'registered types' of the Type that called this Method.
// This is needed for the case where an Error Code is defined in any Type other than the pre-registered Types.
do
{
Counter2++;
CheckedType = new System.Diagnostics.StackTrace(false).GetFrame(Counter2).GetMethod().DeclaringType;
} while (CheckedType.FullName == "Ict.Common.ErrorCodes");
if (!AreTypesErrorCodesCatalogued(CheckedType.Name))
{
BuildErrorCodeInventory(CheckedType);
// Recursive self-calling!
ReturnValue = RetrieveErrCodeInfo(AErrorCode);
}
}
}
return(ReturnValue);
}
/// <summary>
/// Returns the error Help ID for a specified error code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <returns>Error Help ID for a specified error code.</returns>
public static string GetErrorHelpID(string AErrorCode)
{
ErrCodeInfo EInfo = GetErrorInfo(AErrorCode);
if (EInfo != null)
{
return(EInfo.HelpID);
}
else
{
return(String.Empty);
}
}
/// <summary>
/// Returns the error description (FullDescription) for a specified error code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <returns>Error description (FullDescription) for a specified error code, or
/// <see cref="System.String.Empty" /> if the error code was not found.</returns>
public static string GetErrorDescription(string AErrorCode)
{
ErrCodeInfo EInfo = GetErrorInfo(AErrorCode);
if (EInfo != null)
{
return(EInfo.FullDescription);
}
else
{
return(String.Empty);
}
}
/// <summary>
/// Returns an <see cref="ErrCodeInfo" /> object for a specified error code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <returns>An <see cref="ErrCodeInfo" /> object which holds information about
/// the specified error code, or null, if the error code was not found.</returns>
public static ErrCodeInfo GetErrorInfo(string AErrorCode)
{
ErrCodeInfo ReturnValue = null;
ReturnValue = ErrorCodeInventory.RetrieveErrCodeInfo(AErrorCode);
if (ReturnValue == null)
{
throw new EErrorCodeNotRegisteredException(String.Format("Error Code '{0}' could not be found in any of the registered Types!",
AErrorCode) + Environment.NewLine +
"Registered Types: " + ErrorCodeInventory.ListRegisteredTypes() + ".");
}
return(ReturnValue);
}
private static void ProcessFile(CSParser AParsedFile, ref Dictionary <string, ErrCodeInfo>AErrorCodes)
{
ErrCodeInfo ErrCodeDetails = null;
string ErrCodeValue;
string ShortDescription = String.Empty;
string LongDescription = String.Empty;
ErrCodeCategory ErrCodeCat;
foreach (TypeDeclaration t in AParsedFile.GetClasses())
{
foreach (object child in t.Children)
{
if (child is INode)
{
INode node = (INode)child;
Type type = node.GetType();
if (type.Name == "FieldDeclaration")
{
FieldDeclaration fd = (FieldDeclaration)node;
foreach (VariableDeclaration vd in fd.Fields)
{
foreach (AttributeSection attrSection in fd.Attributes)
{
foreach (ICSharpCode.NRefactory.Ast.Attribute attr in attrSection.Attributes)
{
LongDescription = String.Empty;
if (attr.Name == "ErrCodeAttribute")
{
ErrCodeValue = ((PrimitiveExpression)vd.Initializer).Value.ToString();
if (ErrCodeValue.EndsWith("V"))
{
ErrCodeCat = ErrCodeCategory.Validation;
}
else if (ErrCodeValue.EndsWith("N"))
{
ErrCodeCat = ErrCodeCategory.NonCriticalError;
}
else
{
ErrCodeCat = ErrCodeCategory.Error;
}
// TLogging.Log("");
// TLogging.Log("");
// TLogging.Log("");
// TLogging.Log(vd.Name + " = " + ((PrimitiveExpression)vd.Initializer).Value.ToString());
