Using Option<T> as an alias for T was too clever indeed, and it
meant that our HashMaps were declared with the wrong types.
Putting flags here instead gives us an extension point that we can
use in the future.
Every element in the set has up to N keys, each of which may have differnt
types. No value for any key may correspond to more than one element in
the set.
These properties can be provided, via a macro, for values of N between 1
and $BIG_ENOUGH.
We'll use this to implement a type that holds HasRelayIds.
There are going to be some tasks (well, right away, one task) which
will want to go away when the sender is dropped.
The docs in postage are silent, but postage:⌚:Sender does not
have a Drop impl so I don't think we can rely on the Receivers getting
None from their Stream impl.
So we're going to have the watch send Options, which are None only
when the sender is dropped.
We need to replace the AtomicBool for dormant mode with something that
can wake up tasks. postage::watch is the right shape.
But we want to be able to update it but suppress no-op updates.
(There is going to be a call site where no-op updates can occur.)
In the absence of a suitable upstream method as requested here
https://github.com/austinjones/postage-rs/issues/56
we introduce this facility via an extension trait.
This interface allows using FilterCount with functions that expect
predicates rather than iterator chains.
I'm about to use it to get meaningful FilterCount results in the
path-selection code in circmgr.
This is a helper rather than a Display implementation because it
isn't the only logical way to display these values. (In fact,
without context, it isn't even the _most_ logical way)
This is going to make it simpler to write the code in guardmgr (and
later in circmgr) that keeps track of how many relays were rejected
for what reason. The latter, in turn, should improve error messages
when we're unable to pick a guard or a path.
Found these by disabling the nightly dbg macro special case. Now, we
have a mechanism for globally adding suppressions to tests, we can use
that instead.
This only affects uses of thread_rng(), and affects them all more or
less indiscriminately. One test does not work with
ARTI_TEST_PRNG=deterministic; the next commit will fix it.
The new `testing_rng()` function is meant as a replacement for
thread_rng() for use in unit tests. By default, it uses a randomly
seeded RNG, but prints the seed before the test so that you can
reproduce any failures that occur. You can override this via the
environment to use a previous seed, or by using a deterministic
seed for all your tests.
Backend for #486.
Ian Jackson
Nick Mathewson
trinity-1686a
Ian Jackson