aarch64: Support FEAT_LSE128 and FEAT_LRCPC3

[taiki-e]

armv9.4-a added the following instructions as FEAT_LSE128:

• LDCLRP(AL) -- 128-bit atomic bit clear: https://developer.arm.com/documentation/ddi0602/2022-12/Base-Instructions/LDCLRP--LDCLRPA--LDCLRPAL--LDCLRPL--Atomic-bit-clear-on-quadword-in-memory-?lang=en
• LDSETP(AL) -- 128-bit atomic bit set/or: https://developer.arm.com/documentation/ddi0602/2022-12/Base-Instructions/LDSETP--LDSETPA--LDSETPAL--LDSETPL--Atomic-bit-set-on-quadword-in-memory-?lang=en
• SWPP(AL) -- 128-bit atomic swap: https://developer.arm.com/documentation/ddi0602/2022-12/Base-Instructions/SWPP--SWPPA--SWPPAL--SWPPL--Swap-quadword-in-memory-?lang=en

armv8.9-a/armv9.4-a added the following instructions as FEAT_LRCPC3:

• LDIAPP -- 128-bit acquire-load: https://developer.arm.com/documentation/ddi0602/2022-09/Base-Instructions/LDIAPP--Load-Acquire-RCpc-ordered-Pair-of-registers-
• STILP -- 128-bit release-store: https://developer.arm.com/documentation/ddi0602/2022-09/Base-Instructions/STILP--Store-Release-ordered-Pair-of-registers-

This PR optimizes aarch64 128-bit acquire-load/release-store when FEAT_LSE2 and FEAT_LRCPC3 are enabled and optimizes aarch64 128-bit fetch_and/fetch_or/swap/{release,seqcst}-store when FEAT_LSE128 is enabled.

See also the relevant LLVM patches: D141406 (FEAT_LSE128), D141429 (FEAT_LRCPC3)), D143506

This PR is still marked as a draft because:

• LLVM added support for FEAT_LSE128/FEAT_LRCPC3 on LLVM 16 (llvm/llvm-project@7fea6f2, llvm/llvm-project@a6aaa96), so we need to wait for Upgrade to LLVM 16 rust-lang/rust#107224.
• Once LLVM has been updated to 16, we need to test this using Arm Instruction Emulator or another tool.

cc #10

[taiki-e]

• LLVM added support for FEAT_LSE128/FEAT_LRCPC3 on LLVM 16 (llvm/llvm-project@7fea6f2, llvm/llvm-project@a6aaa96), so we need to wait for Upgrade to LLVM 16 rust-lang/rust#107224.
• Once LLVM has been updated to 16, we need to test this using Arm Instruction Emulator or another tool.

I could build rust-lang/rust#107224 locally and compile the test suite with -C target-feature=+lse2,+rcpc3,+lse128.

However, ArmIE does not support Armv8.9/Armv9.4, so I could not run tests with ArmIE (got SIGILL).
(The last release (22.0) of ArmIE was in March 2022, which was before Armv8.9/Armv9.4 was announced. We may need to use Fast Models which appears to support most of Armv8.9/Armv9.4.)