foreach (Expression e in attr.PositionalArguments)
{
// TLogging.Log("ShortDescription: " + ShortDescription);
ShortDescription = ((PrimitiveExpression)e).Value.ToString();
}
foreach (Expression e in attr.NamedArguments)
{
if (((NamedArgumentExpression)e).Name == "FullDescription")
{
LongDescription = ExpressionToString(((NamedArgumentExpression)e).Expression);
}
// TLogging.Log("NamedArgumentExpression Name: " + LongDescription);
}
ErrCodeDetails = new ErrCodeInfo(ErrCodeValue, t.Name, vd.Name,
ShortDescription, LongDescription,
String.Empty, String.Empty, ErrCodeCat, String.Empty, false);
AErrorCodes.Add(ErrCodeValue, ErrCodeDetails);
}
}
}
}
}
}
}
}
}
public void TestErrorCodes()
{
ErrCodeInfo ExpectedResult = null;
ErrCodeInfo TestResult = null;
string Testname;
string VerificationProblemListing;
#region GetErrorInfo
EDuplicateErrorCodeException TestException1 = Assert.Throws <EDuplicateErrorCodeException>(
delegate { ErrorCodes.GetErrorInfo("TEST.99995x", new string[] { }); });
Assert.That(TestException1.Message, Is.EqualTo("An attempt to add Error Code with value 'TEST.99995x' through constant " +
"'Ict.Common.Testing.TTestCommon.ERR_TESTONLY6' failed, as there is already an Error Code with that value: it is defined through constant "
+
"'Ict.Common.Testing.TTestCommon.ERR_TESTONLY5'."));
ArgumentException TestException2 = Assert.Throws <ArgumentException>(
delegate { ErrorCodes.GetErrorInfo("TEST.99999V", null, new string[] { }); });
Assert.That(TestException2.Message, Is.EqualTo("Argument 'AErrorMessageText' must not be null"));
ArgumentException TestException3 = Assert.Throws <ArgumentException>(
delegate { ErrorCodes.GetErrorInfo("TEST.99998V", String.Empty, new string[] { "asdf" }); });
Assert.That(TestException3.Message,
Is.EqualTo("Argument 'AErrorMessageText' must not be an empty string if the error code's ErrorMessageText is an empty string, too"));
EErrorCodeNotRegisteredException TestException4 = Assert.Throws <EErrorCodeNotRegisteredException>(
delegate { ErrorCodes.GetErrorInfo("TEST.99996V"); });
Assert.That(TestException4.Message, Is.StringStarting("Error Code 'TEST.99996V' could not be found in any of the registered Types!"));
ArgumentException TestException5 = Assert.Throws <ArgumentException>(
delegate { ErrorCodes.GetErrorInfo("TEST.99996N", new string[] { }); });
Assert.That(TestException5.Message,
Is.EqualTo("The error code's ErrorMessageText is an empty string, therefore this overload can't be used. " +
"Use the overload that has the Argument 'AErrorMessageText' instead, or define the error code's ErrorMessageText"));
Testname = "Replacing ErrorMessageText placeholder with AErrorMessagePlaceholderTexts Array content";
TestResult = ErrorCodes.GetErrorInfo("TEST.99998V", new string[] { "test only" });
ExpectedResult = new ErrCodeInfo("TEST.99998V", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY2",
"Date may not be empty.", "The date may not be empty.", "test only",
String.Empty, ErrCodeCategory.Validation, String.Empty);
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "Empty AErrorMessageText and empty AErrorMessagePlaceholderTexts Array";
TestResult = ErrorCodes.GetErrorInfo("TEST.99997V", String.Empty, new string[] { });
ExpectedResult = new ErrCodeInfo("TEST.99997V", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY3",
"Value is no longer assignable.", String.Empty,
