There was one that it could not find because it was in a macro definition.
I used the following semantic patch:
@@
expression e1, e2, e3, e4, e5;
@@
options_validate(e1,
e2,
- e3,
- e4,
e5)
Conflicts:
src/feature/dirparse/authcert_parse.c
src/feature/dirparse/ns_parse.c
src/feature/hs/hs_service.c
src/lib/conf/conftesting.h
src/lib/log/log.h
src/lib/thread/threads.h
src/test/test_options.c
These conflicts were mostly related to autostyle improvements, with
one or two due to doxygen fixes.
Since each of these tests only applies to testing networks, put them
all into a single block that checks for testing networks.
(I recommend reviewing with the "diff -b" option, since the change
is mostly indentation.)
Formerly, we would use quiet_level as an excuse to rewrite the log
configuration, adding a default log line if none existed, and if
RunAsDaemon was not set, and if we were not being invoked via
setconf (!).
This is against our best practices for several reasons:
* We should not be changing configured options except when the
user tells us to do so.
* We should especially not be changing options in the options_validate
function.
* Distinguishing whether we are being called from setconf adds a
risky special-case.
Instead, this patch take a simpler approach: it changes the
interpretation of having no logging lines set to mean: If there is a
stdout, add a default log based on quiet_level.
Solves ticket 31999.
Since this code passes the same options to options_validate() more
than once, options_validate() needs to be prepared for that. (This
previously worked by accident, since the smartlist of schedulers
wasn't initialized.)
We used to have this function so that we could mark our initial
log-to-stdout as specifically temporary so that we would delete it
once regular logs were configured. But it's no longer necessary to
mark these logs as temporary, since we now use a mark-and-sweep
process to ensure that _all_ not-configured logs are closed when we
change our configuration.
Instead, this function will be the basis of a refactoring in how we
handle default logs.
Previously this was done with a big list of options in main.c which
implied "hush" or "quiet". One of these options ("--digests") no
longer existed, but we still checked for it.
Now we use the table of command-line-only arguments to set this
value.
Previously these were implemented with a search in
options_init_from_torrc(), but that led to each option being
declared more than needed: once to say that it was a valid option,
and once to say what it meant.
I'm doing this for consistency, so that all the values for this enum
have the same prefix.
This is an automated commit, generated by the following shell commands:
for fn in $(git ls-tree --name-only -r HEAD src |grep '\.[ch]$'); do \
perl -i -pe 's!\bTAKES_NO_ARGUMENT\b!ARGUMENT_NONE!g;' "$fn"; \
done
Here we make it clear we're only looking at listable variable names,
not at whether the variables themselves are gettable.
Also, remove an extraneous h.
(This commit is not a fixup, because of rebase conflicts.)
Since the flags are now stored with compatible numbering, we can
just OR them together and see whether the flag we want is in the
result.
(Net code removal!)
We had though to make all obsolete and invisible variables
ungettable, so that GETCONF would reject them. But it turns out
that this isn't the current behavior of GETCONF with those
variables. So for now, I'm leaving the current behavior unchanged.
(See ticket 31647 for a proposal to change the behavior.)
These levels get out of date really easily: we'll implement a level
dump command in tor in 31614.
They also cause conflicts and inconsistencies when merging forward
level changes.
Part of 31615.
When we parse a CLEAR line (e.g., "/OrPort" or /OrPort blah blah"),
we always suppress the value, even if one exists. That means that
the block of code was meant to handle CLEAR lines didn't actually do
anything, since we previously handled them the same way as with
other empty values.
Closes ticket 31529.
Previously we used int here, but it is more correct to use
ptrdiff_t. (This never actually matters for our code in practice,
since the structure we are managing here never exceed INT_MAX in
size.)
A configuration manager, in addition to a top-level format object,
may now also know about a suite of sub-formats. Top-level
configuration objects, in turn, may now have a suite of
sub-objects.
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.
Every time we finalize a config manager, we now generate a new magic
number for it, so that we'll get an assertion failure if we ever try
to use an object with a different configuration manager than the one
that generated it.
