chore(deps): update dependency rust to v1.78.0

[renovate]

This PR contains the following updates:

Package	Update	Change
rust	minor	1.77.0 -> 1.78.0

---

Release Notes

rust-lang/rust (rust)

v1.78.0

Compare Source

==========================

Language

• Stabilize #[cfg(target_abi = ...)]
• Stabilize the #[diagnostic] namespace and #[diagnostic::on_unimplemented] attribute
• Make async-fn-in-trait implementable with concrete signatures
• Make matching on NaN a hard error, and remove the rest of illegal_floating_point_literal_pattern
• static mut: allow mutable reference to arbitrary types, not just slices and arrays
• Extend invalid_reference_casting to include references casting to bigger memory layout
• Add non_contiguous_range_endpoints lint for singleton gaps after exclusive ranges
• Add wasm_c_abi lint for use of older wasm-bindgen versions
  This lint currently only works when using Cargo.
• Update indirect_structural_match and pointer_structural_match lints to match RFC
• Make non-PartialEq-typed consts as patterns a hard error
• Split refining_impl_trait lint into _reachable, _internal variants
• Remove unnecessary type inference when using associated types inside of higher ranked where-bounds
• Weaken eager detection of cyclic types during type inference
• trait Trait: Auto {}: allow upcasting from dyn Trait to dyn Auto

Compiler

• Made INVALID_DOC_ATTRIBUTES lint deny by default
• Increase accuracy of redundant use checking
• Suggest moving definition if non-found macro_rules! is defined later
• Lower transmutes from int to pointer type as gep on null

Target changes:

• Windows tier 1 targets now require at least Windows 10
  • Enable CMPXCHG16B, SSE3, SAHF/LAHF and 128-bit Atomics in tier 1 Windows
• Add wasm32-wasip1 tier 2 (without host tools) target
• Add wasm32-wasip2 tier 3 target
• Rename wasm32-wasi-preview1-threads to wasm32-wasip1-threads
• Add arm64ec-pc-windows-msvc tier 3 target
• Add armv8r-none-eabihf tier 3 target for the Cortex-R52
• Add loongarch64-unknown-linux-musl tier 3 target

Refer to Rust's [platform support page][platform-support-doc]
for more information on Rust's tiered platform support.

Libraries

• Bump Unicode to version 15.1.0, regenerate tables
• Make align_offset, align_to well-behaved in all cases
• PartialEq, PartialOrd: document expectations for transitive chains
• Optimize away poison guards when std is built with panic=abort
• Replace pthread RwLock with custom implementation
• Implement unwind safety for Condvar on all platforms
• Add ASCII fast-path for char::is_grapheme_extended

Stabilized APIs

• impl Read for &Stdin
• Accept non 'static lifetimes for several std::error::Error related implementations
• Make impl<Fd: AsFd> impl take ?Sized
• impl From<TryReserveError> for io::Error

These APIs are now stable in const contexts:

• Barrier::new()

Cargo

• Stabilize lockfile v4
• Respect rust-version when generating lockfile
• Control --charset via auto-detecting config value
• Support target.<triple>.rustdocflags officially
• Stabilize global cache data tracking

Misc

• rustdoc: add --test-builder-wrapper arg to support wrappers such as RUSTC_WRAPPER when building doctests

Compatibility Notes

• Many unsafe precondition checks now run for user code with debug assertions enabled
  This change helps users catch undefined behavior in their code, though the details of how much is checked are generally not stable.
• riscv only supports split_debuginfo=off for now
• Consistently check bounds on hidden types of impl Trait
• Change equality of higher ranked types to not rely on subtyping
• When called, additionally check bounds on normalized function return type
• Expand coverage for arithmetic_overflow lint
• Fix detection of potential interior mutability in const initializers
  This code was accidentally accepted. The fix can break generic code that borrows a value of unknown type,
  as there is currently no way to declare "this type has no interior mutability". In the future, stabilizing
  the Freeze trait will allow proper support for such code.

Internal Changes

These changes do not affect any public interfaces of Rust, but they represent
significant improvements to the performance or internals of rustc and related
tools.

• Update to LLVM 18
• Build rustc with 1CGU on x86_64-pc-windows-msvc
• Build rustc with 1CGU on x86_64-apple-darwin
• Introduce run-make V2 infrastructure, a run_make_support library and port over 2 tests as example
• Windows: Implement condvar, mutex and rwlock using futex

v1.77.2

Compare Source

===========================

• CVE-2024-24576: fix escaping of Windows batch file arguments in std::process::Command

v1.77.1

Compare Source

===========================

• Revert stripping debuginfo by default for Windows
  This fixes a regression in 1.77 by reverting to the previous default.
  Platforms other than Windows are not affected.
• Internal: Fix heading anchor rendering in doc pages

---

Configuration

📅 Schedule: Branch creation - "before 7am every weekday" (UTC), Automerge - At any time (no schedule defined).