"The code '{0}' is no longer active.\r\nDo you still want to use it?",
"Invalid Data Entered", ErrCodeCategory.Validation, String.Empty);
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "Empty AErrorMessageText and AErrorMessagePlaceholderTexts Array with one value";
TestResult = ErrorCodes.GetErrorInfo("TEST.99997V", String.Empty, new string[] { "test only" });
ExpectedResult = new ErrCodeInfo("TEST.99997V", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY3",
"Value is no longer assignable.", String.Empty,
"The code 'test only' is no longer active.\r\nDo you still want to use it?",
"Invalid Data Entered", ErrCodeCategory.Validation, String.Empty);
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "Empty AErrorMessagePlaceholderTexts Array";
TestResult = ErrorCodes.GetErrorInfo("TEST.99999V");
ExpectedResult = ErrorCodes.GetErrorInfo("TEST.99999V");
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "Empty AErrorMessagePlaceholderTexts Array";
TestResult = ErrorCodes.GetErrorInfo("TEST.99999V", Testname, new string[] { });
ExpectedResult = ErrorCodes.GetErrorInfo("TEST.99999V", Testname);
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "Empty AErrorMessagePlaceholderTexts Array";
TestResult = ErrorCodes.GetErrorInfo("TEST.99999V", String.Empty, new string[] { });
ExpectedResult = ErrorCodes.GetErrorInfo("TEST.99999V");
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "AErrorTitlePlaceholderTexts Array with one value";
TestResult = ErrorCodes.GetErrorInfo("TEST.99994V", String.Empty, new string[] { "My Testcode" }, new string[] { "TestCode" });
ExpectedResult = new ErrCodeInfo("TEST.99994V", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY7",
"Value is no longer assignable.", String.Empty,
"The code 'My Testcode' is no longer active.\r\nDo you still want to use it?",
"Invalid TestCode Entered", ErrCodeCategory.Validation, String.Empty);
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "No AErrorMessageText and AErrorMessagePlaceholderTexts Array with one value";
TestResult = ErrorCodes.GetErrorInfo("TEST.99994V", new string[] { "blabla" });
ExpectedResult = ErrorCodes.GetErrorInfo("TEST.99994V", "The code 'blabla' is no longer active.\r\nDo you still want to use it?");
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "ErrorCode without Attributes (ErrCodeCategory.NonCriticalError)";
TestResult = ErrorCodes.GetErrorInfo("TEST.99996N", new string[] { "test only" });
ExpectedResult = new ErrCodeInfo("TEST.99996N", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY4",
String.Empty, String.Empty,
"test only", String.Empty, ErrCodeCategory.NonCriticalError, String.Empty);
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
Testname = "ErrorCode without Attributes (ErrCodeCategory.Error)";
TestResult = ErrorCodes.GetErrorInfo("TEST.99995x", new string[] { "test only" });
ExpectedResult = new ErrCodeInfo("TEST.99995x", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY5",
String.Empty, String.Empty,
"test only", String.Empty, ErrCodeCategory.Error, String.Empty);
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "GetErrorInfo: " + Testname);
ErrorCodeInventory.RegisteredTypes.Add(new TErrorCodesTest().GetType());
ErrorCodes.GetErrorInfo("TEST.88888V");
// The following test is needed to test-cover the if-branch in Method ErrorCodes.GetErrorInfo that performs a recursive Method call!
