case cci != nil:
			checker = cc.CheckNamedValue
		}

	nextCheck:
		err = checker(nv)
		switch err {
		case nil:
			n++
			continue
		case driver.ErrRemoveArgument:
			nvargs = nvargs[:len(nvargs)-1]
			continue
		case driver.ErrSkip:
			if nextCC {
				nextCC = false
				checker = cc.CheckNamedValue
			} else {
				checker = defaultCheckNamedValue
			}
			goto nextCheck

	MOVD	libcall_args(R19), R12	// libcall->args

	// Do we have more than 8 arguments?
	MOVD	libcall_n(R19), R0
	CMP	$0,	R0; BEQ	_0args
	CMP	$1,	R0; BEQ	_1args
	CMP	$2,	R0; BEQ	_2args
	CMP	$3,	R0; BEQ	_3args
	CMP	$4,	R0; BEQ	_4args
	CMP	$5,	R0; BEQ	_5args
	CMP	$6,	R0; BEQ	_6args
	CMP	$7,	R0; BEQ	_7args
	CMP	$8,	R0; BEQ	_8args

	// Reserve stack space for remaining args
	SUB	$8, R0, R2

	MOVL	$0, 0x68(DI)

	SUBQ	$(const_maxArgs*8), SP	// room for args

	// Fast version, do not store args on the stack.
	CMPL	CX, $0;	JE	_0args
	CMPL	CX, $1;	JE	_1args
	CMPL	CX, $2;	JE	_2args
	CMPL	CX, $3;	JE	_3args
	CMPL	CX, $4;	JE	_4args

	// Check we have enough room for args.
	CMPL	CX, $const_maxArgs
	JLE	2(PC)
	INT	$3			// not enough room -> crash

	// Copy args to the stack.
	MOVQ	SP, DI
	CLD
	REP; MOVSQ

	out := "_go_.o"
	ofile = objdir + out
	gcargs := []string{"-g"}
	gcargs = append(gcargs, b.gccArchArgs()...)
	gcargs = append(gcargs, "-fdebug-prefix-map="+b.WorkDir+"=/tmp/go-build")
	gcargs = append(gcargs, "-gno-record-gcc-switches")
	if pkgpath := gccgoPkgpath(p); pkgpath != "" {
		gcargs = append(gcargs, "-fgo-pkgpath="+pkgpath)
	}
	if p.Internal.LocalPrefix != "" {
		gcargs = append(gcargs, "-fgo-relative-import-path="+p.Internal.LocalPrefix)

				// the first npars-1 parameters and add one for
				// each argument mapping to the ... parameter.
				vars := make([]*Var, npars-1) // npars > 0 for variadic functions
				copy(vars, sig.params.vars)
				last := sig.params.vars[npars-1]
				typ := last.typ.(*Slice).elem
				for len(vars) < nargs {
					vars = append(vars, NewParam(last.pos, last.pkg, last.name, typ))
				}
				sigParams = NewTuple(vars...) // possibly nil!

				vars := make([]*Var, npars-1) // npars > 0 for variadic functions
				copy(vars, sig.params.vars)
				last := sig.params.vars[npars-1]
				typ := last.typ.(*Slice).elem
				for len(vars) < nargs {
					vars = append(vars, NewParam(last.pos, last.pkg, last.name, typ))
				}
				sigParams = NewTuple(vars...) // possibly nil!
				adjusted = true
				npars = nargs
			} else {
				// nargs < npars-1

        then:
        sb.toString() == ModelType.of(getClass()).displayName + "#" + desc

        where:
        method        | desc
        "noArgs"      | 'noArgs()'
        "oneArg"      | 'oneArg(String)'
        "twoArgs"     | 'twoArgs(String, String)'
        "genericArgs" | 'genericArgs(List<String>, Map<Integer, List<String>>)'
    }

	if siCtx, is := si.(driver.StmtExecContext); is {
		return siCtx.ExecContext(ctx, nvdargs)
	}
	dargs, err := namedValueToValue(nvdargs)
	if err != nil {
		return nil, err
	}

	select {
	default:
	case <-ctx.Done():
		return nil, ctx.Err()
	}
	return si.Exec(dargs)
}

namespace {
// This pass converts mlir functions consisting of mlir ops into a tf_executor
// dialect as a single island.
// Result like so:
//   func @my_fn(%argi...) -> (result_t) {
//     %results:[[n_args]] = tf_executor.graph {
//        %island_results:[[nargs + 1]] = tf_executor.island {
//          ... original ops ...
//          tf_executor.yield %results...
//        }
//        tf_executor.fetch %island_results#...
//      }

                tasksToRun(gradleTasks).jvmArgs(jvmOpts.collect { it.toString() })
            }
        }
        mavenBuildSpec {
            warmUpCount = warmUpRuns
            invocationCount = runs
            projectName(testProject).displayName("Maven $commonBaseDisplayName").invocation {
                tasksToRun(equivalentMavenTasks).mavenOpts(jvmOpts.collect { it.toString() }).args(mvnArgs.collect { it.toString() })
            }