INtimeÂ® 3.1 Software - tenAsys

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INtime <strong>3.1</strong> <strong>Software</strong> The RT Application Loader: • Supports loading of both 32-bit Microsoft PE code (the output of Visual Studio) and 32-bit OMF386 code. • Supports both command line and dialog-based operation. Supports specification of the file to load, optional debug arguments, and optional program arguments. • Recognizes the file extension “.RTA” (for RT application). The INtime Installation processes set up a file association so that an INtime application loads automatically when a user double-clicks the file name in a supporting Windows application (such as Windows Explorer). If a default node has not been established, such an invocation (double-click of the filename) displays ldrta.exe’s user interface so you can establish a default node. Item Pathname Invocation Description C:\Program Files\INtime\bin\ldrta.exe Do one of these: • Click the “INtime RT Application Loader” shortcut locatedin the INtime start menu folder (Start\Programs\INtime). Click the Browse button and locate the rta you want to load. • Double-click an INtime application executable which has a .RTA extension. This launches the application on the default node with no command line options. • Right-click an rta file and click the Open button. You can then select the node and set command line options. LoadRtk.exe (INtime Kernel Loader) A 32-bit Windows program that loads the RT kernel after Windows starts. When set to automatically start, the Windows service manager launches the INtime Kernel Loader at system startup. In this case, the loader loads the RT kernel after the Windows kernel and after other Windows services, but before users log on. Otherwise, the INtime Kernel Loader is started manually using the Services applet (Start>Control Panel>Administrative Tools>Services). The INtime Kernel Loader cooperates with the RT Interface Driver (RtIf.sys) to load the RT kernel image set up by the INtime Configuration Utility. First it loads the specified image into the memory allocated by the RT Interface Driver, then it makes a request to the RT Interface Driver to start the RT kernel. Note You can configure the RT kernel to start automatically at boot time by using the Windows Services Manager. 162
Appendix D: INtime software components Item Pathname Invocation Description C:\Program Files\INtime\bin\loadrtk.exe Start INtime software’s RT kernel either in Manual or Automatic mode, using the Windows Services Manager (Start>Control Panel>Administrative Tools>Services>INtime Kernel Loader). mDNSINtime.exe A Windows application which configures remote NTX connections automatically. MFC*.dll files Microsoft DLLs required by MFC programs; included in the event they were not installed with Windows. Item Pathname Description C:\Program Files\INtime\system32\mfc71.dll C:\Program Files\INtime\system32\msvcp71.dll C:\Program Files\INtime\system32\msvcr71.dll netstat.rta An RT application that displays statistics about the INtime TCP/IP stack. Item Description Pathname C:\Program Files\INtime\bin\netstat.rta Invocation netstat [ -ains ] [ -p protocol ] [ interval ] NTX header files Pathname C:\Program Files\ INtime\nt\include\... Files ntx.h........................................................................................C NTX header file NTX import libraries Pathname C:\Program Files \INtime\nt\lib\... Files ntx.lib.................................................................................... NTX import library ntxext.lib ..............................................................Extended NTX import library. 163
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U S E R ’ S M A N U A L INtime ®
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Before you begin This guide describ
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Before you begin Glossary Notationa
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Before you begin • Within source
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Contents Part I Chapter 1 Chapter 2
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Contents Part II Chapter 6 Chapter
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Contents Part III Appendix A Append
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Contents NTX DLLs..................
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I Introducing INtime software This
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1 Overview INtime software extends
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Chapter 1: Overview Considerations
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Chapter 1: Overview Developing an I
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Chapter 1: Overview INtime software
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Chapter 1: Overview • INtime Grap
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Chapter 1: Overview • Remote conf
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2 Understanding INtime software arc
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Chapter 2: Understanding INtime sof
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3 About INtime software’s RT kern
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Chapter 3: About INtime software’
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4 About RT programming This chapter
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Chapter 4: About RT programming Pre
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Chapter 4: About RT programming whe
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Chapter 4: About RT programming Fig
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Chapter 4: About RT programming Syn
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Chapter 4: About RT programming The
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Chapter 4: About RT programming Exc
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Chapter 4: About RT programming Str
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5 Designing RT applications This ch
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Chapter 5: Designing RT application
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Chapter 5: Designing RT application
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II Using INtime software This part
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6 Installation This chapter explain
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Chapter 6: Installation 5. Select o
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7 Configuration INtime software pro
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Chapter 7: Configuration Tab Local
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Chapter 7: Configuration Configurin
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Chapter 7: Configuration Setting th
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8 Preparing an RT node This chapter
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Chapter 8: Preparing an RT node Bui
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Chapter 8: Preparing an RT node 4.
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Chapter 8: Preparing an RT node Fir
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9 Operation This chapter describes
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Chapter 9: Operation • INtime too
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10 INtime application development T
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Chapter 10: INtime application deve
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III Appendices The appendices inclu
Page 127 and 128: A INtime software system calls This
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Page 157 and 158: B The iwin32 subsystem This appendi
Page 159 and 160: Appendix B: The iwin32 subsystem A
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Page 169 and 170: C INtime directory structure This a
Page 171 and 172: D INtime software components This a
Page 173 and 174: Appendix D: INtime software compone
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Page 189 and 190: E Visual Studio .NET debugging for
Page 191 and 192: Appendix E: Visual Studio .NET debu
Page 193 and 194: F Adding INtime software to an XP E
Page 195 and 196: G Troubleshooting This appendix lis
Page 197 and 198: Appendix G: Troubleshooting Table G
Page 199 and 200: Appendix G: Troubleshooting Table G
Page 201 and 202: Glossary application loader asynchr
Page 203 and 204: Glossary memory area memory pool me
Page 205 and 206: Index A B C D E F G H I J K L M N O
Page 207 and 208: A B C D E F G H I J K L M N O P Q R
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INtimeÂ® 3.1 Software - tenAsys

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