Lines Matching full:have

10 their peers to have complex, full-size stacks, but can communicate
38 Traditional TCP/IP implementations have required far too much
41 RAM requirements of several hundreds of kilobytes have made it
46 The uIP implementation is designed to have only the absolute minimal
85 packet will have to reassemble any fragmented IP packets before they
107 are implemented. However, in order to reduce code size, we have
126 or the application for which the incoming packet was intended may have
136 driver should called to send out the packets that may have been produced.
164 implementation will have to do a number of 32-bit additions as part of
192 next incoming packet, the application will either have to act
198 Ethernet controllers have on-chip buffers that are large enough to
214 written into the global buffer and once the headers have been
217 retransmissions. Instead, the application will have to reproduce the
284 packet contents after they have been sent by the device driver, and
331 application will therefor have to either act directly on the incoming
361 should be made. As uIP does not keep track of packet contents after they have
410 the application to close connections that have been idle for too
530 been acknowledged by the remote host, it might have been dropped in
789 have happened by checking if uip_aborted() or uip_timedout() are
947 of which fragments have been received. Because the first byte of an IP
949 small amount of memory. When all fragments have been reassembled, the
951 have not been received within a specified time frame, the packet is
1018 sliding window implementation that does not buffer sent packets will have
1050 As uIP does not keep track of packet contents after they have
1112 systems often have multiple protection domains for protecting kernel
1118 with the checksum calculation. Because high-end systems usually have
1122 A small embedded device does not have the necessary processing power
1123 to have multiple protection domains and the power to run a
1165 not very likely to have large amounts of data to send, the delayed