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How to use _TestCase method of generated Package

Best Keploy code snippet using generated._TestCase

sqlgen_test.go

Source:sqlgen_test.go

1package sqlgen2import (3	"context"4	"database/sql"5	"encoding/base64"6	"fmt"7	"reflect"8	"strings"9	"testing"10	"github.com/stretchr/testify/require"11	_ "github.com/go-sql-driver/mysql"12	"github.com/segmentio/ctlstore/pkg/ctldb"13	"github.com/segmentio/ctlstore/pkg/schema"14	_ "github.com/segmentio/go-sqlite3"15)16func TestMetaTableAsCreateTableDDL(t *testing.T) {17	famName, _ := schema.NewFamilyName("family1")18	tblName, _ := schema.NewTableName("table1")19	tbl := &MetaTable{20		DriverName: "sqlite3",21		FamilyName: famName,22		TableName:  tblName,23		Fields: []schema.NamedFieldType{24			{schema.FieldName{Name: "field1"}, schema.FTString},25			{schema.FieldName{Name: "field2"}, schema.FTInteger},26			{schema.FieldName{Name: "field3"}, schema.FTDecimal},27		},28		KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}}},29	}30	got, err := tbl.AsCreateTableDDL()31	if err != nil {32		t.Fatalf("Unexpected error %v", err)33	}34	want := `CREATE TABLE family1___table1 (` +35		`"field1" VARCHAR(191), ` +36		`"field2" INTEGER, ` +37		`"field3" REAL, ` +38		`PRIMARY KEY("field1")` +39		`);`40	if want != got {41		t.Errorf("Expected '%v', got '%v'", want, got)42	}43	ddl := want44	db, err := sql.Open("sqlite3", ":memory:")45	if err != nil {46		t.Fatalf("Unexpected error opening SQLite3 DB: %v", err)47	}48	defer db.Close()49	_, err = db.Exec(want)50	if err != nil {51		t.Errorf("Error executing generated SQL statement: %v", err)52	}53	rows, err := db.Query("SELECT name, type, pk FROM pragma_table_info(?)", "family1___table1")54	if err != nil {55		t.Fatalf("Unexpected error executing statement: %v", err)56	}57	defer rows.Close()58	foundColCount := 059	for rows.Next() {60		var name, colType string61		var pk int62		err := rows.Scan(&name, &colType, &pk)63		if err != nil {64			t.Fatalf("Unexpected error scanning row: %v", err)65		}66		if name == "field1" && colType == "VARCHAR(191)" && pk == 1 {67			foundColCount++68		}69		if name == "field2" && colType == "INTEGER" && pk == 0 {70			foundColCount++71		}72		if name == "field3" && colType == "REAL" && pk == 0 {73			foundColCount++74		}75	}76	if want, got := 3, foundColCount; want != got {77		t.Logf("DDL: %v", ddl)78		t.Errorf("Expected to find %d columns, but found %d", want, got)79	}80}81func TestMetaTableAddColumnDDL(t *testing.T) {82	famName, _ := schema.NewFamilyName("family1")83	tblName, _ := schema.NewTableName("table1")84	tbl := &MetaTable{85		DriverName: "sqlite3",86		FamilyName: famName,87		TableName:  tblName,88		Fields: []schema.NamedFieldType{89			{Name: schema.FieldName{Name: "field1"}, FieldType: schema.FTString},90		},91		KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}}},92	}93	ddl, err := tbl.AddColumnDDL(schema.FieldName{Name: "field2"}, schema.FTInteger)94	if err != nil {95		t.Errorf("Unexpected error calling AddColumnDDL method: %v", err)96	}97	{98		want := `ALTER TABLE family1___table1 ADD COLUMN "field2" INTEGER`99		got := ddl100		if want != got {101			t.Errorf("Expected SQL to be '%s', got: '%s'", want, got)102		}103	}104	{105		db, err := sql.Open("sqlite3", ":memory:")106		if err != nil {107			t.Fatalf("Unexpected error opening SQLite3 DB: %v", err)108		}109		defer db.Close()110		ddl = `CREATE TABLE family1___table1 ("field1" VARCHAR PRIMARY KEY); ` + ddl111		_, err = db.Exec(ddl)112		if err != nil {113			t.Errorf("Error executing generated SQL statement: %v", err)114		}115		rows, err := db.Query("SELECT name, type, pk FROM pragma_table_info(?)", "family1___table1")116		if err != nil {117			t.Fatalf("Unexpected error executing statement: %v", err)118		}119		defer rows.Close()120		foundColCount := 0121		for rows.Next() {122			var name, colType string123			var pk int124			err := rows.Scan(&name, &colType, &pk)125			if err != nil {126				t.Fatalf("Unexpected error scanning row: %v", err)127			}128			if name == "field1" && colType == "VARCHAR" && pk == 1 {129				foundColCount++130			}131			if name == "field2" && colType == "INTEGER" && pk == 0 {132				foundColCount++133			}134		}135		if want, got := 2, foundColCount; want != got {136			