} // MergeOutputFQFN
private static void ReportDetailsTests ( bool pfTestSorting )
{
const uint OUT_OF_ORDER = 900;
string strTaskName = System.Reflection.MethodBase.GetCurrentMethod ( ).Name;
Console.WriteLine (
Properties.Resources.IDS_MSG_BATCH ,
strTaskName ,
Properties.Resources.IDS_MSG_BEGIN ,
Environment.NewLine );
if ( pfTestSorting )
FormatStringParsing_Drills.TestFormatItemCounters ( );
ReportDetails rdColl = new ReportDetails ( );
if ( pfTestSorting )
Console.WriteLine (
Properties.Resources.MSG_REPORT_DETAILS_SELECTIVELY_OVERRIDDEN ,
Environment.NewLine );
else
Console.WriteLine (
Properties.Resources.MSG_REPORT_DETAILS_AUTO_ORDERED ,
Environment.NewLine );
rdColl.Add ( new ReportDetail (
Properties.Resources.IDS_MSG_REPORT_LABEL_1 ,
Properties.Resources.IDS_MSG_REPORT_LABEL_1.Length ,
Properties.Resources.IDS_MSG_REPORT_LABEL_1.Length.ToString ( ) ) );
rdColl.Add ( new ReportDetail (
Properties.Resources.IDS_MSG_REPORT_LABEL_2 ,
Properties.Resources.IDS_MSG_REPORT_LABEL_2.Length ,
Properties.Resources.IDS_MSG_REPORT_LABEL_2.Length.ToString ( ) ) );
rdColl.Add ( new ReportDetail (
Properties.Resources.IDS_MSG_REPORT_LABEL_3 ,
Properties.Resources.IDS_MSG_REPORT_LABEL_3.Length ,
Properties.Resources.IDS_MSG_REPORT_LABEL_3.Length.ToString ( ) ,
( ReportDetail.ItemDisplayOrder ) OUT_OF_ORDER ) ); // This one is intentionally out of order.
rdColl.Add ( new ReportDetail (
Properties.Resources.IDS_MSG_REPORT_LABEL_4 ,
Properties.Resources.IDS_REALLY_LONG_STRING.Length ) ); // Leave the display value NULL.
Console.WriteLine (
Properties.Resources.IDS_MSG_LONGEST_LABEL ,
rdColl.WidthOfWidestLabel );
Console.WriteLine (
Properties.Resources.IDS_MSG_LONGEST_VALUE ,
rdColl.WidthOfWidestValue ,
Environment.NewLine );
if ( pfTestSorting )
{ // The sorting pass shows it twice.
Console.WriteLine (
Properties.Resources.MSG_REPORT_DETAILS_UNSORTED ,
Environment.NewLine );
} // if ( pfTestSorting )
// ----------------------------------------------------------------
// Since the value of this property is computed on demand by
// enumerating the collection, it is more efficient to hoist it out
// of the loop that also enumerates it. This change improves the
// performance of the foreach loop that follows it from an O(n^2)
// operation to an O(n) operation.
//
// Since the typical size of these report item collections is on
// tho order of a few hundred items or less, the computational
// impact of this change is too small to measure without running
// hundreds or thousands of iterations. Nevertheless, when it's so
// easy to do so, I believe that any operation should be designed
// to scale as well as possible.
// ----------------------------------------------------------------
int intWidthOfWidestLabel = rdColl.WidthOfWidestLabel;
int intWidthOfWidestValue = rdColl.WidthOfWidestValue;
foreach ( ReportDetail rdItem in rdColl )
{
Console.WriteLine (
ReportDetail.DEFAULT_FORMAT ,
intWidthOfWidestLabel ,
rdItem.GetPaddedValue (
intWidthOfWidestValue ,
FormatItem.Alignment.Right ,
NumericFormats.DECIMAL ) );
} // foreach ( ReportDetail rdItem in rdColl )
if ( pfTestSorting )
{ // The second pass follows a sort.
