Lines Matching full:can

10 their peers to have complex, full-size stacks, but can communicate
12 the order of a few kilobytes and RAM usage can be configured to be as
15 uIP can be found at the uIP web page: http://www.sics.se/~adam/uip/
47 set of features needed for a full TCP/IP stack. It can only handle a
86 can be passed to higher layers.
94 The RFC1122 requirements can be divided into two categories; those
112 of those features they can be removed without loss of generality.
116 The uIP stack can be run either as a task in a multitasking system, or
158 functions can be written in highly optimized assembler rather than
200 handled by the processor, such as RS-232 ports, can copy incoming
268 soon as the TCP/IP stack receives the packet, low response times can
292 application can be written in such a way that the same code is used
306 to either zero or non-zero. Note that certain events can happen in
307 conjunction with each other (i.e., new data can arrive at the same
315 fields in the uip_conn structure for the current connection can be
349 (pointed to by the uip_appdata pointer) can be used for this purpose.
351 The application can send only one chunk of data at a time on a
372 originally was sent. Therefor, the application can be written in such
395 There are two fatal errors that can happen to a connection, either
399 application can use the two test functions uip_aborted() and
412 has been produced. The application can only send data when invoked by
424 The application can check the lport field in the uip_conn structure to
429 New connections can be opened from within
532 back, the application can be sure that the welcome has been received
534 application can be in either of two states: either in the WELCOME-SENT
608 how the two examples above can be combined into one application.
677 can then be sure that it will not receive any new data until
686 send. If the files are properly formatted, this simple application can
739 been acknowledged, new data can be sent. If there is no more data to
870 message. The "state" variable can be either "STATE_WAITING", meaning
1007 and can be altered by the applications in the system.
1059 application can be written in such a way that the same code is used
1076 can buffer. And application cannot send more data than the amount of
1095 notification mechanism, which can be used by an application to mark
1117 copied. Performance can be enhanced by combining the copy operation
1135 implementations can be obtained by calculating the amount of CPU
1145 time-frame, an acknowledgment is sent. The time-frame can be as high