t.Errorf("Expected to find %d columns, but found %d", want, got)137		}138	}139}140func TestMetaTableUpsertDML(t *testing.T) {141	for _, test := range []struct {142		name string143		meta func() MetaTable144		row  func() []interface{}145		want string146	}{147		{148			name: "basic test",149			meta: func() MetaTable {150				famName, _ := schema.NewFamilyName("family1")151				tblName, _ := schema.NewTableName("table1")152				return MetaTable{153					FamilyName: famName,154					TableName:  tblName,155					Fields: []schema.NamedFieldType{156						{schema.FieldName{Name: "field1"}, schema.FTString},157						{schema.FieldName{Name: "field2"}, schema.FTString},158						{schema.FieldName{Name: "field3"}, schema.FTInteger},159						{schema.FieldName{Name: "field4"}, schema.FTByteString},160					},161					KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}, {Name: "field2"}}},162				}163			},164			row: func() []interface{} {165				encoded := base64.StdEncoding.EncodeToString([]byte{1, 2, 3})166				return []interface{}{"hello", "there", 123, encoded}167			},168			want: `REPLACE INTO family1___table1 ("field1","field2","field3","field4") ` +169				`VALUES('hello','there',123,x'010203')`,170		},171		{172			name: "upsert with null in key column",173			meta: func() MetaTable {174				famName, _ := schema.NewFamilyName("family1")175				tblName, _ := schema.NewTableName("table1")176				return MetaTable{177					FamilyName: famName,178					TableName:  tblName,179					Fields: []schema.NamedFieldType{180						{schema.FieldName{Name: "field1"}, schema.FTString},181						{schema.FieldName{Name: "field2"}, schema.FTString},182						{schema.FieldName{Name: "field3"}, schema.FTInteger},183					},184					KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}, {Name: "field2"}}},185				}186			},187			row: func() []interface{} {188				return []interface{}{"a\x00b", "there", 123}189			},190			want: `REPLACE INTO family1___table1 ("field1","field2","field3") ` +191				`VALUES(x'610062','there',123)`,192		},193		{194			name: "upsert with null in non-key column",195			meta: func() MetaTable {196				famName, _ := schema.NewFamilyName("family1")197				tblName, _ := schema.NewTableName("table1")198				return MetaTable{199					FamilyName: famName,200					TableName:  tblName,201					Fields: []schema.NamedFieldType{202						{schema.FieldName{Name: "field1"}, schema.FTString},203						{schema.FieldName{Name: "field2"}, schema.FTString},204						{schema.FieldName{Name: "field3"}, schema.FTInteger},205					},206					KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}, {Name: "field2"}}},207				}208			},209			row: func() []interface{} {210				return []interface{}{"hi", "a\x00b", 123}211			},212			want: `REPLACE INTO family1___table1 ("field1","field2","field3") ` +213				`VALUES('hi',x'610062',123)`,214		},215	} {216		t.Run(test.name, func(t *testing.T) {217			tbl := test.meta()218			got, err := tbl.UpsertDML(test.row())219			require.NoError(t, err)220			require.EqualValues(t, test.want, got)221		})222	}223}224func TestMetaTableDeleteDML(t *testing.T) {225	for _, test := range []struct {226		name string227		meta func() MetaTable228		row  func() []interface{}229		want string230	}{231		{232			name: "basic test",233			meta: func() MetaTable {234				famName, _ := schema.NewFamilyName("family1")235				tblName, _ := schema.NewTableName("table1")236				return MetaTable{237					FamilyName: famName,238					TableName:  tblName,239					Fields: []schema.NamedFieldType{240						{schema.FieldName{Name: "field1"}, schema.FTString},241						{schema.FieldName{Name: "field2"}, schema.FTByteString},242						{schema.FieldName{Name: "field3"}, schema.FTInteger},243					},244					KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}, {Name: "field2"}}},245				}246			},247			row: func() []interface{} {248				encoded := base64.StdEncoding.EncodeToString([]byte{1, 2, 3})249				return []interface{}{"hello", encoded}250			},251			want: `DELETE FROM family1___table1 WHERE ` +252				`"field1" = 'hello' AND ` +253				`"field2" = x'010203'`,254		},255		{256			name: "delete with null in key column",257			meta: func() MetaTable {258				famName, _ := schema.NewFamilyName("family1")259				tblName, _ := schema.NewTableName("table1")260				return