When we are failing because of a lack of a _required_ engine, note
that the engine was "required".
When engines are disabled, any required engine should cause a
failure.
We still interpret "AccelName" as turning on the "HardwareAccel"
feature, but we no longer modify the user's options here.
Fixes bug 32382; bugfix on 0.2.2.1-alpha when we added openssl
engine support.
In our old design, we had to declare configuration structures (like
or_options_t) and variable tables (like option_vars_) separately,
and we used some magic to enforce their consistency (see
conftesting.h).
With this design, we write a single definition for the configuration
object and its fields, and use C macros to expand it either into a
structure, or a variable table. Since they are both made from the
same source, they can't become inconsistent.
The two designs can coexist happily, and we can migrate from one to
the other at our convenience.
This file is a workaround for the issue that if you say `a ## b` to
create a token that is the name of a macro, the C preprocessor won't
expand that macro. So you can't say this:
#define FOO__SQUARE(x) ((x)*(x))
#define FOO__CUBE(x) ((x)*(x)*(x))
#define FOO(func, x) FOO__##func(x)
Instead, the standard C trick is to add a layer of indirection:
#define PASTE(a,b) PASTE__(a,b)
#define PASTE__(a,b) a ## b
#define FOO__SQUARE(x) ((x)*(x))
#define FOO__CUBE(x) ((x)*(x)*(x))
#define FOO(func, x) PASTE(FOO__, func)(x)
We should use this kind of trick sparingly, since it gets confusing.
Doing so caused us to crash in some unusual circumstances, such as
using --verify-config to verify a configuration that failed during
the options_act() stage.
Fixes bug 32407; bugfix on 0.3.3.1-alpha.
This includes app, core, feature, lib, and tools, but excludes
ext, test, and trunnel.
This was generated by the following shell script:
cd src
for dname in $(find lib core feature app tools -type d |grep -v \\.deps$); do
keyword="$(echo "$dname" |sed -e "s/\//_/" )"
target="${dname}/${keyword}.dox"
echo "$target"
cat <<EOF >"$target"
/**
@dir ${dname}
@brief ${dname}
**/
EOF
git add "$target"
done
If a file doesn't use the file command (either \file or @file),
Doxygen won't try to process it.
These declarations also turned up a doxygen warning for
crypto_ope.c; I fixed that too.
This is an automated commit, generated by this command:
./scripts/maint/rename_c_identifier.py \
confparse.h confmgt.h \
confparse.c confmgt.c \
CONFPARSE_PRIVATE CONFMGT_PRIVATE \
TOR_CONFPARSE_H TOR_CONFMGT_H
Unlike legacy_validate_fn_t, these callbacks have separation of
duties, into:
* early normalization and computation.
* validation
* transition checking
* late normalization and computation
Only the first and last steps get mutable objects. Only the
transition-checking step gets to see the previous values of this
object.
The former foo_validate() functions are now toplevel
legacy_validate_fn callbacks. The new foo_validate() functions now
call them.
This change lets us remove the old shared_random disk state
validation callback entirely.
As we turn our monolithic configuration objects into suites of
smaller module-specific configuration objects, we will want each one
to be able to provide its own verification callbacks. That means
that instead of invoking these verification callbacks directly, we will
want to call them via the configuration manager object.
The current API of this callback mixes responsibilities, including:
* validation
* transition checking
* processing (modifying) the configuration object.
These will have to be disentangled piece by piece, so for now, we'll
have "legacy" validate functions as well.
This is an automated commit, generated by this command:
./scripts/maint/rename_c_identifier.py \
validate_fn_t legacy_validate_fn_t \
validate_fn legacy_validate_fn
Nick Mathewson
teor
David Goulet