How to use Info method of migrations Package

Best Testkube code snippet using migrations.Info

baseHashKey_test.go

Source:baseHashKey_test.go Github

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...16 parser *testParser[string, string, string]17 }18 type wants struct {19 redisData map[string]string20 errInfo errUtil.IError21 }22 tests := []struct {23 name string24 args args25 migrations migrations26 wants wants27 }{28 {29 "NOT_CHANGE",30 args{31 "k",32 "v",33 },34 migrations{35 redisData: map[string]string{36 "k": "v",37 },38 },39 wants{40 redisData: map[string]string{41 "k": "v",42 },43 errInfo: NotChangeErrInfo,44 },45 },46 }47 for _, tt := range tests {48 t.Run(tt.name, func(t *testing.T) {49 connection, baseKey := setupTestDb(t)50 parser := *defaultParser51 if p := tt.migrations.parser; p != nil {52 parser.set(p)53 }54 key := NewBaseHashKey[string, string](55 connection,56 baseKey,57 parser,58 )59 migrationKey := NewBaseHashKey[string, string](60 connection,61 baseKey,62 defaultParser,63 )64 if errInfo := migrationKey.Migration(tt.migrations.redisData); errInfo != nil {65 t.Fatal(errInfo.Error())66 }67 errInfo := key.HSet(tt.args.field, tt.args.value)68 if got, want := errInfo, tt.wants.errInfo; !errUtil.Equal(got, want) {69 if got != nil {70 t.Error(got.Error())71 }72 if want != nil {73 t.Error(want.Error())74 }75 }76 if got, err := key.Read(); err != nil {77 t.Fatal(err.Error())78 } else {79 if ok, msg := util.Comp(got, tt.wants.redisData); !ok {80 t.Errorf(msg)81 return82 }83 }84 })85 }86}87func TestBaseHashKey_HMSet(t *testing.T) {88 t.Parallel()89 type args struct {90 fieldValueMap map[string]string91 }92 type migrations struct {93 redisData map[string]string94 parser *testParser[string, string, string]95 }96 type wants struct {97 redisData map[string]string98 errInfo errUtil.IError99 }100 tests := []struct {101 name string102 args args103 migrations migrations104 wants wants105 }{106 {107 "fail value parse",108 args{109 map[string]string{110 "f": "f",111 "k": "v",112 },113 },114 migrations{115 parser: newTestParser[string, string](116 nil, nil, nil, nil,117 func(value string) (string, error) {118 if value == "f" {119 return "", fmt.Errorf("fail")120 }121 return value, nil122 },123 nil,124 ),125 },126 wants{127 redisData: map[string]string{},128 errInfo: errUtil.New("fail"),129 },130 },131 }132 for _, tt := range tests {133 t.Run(tt.name, func(t *testing.T) {134 connection, baseKey := setupTestDb(t)135 parser := *defaultParser136 if p := tt.migrations.parser; p != nil {137 parser.set(p)138 }139 key := NewBaseHashKey[string, string](140 connection,141 baseKey,142 parser,143 )144 migrationKey := NewBaseHashKey[string, string](145 connection,146 baseKey,147 defaultParser,148 )149 if errInfo := migrationKey.Migration(tt.migrations.redisData); errInfo != nil {150 t.Fatal(errInfo.Error())151 }152 errInfo := key.HMSet(tt.args.fieldValueMap)153 if got, want := errInfo, tt.wants.errInfo; !errUtil.Equal(got, want) {154 if got != nil {155 t.Error(got.Error())156 }157 if want != nil {158 t.Error(want.Error())159 }160 }161 if got, err := key.Read(); err != nil {162 t.Fatal(err.Error())163 } else {164 if ok, msg := util.Comp(got, tt.wants.redisData); !ok {165 t.Errorf(msg)166 return167 }168 }169 })170 }171}172func TestBaseHashKey_HKeys(t *testing.T) {173 t.Parallel()174 type args struct {175 }176 type migrations struct {177 redisData map[string]string178 parser *testParser[string, string, string]179 }180 type wants struct {181 fields []string182 isError bool183 }184 tests := []struct {185 name string186 args args187 migrations migrations188 wants wants189 }{190 {191 "fail field parse",192 args{},193 migrations{194 redisData: map[string]string{195 "k": "v",196 "f": "f",197 },198 parser: newTestParser[string, string, string](199 nil, nil, nil,200 func(fieldStr string) (string, error) {201 if fieldStr == "f" {202 return "", fmt.Errorf("fail")203 }204 return fieldStr, nil205 },206 nil,207 nil,208 ),209 },210 wants{211 isError: true,212 },213 },214 {215 "no key",216 args{},217 migrations{218 redisData: map[string]string{},219 },220 wants{221 fields: nil,222 },223 },224 }225 for _, tt := range tests {226 t.Run(tt.name, func(t *testing.T) {227 connection, baseKey := setupTestDb(t)228 parser := *defaultParser229 if p := tt.migrations.parser; p != nil {230 parser.set(p)231 }232 key := NewBaseHashKey[string, string](233 connection,234 baseKey,235 parser,236 )237 migrationKey := NewBaseHashKey[string, string](238 connection,239 baseKey,240 defaultParser,241 )242 if errInfo := migrationKey.Migration(tt.migrations.redisData); errInfo != nil {243 t.Fatal(errInfo.Error())244 }245 fields, errInfo := key.HKeys()246 if errInfo != nil && !tt.wants.isError ||247 tt.wants.isError != (errInfo != nil && errInfo.IsError()) {248 if errInfo != nil {249 t.Error(errInfo.Error())250 } else {251 t.Error("want error")252 }253 return254 } else if tt.wants.isError {255 return256 }257 if ok, msg := util.Comp(fields, tt.wants.fields); !ok {258 t.Errorf(msg)259 return260 }261 })262 }263}264func TestBaseHashKey_HGetAll(t *testing.T) {265 t.Parallel()266 type args struct {267 }268 type migrations struct {269 redisData map[string]string270 parser *testParser[string, string, string]271 }272 type wants struct {273 redisData map[string]string274 isError bool275 }276 tests := []struct {277 name string278 args args279 migrations migrations280 wants wants281 }{282 {283 "fail field parse",284 args{},285 migrations{286 redisData: map[string]string{287 "k": "v",288 "f": "v",289 },290 parser: newTestParser[string, string, string](291 nil, nil, nil,292 func(fieldStr string) (string, error) {293 if fieldStr == "f" {294 return "", fmt.Errorf("fail")295 }296 return fieldStr, nil297 },298 nil,299 nil,300 ),301 },302 wants{303 isError: true,304 },305 },306 {307 "fail value parse",308 args{},309 migrations{310 redisData: map[string]string{311 "k": "v",312 "v": "f",313 },314 parser: newTestParser[string, string](315 nil, nil, nil, nil, nil,316 func(valueStr string) (string, error) {317 if valueStr == "f" {318 return "", fmt.Errorf("fail")319 }320 return valueStr, nil321 },322 ),323 },324 wants{325 isError: true,326 },327 },328 {329 "no key",330 args{},331 migrations{332 redisData: map[string]string{},333 },334 wants{335 redisData: map[string]string{},336 },337 },338 }339 for _, tt := range tests {340 t.Run(tt.name, func(t *testing.T) {341 connection, baseKey := setupTestDb(t)342 parser := *defaultParser343 if p := tt.migrations.parser; p != nil {344 parser.set(p)345 }346 key := NewBaseHashKey[string, string](347 connection,348 baseKey,349 parser,350 )351 migrationKey := NewBaseHashKey[string, string](352 connection,353 baseKey,354 defaultParser,355 )356 if errInfo := migrationKey.Migration(tt.migrations.redisData); errInfo != nil {357 t.Fatal(errInfo.Error())358 }359 redisData, errInfo := key.HGetAll()360 if errInfo != nil && !tt.wants.isError ||361 tt.wants.isError != (errInfo != nil && errInfo.IsError()) {362 if errInfo != nil {363 t.Error(errInfo.Error())364 } else {365 t.Error("want error")366 }367 return368 } else if tt.wants.isError {369 return370 }371 if ok, msg := util.Comp(redisData, tt.wants.redisData); !ok {372 t.Errorf(msg)373 return374 }375 })376 }377}378func TestBaseHashKey_HGet(t *testing.T) {379 t.Parallel()380 type args struct {381 field string382 }383 type migrations struct {384 redisData map[string]string385 parser *testParser[string, string, string]386 }387 type wants struct {388 value *string389 errInfo errUtil.IError390 }391 tests := []struct {392 name string393 args args394 migrations migrations395 wants wants396 }{397 {398 "fail value parse",399 args{400 field: "k",401 },402 migrations{403 redisData: map[string]string{404 "k": "f",405 },406 parser: newTestParser[string, string](407 nil, nil, nil, nil, nil,408 func(valueStr string) (string, error) {409 if valueStr == "f" {410 return "", fmt.Errorf("fail")411 }412 return valueStr, nil413 },414 ),415 },416 wants{417 errInfo: errUtil.New("fail"),418 },419 },420 {421 "NOT_EXIST",422 args{423 field: "k",424 },425 migrations{426 redisData: map[string]string{},427 },428 wants{},429 },430 }431 for _, tt := range tests {432 t.Run(tt.name, func(t *testing.T) {433 connection, baseKey := setupTestDb(t)434 parser := *defaultParser435 if p := tt.migrations.parser; p != nil {436 parser.set(p)437 }438 key := NewBaseHashKey[string, string](439 connection,440 baseKey,441 parser,442 )443 migrationKey := NewBaseHashKey[string, string](444 