Most of the radio chips have a 128 bytes buffer, which means that the
whole packet cannot be bigger than 128 bytes, overhead included.
So, if you want to send a large packet, you need a transport layer
which will fragment it before sending it over the air. AFAIK, there is
no core tinyos library
I don't know who will toss cookies if you try to send a message
that is larger the the defined size. The sender may behave rationally
and reject the premise, or the receiver could overrun it's buffer
and crash. YMMV.
MS
Alban Hessler wrote:
Most of the radio chips have a 128 bytes buffer, which
Interesting answers,
Thanks for All.
Best regards,
Nahr Elk
2009/5/19 Michael Schippling sc...@santafe.edu
I don't know who will toss cookies if you try to send a message
that is larger the the defined size. The sender may behave rationally
and reject the premise, or the receiver could
Hi,
Thank you Razvan,
I would like to change the data payload size dynamically according to my
application exigences.
And I am not so convinced that setPayloadLength(message_t* msg, uint8_t len)
is the right solution
Best regards,
Nahr Elk
2009/5/18 Razvan Musaloiu-E. razv...@cs.jhu.edu
Hi!
Unless Things Have Changed(TM) in T2, only the length number of bytes
is transmitted -- at least over the radio -- so you're not losing
bandwidth with a larger DATA_LENGTH. You do waste RAM because buffers
are allocated for the max size, which is one reason it's a compile
time setting, but that
Hi!
On Mon, 18 May 2009, Michael Schippling wrote:
Unless Things Have Changed(TM) in T2, only the length number of bytes
is transmitted -- at least over the radio -- so you're not losing
bandwidth with a larger DATA_LENGTH. You do waste RAM because buffers
are allocated for the max size,
Hi
Is there any way to change DTOSH_DATA_LENGTH at run time instead of at
compile time ? :)
THANKS
Best regards,
Nahr Elk
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