| Age | Commit message (Collapse) | Author |
|---|
|
... so that timeouts or other state machine actions get going again
after a changing pause state. For example, if the last delivery was
paused there's no pending socket activity.
Reported-by: sstruchtrup on github
Fixes #3994
Closes #4001
|
|
... for functions related to pipelining. Those functions were removed in
2f44e94efb3df.
Closes #3828
|
|
As soon as a TLS backend gets ALPN conformation about the specific HTTP
version it can now set the multiplex situation for the "bundle" and
trigger moving potentially queued up transfers to the CONNECT state.
|
|
As previously planned and documented in DEPRECATE.md, all pipelining
code is removed.
Closes #3651
|
|
We use "conn" everywhere to be a pointer to the connection.
Introduces two functions that "attaches" and "detaches" the connection
to and from the transfer.
Going forward, we should favour using "data->conn" (since a transfer
always only has a single connection or none at all) to "conn->data"
(since a connection can have none, one or many transfers associated with
it and updating conn->data to be correct is error prone and a frequent
reason for internal issues).
Closes #3442
|
|
curl_multi_wait() was erroneously used from within
curl_easy_perform(). It could lead to it believing there was no socket
to wait for and then instead sleep for a while instead of monitoring the
socket and then miss acting on that activity as swiftly as it should
(causing an up to 1000 ms delay).
Reported-by: Antoni Villalonga
Fixes #3305
Closes #3306
Closes #3308
|
|
When using c-ares for asyn dns, the dns socket fd was silently closed
by c-ares without curl being aware. curl would then 'realize' the fd
has been removed at next call of Curl_resolver_getsock, and only then
notify the CURLMOPT_SOCKETFUNCTION to remove fd from its poll set with
CURL_POLL_REMOVE. At this point the fd is already closed.
By using ares socket state callback (ARES_OPT_SOCK_STATE_CB), this
patch allows curl to be notified that the fd is not longer needed
for neither for write nor read. At this point by calling
Curl_multi_closed we are able to notify multi with CURL_POLL_REMOVE
before the fd is actually closed by ares.
In asyn-ares.c Curl_resolver_duphandle we can't use ares_dup anymore
since it does not allow passing a different sock_state_cb_data
Closes #3238
|
|
When a transfer is requested to get done and it is put in the pending
queue when limited by number of connections, total or per-host, libcurl
would previously very aggressively retry *ALL* pending transfers to get
them transferring. That was very time consuming.
By reducing the aggressiveness in how pending are being retried, we
waste MUCH less time on putting transfers back into pending again.
Some test cases got a factor 30(!) speed improvement with this change.
Reported-by: Cyril B
Fixes #2369
Closes #2383
|
|
Especially unpausing a transfer might have to move the socket back to the
"currently used sockets" hash to get monitored. Otherwise it would never get
any more data and get stuck. Easily triggered with pausing using the
multi_socket API.
Reported-by: Philip Prindeville
Bug: https://curl.haxx.se/mail/lib-2018-03/0048.html
Fixes #2393
Closes #2391
|
|
Closes #2302
|
|
With the introduction of expire IDs and the fact that existing timers
can be removed now and thus never expire, the concept with adding a
"latest" timer is not working anymore as it risks to not expire at all.
So, to be certain the timers actually are in line and will expire, the
plain Curl_expire() needs to be used. The _latest() function was added
as a sort of shortcut in the past that's quite simply not necessary
anymore.
Follow-up to 31b39c40cf90
Reported-by: Paul Harris
Closes #1555
|
|
... since the total amount is low this is faster, easier and reduces
memory overhead.
Also, Curl_expire_done() can now mark an expire timeout as done so that
it never times out.
Closes #1472
|
|
A) reduces the timeout lists drastically
B) prevents a lot of superfluous loops for timers that expires "in vain"
when it has actually already been extended to fire later on
|
|
Visual C++ now complains about implicitly casting time_t (64-bit) to
long (32-bit). Fix this by changing some variables from long to time_t,
or explicitly casting to long where the public interface would be
affected.
