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Free Trials30-day evaluations are available for SNMP products. RexxBOS On-line Help and Examples can be downloaded from our website. Development tools for Microsoft Visual Studio fully support .NET 2003 and 2005 developmentNew SNMP Builder v3.3 for Visual C++ 6 and .NET 2003/2005, SNMP Toolkit v2.6 for Visual C++ 6 and .NET 2003/2005, SNMP Builder v3.2 for Visual Basic 5,6,and .NET and SNMP Toolkit v2.3 for Visual Basic 5,6 and .NET support Microsoft Studio .NET Development tools for Borland Studio 2006 are shipping.New SNMP Builder v3.3 for Borland C++ v6 and Studio 2006, SNMP ForwarderThe SNMP Forwarder utility is designed to assist in resolving complex dynamic problems that include multiple related interactions between command generators (managers) and command responders (agents). The SNMP Forwarder acts as a proxy agent and is positioned between command generators and responders. Messages in both directions are captured and decoded without any disruption. SNMP Forwarder support SNMP v1,v2c,v3.SNMP Utility Suite is shipping.The SNMP Uitility Suite includes SNMP Forwarder, Sender and Tracer utilities.New SNMP Agent Builder Suites are shipping.SNMP Agent Builder suites include an SNMP Builder and the SNMP Inquisitor. The suites combine power and flexibility of the SNMP Builders with simplicity and completeness of the automated agent testing at a true value price. New SNMP Inquisitor v1.1The SNMP Inquisitor Application Suite is designed to make a tedious SNMP command responder (agent application) debugging and testing process easier and quicker. The suite includes three applications: a MIB compiler, an Agent testing and debugging application (SNMP Inquisitor) and an SNMP Command Sender utility. The MIB compiler creates a MIB variable database used by the SNMP Inquisitor to query and set all the MIB variables for a selected MIB module. The SNMP Inquisitor provides user interfaces to: select MIB module to test, specify Get, Get-next, Set and GetBulk tests to execute, enter SNMP parameters: target IP address, community name(s), retransmission parameters, etc. During the testing process, the response messages, are analyzed on compliance to the SNMP requests for comments (RFC) according to MIB variable attributes: access, size, value range etc. Both scalar and table items are tested. Furthermore, the table items are testing not only using Get-next and Get-bulk requests, but also using Get and Set requests. 
The results of the testing can be saved in a text file for subsequent printing or regression test comparison. The complete test configuration, including test results, can be saved to disk and subsequently loaded. New SNMP Builder v3.3 for C++Built on the solid foundation of previous versions, this package makes SNMP software development faster, easier and more flexible. Preserving backward compatibility with it's predecessors, the SNMP Builder adds new powerful tools and features making the development process even more enjoyable. The MIB compiler became an integral part of the new SNMP Builder v3.1. This powerful GUI application is able to compile SMIv1 and SMIv2 MIBs and generate C++ and Visual Basic source code. The well thought-out and convenient user interface turns the tedious task of determining sequence of MIB loading into a simple game. The compiler is very flexible and allows the viewing and editing of MIB files using the editor of your choice. These are only few of many flexible and convenient features the compiler has. 
C++ class library added new powerful features:
The table retrieval is a very powerful feature that allows retrieval of an entire table or any subset of columns in one function call by using symbolic names. These functions accept the SNMP version as a parameter and retrieve tables using the GetNext or GetBulk operations depending on the SNMP version specified. Table retrieval is geared toward maximum efficiency, while preserving an extremely simple calling mechanism. These functions handle all the complex conditions like sparse tables and inability of some agents to return complete rows behind the scenes. Developers do not have to care about these details. They just need to specify a table name and get back an array representing the entire table. What can be simpler than that?
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