We just merged a patch to enable formatting in CI but commit: `05fdead2
Feature: Add difficulty_float method for block::Header.` must have
slipped in.
Run the formatter.
913575ac91 hashes: Run the formatter (Tobin C. Harding)
52c4579057 Enable formatting for hashes (Tobin C. Harding)
3f16b6bf9f util: Run the formatter (Tobin C. Harding)
d210d2ac83 Enable formatting for util (Tobin C. Harding)
5973dce9db blockdata: Run the formatter (Tobin C. Harding)
0dcbed3c7b Enable formatting for blockdata (Tobin C. Harding)
a52746d01c psbt: Run the formatter (Tobin C. Harding)
ef306db5e2 Enable formatting for psbt (Tobin C. Harding)
296f2ed82c Make test panic instead of using code comment (Tobin C. Harding)
3ec8a12428 crypto: Run the formatter (Tobin C. Harding)
c8a3c58786 Enable formatting for crypto (Tobin C. Harding)
314e6786b4 crypto: Add rustfmt::skip attributes (Tobin C. Harding)
450a84f6e8 consensus: Run the formatter (Tobin C. Harding)
89143205f9 Enable formatting for consensus (Tobin C. Harding)
ce773af20f tests: Remove useless use of super imports (Tobin C. Harding)
ef01f4d0f6 consensus: Introduce local variables (Tobin C. Harding)
Pull request description:
One final push crew, 16 patches, only a few are big.
All non-trivial formatting is done in separate patches so the changes can be verified mechanically.
With this applied the whole `rust-bitcoin` crate will be formatted.
Big thanks to everyone for putting up with the ongoing formatting PRs, no-one likes doing these but hopefully this an improvement to the project - especially in helping us get more contributors to the project.
ACKs for top commit:
tcharding:
> ACK [913575a](913575ac91). Went through the workflow locally.
sanket1729:
ACK 913575ac91. Went through the workflow locally.
apoelstra:
ACK 913575ac91
Tree-SHA512: b30eaa2893563155de05f8fa97be4a24a7dd8bf43bb426314c5104598477ca2173af279da796da8b18cc53a0ed525908b3d4edd0504836a443465efa0773632d
67618d679d Mark `Denomination` as `non_exhaustive` (Martin Habovstiak)
Pull request description:
It is possible that we will add new variants to `Denomination` in the future so making it `non_exhaustive` is better for forward compatibility.
ACKs for top commit:
tcharding:
ACK 67618d679d
apoelstra:
ACK 67618d679d
sanket1729:
ACK 67618d679d
Tree-SHA512: a28b7c6577f098b3d64c505e948e3b9fd0cc43a911a2b7c35610ada6a2f75514a1cb05ab8c99212340cf4e34426ac8b5f0ecc65d5afa22d67296e82d878b9308
2d23e11569 Remove extern crate hashbrown (Tobin C. Harding)
Pull request description:
(Merge candidate only after release of 0.30.0)
We no longer have a "hashbrown" feature, the feature gated `pub extern crate hashbrown` should have been removed when we removed the feature.
ACKs for top commit:
apoelstra:
ACK 2d23e11569
Kixunil:
ACK 2d23e11569
Tree-SHA512: 36d4c539f3f972d42bbc9fda9e96063a78d35afc6aebbf534b878dcef0440b72c2a990bcbdbb2ad3bf99cab7048cdbd4002899c2b314da21e4a7bacaf8c71f0f
Add `rustfmt::skip` attribute in a couple of places and then remove the
exclude for the `blockdata` module. Do not run the formatter, that will
be done as a separate patch to aid review.
Currently we have a code comment that is supposed to assist devs in
maintaining the `network::constants::Network` type by failing to build
if a new variant is added. This plays havoc with the formatter because
the comment is hanging at the bottom of a match block and the formatting
thinks its for the proceeding line of code.
Instead of using a code comment add a panic so the unit test fails if a
new variant is added to `network::constants::Network`.
In preparation for running the formatter introduce a couple of local
variables to reduce the line length and inhibit function call from being
split over multiple lines.
Refactor only, no logic changes.
bef7992ce5 Update readme to mention pin for 1.47 (Tobin C. Harding)
58033cf14e pin serde dep on 1.47 (Tobin C. Harding)
f5f4a33fa9 pin serde dep on 1.41 (Andrew Poelstra)
ee9b297e98 ci: update dupe check to whitelist syn (Andrew Poelstra)
6aa640ff8d update rust-secp to 0.27.0 (Andrew Poelstra)
Pull request description:
Also remove the spurious dev-dependency copy of rust-secp, which should've been updated to remove the "recovery" feature in https://www.github.com/rust-bitcoin/rust-bitcoin/pull/545 and then been removed entirely in https://www.github.com/rust-bitcoin/rust-bitcoin/pull/1387
ACKs for top commit:
Kixunil:
ACK bef7992ce5
tcharding:
ACK bef7992ce5
Tree-SHA512: 7d1bf062dc6920bcafa85311b4b5ed348e31fb20aa21156e545bf7a4cc4c194e2b6dcfd0d3c6db3df337e4e2cd0f7b74f41ea421549521f07080feb88fbd9382
00b46d6d9d Indent functions (Martin Habovstiak)
d56d202aeb Support weight prediction in `const` context (Martin Habovstiak)
Pull request description:
**Notes for reviewers:**
This is something that I want to use in my code and hopefully reasonably easy to review, so if this can get into 0.30 that'd be really nice. No hard feelings if it doesn't.
I tried to put extra effort into making review easier by:
* intentionally "mis-formatting" the first commit so diff is smaller and easy to understand - see individual commits.
* copying patterns from non-const fn to const fn so it's obviously correct (includes same variable names)
* not bothering with the array trick in `VarInt::len` and simply accepting the limitation of Rust 1.46+ (I use 1.48 BTW).
