![]() This field specifies media types that are acceptable for response messages for the request. Specifying zero ( 0) in this field causes all incoming requests to be saved to a file. The file’s name is the output so that subsequent activities in the process can access the file and read its contents. Requests larger than the specified size are written to a file in the specified directory. The maximum size (in bytes) of an incoming request to be kept in memory. Not selecting this check box with one or more non-existing directories in the specified path in the Selecting this check box creates all directories in the path specified in theĭirectory field, if they do not already exist. Therefore, create the directory before starting the process engine. The process engine does not attempt to create the directory if the specified directory does not exist. The directory to write messages that are above the specified threshold. Delete these files when they are no longer in use. You must manage the storage used by these files. I'd be more than happy to push changes upstream if these are features that are not present and you think should be.Note: The files created using this option after writing are not deleted automatically. I don't expect Packet Sender to natively have this function integrated, but I am interested in the ability to take data from a rand() function, or a PRBS compliant equation (such as ).Īs a side note, I know this has to be said in open source - I am not asking you to actually code (I am fluent in C++) any of this, just investigating what capacities the software currently has, and if you could point me to the right direction in the code base. If that is possible, the next question would be - is it possible to borrow this stream of packets from a secondary source? In my project, the most success achievable would be a demonstration of the FPGA accepting a continuous stream of pseudo-random bitstream data. I'm interested to know if Packet Sender has the ability to send a stream of packets continuously. Hey Dan! I'm a college student working on a senior design project for FPGA's. I'm happy to answer any questions you may have. This is actually how Packet Sender Cloud was started -no jump drive needed. I want to be able to download, run, and train a new user of the tool in under 5 minutes. Packet Sender can be ran without admin permissions and without any other dependencies.Packet Sender emphasizes compatibility across Windows and Mac.Packet Sender places a strong emphasis on being easy to use.I had a wishlist, and this list still guides the project: I eventually decided to create my own from scratch. Nothing out there did it quite right, or it did too complicated. I also needed to receive unsolicited packets to test the device clients. I needed a quick and simple way to correctly send custom UDP and TCP commands to devices to help test them. I wrote and open sourced Packet Sender on GitHub in 2015.Īt the time I started the project, I was working in the network AV industry. So how are you using Packet Sender? Please introduce yourself.īeta Was this translation helpful? Give feedback. My hope is this space will provide a good area for discussion while helping me keep the Issues tab focused on whatever work that is needed by the project. Basically, anything outside of bugs and feature requests may go to these forums.Why did I do X and not Y? I love helping others learn. Ask me, or others, questions about anything software development related.Lets give these Forums another go, shall we? 3rd time is the charm. ![]() GitHub has been hosting my code and issues for the past 5 years, and I've been pleased. GitHub now has a new "Discussions" feature, and it looks very promising. My previous 2 attempts were overrun by spammers. This is my 3rd attempt at creating forums.
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