TErrorCodesTest2.TestAddingOnTheFlyInUnregisteredClass();
#endregion
#region This Test Case's Private Methods ('self-test')
Testname = "EvaluateErrCodeInfoResults (identical values)";
TestResult = new ErrCodeInfo("TEST.99995x", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY5",
"ShortDesc1", "FullDesc1",
"ErrorMessageText1", "ErrorMessageTitleText1", ErrCodeCategory.Error, "HelpID1");
ExpectedResult = new ErrCodeInfo("TEST.99995x", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY5",
"ShortDesc1", "FullDesc1",
"ErrorMessageText1", "ErrorMessageTitleText1", ErrCodeCategory.Error, "HelpID1");
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsEmpty(VerificationProblemListing, "EvaluateErrCodeInfoResults: " + Testname);
Testname = "EvaluateErrCodeInfoResults (non-identical values)";
TestResult = new ErrCodeInfo("TEST.99995x", "Ict.Common.Testing.TTestCommon", "ERR_TESTONLY5",
"ShortDesc1", "FullDesc1",
"ErrorMessageText1", "ErrorMessageTitleText1", ErrCodeCategory.Error, "HelpID1");
ExpectedResult = new ErrCodeInfo("TEST.99995x2", "Ict.Common.Testing.TTestCommon2", "ERR_TESTONLY52",
"ShortDesc2", "FullDesc2",
"ErrorMessageText2", "ErrorMessageTitleText2", ErrCodeCategory.NonCriticalError, "HelpID2");
VerificationProblemListing = EvaluateErrCodeInfoResults(ExpectedResult, TestResult);
Assert.IsTrue(String.Compare(
VerificationProblemListing,
"AExpectedResult.Category != ATestResult.Category ('NonCriticalError' vs. 'Error'); " +
"AExpectedResult.ErrorCode != ATestResult.ErrorCode ('TEST.99995x2' vs. 'TEST.99995x'); " +
"AExpectedResult.ErrorCodeConstantClass != ATestResult.ErrorCodeConstantClass ('Ict.Common.Testing.TTestCommon2' vs. 'Ict.Common.Testing.TTestCommon'); "
+
"AExpectedResult.ErrorCodeConstantName != ATestResult.ErrorCodeConstantName ('ERR_TESTONLY52' vs. 'ERR_TESTONLY5'); " +
"AExpectedResult.ErrorMessageText != ATestResult.ErrorMessageText ('ErrorMessageText2' vs. 'ErrorMessageText1'); " +
"AExpectedResult.ErrorMessageTitle != ATestResult.ErrorMessageTitle ('ErrorMessageTitleText2' vs. 'ErrorMessageTitleText1'); " +
"AExpectedResult.ShortDescription != ATestResult.ShortDescription ('ShortDesc2' vs. 'ShortDesc1'); " +
"AExpectedResult.FullDescription != ATestResult.FullDescription ('FullDesc2' vs. 'FullDesc1'); " +
"AExpectedResult.HelpID != ATestResult.HelpID ('HelpID2' vs. 'HelpID1')") == 0,
"EvaluateErrCodeInfoResults: " + Testname);
#endregion
}
private string EvaluateErrCodeInfoResults(ErrCodeInfo AExpectedResult, ErrCodeInfo ATestResult)
{
StringCollection ErrCodeDifferences = new StringCollection();
string ReturnValue = String.Empty;
if (AExpectedResult.Category != ATestResult.Category)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.Category != ATestResult.Category ('{0}' vs. '{1}')",
AExpectedResult.Category, ATestResult.Category));
}
if (AExpectedResult.ErrorCode != ATestResult.ErrorCode)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.ErrorCode != ATestResult.ErrorCode ('{0}' vs. '{1}')",
AExpectedResult.ErrorCode, ATestResult.ErrorCode));
}
