Add protocol.h and protocol.c containing all about libcurl's
known URI schemes and their protocol handlers (so they exist).
Moves the scheme definitions from the various sources files into
protocol.c. Schemes are known and used, even of the protocol
handler is not build or just not implemented at all.
Closes#20906
This allows builds know about all schemes - but only have the protocol
implementations for those actually built-in.
It further allows multiple protocols to reuse the same protocol setup
and functions for both TLS and non-TLS implementations instead of
needing two (or more) structs.
The scheme information is now in 'struct Curl_scheme' and all the
function pointers for each scheme/protocol implementation are in struct
Curl_protocol.
The URL API now always work with all known protocols.
Closes#20351
Eliminates union member on struct connectdata. Sample of how
other procotols can handle their connection related data.
This avoids potention mix-ups of the `proto` union of a
connection with other protocol instances.
Removed ws "disconnect" callback as meta data is automatically
destroyed when a connection is destroyed.
Closes#17146
- Fix a bug in EAGAIN handling when sending frames that led to a
corrupted last byte of the frame sent.
- Restore sanity to curl_ws_send() behaviour:
- Partial writes are reported as OK with the actual number of
payload bytes sent.
- CURLE_AGAIN is only returned when none of the payload bytes
(or for 0-length frames, not all of the frame header bytes)
could be sent.
- curl_ws_send() now behaves like a common send() call.
- Change 'ws-data' test client to allow concurrent send/recv
operations and vary frame sizes and repeat count.
- Add DEBUG env var CURL_WS_CHUNK_EAGAIN to simulate blocking
after a chunk of an encoded websocket frame has been sent.
- Add tests.
Prior to this change data corruption may occur when sending websocket
messages due to two bugs:
1) 3e64569a (precedes 8.10.0) caused a data corruption bug in the last
byte of frame of large messages.
2) curl_ws_send had non-traditional send behavior and could return
CURLE_AGAIN with bytes sent and expect the caller to adjust buffer
and buflen in a subsequent call. That behavior was not documented.
Reported-by: na-trium-144@users.noreply.github.com
Fixes https://github.com/curl/curl/issues/15865
Fixes https://github.com/curl/curl/issues/15865#issuecomment-2569870144
Closes https://github.com/curl/curl/pull/15901
lib : remove all hyper code
configure: stop detecting hyper
docs: no more mention of hyper
tests: mo more special-handling of hyper builds
CI: no jobs using hyper
Closes#15120
- seek_func/seek_client, use transfer values only
- remove copies held in `struct connectdata`, use only
ever `data->set.seek_func`
- resolves possible issues in multiuse connections
- new mime post reader eliminates need to ever overwriting this
- websockets, remove empty Curl_ws_done() function
Closes#13079
- state is fully kept at connection, since curl_ws_send() and
curl_ws_rec() have lifetime beyond usual transfers
- no more limit on frame sizes
Reported-by: simplerobot on github
Fixes#10962Closes#10999
- they are mostly pointless in all major jurisdictions
- many big corporations and projects already don't use them
- saves us from pointless churn
- git keeps history for us
- the year range is kept in COPYING
checksrc is updated to allow non-year using copyright statements
Closes#10205
- buffers updated correctly when handling partial frames
- callbacks no longer invoked for incomplete payload data of 0 length
- curl_ws_recv no longer returns with 0 length partial payload
Closes#9890
curl_ws_recv() now receives data to fill up the provided buffer, but can
return a partial fragment. The function now also get a pointer to a
curl_ws_frame struct with metadata that also mentions the offset and
total size of the fragment (of which you might be receiving a smaller
piece). This way, large incoming fragments will be "streamed" to the
application. When the curl_ws_frame struct field 'bytesleft' is 0, the
final fragment piece has been delivered.
curl_ws_recv() was also adjusted to work with a buffer size smaller than
the fragment size. (Possibly needless to say as the fragment size can
now be 63 bit large).
curl_ws_send() now supports sending a piece of a fragment, in a
streaming manner, in addition to sending the entire fragment in a single
call if it is small enough. To send a huge fragment, curl_ws_send() can
be used to send it in many small calls by first telling libcurl about
the total expected fragment size, and then send the payload in N number
of separate invokes and libcurl will stream those over the wire.
The struct curl_ws_meta() returns is now called 'curl_ws_frame' and it
has been extended with two new fields: *offset* and *bytesleft*. To help
describe the passed on data chunk when a fragment is delivered in many
smaller pieces.
The documentation has been updated accordingly.
Closes#9636
