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this allows a tinyproxy session in terminal foreground mode to reload
its configuration without dropping active connections.
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it's quite unexpected for an application running foreground in a
terminal to keep running when the terminal is closed.
also in such a case (if file logging is disabled) there's no way to
see what's happening to the proxy.
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fixes an error in travis, which makes a shallow clone of 50 commits.
if the last tag is older than 50 commits, we get:
"fatal: No names found, cannot describe anything."
this caused a premature exit due to an assert error in safe_write()
on this line: assert (count > 0);
because the version variable in tinyproxy was empty.
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in case they're all accepted, which would be the case with any
halfways recent GCC, we save a lot of time over testing each flag
sequentially.
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it was being used unconditionally anyway.
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inet_ntoa() uses a static buffer and is therefore not threadsafe.
additionally it has been deprecated by POSIX.
by using inet_ntop() instead the code has been made ipv6 aware.
note that this codepath was only entered in the unlikely event that
no hosts header was being passed to the proxy, i.e. pre-HTTP/1.1.
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this allows to automatically generate the website from the current
tinyproxy.conf.5 template.
make
cd docs/web
make
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* check return values of memory allocation and abort gracefully
in out-of-memory situations
* use sblist (linear dynamic array) instead of linked list
- this removes one pointer per filter rule
- removes need to manually allocate/free every single list item
(instead block allocation is used)
- simplifies code
* remove storage of (unused) input rule
- removes one char* pointer per filter rule
- removes storage of the raw bytes of each filter rule
* add line number to display on out-of-memory/invalid regex situation
* replace duplicate filter_domain()/filter_host() code with a single
function filter_run()
- reduces code size and management effort
with these improvements, >1 million regex rules can be loaded with
4 GB of RAM, whereas previously it crashed with about 950K.
the list for testing was assembled from
http://www.shallalist.de/Downloads/shallalist.tar.gz
closes #20
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the file docs/filter-howto.txt was removed, as it contained misleading
information since it was first checked in.
it suggests the syntax for filter rules is fnmatch()-like, when in
fact they need to be specified as posix regular expressions.
additionally it contained a lot of utterly unrelated and irrelevant/
outdated text.
a few examples with the correct syntax have now been added to
tinyproxy.conf.5 manpage.
closes #212
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I was hit by this, and did not see anything in the log, connections was just hanging.
Think warning is a better log level
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it turned out that the upstream section in tinyproxy.conf.5 wasn't rendered
properly, because in asciidoc items following a list item are always explicitly
appended to the last list item.
after several hours of finding a workaround, it was decided to change the
manpage generator to pod2man instead.
as pod2man ships together with any perl base install, it should be available
on almost every UNIX system, unlike asciidoc which requires installation
of a huge set of dependencies (more than 1.3 GB on Ubuntu 16.04), and the
replacement asciidoctor requires a ruby installation plus a "gem" (which is
by far better than asciidoc, but still more effort than using the already
available pod2man).
tinyproxy's hard requirement of a2x (asciidoctor) for building from source
caused rivers of tears (and dozens of support emails/issues) in the past, but
finally we get rid of it. a tool such as a2x with its XML based bloat-
technology isn't really suited to go along with a supposedly lightweight
C program.
if it ever turns out that even pod2man is too heavy a dependency, we could
still write our own replacement in less than 50 lines of awk, as the pod
syntax is very low level and easy to parse.
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this is useful to use upstream directive to null-route a specific target
domain.
e.g.
upstream http 0.0.0.0:0 ".adserver.com"
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using --disable-manpage-support it's finally possibly to disable
the formerly obligatory use of a2x to generate the manpage
documentation.
this is the final solution to the decade old problem that users need
to install the enormous asciidoc package to compile TINYproxy from
source, or otherwise get a build error, even though the vast majority
is only interested in the program itself.
solution was inspired by PR #179.
closes #179
closes #111
note that since 1.10.0 release the generated release tarball includes
the generated manpages too; in which case neither the use of a2x
nor --disable-manpage-support is required.
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xsltproc was once[1] used to generate AUTHORS from xml input, but
fortunately this is no longer the case.
[1]: in a time when everybody thought XML would be a Good Idea (TM)
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distcheck chokes on man5/8 files still in the file tree, while the input
files (.txt) are not. these are generated by the configure script and
it would require quite some effort to get this test working.
as it is non-essential, we simply disable it.