if (AExpectedResult.ErrorCodeConstantClass != ATestResult.ErrorCodeConstantClass)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.ErrorCodeConstantClass != ATestResult.ErrorCodeConstantClass ('{0}' vs. '{1}')",
AExpectedResult.ErrorCodeConstantClass, ATestResult.ErrorCodeConstantClass));
}
if (AExpectedResult.ErrorCodeConstantName != ATestResult.ErrorCodeConstantName)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.ErrorCodeConstantName != ATestResult.ErrorCodeConstantName ('{0}' vs. '{1}')",
AExpectedResult.ErrorCodeConstantName, ATestResult.ErrorCodeConstantName));
}
if (AExpectedResult.ErrorMessageText != ATestResult.ErrorMessageText)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.ErrorMessageText != ATestResult.ErrorMessageText ('{0}' vs. '{1}')",
AExpectedResult.ErrorMessageText, ATestResult.ErrorMessageText));
}
if (AExpectedResult.ErrorMessageTitle != ATestResult.ErrorMessageTitle)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.ErrorMessageTitle != ATestResult.ErrorMessageTitle ('{0}' vs. '{1}')",
AExpectedResult.ErrorMessageTitle, ATestResult.ErrorMessageTitle));
}
if (AExpectedResult.ShortDescription != ATestResult.ShortDescription)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.ShortDescription != ATestResult.ShortDescription ('{0}' vs. '{1}')",
AExpectedResult.ShortDescription, ATestResult.ShortDescription));
}
if (AExpectedResult.FullDescription != ATestResult.FullDescription)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.FullDescription != ATestResult.FullDescription ('{0}' vs. '{1}')",
AExpectedResult.FullDescription, ATestResult.FullDescription));
}
if (AExpectedResult.HelpID != ATestResult.HelpID)
{
ErrCodeDifferences.Add(String.Format(
"AExpectedResult.HelpID != ATestResult.HelpID ('{0}' vs. '{1}')",
AExpectedResult.HelpID, ATestResult.HelpID));
}
if (ErrCodeDifferences.Count > 0)
{
foreach (string ErrCodeDiff in ErrCodeDifferences)
{
ReturnValue = ReturnValue + ErrCodeDiff + "; ";
}
// Strip off trailing "; " characters
ReturnValue = ReturnValue.Substring(0, ReturnValue.Length - 2);
}
return ReturnValue;
}
/// <summary>
/// Populates the Dictionary <see cref="ErrorCodeCatalogue" /> from
/// all public Constants of the Type that is passed in.
/// </summary>
/// <param name="AErrorCodesType">Type that contains public error Constants.</param>
public static void BuildErrorCodeInventory(Type AErrorCodesType)
{
object[] ErrCodeAttributes;
ErrCodeInfo ErrCodeDetails = null;
ErrCodeCategory ErrCodeCat;
string ErrCodeValue;
//TLogging.Log("BuildErrorCodeInventory: AErrorCodesType Type: " + AErrorCodesType.Name);
FieldInfo[] ErrcodesFields = AErrorCodesType.GetFields(BindingFlags.Public | BindingFlags.Static | BindingFlags.FlattenHierarchy);
try
{
for (int FieldCounter = 0; FieldCounter < ErrcodesFields.Length; FieldCounter++)
{
FieldInfo FieldInf = ErrcodesFields[FieldCounter];
ErrCodeDetails = null;
// We are cataloging only public Constants!
if ((!((FieldInf.Attributes & FieldAttributes.FieldAccessMask) == FieldAttributes.InitOnly)) &&
((FieldInf.Attributes & FieldAttributes.FieldAccessMask) == FieldAttributes.Public))
{
// Constants' identifier (name) must start with "ERR_"!
