If you want the server to accept 6 simultaneous connections, you have to
provide the stack with room for at least 6 pcbs, memory for the 6
connection structures, perhaps enough pbufs for prompt response...
There's been a long time I'm not with the server, but I don't remember
having a built-in l
You need to read about two things. Perhaps three.
One is TCP, and connection oriented protocols. Before sending you need
to establish a connection, you can't send to iwishsomeoneisthere like
UDP, which is a connection-less protocol. TCP is just like a phone call
before voice mail was invented.
Hi,
Just a small addition to my earlier message. Because ETH communication normally
uses
interrupts + DMA that means that some of the data transfer is not handled by
the micro.
That said means that even that we have one simple micro it is capable of
handling several
connections in "parallel
But my problems are not with slow reaction, but with hanging
communication. For my point of view, the communication with my device
runs quite fast, even if I limit the browser to send only one GET
request at a time. So I don't search a possibility to accelerate the
communication. I just want to
Hi Antonio,
RAW mode API is meant to be used in systems without an OS or if you use an OS
in one task, dedicated to TCP stack.
Sure one connection is handled at a time because you have one micro that is able
to run only one command at a time.
Using threads actually worsen the situation beca
Hi Simeon,
I am not sure but I believe, the server does not send anything because it still
processing the first request when the others arrive.
Q: Did you try to use threads in your server ? For example I had developed one
multi-thread HTTP server using LWIP-1.4 and I was able to have many HT
Hello,
I need some help about the usage of the HTTP Server. My current problem
is the following. I have some WEB pages that use some styles,
JavaScripts, pictures as usual. When I set an option to the WEB Browser
(up to now I use always Firefox) to make only one GET request at a time,
all wor