Closes #1131
|
|
Previously, passing a timeout of zero to Curl_expire() was a magic code
for clearing all timeouts for the handle. That is now instead made with
the new Curl_expire_clear() function and thus a 0 timeout is fine to set
and will trigger a timeout ASAP.
This will help removing short delays, in particular notable when doing
HTTP/2.
|
|
|
|
|
|
|
|
|
|
to allow code to act differently on the situation.
Also added some more info message for the connection re-use function to
make it clearer when connections are not re-used.
|
|
|
|
When the connection code decides to close a socket it informs the multi
system via the Curl_multi_closed function. The multi system may, in
turn, invoke the CURLMOPT_SOCKETFUNCTION function with
CURL_POLL_REMOVE. This happens after the socket has already been
closed. Reorder the code so that CURL_POLL_REMOVE is called before the
socket is closed.
|
|
It isn't used anywhere!
Reported-by: Carlo Wood
|
|
Introducing Curl_expire_latest(). To be used when we the code flow only
wants to get called at a later time that is "no later than X" so that
something can be checked (and another timeout be added).
The low-speed logic for example could easily be made to set very many
expire timeouts if it would be called faster or sooner than what it had
set its own timer and this goes for a few other timers too that aren't
explictiy checked for timer expiration in the code.
If there's no condition the code that says if(time-passed >= TIME), then
Curl_expire_latest() is preferred to Curl_expire().
If there exists such a condition, it is on the other hand important that
Curl_expire() is used and not the other.
Bug: http://curl.haxx.se/mail/lib-2014-06/0235.html
Reported-by: Florian Weimer
|
|
With the recently added timeout "reminder" functionality, there's no
reason left for us to execute timeout code before the time is
ripe. Simplifies the handling too.
This will make the *TIMEOUT and *CONNECTTIMEOUT options more accurate
again, which probably is most important when the *_MS versions are used.
In multi_socket, make sure to update 'now' after having handled activity
on a socket.
|
|
Since all systems have inaccuracy in the timeout handling it is
imperative that we add an inaccuracy margin to the general timeout and
connecttimeout handling with the multi interface. This way, when the
timeout fires we should be fairly sure that it has passed the timeout
value and will be suitably detected.
For cases where the timeout fire before the actual timeout, we would
otherwise consume the timeout action and still not run the timeout code
since the condition wasn't met.
Reported-by: He Qin
Bug: http://curl.haxx.se/bug/view.cgi?id=1298
|
|
When waiting for a 100-continue response from the server, the
Curl_readwrite() will refuse to run if called until the timeout has been
reached.
We timeout code in multi_socket() allows code to run slightly before the
actual timeout time, so for test 154 it could lead to the function being
executed but refused in Curl_readwrite() and then the application would
just sit idling forever.
This was detected with runtests.pl -e on test 154.
|
|
As a remedy to the problem when a socket gets closed and a new one is
opened with the same file descriptor number and as a result
multi.c:singlesocket() doesn't detect the difference, the new function
Curl_multi_closed() gets told when a socket is closed so that it can be
removed from the socket hash. When the old one has been removed, a new
socket should be detected fine by the singlesocket() on next invoke.
Bug: http://curl.haxx.se/bug/view.cgi?id=1248
Reported-by: Erik Johansson
|
|
By introducing an internal alternative to curl_multi_init() that accepts
parameters to set the hash sizes, easy handles will now use tiny socket
and connection hash tables since it will only ever add a single easy
handle to that multi handle.
This decreased the number mallocs in test 40 (which is a rather simple
and typical easy interface use case) from 1142 to 138. The maximum
amount of memory allocated used went down from 118969 to 78805.
|
|
Introducing a number of options to the multi interface that
allows for multiple pipelines to the same host, in order to
optimize the balance between the penalty for opening new
connections and the potential pipelining latency.
Two new options for limiting the number of connections:
CURLMOPT_MAX_HOST_CONNECTIONS - Limits the number of running connections
to the same host. When adding a handle that exceeds this limit,
that handle will be put in a pending state until another handle is
finished, so we can reuse the connection.
