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Add the new option CURLOPT_KEEP_SENDING_ON_ERROR to control whether
sending the request body shall be completed when the server responds
early with an error status code.
This is suitable for manual NTLM authentication.
Reviewed-by: Jay Satiro
Closes https://github.com/curl/curl/pull/904
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.. and add that --proto-redir and CURLOPT_REDIR_PROTOCOLS do not
override protocols denied by --proto and CURLOPT_PROTOCOLS.
- Add a test to enforce: --proto deny must override --proto-redir allow
Closes https://github.com/curl/curl/pull/1031
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Discussed in #997
Assisted-by: Jay Satiro
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Closes #1025
Closes #1026
Closes #1027
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Prior to this commit this example failed with error
'Cannot APPEND with unknown input file size'.
Bug: https://github.com/curl/curl/issues/1008
Reported-by: lukaszgn@users.noreply.github.com
Closes https://github.com/curl/curl/pull/1011
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Recent versions of mbedTLS are available under either Apache 2.0 or GPL
2.0, see https://tls.mbed.org/how-to-get
Closes #1019
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- Change maximum allowed line length from 80 to 79.
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Note that since the added examples are for column alignment I had to
encapsulate with ~~~c markdown to preserve their alignment.
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Since we're using CURLE_FTP_WEIRD_SERVER_REPLY in imap, pop3 and smtp as
more of a generic "failed to parse" introduce an alias without FTP in
the name.
Closes https://github.com/curl/curl/pull/975
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Speed limits (from CURLOPT_MAX_RECV_SPEED_LARGE &
CURLOPT_MAX_SEND_SPEED_LARGE) were applied simply by comparing limits
with the cumulative average speed of the entire transfer; While this
might work at times with good/constant connections, in other cases it
can result to the limits simply being "ignored" for more than "short
bursts" (as told in man page).
Consider a download that goes on much slower than the limit for some
time (because bandwidth is used elsewhere, server is slow, whatever the
reason), then once things get better, curl would simply ignore the limit
up until the average speed (since the beginning of the transfer) reached
the limit. This could prove the limit useless to effectively avoid
using the entire bandwidth (at least for quite some time).
So instead, we now use a "moving starting point" as reference, and every
time at least as much as the limit as been transferred, we can reset
this starting point to the current position. This gets a good limiting
effect that applies to the "current speed" with instant reactivity (in
case of sudden speed burst).
Closes #971
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Especially in regards to the multiplexing part.
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...and discuss a possible solution.
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for backward compatibility only
In other news, I changed one other reference to "Mac OS X" in the documentation (that I previously wrote) to say "macOS" instead.
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With HTTP/2 each transfer is made in an indivial logical stream over the
connection, making most previous errors that caused the connection to get
forced-closed now instead just kill the stream and not the connection.
Fixes #941
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This reverts commit 9cb1059f92286a6eb5d28c477fdd3f26aed1d554.
As discussed in #835 SOCKS5 supports IPv6 proxies and destinations.
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...and removed some old ones
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Follow-up to a96319ebb9 (document the new behavior)
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The server developer.netscape.com does not resolve into any
ip address and can be removed.
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Added in 5fce88aa8c12564
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After a few wasted hours hunting down the reason for slowness during a
TLS handshake that turned out to be because of TCP_NODELAY not being
set, I think we have enough motivation to toggle the default for this
option. We now enable TCP_NODELAY by default and allow applications to
switch it off.
This also makes --tcp-nodelay unnecessary, but --no-tcp-nodelay can be
used to disable it.
Thanks-to: Tim Rühsen
Bug: https://curl.haxx.se/mail/lib-2016-06/0143.html
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