🚦 Automerge: Disabled by config. Please merge this manually once you are satisfied.

♻ Rebasing: Whenever PR becomes conflicted, or you tick the rebase/retry checkbox.

🔕 Ignore: Close this PR and you won't be reminded about this update again.

---

• If you want to rebase/retry this PR, check this box

---

This PR has been generated by Mend Renovate. View repository job log here.

[github-actions]

WASM Query Engine file Size

Engine	This PR	Base branch	Diff
Postgres	2.152MiB	2.152MiB	0.000B
Postgres (gzip)	845.855KiB	845.856KiB	-1.000B
Mysql	2.123MiB	2.123MiB	0.000B
Mysql (gzip)	832.880KiB	832.881KiB	-1.000B
Sqlite	2.016MiB	2.016MiB	0.000B
Sqlite (gzip)	793.209KiB	793.209KiB	-1.000B

[codspeed-hq]

CodSpeed Performance Report

Merging #4861 will degrade performances by 13.51%

_{Comparing renovate/rust-toolchain-update (61152f6) with main (482e329)}

Summary

❌ 3 regressions
✅ 8 untouched benchmarks

⚠️ Please fix the performance issues or acknowledge them on CodSpeed.

Benchmarks breakdown

	Benchmark	main	renovate/rust-toolchain-update	Change
❌	validate (large)	310 ms	358.4 ms	-13.51%
❌	validate (medium)	67.7 ms	77.9 ms	-13.06%
❌	validate (small)	9.5 ms	11 ms	-13.12%

[github-actions]

✅ WASM query-engine performance won't change substantially (1.001x)

Full benchmark report

DATABASE_URL="postgresql://postgres:postgres@localhost:5432/bench?schema=imdb_bench&sslmode=disable" \
node --experimental-wasm-modules query-engine/driver-adapters/executor/dist/bench.mjs
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
cpu: AMD EPYC 7763 64-Core Processor
runtime: node v18.20.2 (x64-linux)

benchmark                   time (avg)             (min … max)       p75       p99      p999
-------------------------------------------------------------- -----------------------------
• movies.findMany() (all - ~50K)
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline     295 ms/iter       (294 ms … 296 ms)    296 ms    296 ms    296 ms
Web Assembly: Latest       380 ms/iter       (378 ms … 383 ms)    381 ms    383 ms    383 ms
Web Assembly: Current      381 ms/iter       (380 ms … 383 ms)    383 ms    383 ms    383 ms
Node API: Current          199 ms/iter       (196 ms … 200 ms)    200 ms    200 ms    200 ms

summary for movies.findMany() (all - ~50K)
  Web Assembly: Current
   1.92x slower than Node API: Current
   1.29x slower than Web Assembly: Baseline
   1.01x slower than Web Assembly: Latest

• movies.findMany({ take: 2000 })
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline  12'079 µs/iter (11'815 µs … 14'699 µs) 12'019 µs 14'699 µs 14'699 µs
Web Assembly: Latest    15'593 µs/iter (15'199 µs … 18'128 µs) 15'460 µs 18'128 µs 18'128 µs
Web Assembly: Current   15'446 µs/iter (15'134 µs … 17'449 µs) 15'362 µs 17'449 µs 17'449 µs
Node API: Current        8'057 µs/iter   (7'903 µs … 8'426 µs)  8'130 µs  8'426 µs  8'426 µs

summary for movies.findMany({ take: 2000 })
  Web Assembly: Current
   1.92x slower than Node API: Current
   1.28x slower than Web Assembly: Baseline
   1.01x faster than Web Assembly: Latest

• movies.findMany({ where: {...}, take: 2000 })
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline   1'900 µs/iter   (1'793 µs … 3'094 µs)  1'883 µs  2'857 µs  3'094 µs
Web Assembly: Latest     2'411 µs/iter   (2'336 µs … 3'142 µs)  2'410 µs  2'937 µs  3'142 µs
Web Assembly: Current    2'420 µs/iter   (2'349 µs … 3'055 µs)  2'423 µs  2'866 µs  3'055 µs
Node API: Current        1'421 µs/iter   (1'334 µs … 1'839 µs)  1'431 µs  1'685 µs  1'839 µs

summary for movies.findMany({ where: {...}, take: 2000 })
  Web Assembly: Current
   1.7x slower than Node API: Current
   1.27x slower than Web Assembly: Baseline
   1x faster than Web Assembly: Latest