Console.WriteLine (
Properties.Resources.MSG_REPORT_DETAILS_UNSORTED ,
Environment.NewLine );
rdColl.Sort ( ); // ReportDetails implements IComparable. Use it.
foreach ( ReportDetail rdItem in rdColl )
{
Console.WriteLine (
ReportDetail.DEFAULT_FORMAT ,
rdItem.GetPaddedLabel ( intWidthOfWidestLabel ) ,
rdItem.GetPaddedValue (
intWidthOfWidestValue ,
FormatItem.Alignment.Right ,
NumericFormats.DECIMAL ) );
} // foreach ( ReportDetail rdItem in rdColl )
} // if ( pfTestSorting )
Console.WriteLine (
Properties.Resources.IDS_MSG_BATCH ,
strTaskName ,
Properties.Resources.IDS_MSG_DONE ,
Environment.NewLine );
} // private void ReportDetailsTests
internal static int s_intNArgs; // This gets the count of command line arguments.
static void Main ( string [ ] args )
{
rs_appThis.DisplayBOJMessage ( );
Console.WriteLine (
SharedUtl4_TestStand.Properties.Resources.IDS_DATA_DIRECTORY_NAME ,
rs_strDataDirectory );
rs_appThis.BaseStateManager.LoadErrorMessageTable (
new string [ ]
{
Properties.Resources.ERRMSG_SUCCESS ,
Properties.Resources.ERRMSG_RUNTIME
} );
rs_appThis.BaseStateManager.AppExceptionLogger.OptionFlags =
rs_appThis.BaseStateManager.AppExceptionLogger.OptionFlags
| ExceptionLogger.OutputOptions.EventLog
| ExceptionLogger.OutputOptions.Stack
| ExceptionLogger.OutputOptions.StandardOutput;
InitializeTestSelections ( args );
try
{
if ( DoThisTest ( CHOICE_MAXSTRINGLENGTH ) )
MaxStringLength_Tests ( );
if ( DoThisTest ( CHOICE_MERGENEWITEMSINTOARRAY ) )
MergeNewItemsIntoArray_Tests ( );
if ( DoThisTest ( CHOICE_DIGESTFILE ) )
DigestFileTests ( );
if ( DoThisTest ( CHOICE_REPORTDETAILS ) )
{
ReportDetailsTests ( TEST_UNSORTED );
ReportDetailsTests ( TEST_SORTED );
} // if ( DoThisTest ( CHOICE_REPORTDETAILS ) )
if ( DoThisTest ( CHOICE_REPORTHELPERS ) )
ReportHelpersTests ( );
if ( DoThisTest ( CHOICE_FORMAT_ITEM_GEN ) )
FormatStringParsing_Drills.TestFormatItemBuilders ( );
if ( DoThisTest ( CHOICE_ASCII_TABLE_GEN ) )
FormatStringParsing_Drills.ASCII_Table_Gen ( );
}
catch ( Exception errAllKinds )
{
rs_appThis.BaseStateManager.AppExceptionLogger.ReportException ( errAllKinds );
rs_appThis.BaseStateManager.AppReturnCode = ERR_RUNTIME;
}
finally
{
if ( rs_appThis.BaseStateManager.AppReturnCode == MagicNumbers.ERROR_SUCCESS )
{
rs_appThis.NormalExit (
ConsoleAppStateManager.NormalExitAction.WaitForOperator );
} // TRUE (expected outcome) block, if ( rs_appThis.BaseStateManager.AppReturnCode == MagicNumbers.ERROR_SUCCESS )
else
{
rs_appThis.ErrorExit (
( uint ) rs_appThis.BaseStateManager.AppReturnCode );
} // FALSE (exception) block, if ( rs_appThis.BaseStateManager.AppReturnCode == MagicNumbers.ERROR_SUCCESS )
}
} // static void Main