- #VIPER FTP TUTORIAL SERIAL#
- #VIPER FTP TUTORIAL WINDOWS 10#
- #VIPER FTP TUTORIAL SOFTWARE#
- #VIPER FTP TUTORIAL CODE#
Make sure that the VPcmdIF C++ DLL is properly located at runtime.Introducing Viper FTP - new file transfer focus provides users with the easiest way to transfer files.
To used this wrapper, include VPcmdIFwrapper.cs in your C# assembly. To create your own debug trace output, the functions in this header are useful.įor Unit圓D and other C# applications, the VPcmdIFwrapper.cs namespace VPcmdIF contains a managed wrapper class for the VPcmdIF C++ DLL. VPtrace.h : VPcmdIF troubleshooting functions provide a good deal of debugging and log output.
However, should you wish to, they are defined in here in a series of enums and other definitions. VPcmdIF includes a number of troubleshooting methods so that you should not need to parse error responses yourself.
#VIPER FTP TUTORIAL SOFTWARE#
On the other hand the facility provided by VPcmdIF will save this intrepid developer a fair amount of time with debugging and troubleshooting tools, and the benefit of the robustness afforded by legions of Polhemus software engineers who base our user interfaces and utilities on this very same library. If this is your chosen path, no one will stand in your way. While it is convenient to use VPcmdIF for managing the tracker interface, it is not absolutely necessary: With ViperInterface.h alone, an industrious coder could implement a serviceable low-level interface to the tracker. Simply put, the structures and definitions in ViperInterface provide the instructions to the tracker while the functions in VPcmdIF provide convenient means for dispatching the instructions and retrieving tracker data output. This header file constitutes the tracker's interface definition. ViperInterface.h : The VPcmdIF functions communicate with Viper using low-level native structures and literals defined in ViperInterface.h.This approach simplifies the coding necessary to access VPcmdIF functions, especially from managed programming languages such as C#, Python and others. VPcmdIF.h : Functions are declared in the global namespace in the file VPcmdIF.h.To use them, link to VPcmdIF.lib in your C++ project and make sure that the DLL (if using) is in the same folder as the executable at runtime. On Windows, functions are accessed from the VPcmdIF DLL or static LIB.
#VIPER FTP TUTORIAL CODE#
The VNCP definition and sample code is available for download where the other VIPER™ Host Software is found. Refer to the VIPER™ Native Command Protocol (VNCP) interface definition for a detailed study of the raw VIPER™ protocol HERE. The VPcmdIF takes care of the minutia associated with composing valid tracker I/O frames and validating and parsing frames received from the tracker. Generally, users of the VPcmdIF library do not need to be concerned with tracker I/O details beyond this. Actions are enumerated in eCmdActions.Įach command frame sent to the tracker uses CMD_ACTION_SET, CMD_ACTION_GET or CMD_ACTION_RESET.Īll command frames sent to the tracker cause the tracker to respond with CMD_ACTION_ACK, CMD_ACTION_NAK or CMD_ACTION_NAK_WARNING.
#VIPER FTP TUTORIAL WINDOWS 10#
Windows 10 or later and Linux systems do not require additional USB drivers.Īt its lowest level, all communication with the tracker is composed of a command and an action. Multiple SEUs can be connected to a single host computer.
#VIPER FTP TUTORIAL SERIAL#
SEUs can be connected to a host computer via USB or RS-422 serial port. Each System Electronics Unit (SEU) supports 4 to 16 sensors and up to 4 sources. The VIPER™ is Polhemus' newest offering in the magnetic tracking world.