if (FieldInf.Name.StartsWith("ERR_"))
{
FieldInfo pi = AErrorCodesType.GetField(FieldInf.Name);
ErrCodeAttributes = pi.GetCustomAttributes(typeof(ErrCodeAttribute), false);
ErrCodeValue = FieldInf.GetValue(FieldInf).ToString();
if (ErrCodeValue.EndsWith("V"))
{
ErrCodeCat = ErrCodeCategory.Validation;
}
else if (ErrCodeValue.EndsWith("N"))
{
ErrCodeCat = ErrCodeCategory.NonCriticalError;
}
else
{
ErrCodeCat = ErrCodeCategory.Error;
}
if (ErrCodeAttributes.Length > 0)
{
foreach (ErrCodeAttribute Attr in ErrCodeAttributes)
{
ErrCodeDetails = new ErrCodeInfo(ErrCodeValue, AErrorCodesType.FullName, FieldInf.Name,
Attr.ShortDescription, Attr.FullDescription,
Attr.ErrorMessageText, Attr.ErrorMessageTitle, ErrCodeCat, Attr.HelpID, Attr.ControlValueUndoRequested);
}
}
else
{
ErrCodeDetails = new ErrCodeInfo(ErrCodeValue, AErrorCodesType.FullName, FieldInf.Name,
String.Empty, String.Empty,
String.Empty, String.Empty, ErrCodeCat, String.Empty);
}
try
{
ErrorCodeCatalogue.Add(ErrCodeValue, ErrCodeDetails);
}
catch (ArgumentException)
{
ErrCodeInfo DefiningErrCodeInfo = ErrorCodes.GetErrorInfo(ErrCodeValue);
throw new EDuplicateErrorCodeException(
String.Format(
"An attempt to add Error Code with value '{0}' through constant '{1}' failed, as there is already an Error Code with that value: it is defined through constant '{2}'.",
ErrCodeValue, AErrorCodesType.FullName + "." + FieldInf.Name,
DefiningErrCodeInfo.ErrorCodeConstantClass + "." + DefiningErrCodeInfo.ErrorCodeConstantName));
}
}
}
}
}
finally
{
CataloguedTypes.Add(AErrorCodesType.Name, AErrorCodesType);
//TLogging.Log("BuildErrorCodeInventory: Added " + AErrorCodesType.Name + " to the CataloguedTypes.");
// System.Windows.Forms.MessageBox.Show("ErrorCodesInventory has " + ErrorCodeCatalogue.Count.ToString() + " Error Codes.");
}
}
/// <summary>
/// Populates the Dictionary <see cref="ErrorCodeCatalogue" /> from
/// all public Constants of the Type that is passed in.
/// </summary>
/// <param name="AErrorCodesType">Type that contains public error Constants.</param>
public static void BuildErrorCodeInventory(Type AErrorCodesType)
{
object[] ErrCodeAttributes;
ErrCodeInfo ErrCodeDetails = null;
ErrCodeCategory ErrCodeCat;
string ErrCodeValue;
//TLogging.Log("BuildErrorCodeInventory: AErrorCodesType Type: " + AErrorCodesType.Name);
FieldInfo[] ErrcodesFields = AErrorCodesType.GetFields(BindingFlags.Public | BindingFlags.Static | BindingFlags.FlattenHierarchy);
try
{
for (int FieldCounter = 0; FieldCounter < ErrcodesFields.Length; FieldCounter++)
{
FieldInfo FieldInf = ErrcodesFields[FieldCounter];
ErrCodeDetails = null;
// We are cataloging only public Constants!
if ((!((FieldInf.Attributes & FieldAttributes.FieldAccessMask) == FieldAttributes.InitOnly))
&& ((FieldInf.Attributes & FieldAttributes.FieldAccessMask) == FieldAttributes.Public))
{
// Constants' identifier (name) must start with "ERR_"!
