This is an automated commit, generated by:
perl -i -pe 'next if /define/; s/((?:ENABLE|DISABLE)_GCC_WARNING)\(([A-Za-z0-9_\-]+)\)/$1(\"-W$2\")/' src/*/*/*.[ch] src/*/*.[ch]
This is an automated commit, generated by this command:
./scripts/maint/rename_c_identifier.py \
get_dirportfrontpage relay_get_dirportfrontpage \
parse_port_config port_parse_config \
count_real_listeners port_count_real_listeners \
parse_transport_line pt_parse_transport_line \
ensure_bandwidth_cap config_ensure_bandwidth_cap \
get_effective_bwrate relay_get_effective_bwrate \
get_effective_bwburst relay_get_effective_bwburst \
warn_nonlocal_ext_orports port_warn_nonlocal_ext_orports \
parse_ports_relay port_parse_ports_relay \
update_port_set_relay port_update_port_set_relay \
get_transport_bindaddr_from_config pt_get_bindaddr_from_config \
get_options_for_server_transport pt_get_options_for_server_transport
It was generated with --no-verify, because it has some long lines.
Part of 32213.
This commit:
* moves relay config actions into relay_config,
* moves get_dirportfrontpage() into relay_config,
* adds thin wrappers to make the moved code compile.
No functional changes: the moved code is still enabled,
even if the relay module is disabled. (Some of the checks
are re-ordered, so the order of some warnings may change.)
Part of 32213.
The right way to free a config object is now to wrap config_free(),
always. Instead of creating an alternative free function, objects
should provide an alternative clear callback to free any fields that
the configuration manager doesn't manage.
This lets us simplify our code a little, and lets us extend the
confparse.c code to manage additional fields in config_free.
Previously we used time(NULL) to set the Expires: header in our HTTP
responses. This made the actual contents of that header untestable,
since the unit tests have no good way to override time(), or to see
what time() was at the exact moment of the call to time() in
dircache.c.
This gave us a race in dir_handle_get/status_vote_next_bandwidth,
where the time() call in dircache.c got one value, and the call in
the tests got another value.
I'm applying our regular solution here: using approx_time() so that
the value stays the same between the code and the test. Since
approx_time() is updated on every event callback, we shouldn't be
losing any accuracy here.
Fixes bug 30001. Bug introduced in fb4a40c32c4a7e5; not in any
released Tor.
When a directory authority is using a bandwidth file to obtain the
bandwidth values that will be included in the next vote, serve this
bandwidth file at /tor/status-vote/next/bandwidth.z.
There are now separate modules for:
* the list of router descriptors
* the list of authorities and fallbacks
* managing authority certificates
* selecting random nodes
By doing so, it is renamed to voting_schedule_recalculate_timing(). This
required a lot of changes to include voting_schedule.h everywhere that this
function was used.
This effectively now makes voting_schedule.{c|h} not include dirauth/dirvote.h
for that symbol and thus no dependency on the dirauth module anymore.
Signed-off-by: David Goulet <dgoulet@torproject.org>
This is a pretty big commit but it only moves these files to src/or/dirauth:
dircollate.c dirvote.c shared_random.c shared_random_state.c
dircollate.h dirvote.h shared_random.h shared_random_state.h
Then many files are modified to change the include line for those header files
that have moved into a new directory.
Without using --disable-module-dirauth, everything builds fine. When using the
flag to disable the module, tor doesn't build due to linking errors. This will
be addressed in the next commit(s).
No code behavior change.
Signed-off-by: David Goulet <dgoulet@torproject.org>
Folks have found two in the past week or so; we may as well fix the
others.
Found with:
\#!/usr/bin/python3
import re
def findMulti(fname):
includes = set()
with open(fname) as f:
for line in f:
m = re.match(r'^\s*#\s*include\s+["<](\S+)[>"]', line)
if m:
inc = m.group(1)
if inc in includes:
print("{}: {}".format(fname, inc))
includes.add(m.group(1))
import sys
for fname in sys.argv[1:]:
findMulti(fname)