MetaTable{261					FamilyName: famName,262					TableName:  tblName,263					Fields: []schema.NamedFieldType{264						{schema.FieldName{Name: "field1"}, schema.FTString},265						{schema.FieldName{Name: "field2"}, schema.FTString},266					},267					KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}}},268				}269			},270			row: func() []interface{} {271				return []interface{}{"a\x00b"}272			},273			want: `DELETE FROM family1___table1 WHERE "field1" = x'610062'`,274		},275	} {276		t.Run(test.name, func(t *testing.T) {277			tbl := test.meta()278			got, err := tbl.DeleteDML(test.row())279			require.NoError(t, err)280			require.EqualValues(t, test.want, got)281		})282	}283}284func TestMetaTableClearTableDDL(t *testing.T) {285	famName, _ := schema.NewFamilyName("family1")286	tblName, _ := schema.NewTableName("table1")287	tbl := MetaTable{288		FamilyName: famName,289		TableName:  tblName,290		Fields: []schema.NamedFieldType{291			{schema.FieldName{Name: "field1"}, schema.FTString},292			{schema.FieldName{Name: "field2"}, schema.FTByteString},293		},294		KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}}},295	}296	got := tbl.ClearTableDDL()297	want := `DELETE FROM family1___table1`298	if got != want {299		t.Errorf("Expected: %v, Got: %v", want, got)300	}301}302func TestMetaTableDropTableDDL(t *testing.T) {303	famName, _ := schema.NewFamilyName("family1")304	tblName, _ := schema.NewTableName("table1")305	tbl := MetaTable{306		FamilyName: famName,307		TableName:  tblName,308		Fields: []schema.NamedFieldType{309			{schema.FieldName{Name: "field1"}, schema.FTString},310		},311		KeyFields: schema.PrimaryKey{Fields: []schema.FieldName{{Name: "field1"}}},312	}313	got := tbl.DropTableDDL()314	require.EqualValues(t, `DROP TABLE IF EXISTS family1___table1`, got)315}316func TestSQLQuote(t *testing.T) {317	suite := []struct {318		desc   string319		input  interface{}320		output string321	}{322		{"int", int(1), "1"},323		{"uint", uint(1), "1"},324		{"int8", int8(1), "1"},325		{"uint8", uint8(1), "1"},326		{"int32", int32(1), "1"},327		{"uint32", uint32(1), "1"},328		{"int64", int64(1), "1"},329		{"uint64", uint64(1), "1"},330		{"float32", float32(1.01), "1.01"},331		{"float64", float64(1.01), "1.01"},332		{"bool", false, "false"},333		{"string", "hello rick's Âµ", "'hello rick''s Âµ'"},334		{"[]byte", []byte{0xDE, 0xAD, 0xBE, 0xEF}, "x'deadbeef'"},335		{"Stringer", reflect.TypeOf(12345), "int"},336	}337	for caseIdx, _testCase := range suite {338		testCase := _testCase // closure capture screws us339		testName := fmt.Sprintf("%d_%s", caseIdx, testCase.desc)340		t.Run(testName, func(t *testing.T) {341			sqliteDb, err := sql.Open("sqlite3", ":memory:")342			if err != nil {343				t.Fatalf("Unexpected error: %v", err)344			}345			mysqlDb, err := sql.Open("mysql", ctldb.GetTestCtlDBDSN(t))346			if err != nil {347				t.Fatalf("Can't connect to local MySQL: %v", err)348			}349			dbs := []*sql.DB{sqliteDb, mysqlDb}350			for _, db := range dbs {351				dbName := SqlDriverToDriverName(db.Driver())352				t.Run(testName+"_"+dbName, func(t *testing.T) {353					ctx := context.Background()354					quoted, err := SQLQuote(testCase.input)355					_ = ctx356					if err != nil {357						t.Errorf("Unexpected error: %v", err)358					} else if want, got := testCase.output, quoted; want != got {359						t.Errorf("Expected %v, got %v", want, got)360					}361				})362			}363		})364	}365}366func TestFieldTypeSQLResolution(t *testing.T) {367	stripColTypeForDB := func(dbType string, ct string) string {368		if dbType == "mysql" {369			parIdx := strings.Index(ct, "(")370			if parIdx == -1 {371				return ct372			}373			return ct[:parIdx]374		} else if dbType == "sqlite3" {375			return ct376		} else {377			return fmt.Sprintf("ERROR[UNKNOWN DB TYPE='%s']", dbType)378		}379	}380	for wantFt, dbToColType := range fieldTypeToSQLMap {381		for dbType, sqlType := range dbToColType {382			sqlColType := stripColTypeForDB(dbType, sqlType)383			gotFt, ok := schema.SqlTypeToFieldType(sqlColType)384			if !ok {385				t.Errorf("SQL type %v (aka %v) not resolvable to a field", sqlType, sqlColType)386			} else if wantFt != gotFt {387				t.Errorf("Expected %v(%v) to resolve to %v, but got %v", sqlType, sqlColType, wantFt, gotFt)388			}389		}390	}391}...

