object["apiVersion"] = apiVersion
						object["kind"] = kind
					}

					if object["kind"] == "" {
						strict, lax = nil, runtime.NewMissingKindErr(diagnose(data))
						return
					}
					if object["apiVersion"] == "" {
						strict, lax = nil, runtime.NewMissingVersionErr(diagnose(data))
						return
					}

					unstructureds[i].Object = object
				}
				delete(content, "items")

		{in: "foo bar=3d", want: "foo bar="}, // lax.
		{in: "foo bar=\n", want: "foo bar"},
		{in: "foo bar\n", want: "foo bar\n"}, // somewhat lax.
		{in: "foo bar=0", want: "foo bar=0"}, // lax
		{in: "foo bar=0D=0A", want: "foo bar\r\n"},
		{in: " A B        \r\n C ", want: " A B\r\n C"},
		{in: " A B =\r\n C ", want: " A B  C"},
		{in: " A B =\n C ", want: " A B  C"}, // lax. treating LF as CRLF
		{in: "foo=\nbar", want: "foobar"},

	},
	{
		&Cookie{Name: "cookie-12", Value: "samesite-default", SameSite: SameSiteDefaultMode},
		"cookie-12=samesite-default",
	},
	{
		&Cookie{Name: "cookie-13", Value: "samesite-lax", SameSite: SameSiteLaxMode},
		"cookie-13=samesite-lax; SameSite=Lax",
	},
	{
		&Cookie{Name: "cookie-14", Value: "samesite-strict", SameSite: SameSiteStrictMode},
		"cookie-14=samesite-strict; SameSite=Strict",
	},
	{

			into: struct {
				A int `json:"a"`
			}{},
			assertOnError: assertIdenticalError(&cbor.UnknownFieldError{Index: 0}),
		},
		{
			name:  "case-insensitive match ignored in lax mode",
			modes: []cbor.DecMode{modes.DecodeLax},
			in:    hex("a1614101"), // {"A": 1}
			into: struct {
				A int `json:"a"`
			}{},
			want: struct {
				A int `json:"a"`
			}{
				A: 0,
			},

		}

		switch lowerAttr {
		case "samesite":
			lowerVal, ascii := ascii.ToLower(val)
			if !ascii {
				c.SameSite = SameSiteDefaultMode
				continue
			}
			switch lowerVal {
			case "lax":
				c.SameSite = SameSiteLaxMode
			case "strict":
				c.SameSite = SameSiteStrictMode
			case "none":
				c.SameSite = SameSiteNoneMode
			default:
				c.SameSite = SameSiteDefaultMode
			}

	}
	return nil
}

// validDNSName is a rather rudimentary check for the validity of a DNS name.
// This is used to check if the public_name in a ECHConfig is valid when we are
// picking a config. This can be somewhat lax because even if we pick a
// valid-looking name, the DNS layer will later reject it anyway.
func validDNSName(name string) bool {
	if len(name) > 253 {
		return false
	}
	labels := strings.Split(name, ".")

	switch c.SameSite {
	case http.SameSiteDefaultMode:
		e.SameSite = "SameSite"
	case http.SameSiteStrictMode:
		e.SameSite = "SameSite=Strict"
	case http.SameSiteLaxMode:
		e.SameSite = "SameSite=Lax"
	}

	return e, false, nil
}

var (
	errIllegalDomain   = errors.New("cookiejar: illegal cookie domain attribute")
	errMalformedDomain = errors.New("cookiejar: malformed cookie domain attribute")
)

				continue
			}
			op, _ := fsys.OverlayPath(mkAbs(p.Dir, sfile))
			args = append(args, op)
		}

		// Supply an empty go_asm.h as if the compiler had been run.
		// -gensymabis parsing is lax enough that we don't need the
		// actual definitions that would appear in go_asm.h.
		if err := sh.writeFile(a.Objdir+"go_asm.h", nil); err != nil {
			return err
		}

        "provider {[s1, s2]}" | { property().value(Providers.of(["s1, s2"])) } || "$collectionName(class ${String.name}, fixed(class ${ArrayList.name}, [s1, s2]))"

        // The following case abuses Groovy lax type-checking to put an invalid value into the property.
        "[provider {s1}]"     | { property().value([Providers.of("s1")]) }     || "$collectionName(class ${String.name}, [fixed(class ${String.name}, s1)])"
    }

        "[k: provider {v}]"          | { property().tap { put("k", Providers.of("v")) } }      || "Map(String->String, entry{k=fixed(class ${String.name}, v)})"

        // The following case abuses Groovy lax type-checking to put an invalid value into the property.
        "[k: (Object) provider {v}]" | { property().value(k: Providers.of("v")) }              || "Map(String->String, {k=fixed(class ${String.name}, v)})"
    }