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according to https://www.gnu.org/prep/standards/html_node/Standard-Targets.html#Standard-Targets
`maintainer-clean` is the proper make target for files that are distributed
in a release tarball:
> The ‘maintainer-clean’ target is intended to be used by a maintainer of the
> package, not by ordinary users.
> You may need special tools to reconstruct some of the files that
> ‘make maintainer-clean’ deletes.
this prevents users without a2x or asciidoctor from losing their ability to
recompile tinyproxy after `make clean`, but it also means that users wanting
to regenerate the documentation need to run `make maintainer-clean`.
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otherwise object files will not be rebuilt with the new configure options.
this will prevent cases like db4bd162a3472205fb847a52948c1133e65bd9ce
where it turned out there was a build error with --enable-debug since several
git revisions.
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asciidoctor is a modern replacement for asciidoc and much more lightweight,
issuing "apt-get install asciidoc" on ubuntu 16.04 results in an attempt to
install more than 1.3 GB of dependencies.
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the timeout option set by the config file wasn't respected at all
so it could happen that connections became stale and were never released,
which eventually caused tinyproxy to hit the limit of open connections and
never accepting new ones.
addresses #274
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regression introduced in f6d4da5d81694721bf50b2275621e7ce84e6da30.
this has been overlooked due to the assert macro being optimized out in
non-debug builds.
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getsockname() requires addrlen to be set to the size of the sockaddr struct
passed as the addr, and a check whether the returned addrlen exceeds the
initially passed size (to determine whether the address returned is truncated).
with a request like "GET /\r\n\r\n" where length is 0 this caused the code
to assume success and use the values of the uninitialized sockaddr struct.
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unlike other functions called from the config parser code,
anonymous_insert() accesses the global config variable rather than
passing it as an argument. however the global variable is only set
after successful loading of the entire config.
we fix this by adding a conf argument to each anonymous_* function,
passing the global pointer in calls done from outside the config
parser.
fixes #292
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... in case reloading of it after SIGHUP fails, the old config can
continue working.
(apart from the logging-related issue mentioned in 27d96df99900c5a62ab0fdf2a37565e78f256d6a )
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previously, default values were stored once into a static struct,
then on each reload item by item copied manually into a "new"
config struct.
this has proven to be errorprone, as additions in one of the 2
locations were not propagated to the second one, apart from
being simply a lot of gratuitous code.
we now simply load the default values directly into the config
struct to be used on each reload.
closes #283
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as a side effect of not updating the config pointer when loading
the config file fails, the "FIXME" level comment to take appropriate
action in that case has been removed. the only issue remaining
when receiving a SIGHUP and encountering a malformed config file would
now be the case that output to syslog/logfile won't be resumed, if
initially so configured.
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this is required so we can elegantly swap out an old config for a
new one in the future and remove lots of boilerplate from config
initialization code.
unfortunately this is a quite intrusive change as the config struct
was accessed in numerous places, but frankly it should have been
done via a pointer right from the start.
right now, we simply point to a static struct in main.c, so there
shouldn't be any noticeable changes in behaviour.
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since this is set via command line, we can deal with it easily
from where it is actually needed.
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since this option can't be set via config file, it makes sense
to factor it out and use it only where strictly needed, e.g. in
startup code.
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if daemon mode is used and neither logfile nor syslog options specified,
this is clearly a misconfiguration issue. don't try to be smart and work
around that, so less global state information is required.
also, this case is already checked for in main.c:334.
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LOG_DAEMON isn't specified in POSIX and the gratuitously different
treatment is in the way of a planned cleanup.
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it is quite easy to bring down a proxy server by forcing it to make
connections to one of its own ports, because this will result in an endless
loop spawning more and more connections, until all available fds are exhausted.
since there's a potentially infinite number of potential DNS/ip addresses
resolving to the proxy, it is impossible to detect an endless loop by simply
looking at the destination ip address and port.
what *is* possible though is to record the ip/port tuples assigned to outgoing
connections, and then compare them against new incoming connections. if they
match, the sender was the proxy itself and therefore needs to reject that
connection.
fixes #199.
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tinyproxy used to do a full hostname resolution whenever a new client
connection happened, which could cause very long delays (as reported in #198).
there's only a single place/scenario that actually requires a hostname, and
that is when an Allow/Deny rule exists for a hostname or domain, rather than
a raw IP address. since it is very likely this feature is not very widely used,
it makes absolute sense to only do the costly resolution when it is unavoidable.
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