I spend lots of my time finding a solution for converting the datetime into the format (YYYY-MM-DDThh:mm:ssZ) so that it can be used in SOQL query. SOSL query returns the datetime in format(YYYY-MM-DDThh:mm:ssZ) so for comparison one need to convert it into that format.
System.debug(DateTime.now().format(‘yyyy-MM-dd\’T\’hh:mm:ss\’z\”));
I hope this will save your time. 🙂
This was helpful, but doesn’t give the time in GMT.
It should read: Datetime.now().formatGmt(‘yyyy-MM-dd\’T\’hh:mm:ss\’Z\”)
Google Docs will be supporting all types of the file uploads upto size of 250MB. Overall it will provide upto 1GB space. This will bring down the various problems which occurs during sending mails with large attachments.
Google says
This makes it easy to backup more of your key files online, from large graphics and raw photos to unedited home videos taken on your smartphone. You might even be able to replace the USB drive you reserved for those files that are too big to send over email.
more information can be find at Official Google Blog.
The Environment List
When a program is executed, it is also passed a list of current environmental variables (such as HOME, PATH etc). This is the same in both Unix and Windows. The following code example shows how a call to Environment.GetEnvironmentVariables returns all the currently defined variables.
The following code explores the various members of the Environment class. The interesting information is probably not in the interface but in the different responses that are returned by the Windows Visual C# encoded version.
namespace demoApp
{
class MainClass
{
public static void Main(string[] args)
{
Console.WriteLine(“Current Directory={0}”, Environment.CurrentDirectory); // Current working directory of the program
Console.WriteLine(“CommandLine={0}”, Environment.CommandLine); // Command line used to execute the program
Console.WriteLine(“MachineName={0}”, Environment.MachineName); // Name of the current machine
Console.WriteLine(“NewLine={0}”, Environment.NewLine); // Newline character used by OS, \n for Unix, \n\r for Windows
Console.WriteLine(“OSVersion={0}”, Environment.OSVersion); // OS Version
Console.WriteLine(“ProcessorCount={0}”, Environment.ProcessorCount); // Number of CPU’s in the machine
Console.WriteLine(“StackTrace={0}”, Environment.StackTrace); // Prints all functions called in order
Console.WriteLine(“SystemDirectory={0}”, Environment.SystemDirectory); // Returns the “system” directory of the OS, not valid on Unix
Console.WriteLine(“TickCount={0}”, Environment.TickCount); // Number of milliseconds since the system started
Console.WriteLine(“UserDomainName={0}”, Environment.UserDomainName); // Windows domain, Machine name on Unix
Console.WriteLine(“UserInteractive={0}”, Environment.UserInteractive); //
Console.WriteLine(“UserName={0}”, Environment.UserName); // Current username
Console.WriteLine(“Version={0}”, Environment.Version); // C# engine version
Console.WriteLine(“WorkingSet={0}”, Environment.WorkingSet); // Memory allocated to the process// ExpandEnviromentalVariables expands any named variable between %%
Console.WriteLine(“ExpandEnvironentVariables={0}”, Environment.ExpandEnvironmentVariables(“This system has the following path: %PATH%”));String[] arguments = Environment.GetCommandLineArgs();
Console.WriteLine(“CommandLineArgs={0}”, String.Join(“, “, arguments));String[] drives = Environment.GetLogicalDrives();
Console.WriteLine(“GetLogicalDrives: {0}”, String.Join(“, “, drives));
}
}
}
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