INtime® 3.1 Software - tenAsys

Chapter 1: Overview
• INtime Graphical Jitter: This application measures the minimum, maximum, and
average times between low-level ticks via an Alarm Event Handler. Because this
application is made from both an RT and a Windows executable, it shows both
INtime and INtimeDotNet API usage.
• Real-time Interrupt Sample: This application tests the INtime RT Interrupt system
calls using the Transmitter Ready interrupt from COM1.
• C and C++ Samples for Debugger: These simple C and C++ programs are provided
as a vehicle to demonstrate the Spider debugger’s capabilities. The C++ program
also demonstrates several components of the C++ language available to RT
applications, as well as basic classes, dynamic instantiation, operator overloading,
and so on. It also shows the libraries and startup modules needed.
• TCP Sample Applications: Sample project that demonstrate TCP communications
between a client and server. Client and server code is provided for INtime, and
server code for Windows.
• UDP Sample Applications: Sample project that demonstrate a UDP ping-pong type
application. Datagram packets are exchanged between INtime and Windows with
an incrementing identifier in the payload.
• INtimeDotNet Sample Applications: Sample INtimeDotNet applications that
demonstrate NTX communication via the INtime DotNet assembly.
• Fault Handling (ntrobust): This INtime application has both a Windows and an RT
portion. The Windows portion allows the user to set up timing parameters that
control how often a thread in the RT portion causes a hardware fault. The
application demonstrates how another RT thread can detect and log the failure,
delete the offending thread, and recreate it, all without affecting Windows or other
RT processes.
• Floating Point Exception Handling: This simple program demonstrates floating
point exception handling.
• RSL Examples: These RT programs demonstrate the creation and use of RT Shared
Libraries, the RT analog for Windows DLLs.
• NTX Sample (MsgBoxDemo): This INtime application has both a Windows and a
RT portion. The Windows portion looks up an RT mailbox created by the RT
portion, and then waits at the mailbox. When an RT thread sends a message to the
mailbox, the Windows portion displays the received data in a message box on the
Windows side. RT semaphore and RT shared memory usage are also demonstrated.
• INtime Windows STOP Detection sample (STOPmgr): This sample application
shows how an INtime application can detect either a Windows Crash (blue screen)
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