Lines Matching full:will

35 with full TCP/IP support will be first-class network citizens, thus
52 embedded device always will communicate with a full-scale TCP/IP
70 protocols and upper layer protocols will be referred to as "the
72 or firmware and will be referred to as "the network device" that are
85 packet will have to reassemble any fragmented IP packets before they
103 the second kind of requirements will only affect the communication
104 within the system and will not affect host-to-host communication.
125 will never block, but will return at once. When it returns, the stack
164 implementation will have to do a number of 32-bit additions as part of
190 contains data, the TCP/IP stack will notify the corresponding
191 application. Because the data in the buffer will be overwritten by the
192 next incoming packet, the application will either have to act
194 later processing. The packet buffer will not be overwritten by new
202 buffers are full, the incoming packet is dropped. This will cause
205 receiver window, which means that only a single TCP segment will be in
217 retransmissions. Instead, the application will have to reproduce the
224 simultaneous connections. A device that will be sending large e-mails
226 pages and multiple simultaneous clients, will require more RAM than a
228 with as little as 200 bytes of RAM, but such a configuration will
229 provide extremely low throughput and will only allow a small number of
305 events. The functions are implemented as C macros that will evaluate
329 uip_datalen(). The data is not buffered by uIP, but will be
331 application will therefor have to either act directly on the incoming
343 data that actually will be sent by the stack.
353 per application invocation; only the data from the last call will be
384 uip_close() during an application call. This will cause the connection
432 which will open a TCP connection to the specified IP address and port
672 the data into its own buffers. The data in the uip_appdata buffer will
677 can then be sure that it will not receive any new data until
880 The connected() function will be called when a connection has been
885 When new data arrives from the network, the newdata() function will be
886 called by the event handler function. The newdata() function will
889 " message with the connection. This message will later be sent out by
1018 sliding window implementation that does not buffer sent packets will have
1143 receiver using this algorithm will only send acknowledgments for every
1149 segment will interact poorly with the delayed acknowledgment
1151 time, it will wait as much as 500 ms before an acknowledgment is
1155 Thus the maximum throughput equation when sending data from uIP will
1160 throughput will be 4166 bytes per second. With the delayed acknowledgment
1167 severe. Small amounts of data sent by such a system will not span more