if (FieldInf.Name.StartsWith("ERR_"))
{
FieldInfo pi = AErrorCodesType.GetField(FieldInf.Name);
ErrCodeAttributes = pi.GetCustomAttributes(typeof(ErrCodeAttribute), false);
ErrCodeValue = FieldInf.GetValue(FieldInf).ToString();
if (ErrCodeValue.EndsWith("V"))
{
ErrCodeCat = ErrCodeCategory.Validation;
}
else if (ErrCodeValue.EndsWith("N"))
{
ErrCodeCat = ErrCodeCategory.NonCriticalError;
}
else
{
ErrCodeCat = ErrCodeCategory.Error;
}
if (ErrCodeAttributes.Length > 0)
{
foreach (ErrCodeAttribute Attr in ErrCodeAttributes)
{
ErrCodeDetails = new ErrCodeInfo(ErrCodeValue, AErrorCodesType.FullName, FieldInf.Name,
Attr.ShortDescription, Attr.FullDescription,
Attr.ErrorMessageText, Attr.ErrorMessageTitle, ErrCodeCat, Attr.HelpID, Attr.ControlValueUndoRequested);
}
}
else
{
ErrCodeDetails = new ErrCodeInfo(ErrCodeValue, AErrorCodesType.FullName, FieldInf.Name,
String.Empty, String.Empty,
String.Empty, String.Empty, ErrCodeCat, String.Empty);
}
try
{
ErrorCodeCatalogue.Add(ErrCodeValue, ErrCodeDetails);
}
catch (ArgumentException)
{
ErrCodeInfo DefiningErrCodeInfo = ErrorCodes.GetErrorInfo(ErrCodeValue);
throw new EDuplicateErrorCodeException(
String.Format(
"An attempt to add Error Code with value '{0}' through constant '{1}' failed, as there is already an Error Code with that value: it is defined through constant '{2}'.",
ErrCodeValue, AErrorCodesType.FullName + "." + FieldInf.Name,
DefiningErrCodeInfo.ErrorCodeConstantClass + "." + DefiningErrCodeInfo.ErrorCodeConstantName));
}
}
}
}
}
finally
{
CataloguedTypes.Add(AErrorCodesType.Name, AErrorCodesType);
//TLogging.Log("BuildErrorCodeInventory: Added " + AErrorCodesType.Name + " to the CataloguedTypes.");
// System.Windows.Forms.MessageBox.Show("ErrorCodesInventory has " + ErrorCodeCatalogue.Count.ToString() + " Error Codes.");
}
}
/// <summary>
/// Retrieves the <see cref="ErrCodeInfo" /> for a given Error Code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <returns><see cref="ErrCodeInfo" /> for the Error Code specified in <paramref name="AErrorCode" /> or
/// null if the Error Code isn't found in any of the registered Types or in the calling Class.</returns>
public static ErrCodeInfo RetrieveErrCodeInfo(string AErrorCode)
{
ErrCodeInfo ReturnValue = null;
Type CheckedType = null;
int Counter2 = 0;
if (ErrorCodeCatalogue.ContainsKey(AErrorCode))
{
ReturnValue = (ErrCodeInfo)ErrorCodeInventory.ErrorCodeCatalogue[AErrorCode];
}
else
{
// Error Code wasn't found -> need to check whether it was registered and included in the Error Code Inventory!
for (int Counter = 0; Counter < RegisteredTypes.Count; Counter++)
{
CheckedType = RegisteredTypes[Counter];
if (!AreTypesErrorCodesCatalogued(CheckedType.Name))
{
BuildErrorCodeInventory(CheckedType);
}
if (ErrorCodeCatalogue.ContainsKey(AErrorCode))
{
ReturnValue = (ErrCodeInfo)ErrorCodeInventory.ErrorCodeCatalogue[AErrorCode];
break;
}
}
if (ReturnValue == null)
{
// 'On-the-fly' adding to the 'registered types' of the Type that called this Method.
// This is needed for the case where an Error Code is defined in any Type other than the pre-registered Types.
do
{
Counter2++;
MethodBase method = new System.Diagnostics.StackTrace(false).GetFrame(Counter2).GetMethod();
if (method.DeclaringType.Name.StartsWith("<"))
{
// Note by AP: 17.08.2015
// This indicates that we were called by an anonymous delegate inside a method
// - the Name property will be something like <>c as opposed to a sensible name
// So we need to use the DeclaringType property twice
// This is what happens in our TestErrorCodes Ict.Testing.lib.Common test
// This seems to be a new feature that has come with a recent .NET update (?) or Visual Studio 2015
// because we never needed to do this before and tests always passed.
CheckedType = method.DeclaringType.DeclaringType;
}
else
{
// Just a normal type
CheckedType = method.DeclaringType;
}
} while (CheckedType.FullName == "Ict.Common.ErrorCodes");
if (!AreTypesErrorCodesCatalogued(CheckedType.Name))
{
BuildErrorCodeInventory(CheckedType);
// Recursive self-calling!