_TestCase

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello, World!")4}5import "testing"6func TestHelloWorld(t *testing.T) {7    t.Log("Hello, World!")8}9import "fmt"10func main() {11    fmt.Println("Hello, World!")12}13import "testing"14func TestHelloWorld(t *testing.T) {15    t.Log("Hello, World!")16}17import "testing"18func TestHelloWorld(t *testing.T) {19    t.Log("Hello, World!")20}21import (22func TestHelloWorld(t *testing.T) {23    t.Log("Hello, World!")24}25--- FAIL: TestHelloWorld (0.00s)26package {{.PackageName}}27import (28{{range .Funcs}}29func {{.Name}}(t *testing.T) {30    t.Log("Hello, World!")31}32{{end}}33import "testing"34func TestHelloWorld(t *testing.T) {35    t.Log("Hello, World!")36}37func TestHelloWorld1(t *testing.T

_TestCase

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, world.")4    TestSuite()5}6func TestSuite() {7    fmt.Println("Running Test Suite")8    test := new(TestSuite)9    test.SetUpSuite()10    test.Test1()11    test.TearDownSuite()12    fmt.Println("Test Suite Complete")13}14func TestCase() {15    fmt.Println("Running Test Case")16    test := new(TestSuite)17    test.SetUp()18    test.Test1()19    test.TearDown()20    fmt.Println("Test Case Complete")21}22import (23func main() {24    fmt.Println("Hello, world.")25    TestSuite()26}27func TestSuite() {28    fmt.Println("Running Test Suite")29    test := new(TestSuite)30    test.SetUpSuite()31    test.Test2()32    test.TearDownSuite()33    fmt.Println("Test Suite Complete")34}35func TestCase() {36    fmt.Println("Running Test Case")37    test := new(TestSuite)38    test.SetUp()39    test.Test2()40    test.TearDown()41    fmt.Println("Test Case Complete")42}43import (44func main() {45    fmt.Println("Hello, world.")46    TestSuite()47}48func TestSuite() {49    fmt.Println("Running Test Suite")50    test := new(TestSuite)51    test.SetUpSuite()52    test.Test3()53    test.TearDownSuite()54    fmt.Println("Test Suite Complete")55}56func TestCase() {57    fmt.Println("Running Test Case")58    test := new(TestSuite)59    test.SetUp()60    test.Test3()61    test.TearDown()62    fmt.Println("Test Case Complete")63}64import (65func main() {66    fmt.Println("Hello, world.")67    TestSuite()

_TestCase

Using AI Code Generation

1import (2func main() {3	c := NewClass()4	method, _ := reflect.TypeOf(c).MethodByName("_TestCase")5	method.Func.Call([]reflect.Value{reflect.ValueOf(c), reflect.ValueOf(1), reflect.ValueOf("abc")})6}

_TestCase

Using AI Code Generation

1import (2func Test1(t *testing.T) {3	TestCase(t, "1.go")4}5func Test2(t *testing.T) {6	TestCase(t, "2.go")7}8func Test3(t *testing.T) {9	TestCase(t, "3.go")10}11import (12func TestCase(t *testing.T, path string) {

_TestCase

Using AI Code Generation

1func main() {2  obj := new(TestClass)3  obj._TestCase(1)4}5func main() {6  obj := new(TestClass)7  obj._TestCase(2)8}9func main() {10  obj := new(TestClass)11  obj._TestCase(3)12}13func main() {14  obj := new(TestClass)15  obj._TestCase(4)16}17func main() {18  obj := new(TestClass)19  obj._TestCase(5)20}21func main() {22  obj := new(TestClass)23  obj._TestCase(6)24}25func main() {26  obj := new(TestClass)27  obj._TestCase(7)28}29func main() {30  obj := new(TestClass)31  obj._TestCase(8)32}33func main() {34  obj := new(TestClass)35  obj._TestCase(9)36}37func main() {38  obj := new(TestClass)39  obj._TestCase(10)40}

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