• movies.findMany({ include: { cast: true } take: 2000 }) (m2m)
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline     556 ms/iter       (551 ms … 571 ms)    556 ms    571 ms    571 ms
Web Assembly: Latest       760 ms/iter       (755 ms … 767 ms)    763 ms    767 ms    767 ms
Web Assembly: Current      762 ms/iter       (756 ms … 770 ms)    770 ms    770 ms    770 ms
Node API: Current          482 ms/iter       (473 ms … 496 ms)    487 ms    496 ms    496 ms

summary for movies.findMany({ include: { cast: true } take: 2000 }) (m2m)
  Web Assembly: Current
   1.58x slower than Node API: Current
   1.37x slower than Web Assembly: Baseline
   1x faster than Web Assembly: Latest

• movies.findMany({ where: {...}, include: { cast: true } take: 2000 }) (m2m)
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline  77'461 µs/iter (76'729 µs … 78'184 µs) 78'062 µs 78'184 µs 78'184 µs
Web Assembly: Latest       107 ms/iter       (106 ms … 108 ms)    108 ms    108 ms    108 ms
Web Assembly: Current      108 ms/iter       (107 ms … 110 ms)    109 ms    110 ms    110 ms
Node API: Current       63'183 µs/iter (62'292 µs … 64'047 µs) 64'039 µs 64'047 µs 64'047 µs

summary for movies.findMany({ where: {...}, include: { cast: true } take: 2000 }) (m2m)
  Web Assembly: Current
   1.71x slower than Node API: Current
   1.4x slower than Web Assembly: Baseline
   1.01x slower than Web Assembly: Latest

• movies.findMany({ take: 2000, include: { cast: { include: { person: true } } } })
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline     984 ms/iter     (977 ms … 1'005 ms)    985 ms  1'005 ms  1'005 ms
Web Assembly: Latest     1'268 ms/iter   (1'261 ms … 1'284 ms)  1'276 ms  1'284 ms  1'284 ms
Web Assembly: Current    1'274 ms/iter   (1'265 ms … 1'292 ms)  1'289 ms  1'292 ms  1'292 ms
Node API: Current          901 ms/iter       (857 ms … 940 ms)    935 ms    940 ms    940 ms

summary for movies.findMany({ take: 2000, include: { cast: { include: { person: true } } } })
  Web Assembly: Current
   1.41x slower than Node API: Current
   1.3x slower than Web Assembly: Baseline
   1.01x slower than Web Assembly: Latest

• movie.findMany({ where: { ... }, take: 2000, include: { cast: { include: { person: true } } } })
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline     140 ms/iter       (138 ms … 142 ms)    141 ms    142 ms    142 ms
Web Assembly: Latest       176 ms/iter       (175 ms … 177 ms)    177 ms    177 ms    177 ms
Web Assembly: Current      179 ms/iter       (177 ms … 182 ms)    181 ms    182 ms    182 ms
Node API: Current          109 ms/iter       (108 ms … 111 ms)    110 ms    111 ms    111 ms

summary for movie.findMany({ where: { ... }, take: 2000, include: { cast: { include: { person: true } } } })
  Web Assembly: Current
   1.64x slower than Node API: Current
   1.28x slower than Web Assembly: Baseline
   1.02x slower than Web Assembly: Latest

• movie.findMany({ where: { reviews: { author: { ... } }, take: 100 }) (to-many -> to-one)
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline     884 µs/iter     (823 µs … 1'557 µs)    877 µs  1'473 µs  1'557 µs
Web Assembly: Latest     1'211 µs/iter   (1'136 µs … 1'895 µs)  1'209 µs  1'809 µs  1'895 µs
Web Assembly: Current    1'230 µs/iter   (1'154 µs … 1'945 µs)  1'225 µs  1'835 µs  1'945 µs
Node API: Current          768 µs/iter     (700 µs … 1'182 µs)    789 µs    831 µs  1'182 µs

summary for movie.findMany({ where: { reviews: { author: { ... } }, take: 100 }) (to-many -> to-one)
  Web Assembly: Current
   1.6x slower than Node API: Current
   1.39x slower than Web Assembly: Baseline
   1.02x slower than Web Assembly: Latest

• movie.findMany({ where: { cast: { person: { ... } }, take: 100 }) (m2m -> to-one)
-------------------------------------------------------------- -----------------------------
Web Assembly: Baseline     883 µs/iter     (851 µs … 1'528 µs)    887 µs  1'188 µs  1'528 µs
Web Assembly: Latest     1'260 µs/iter   (1'146 µs … 1'893 µs)  1'214 µs  1'871 µs  1'893 µs
Web Assembly: Current    1'204 µs/iter   (1'154 µs … 1'698 µs)  1'215 µs  1'410 µs  1'698 µs
Node API: Current          809 µs/iter     (723 µs … 1'367 µs)    805 µs  1'184 µs  1'367 µs

summary for movie.findMany({ where: { cast: { person: { ... } }, take: 100 }) (m2m -> to-one)
  Web Assembly: Current
   1.49x slower than Node API: Current
   1.36x slower than Web Assembly: Baseline
   1.05x faster than Web Assembly: Latest

After changes in 61152f6