if (snapshot.getTimestamp() != null && snapshot.getBuildNumber() > 0) {
                String qualifier = snapshot.getTimestamp() + '-' + snapshot.getBuildNumber();
                version = version.substring(0, version.length() - SNAPSHOT.length()) + qualifier;
            }
            merge(SNAPSHOT, infos, versioning.getLastUpdated(), version, repository);
        }
    }

        val rendered = when (this) {
            is FirResolvedTypeRef -> type.renderTypeAsKotlinType()
            is FirUserTypeRef -> {
                val renderedQualifier = qualifier.joinToString(separator = ".") { part ->
                    buildString {
                        append(part.name)
                        if (part.typeArgumentList.typeArguments.isNotEmpty()) {

			return
		}
		// standard_func(a, b, c)
	}

	// check argument count
	if nargs != npars {
		var at poser = call
		qualifier := "not enough"
		if nargs > npars {
			at = args[npars].expr // report at first extra argument
			qualifier = "too many"
		} else if nargs > 0 {
			at = args[nargs-1].expr // report at last argument
		}
		// take care of empty parameter lists represented by nil tuples

}

var importedObjectTests = []struct {
	name string
	want string
}{
	// non-interfaces
	{"crypto.Hash", "type Hash uint"},
	{"go/ast.ObjKind", "type ObjKind int"},
	{"go/types.Qualifier", "type Qualifier func(*Package) string"},
	{"go/types.Comparable", "func Comparable(T Type) bool"},
	{"math.Pi", "const Pi untyped float"},
	{"math.Sin", "func Sin(x float64) float64"},

			return
		}
		// standard_func(a, b, c)
	}

	// check argument count
	if nargs != npars {
		var at positioner = call
		qualifier := "not enough"
		if nargs > npars {
			at = args[npars].expr // report at first extra argument
			qualifier = "too many"
		} else {
			at = atPos(call.Rparen) // report at closing )
		}
		// take care of empty parameter lists represented by nil tuples

//
// cgofunc    <expr> (<untyped kind> <mode>                    )
// cgofunc    <expr> (               <mode>       of type <typ>)
func operandString(x *operand, qf Qualifier) string {
	// special-case nil
	if isTypes2 {
		if x.mode == nilvalue {
			switch x.typ {
			case nil, Typ[Invalid]:
				return "nil (with invalid type)"
			case Typ[UntypedNil]:
				return "nil"

//
// cgofunc    <expr> (<untyped kind> <mode>                    )
// cgofunc    <expr> (               <mode>       of type <typ>)
func operandString(x *operand, qf Qualifier) string {
	// special-case nil
	if isTypes2 {
		if x.mode == nilvalue {
			switch x.typ {
			case nil, Typ[Invalid]:
				return "nil (with invalid type)"
			case Typ[UntypedNil]:
				return "nil"

            }
        }
    }

    private fun KaSession.renderTypeQualifier(value: KaClassTypeQualifier, printer: PrettyPrinter) {
        with(printer) {
            appendLine("qualifier:")
            withIndent {
                renderByPropertyNames(value, printer)
            }
        }
    }

			if T == nil && t == nil || T != nil && t != nil && Identical(T, t) {
				// talk about "case" rather than "type" because of nil case
				Ts := "nil"
				if T != nil {
					Ts = TypeString(T, check.qualifier)
				}
				err := check.newError(DuplicateCase)
				err.addf(e, "duplicate case %s in type switch", Ts)
				err.addf(other, "previous case")
				err.report()
				continue L
			}
		}
		seen[T] = e

			if T == nil && t == nil || T != nil && t != nil && Identical(T, t) {
				// talk about "case" rather than "type" because of nil case
				Ts := "nil"
				if T != nil {
					Ts = TypeString(T, check.qualifier)
				}
				err := check.newError(DuplicateCase)
				err.addf(e, "duplicate case %s in type switch", Ts)
				err.addf(other, "previous case")
				err.report()
				continue L
			}
		}
		seen[T] = e