菜单
Use when a MASM procedure needs temporary scratch storage — keep it in procedure-local memory so it cannot collide in a shared global region.
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基于 SOC 职业分类
Enforce type-signature conventions for public Miden Assembly (.masm) procedures. Use when adding, editing, or reviewing a `pub proc` signature — parameter and return types, semantic type aliases, struct/array/tuple types, and how the signature maps onto the operand stack and the doc-comment Inputs/Outputs.
Enforce inline commenting conventions for Miden Assembly (.masm) files. Use when editing, reviewing, or creating .masm files.
Enforce doc comment conventions for Miden Assembly (.masm) procedures. Use when editing, reviewing, or creating .masm procedures, especially when documenting inputs, outputs, panic conditions, or invocation types.
Use when writing kernel, account, or note MASM code that reads from or writes to the advice provider (advice stack / advice map) — validate advice data.
Use when writing a Rust test that exercises a failure path or a MASM test that expects a `panic` / `assert` — assert on the specific expected error variant or error code.
Use when writing or reviewing MASM hot paths — prefer the cheaper equivalent instruction: `neq.0` over `gt.0` for non-zero checks, `cdrop` over an `if/else` selecting between two values, `dup.N` over `loc_load` for a value still on the stack, `eqw` over element-wise word comparison, `u32gt`/`u32lt` over generic `gt`/`lt` on known-u32 operands.
| name | masm-locals-over-globals |
| description | Use when a MASM procedure needs temporary scratch storage — keep it in procedure-local memory so it cannot collide in a shared global region. |
When a MASM procedure needs scratch storage that lives only for the duration of one invocation, use procedure-local memory (loc_store, loc_load, loc_storew, loc_loadw) rather than allocating in a shared global memory region.
Global memory regions are reserved for state that crosses procedure boundaries (kernel inputs, account data, advice-keyed state). Stashing per-call scratch there leaks an implementation detail into a shared namespace and ties the procedure to a fixed address.
Procedure locals are allocated and freed by the VM, so two callers of the same procedure can't collide. A hard-coded scratch slot in global memory risks colliding with another procedure, forces every caller to avoid clobbering it, and locks the layout.
# Good
proc compute_hash
# allocate two local slots
loc_store.0
loc_store.1
# ...
loc_load.0
loc_load.1
end
# Bad: scratch in a shared region
const SCRATCH_PTR = 0x4000
proc compute_hash
mem_store.SCRATCH_PTR # collides with anyone else using SCRATCH_PTR
end