CURLMOPT_MAX_TOTAL_CONNECTIONS - Limits the number of connections in total.
When adding a handle that exceeds this limit,
that handle will be put in a pending state until another handle is
finished. The free connection will then be reused, if possible, or
closed if the pending handle can't reuse it.
Several new options for pipelining:
CURLMOPT_MAX_PIPELINE_LENGTH - Limits the pipeling length. If a
pipeline is "full" when a connection is to be reused, a new connection
will be opened if the CURLMOPT_MAX_xxx_CONNECTIONS limits allow it.
If not, the handle will be put in a pending state until a connection is
ready (either free or a pipe got shorter).
CURLMOPT_CONTENT_LENGTH_PENALTY_SIZE - A pipelined connection will not
be reused if it is currently processing a transfer with a content
length that is larger than this.
CURLMOPT_CHUNK_LENGTH_PENALTY_SIZE - A pipelined connection will not
be reused if it is currently processing a chunk larger than this.
CURLMOPT_PIPELINING_SITE_BL - A blacklist of hosts that don't allow
pipelining.
CURLMOPT_PIPELINING_SERVER_BL - A blacklist of server types that don't allow
pipelining.
See the curl_multi_setopt() man page for details.
|
|
This reverts renaming and usage of lib/*.h header files done
28-12-2012, reverting 2 commits:
f871de0... build: make use of 76 lib/*.h renamed files
ffd8e12... build: rename 76 lib/*.h files
This also reverts removal of redundant include guard (redundant thanks
to changes in above commits) done 2-12-2013, reverting 1 commit:
c087374... curl_setup.h: remove redundant include guard
This also reverts renaming and usage of lib/*.c source files done
3-12-2013, reverting 3 commits:
13606bb... build: make use of 93 lib/*.c renamed files
5b6e792... build: rename 93 lib/*.c files
7d83dff... build: commit 13606bbfde follow-up 1
Start of related discussion thread:
http://curl.haxx.se/mail/lib-2013-01/0012.html
Asking for confirmation on pushing this revertion commit:
http://curl.haxx.se/mail/lib-2013-01/0048.html
Confirmation summary:
http://curl.haxx.se/mail/lib-2013-01/0079.html
NOTICE: The list of 2 files that have been modified by other
intermixed commits, while renamed, and also by at least one
of the 6 commits this one reverts follows below. These 2 files
will exhibit a hole in history unless git's '--follow' option
is used when viewing logs.
lib/curl_imap.h
lib/curl_smtp.h
|
|
76 private header files renamed to use our standard naming scheme.
This commit only does the file renaming.
----------------------------------------
renamed: amigaos.h -> curl_amigaos.h
renamed: arpa_telnet.h -> curl_arpa_telnet.h
renamed: asyn.h -> curl_asyn.h
renamed: axtls.h -> curl_axtls.h
renamed: bundles.h -> curl_bundles.h
renamed: conncache.h -> curl_conncache.h
renamed: connect.h -> curl_connect.h
renamed: content_encoding.h -> curl_content_encoding.h
renamed: cookie.h -> curl_cookie.h
renamed: cyassl.h -> curl_cyassl.h
renamed: dict.h -> curl_dict.h
renamed: easyif.h -> curl_easyif.h
renamed: escape.h -> curl_escape.h
renamed: file.h -> curl_file.h
renamed: fileinfo.h -> curl_fileinfo.h
renamed: formdata.h -> curl_formdata.h
renamed: ftp.h -> curl_ftp.h
renamed: ftplistparser.h -> curl_ftplistparser.h
renamed: getinfo.h -> curl_getinfo.h
renamed: gopher.h -> curl_gopher.h
renamed: gtls.h -> curl_gtls.h
renamed: hash.h -> curl_hash.h
renamed: hostcheck.h -> curl_hostcheck.h
renamed: hostip.h -> curl_hostip.h
renamed: http.h -> curl_http.h
