Deep Insights in Microsoft .NET

If the actual value of the timestamp column is 7080, notice how the datarow value gets flipped the other way when it is read into a DataSet! Wow! Massive bug in the .NET Framework.

Nobody had a solution, so I did it myself: http://stackoverflow.com/questions/40727003/how-do-i-create-access-control-rules-from-code-for-an-azure-cloud-service

Update-Package –reinstall Querying the table storage by a timstamp column filter: Timestamp ge datetime'2008-07-10T00:00:00Z' - The month and the date have to contain two digits.

They are deprecating the inrole cache starting 2.9 SDK. It was trouble migrating it. I recommend you first install the session state provider for the redis cache and then use the strong named redis dll which comes with it for all other assemblies. If you first install the regular dll via nuget and then install the session state provider, it gets messed up.

class BinarySearch     {         public static int Find(List<int> list, int searched)         {             // First sort input             BucketSort.Execute(list, ShellSort.Execute);             // Find min position             int min = 0 ;             // Find max position             int max = list.Count - 1 ;             int loops = 0;             do             {                 // Find middle position                 int middle = (min + max) / 2 ;                 if ( searched < list[middle] )       ...

class ShellSort     {         public static List<int> Execute(List<int> list)         {             // Start position is at the middle of the list.             var position = list.Count / 2 ;             // Iterate as long as we don't reach the "bottom"             while ( position > 0 )             {                 // Go through the entire list                 for (int i=0;i<list.Count;i++)                 {                     // Get current index                     var index = i;                 ...

class InsertionSort     {         public static List<int> Execute(List<int> list)         {             // Iterate through entire list starting from 1             for (int i=1 ;i<list.Count;i++)             {                 var index = i ;                 // Get current item from list.                 var current = list[i] ;                 // While previous is greater than current                 while ( index > 0 && list[index - 1] > current )                 {                     // Swap        ...