**Description**
Some smart contracts or simplified wallets statically know the sizes of
transactions or inputs. The possible approaches to handling them so far
were re-computing the values (and hoping the optimizer will const fold
them) or using a simple constant which may be harder to understand and
get right. It's much nicer to just use a `const` but our code didn't
support it until now.
This change adds methods that can compute the prediction in `const`
context for Rust versions >= 1.46.0 which allow use of loops (and
conditions but those could be workaround anyway).
As a side effect of this, the change also adds `const` to `VarInt::len`
in Rust 1.46+. While this one could be made unconditional using array
trick it's probably not worth it because of the planned MSRV bump.
ACKs for top commit:
apoelstra:
ACK 00b46d6d9d
tcharding:
ACK 00b46d6d9d
Tree-SHA512: 5509886a68b4de5227db0e28d92a40be8de64592e0b189c519213db21bcfe98ca03d9a1936b1024729b97db69e8ec0b55fac870a7ce9bab0d0c9a47b2087990f
Some smart contracts or simplified wallets statically know the sizes of
transactions or inputs. The possible approaches to handling them so far
were re-computing the values (and hoping the optimizer will const fold
them) or using a simple constant which may be harder to understand and
get right. It's much nicer to just use a `const` but our code didn't
support it until now.
This change adds methods that can compute the prediction in `const`
context for Rust versions >= 1.46.0 which allow use of loops (and
conditions but those could be workaround anyway).
As a side effect of this, the change also adds `const` to `VarInt::len`
in Rust 1.46+. While this one could be made unconditional using array
trick it's probably not worth it because of the planned MSRV bump.
Note: this commit is intentionally unformatted to make diff easier to
understand. Formatting will be done in future commit.
It wasn't obvious that displaying address with alternate formatting
upper cases bech32 addresses.
This change adds information about this and also a note about the
compatibility of various wallets.
2158f88f1d Add a method to `pow::Target` for returning difficulty as an f64. (junderw)
Pull request description:
Closes#1703
This adds a conversion function to U256 to get an f64. We use the method shown in the following blog post.
https://blog.m-ou.se/floats/
Target::MAX was converted to a f64 and set as a const that is verified in a unit test.
The code is rather confusing, so I took a crack at explaining it in my comments as well. Please let me know if you want it cleaned up some more.
ACKs for top commit:
apoelstra:
ACK 2158f88f1d
tcharding:
ACK 2158f88f1d
Tree-SHA512: 7c0e82bd1756950c1c6dfb9da91fd71b276e2e7dc8a33e69112f87b87e358240f0f7c4894d24ab228e149d862938833a2e65e345ce2712a78dc86dec197da34f
This adds a conversion function to U256 to get an f64. We use the method shown in the following blog post. https://blog.m-ou.se/floats/
Target::MAX was converted to a f64 and set as a const that is verified in a unit test.
bfd401c96e bitcoin_hashes: add CHANgELOG (Andrew Poelstra)
d1b7b54e3a bump bitcoin-hashes version to 0.12 (Andrew Poelstra)
Pull request description:
It was a little tricky to bump the version number because of https://github.com/rust-bitcoin/rust-bitcoin/issues/1553. There are a couple other things I considered trying, which maybe we'll do for future releases, but I believe this works for now.
Maybe should wait for #1111.
ACKs for top commit:
tcharding:
ACK bfd401c96e
sanket1729:
utACK bfd401c96e. ChangeLog looks good to me, did not review whether all noteworthy changes were included.
Tree-SHA512: d2104fc93e364415ae955e8123e6087c1eaa4c955aeaf4647ead051a223563326f66c0e278d68f64335e22c9d0af9b296dc3b744cd9d82d206844461fe7bf9c9
e3f95ee22b Add tests for the FeeRate type (yancy)
Pull request description:
Adds some tests for the `FeeRate` type.
ACKs for top commit:
apoelstra:
ACK e3f95ee22b
tcharding:
ACK e3f95ee22b
Kixunil:
ACK e3f95ee22b
Tree-SHA512: 74d6597c747d5aa62a6510bf9fa8de971f89ad56f571aadd496f6487e80cc88bb2b5a1c6bcfed825d09d18ca2310b2bfd6fdbe330f2760369d167a653d26bef8
3eb648df01 Add constants to `InputWeightPrediction` (Martin Habovstiak)
Pull request description:
There are several common spends in Bitcoin that have known input weight predictions. It can be useful to have these as constants, so this change adds them. However, this only adds native segwit ones as the others are slowly fading away and might clutter the API.
If anyone wants other constants, please write them for me, their value is not that great to me so I'm not motivated to figure out the correct numbers. :)
This would be nice to add to 0.30 since it's small and easy but not critical.
ACKs for top commit:
apoelstra:
ACK 3eb648df01
tcharding:
ACK 3eb648df01
sanket1729:
ACK 3eb648df01
Tree-SHA512: 51d2cd2ecef7e6b79f9d4b52319e34b908fe8b5a337551dc2088994feeafc9c3ca87884c3db8369f8bd002947d6d14b373f08ef1419db282713206ed6f1b309a
There are several common spends in Bitcoin that have known input weight
predictions. It can be useful to have these as constants, so this change
adds them. However, this only adds native segwit ones as the others are
slowly fading away and might clutter the API.
Enable formatting in CI by doing:
- Add a section to the `test.sh` scripts to run the formatter (guarded by
the env variable `DO_FMT`) for all crates (bitcoin, hashes, internals).
- Add `DO_FMT` to the nightly `Tests` CI job.
Tobin C. Harding
Andrew Poelstra
Martin Habovstiak
junderw
yancy
Salvatore Ingala
Steven Roose