ReturnValue = RetrieveErrCodeInfo(AErrorCode);
}
}
}
return(ReturnValue);
}
/// <summary>
/// Displays a MessageBox that shows a question and returns the users' choice.
/// </summary>
/// <param name="AErrCodeInfo">ErrCodeInfo which contains all the information.</param>
/// <param name="ATypeWhichRaisesError">Instance of an object which raises the Error.</param>
/// <param name="ADefaultToAnswerYes">Makes 'Yes' the button which is selected by default if true,
/// otherwise 'No' is selected by default.</param>
/// <returns>Users' choice.</returns>
public static DialogResult MsgQuestion(ErrCodeInfo AErrCodeInfo, System.Type ATypeWhichRaisesError, bool ADefaultToAnswerYes)
{
return MsgQuestion(new TVerificationResult(ATypeWhichRaisesError, AErrCodeInfo), ATypeWhichRaisesError, ADefaultToAnswerYes);
}
/// <summary>
/// Returns an <see cref="ErrCodeInfo" /> object for a specified error code.
/// </summary>
/// <param name="AErrorCode">Error Code.</param>
/// <param name="AErrorMessageText">Set this to <see cref="String.Empty" /> to use the
/// <see cref="ErrCodeInfo.ShortDescription" /> of the <see cref="ErrCodeInfo" />, set it to any other string and
/// this will be displayed instead.</param>
/// <param name="AErrorMessagePlaceholderTexts">Array whose strings are placed into placeholders which are found in
/// <paramref name="AErrorMessageText" /> (optional Argument!)</param>.
/// <param name="AErrorTitlePlaceholderTexts">Array whose strings are placed into placeholders which are found in
/// the ErrorCode's ErrorTitle (optional Argument!)</param>.
/// /// <returns>An <see cref="ErrCodeInfo" /> object which holds information about
/// the specified error code, or null, if the error code was not found.</returns>
public static ErrCodeInfo GetErrorInfo(string AErrorCode, string AErrorMessageText,
string[] AErrorMessagePlaceholderTexts = null, string[] AErrorTitlePlaceholderTexts = null)
{
ErrCodeInfo FoundErrInfo;
ErrCodeInfo ReturnValue = null;
string ErrorMessageText;
string ErrorTitleText = String.Empty;
if (AErrorMessageText == null)
{
throw new ArgumentException("Argument 'AErrorMessageText' must not be null");
}
FoundErrInfo = GetErrorInfo(AErrorCode);
if (AErrorMessageText == String.Empty)
{
if (FoundErrInfo.ErrorMessageText == String.Empty)
{
throw new ArgumentException(
"Argument 'AErrorMessageText' must not be an empty string if the error code's ErrorMessageText is an empty string, too");
}
else
{
ErrorMessageText = FoundErrInfo.ErrorMessageText;
}
}
else
{
ErrorMessageText = AErrorMessageText;
}
if ((FoundErrInfo != null))
{
if ((AErrorMessagePlaceholderTexts != null)
&& (AErrorMessagePlaceholderTexts.Length != 0))
{
ErrorMessageText = String.Format(ErrorMessageText, AErrorMessagePlaceholderTexts);
}
ErrorTitleText = FoundErrInfo.ErrorMessageTitle;
if ((AErrorTitlePlaceholderTexts != null)
&& (AErrorTitlePlaceholderTexts.Length != 0))
{
ErrorTitleText = String.Format(ErrorTitleText, AErrorTitlePlaceholderTexts);
}
}
ReturnValue = new ErrCodeInfo(FoundErrInfo.ErrorCode, FoundErrInfo.ErrorCodeConstantClass,
FoundErrInfo.ErrorCodeConstantName, FoundErrInfo.ShortDescription,
FoundErrInfo.FullDescription, ErrorMessageText, ErrorTitleText,
FoundErrInfo.Category, FoundErrInfo.HelpID);
return ReturnValue;
}