renamed: http_chunks.h -> curl_http_chunks.h
renamed: http_digest.h -> curl_http_digest.h
renamed: http_negotiate.h -> curl_http_negotiate.h
renamed: http_proxy.h -> curl_http_proxy.h
renamed: if2ip.h -> curl_if2ip.h
renamed: imap.h -> curl_imap.h
renamed: inet_ntop.h -> curl_inet_ntop.h
renamed: inet_pton.h -> curl_inet_pton.h
renamed: krb4.h -> curl_krb4.h
renamed: llist.h -> curl_llist.h
renamed: memdebug.h -> curl_memdebug.h
renamed: multiif.h -> curl_multiif.h
renamed: netrc.h -> curl_netrc.h
renamed: non-ascii.h -> curl_non-ascii.h
renamed: nonblock.h -> curl_nonblock.h
renamed: nssg.h -> curl_nssg.h
renamed: parsedate.h -> curl_parsedate.h
renamed: pingpong.h -> curl_pingpong.h
renamed: polarssl.h -> curl_polarssl.h
renamed: pop3.h -> curl_pop3.h
renamed: progress.h -> curl_progress.h
renamed: qssl.h -> curl_qssl.h
renamed: rawstr.h -> curl_rawstr.h
renamed: rtsp.h -> curl_rtsp.h
renamed: select.h -> curl_select.h
renamed: sendf.h -> curl_sendf.h
renamed: setup.h -> curl_setup.h
renamed: setup_once.h -> curl_setup_once.h
renamed: share.h -> curl_share.h
renamed: slist.h -> curl_slist.h
renamed: smtp.h -> curl_smtp.h
renamed: sockaddr.h -> curl_sockaddr.h
renamed: socks.h -> curl_socks.h
renamed: speedcheck.h -> curl_speedcheck.h
renamed: splay.h -> curl_splay.h
renamed: ssh.h -> curl_ssh.h
renamed: sslgen.h -> curl_sslgen.h
renamed: ssluse.h -> curl_ssluse.h
renamed: strdup.h -> curl_strdup.h
renamed: strequal.h -> curl_strequal.h
renamed: strerror.h -> curl_strerror.h
renamed: strtok.h -> curl_strtok.h
renamed: strtoofft.h -> curl_strtoofft.h
renamed: telnet.h -> curl_telnet.h
renamed: tftp.h -> curl_tftp.h
renamed: timeval.h -> curl_timeval.h
renamed: transfer.h -> curl_transfer.h
renamed: url.h -> curl_url.h
renamed: urldata.h -> curl_urldata.h
renamed: warnless.h -> curl_warnless.h
renamed: wildcard.h -> curl_wildcard.h
----------------------------------------
|
|
|
|
Curl_expire() is now expanded to hold a list of timeouts for each easy
handle. Only the closest in time will be the one used as the primary
timeout for the handle and will be used for the splay tree (which sorts
and lists all handles within the multi handle).
When the main timeout has triggered/expired, the next timeout in time
that is kept in the list will be moved to the main timeout position and
used as the key to splay with. This way, all timeouts that are set with
Curl_expire() internally will end up as a proper timeout. Previously any
Curl_expire() that set a _later_ timeout than what was already set was
just silently ignored and thus missed.
Setting Curl_expire() with timeout 0 (zero) will cancel all previously
added timeouts.
Corrects known bug #62.
|
|
|
|
With the curl memory tracking feature decoupled from the debug build feature,
CURLDEBUG and DEBUGBUILD preprocessor symbol definitions are used as follows:
CURLDEBUG used for curl debug memory tracking specific code (--enable-curldebug)
DEBUGBUILD used for debug enabled specific code (--enable-debug)
|
|
|
|
|
|
|
|
would crash if a bad function sequence was used when shutting down after
using the multi interface (i.e using easy_cleanup after multi_cleanup) so
precautions have been added to make sure it doesn't any more - test case 529
was added to verify.
|
|
cache within the multi handle.
|
|
code rearrange to fit the future better.
|
|
|
|
The tag 'before_ftp_statemachine' was set just before this commit in case
of future need.
|
|
shadow our public headers with the former names.
|