connection,445 baseKey,446 defaultParser,447 )448 if errInfo := migrationKey.Migration(tt.migrations.redisData); errInfo != nil {449 t.Fatal(errInfo.Error())450 }451 redisData, errInfo := key.HGet(tt.args.field)452 if got, want := errInfo, tt.wants.errInfo; !errUtil.Equal(got, want) {453 if got != nil {454 t.Error(got.Error())455 }456 if want != nil {457 t.Error(want.Error())458 }459 }460 if ok, msg := util.Comp(redisData, tt.wants.value); !ok {461 t.Errorf(msg)462 return463 }464 })465 }466}467func TestBaseHashKey_HMGet(t *testing.T) {468 t.Parallel()469 type args struct {470 fields []string471 }472 type migrations struct {473 redisData map[string]string474 parser *testParser[string, string, string]475 }476 type wants struct {477 redisData map[string]string478 errInfo errUtil.IError479 }480 tests := []struct {481 name string482 args args483 migrations migrations484 wants wants485 }{486 {487 "fail value parse",488 args{489 fields: []string{"k", "k1"},490 },491 migrations{492 redisData: map[string]string{493 "k": "v",494 "k1": "f",495 },496 parser: newTestParser[string, string](497 nil, nil, nil, nil, nil,498 func(valueStr string) (string, error) {499 if valueStr == "f" {500 return "", fmt.Errorf("fail")501 }502 return valueStr, nil503 },504 ),505 },506 wants{507 errInfo: func() errUtil.IError {508 errInfo := errUtil.New("fail")509 errInfo.Attr("value", "f")510 return errInfo511 }(),512 },513 },514 {515 "no key",516 args{517 fields: []string{"k"},518 },519 migrations{520 redisData: map[string]string{521 "k1": "f",522 },523 },524 wants{525 redisData: map[string]string{},526 },527 },528 }529 for _, tt := range tests {530 t.Run(tt.name, func(t *testing.T) {531 connection, baseKey := setupTestDb(t)532 parser := *defaultParser533 if p := tt.migrations.parser; p != nil {534 parser.set(p)535 }536 key := NewBaseHashKey[string, string](537 connection,538 baseKey,539 parser,540 )541 migrationKey := NewBaseHashKey[string, string](542 connection,543 baseKey,544 defaultParser,545 )546 if errInfo := migrationKey.Migration(tt.migrations.redisData); errInfo != nil {547 t.Fatal(errInfo.Error())548 }549 redisData, errInfo := key.HMGet(tt.args.fields...)550 if got, want := errInfo, tt.wants.errInfo; !errUtil.Equal(got, want) {551 if got != nil {552 t.Error(got.Error())553 }554 if want != nil {555 t.Error(want.Error())556 }557 }558 if e := tt.wants.errInfo; e != nil && e.IsError() {559 return560 }561 if ok, msg := util.Comp(redisData, tt.wants.redisData); !ok {562 t.Errorf(msg)563 return564 }565 })566 }567}568func TestBaseHashKey_HDel(t *testing.T) {569 t.Parallel()570 type args struct {571 fields []string572 }573 type migrations struct {574 redisData map[string]string575 parser *testParser[string, string, string]576 }577 type wants struct {578 redisData map[string]string579 change int64580 errInfo errUtil.IError581 }582 tests := []struct {583 name string584 args args585 migrations migrations586 wants wants587 }{588 {589 "no key",590 args{591 fields: []string{"k"},592 },593 migrations{594 redisData: map[string]string{595 "k1": "f",596 },597 },598 wants{599 redisData: map[string]string{600 "k1": "f",601 },602 change: 0,603 },604 },605 }606 for _, tt := range tests {607 t.Run(tt.name, func(t *testing.T) {608 connection, baseKey := setupTestDb(t)609 parser := *defaultParser610 if p := tt.migrations.parser; p != nil {611 parser.set(p)612 }613 key := NewBaseHashKey[string, string](614 connection,615 baseKey,616 parser,617 )618 migrationKey := NewBaseHashKey[string, string](619 connection,620 baseKey,621 defaultParser,622 )623 if errInfo := migrationKey.Migration(tt.migrations.redisData); errInfo != nil {624 t.Fatal(errInfo.Error())625 }626 change, errInfo := key.HDel(tt.args.fields...)627 if got, want := errInfo, tt.wants.errInfo; !errUtil.Equal(got, want) {628 if got != nil {629 t.Error(got.Error())630 }631 if want != nil {632 t.Error(want.Error())633 }634 }635 if e := tt.wants.errInfo; e != nil && e.IsError() {636 return637 }638 if ok, msg := util.Comp(change, tt.wants.change); !ok {639 t.Errorf(msg)640 return641 }642 if got, err := key.Read(); err != nil {643 t.Fatal(err.Error())644 } else {645 if ok, msg := util.Comp(got, tt.wants.redisData); !ok {646 t.Errorf(msg)647 return648 }649 }...

