check.simpleStmt(s.Init)

		// A type switch guard must be of the form:
		//
		//     TypeSwitchGuard = [ identifier ":=" ] PrimaryExpr "." "(" "type" ")" .
		//
		// The parser is checking syntactic correctness;
		// remaining syntactic errors are considered AST errors here.
		// TODO(gri) better factoring of error handling (invalid ASTs)
		//
		var lhs *ast.Ident // lhs identifier or nil
		var rhs ast.Expr

			// requests. xl.meta is the authoritative source of truth on which parts constitute
			// the object. The presence of parts that don't belong in the object doesn't affect correctness.
			_ = storageDisks[index].Delete(context.TODO(), minioMetaMultipartBucket, curpartPath, DeleteOptions{
				Recursive: false,
				Immediate: false,
			})

//          which assumes that (nat) slice capacities are never
//          changed (no 3-operand slice expressions). If that
//          changes, alias needs to be updated for correctness.

package big

import (
	"internal/byteorder"
	"math/bits"
	"math/rand"
	"sync"
)

// An unsigned integer x of the form
//
//	x = x[n-1]*_B^(n-1) + x[n-2]*_B^(n-2) + ... + x[1]*_B + x[0]

debugger. Because variables have all been resolved to the specific
objects they represent, there is no danger of using plain "p1" and
colliding with a Go variable named "p1"; the # is just nice to have,
not for correctness.)

It can also happen that there are fewer range variables than function
arguments, in which case we end up with something like

	f(func(x T1, _ T2) bool {
		...
	})

or

			// the stack pointer back up (if it ever went down) and then jumps
			// to a new function entirely. That form of instruction must read
			// all the parameters for correctness, and similarly it must not
			// read the out arguments - they won't be set until the new
			// function runs.
			lv.cache.tailuevar = append(lv.cache.tailuevar, int32(i))

		case ir.PPARAMOUT: