How to use TestParse method of email Package

Best Syzkaller code snippet using email.TestParse

parser_test.go

Source:parser_test.go

...60	if err := Parse(LexString(t, `{"ding": "dingeling", "dong": {"name": "lasse"}}`), &pf); err != nil {61		t.Fatal(err)62	}63}64func TestParserSimple(t *testing.T) {65	var obj TestObject66	if err := Parse(LexString(t, `{"name": "lasse"}`), &obj); err != nil {67		t.Fatal(err)68	}69	if obj.Name != "lasse" {70		t.Fatal("not lasse:", obj.Name)71	}72}73func TestParseSample(t *testing.T) {74	var ding Ding75	if err := Parse(LexString(t, sample), &ding); err != nil {76		t.Fatal(err)77	}78	if !(ding.Ding == 1 &&79		ding.Dong == "hello" &&80		ding.Boolean == true &&81		ding.Object.Name == "lasse" &&82		ding.Array[2] == 3 &&83		ding.StringSlice[2] == "3" &&84		ding.MultiDimension[1][2] == 6 &&85		ding.ObjectArray[1].Name == "basse" &&86		ding.MapObject["lumber"] == 13 &&87		ding.Float == 3.2) {88		t.Fatal(ding)89	}90}91func TestParsePrimitive(t *testing.T) {92	var v uint6493	if err := Parse(LexString(t, `1`), &v); err != nil {94		t.Fatal(err)95	}96	if v != 1 {97		t.Fatal("v not equal 1:", v)98	}99}100func TestParseArrayInStruct(t *testing.T) {101	type Thing struct {102		Array []int64103	}104	tokens := LexString(t, `{"array": [1, 2, 3, 4]}`)105	var obj Thing106	if err := Parse(tokens, &obj); err != nil {107		t.Fatal(err)108	}109	if len(obj.Array) != 4 {110		t.Fatal(len(obj.Array))111	}112	if obj.Array[2] != 3 {113		t.Fatal("expected 3:", obj.Array[2])114	}115	if obj.Array[3] != 4 {116		t.Fatal("expected 4:", obj.Array[3])117	}118}119func TestParseArray(t *testing.T) {120	tokens := LexString(t, "[1, 2, 3, 4]")121	//if tokens.Join(";") != "[;1;,;2;,;3;,;4;]" {122	//	t.Fatal("oh no", tokens.Join(";"))123	//}124	var obj []int125	if err := Parse(tokens, &obj); err != nil {126		t.Fatal(err)127	}128	if len(obj) != 4 {129		t.Fatal(len(obj))130	}131	if obj[2] != 3 {132		t.Fatal("expected 3:", obj[2])133	}134}135func TestParseFloatArray(t *testing.T) {136	tokens := LexString(t, "[1.1, 2.2, 3.3, 4.4]")137	//if tokens.Join(";") != "[;1.1;,;2.2;,;3.3;,;4.4;]" {138	//	t.Fatal("oh no", tokens.Join(";"))139	//}140	var obj []float64141	if err := Parse(tokens, &obj); err != nil {142		t.Fatal(err)143	}144	if len(obj) != 4 {145		t.Fatal(len(obj))146	}147	if obj[2] != 3.3 {148		t.Fatal("expected 3.3:", obj[2])149	}150}151func TestParseMultiArray(t *testing.T) {152	tokens := LexString(t, `[153	[1, 2, 3],154	[4, 5, 6]155]`)156	//if tokens.Join(";") != "[;[;1;,;2;,;3;];,;[;4;,;5;,;6;];]" {157	//	t.Fatal("oh no", tokens.Join(";"))158	//}159	var obj [][]int160	if err := Parse(tokens, &obj); err != nil {161		t.Fatal(err)162	}163	if len(obj) != 2 {164		t.Fatal("length of object:", len(obj), obj)165	}166	if len(obj[0]) != 3 {167		t.Fatal("length of object inner:", len(obj[0]))168	}169	if obj[1][0] != 4 {170		t.Fatal("omg it's not 4:", obj[1][0])171	}172}173func TestParseMultiStringArray(t *testing.T) {174	tokens := LexString(t, `[175	["1", "2", "3"],176	["4", "5", "6"]177]`)178	//if tokens.Join(";") != "[;[;1;,;2;,;3;];,;[;4;,;5;,;6;];]" {179	//	t.Fatal("oh no", tokens.Join(";"))180	//}181	var obj [][]string182	if err := Parse(tokens, &obj); err != nil {183		t.Fatal(err)184	}185	if len(obj) != 2 {186		t.Fatal("length of object:", len(obj))187	}188	if len(obj[0]) != 3 {189		t.Fatal("length of object inner:", len(obj[0]))190	}191	if obj[1][0] != "4" {192		t.Fatal("omg it's not 4:", obj[1][0])193	}194}195func TestParseObjectArray(t *testing.T) {196	tokens := LexString(t, `[197	{198		"name": "lasse"199	},200	{201		"name": "basse"202	}203]`)204	//if tokens.Join(";") != "[;{;name;:;lasse;};,;{;name;:;basse;};]" {205	//	t.Fatal("oh no", tokens.Join(";"))206	//}207	var obj []TestObject208	if err := Parse(tokens, &obj); err != nil {209		t.Fatal(err)210	}211	if len(obj) != 2 {212		t.Fatal("length of object:", len(obj), obj)213	}214	if obj[1].Name != "basse" {215		t.Fatal("omg it's not basse:", obj[1].Name)216	}217}218func TestMapStringIntUnmarshal(t *testing.T) {219	tokens := LexString(t, `{"number": 1, "lumber": 13}`)220	var m map[string]int221	if err := Parse(tokens, &m); err != nil {222		t.Fatal(err)223	}224	if m["number"] != 1 {225		t.Fatal("map parsed incorrectly:", m)226	}227	if m["lumber"] != 13 {228		t.Fatal("map parsed incorrectly:", m)229	}230}231func TestMapStringStringUnmarshal(t *testing.T) {232	tokens := LexString(t, `{"number": "1", "lumber": "13"}`)233	var m map[string]string234	if err := Parse(tokens, &m); err != nil {235		t.Fatal(err)236	}237	if m["number"] != "1" {238		t.Fatal("map parsed incorrectly:", m)239	}240	if m["lumber"] != "13" {241		t.Fatal("map parsed incorrectly:", m)242	}243}244func testParse(t *testing.T, lexer *lexer.Lexer, v interface{}) {245	if err := Parse(lexer, v); err != nil {246		t.Fatal(err)247	}248}249func TestParseAsReflectValue(t *testing.T) {250	tt := []struct {251		name  string252		check func() bool253	}{254		{name: "string", check: func() bool {255			var v string256			testParse(t, LexString(t, `"lasse"`), &v)257			return v == "lasse"258		}},259		{name: "int64", check: func() bool {260			var v int64261			testParse(t, LexString(t, `234`), &v)262			return v == 234263		}},264		{name: "int32", check: func() bool {265			var v int32266			testParse(t, LexString(t, `234`), &v)267			return v == 234268		}},269		{name: "int", check: func() bool {270			var v int271			testParse(t, LexString(t, `234`), &v)272			return v == 234273		}},274		{name: "float64", check: func() bool {275			var v float64276			testParse(t, LexString(t, `42.2`), &v)277			return v == 42.2278		}},279		{name: "float32", check: func() bool {280			var v float32281			testParse(t, LexString(t, `42.2`), &v)282			return v == 42.2283		}},284		{name: "test_object", check: func() bool {285			var v TestObject286			testParse(t, LexString(t, `{"name": "lasse"}`), &v)287			return v.Name == "lasse"288		}},289		{name: "string_array", check: func() bool {290			var v []string291			testParse(t, LexString(t, `["name", "lasse"]`), &v)292			return v[1] == "lasse"293		}},294		{name: "interface_string", check: func() bool {295			var v interface{}296			testParse(t, LexString(t, `"lasse"`), &v)297			return v.(string) == "lasse"298		}},299		{name: "interface_object", check: func() bool {300			var v interface{}301			testParse(t, LexString(t, `{"name": "lasse"}`), &v)302			return v.(map[string]interface{})["name"] == "lasse"303		}},304		{name: "interface_array", check: func() bool {305			var v []interface{}306			testParse(t, LexString(t, `["name", "lasse"]`), &v)307			return v != nil &&308				v[0].(string) == "name"309		}},310		{name: "ding_object", check: func() bool {311			var ding Ding312			testParse(t, LexString(t, sample), &ding)313			return ding.Ding == 1 &&314				ding.Dong == "hello" &&315				ding.Boolean == true &&316				ding.Object.Name == "lasse" &&317				ding.Array[2] == 3 &&318				ding.StringSlice[2] == "3" &&319				ding.MultiDimension[1][2] == 6 &&320				ding.ObjectArray[1].Name == "basse" &&321				ding.MapObject["lumber"] == 13 &&322				ding.Float == 3.2323		}},324	}325	for _, tc := range tt {326		t.Run(tc.name, func(t *testing.T) {327			if !tc.check() {328				t.Fatalf("check failed on test: %s", tc.name)329			}330		})331	}332}333func TestParsePointer(t *testing.T) {334	tokens := LexString(t, `{335		"object": {336			"name": "lasse"337		}338	}`)339	var ding Ding340	if err := Parse(tokens, &ding); err != nil {341		t.Fatal(err)342	}343	if ding.Object.Name != "lasse" {344		t.Fatal("oh no")345	}346}347func TestParseInterfaceString(t *testing.T) {348	tokens := LexString(t, `"lasse"`)349	var ding interface{}350	if err := Parse(tokens, &ding); err != nil {351		t.Fatal(err)352	}353	if ding.(string) != "lasse" {354		t.Fatal("oh no")355	}356}357func TestMapFollowedBy(t *testing.T) {358	tokens := LexString(t, `{359	"map_object": {360		"number": 1,361		"lumber": 13...

jwt_test.go

Source:jwt_test.go

...53	assert.True(t, isBlacklisted)54	os.Unsetenv("JWT_ISSUER")55	os.Unsetenv("JWT_KEY")56}57func TestParse(t *testing.T) {58	os.Setenv("JWT_ISSUER", "TestParse")59	os.Setenv("JWT_KEY", "TestParse")60	generatedToken, err := GenerateJwtToken("TestValidateJwtToken@email.com")61	assert.NoError(t, err)62	assert.NotNil(t, generatedToken)63	_, err = generatedToken.parse()64	assert.NoError(t, err)65	malformedToken := &SignedToken{66		Token: "malformed data",67	}68	_, err = malformedToken.parse()69	assert.Error(t, err)70	os.Unsetenv("JWT_ISSUER")71	os.Unsetenv("JWT_KEY")72}73func TestValidateJwtToken(t *testing.T) {...

mailer_test.go

Source:mailer_test.go

...3	"log"4	"testing"5	"github.com/stretchr/testify/assert"6)7func TestParse(t *testing.T) {8	mock1 := "from@email.com"9	mock2 := "From Sender <from@email.com>"10	email1, fullAddr1 := parseAddr(mock1)11	email2, fullAddr2 := parseAddr(mock2)12	log.Println(email2, fullAddr2)13	assert.Equal(t, "from@email.com", email1)14	assert.Equal(t, "from@email.com", email2)15	assert.NotEqual(t, "From Sender <from@email.com>", fullAddr1)16	assert.Equal(t, "From Sender <from@email.com>", fullAddr2)17}

TestParse

Using AI Code Generation

1import (2func main() {3    m, err := mail.ParseAddress(address)4    if err != nil {5        fmt.Println(err)6    }7    fmt.Println(m.Address)8    fmt.Println(m.Name)9}10GoLang mail.ParseAddressList() Method11func ParseAddressList(address string) ([]*Address, error)12import (13func main() {14    address := []string{"[email protected]", "[email protected]"}15    m, err := mail.ParseAddressList(address[0] + ", " + address[1])16    if err != nil {17        fmt.Println(err)18    }19    fmt.Println(m[0].Address)20    fmt.Println(m[0].Name)21    fmt.Println(m[1].Address)22    fmt.Println(m[1].Name)23}24GoLang mail.ParseDate() Method25func ParseDate(date string) (time.Time, error)

TestParse

Using AI Code Generation

1import (2func main() {3	m := NewEmail()4	m.SetSubject("Test email")5	m.SetBody("text/html", "This is a test email")6	m.AddRecipient("

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