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migrations.go

Source:migrations.go Github

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...41 })42 }43 return migrations, nil44}45func logMigration(infoChan <-chan darwin.MigrationInfo) {46 log.Printf("Migration is started")47 for info := range infoChan {48 if nil == info.Error {49 log.Printf(50 `Migration %f "%s" is %s`,51 info.Migration.Version,52 info.Migration.Description,53 info.Status,54 )55 } else {56 log.Printf("Migration error: %v", info.Error)57 }58 }59 log.Printf("Migration is ended")60}61func appleMigrations(db *sql.DB) error {62 migrations, loadErr := loadMigrations(db)63 if nil != loadErr {64 return loadErr65 }66 driver := darwin.NewGenericDriver(db, darwin.PostgresDialect{})67 infoChan := make(chan darwin.MigrationInfo)68 go logMigration(infoChan)69 return darwin.Migrate(driver, migrations, infoChan)70}...

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migration.go

Source:migration.go Github

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...8func RunMigrations(db *pg.DB) {9 version, err := migrations.Version(db)10 if err != nil {11 _, _, err := migrations.Run(db, "init")12 logger.Info("[MIGRATION] Migration table created")13 if err != nil {14 panic(err)15 }16 }17 logger.Info("[MIGRATION] Current version: ", version)18 _, newVersion, err := migrations.Run(db, "up")19 if err != nil {20 logger.Info("An error happend during migration")21 panic(err)22 }23 if newVersion != version {24 logger.Info("[MIGRATION] Migrated from version %d to %d\n", version, newVersion)25 } else {26 logger.Info("[MIGRATION] Up to date")27 }28}...

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Info

Using AI Code Generation

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1migrations.Info()2migrations.Info()3migrations.Info()4migrations.Info()5migrations.Info()6migrations.Info()7migrations.Info()8migrations.Info()9migrations.Info()10migrations.Info()11migrations.Info()12migrations.Info()13migrations.Info()14migrations.Info()15migrations.Info()16migrations.Info()17migrations.Info()18migrations.Info()19migrations.Info()20migrations.Info()21migrations.Info()22migrations.Info()23migrations.Info()24migrations.Info()

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Info

Using AI Code Generation

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1func main() {2 migrations.Info()3}4func main() {5 migrations.Info()6}7func main() {8 migrations.Info()9}10func main() {11 migrations.Info()12}13func main() {14 migrations.Info()15}16func main() {17 migrations.Info()18}19func main() {20 migrations.Info()21}22func main() {23 migrations.Info()24}25func main() {26 migrations.Info()27}28func main() {29 migrations.Info()30}31func main() {32 migrations.Info()33}34func main() {35 migrations.Info()36}37func main() {38 migrations.Info()39}40func main() {41 migrations.Info()42}43func main() {44 migrations.Info()45}46func main() {47 migrations.Info()48}49func main() {50 migrations.Info()51}52func main() {53 migrations.Info()54}55func main() {56 migrations.Info()57}58func main() {

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Info

Using AI Code Generation

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1func main(){2 migrations.Info()3}4func main(){5 migrations.Info()6}7func main(){8 migrations.Info()9}10func main(){11 migrations.Info()12}13func main(){14 migrations.Info()15}16func main(){17 migrations.Info()18}19func main(){20 migrations.Info()21}22func main(){23 migrations.Info()24}25func main(){26 migrations.Info()27}28func main(){29 migrations.Info()30}31func main(){32 migrations.Info()33}34func main(){35 migrations.Info()36}37func main(){38 migrations.Info()39}40func main(){41 migrations.Info()42}43func main(){44 migrations.Info()45}46func main(){47 migrations.Info()48}49func main(){50 migrations.Info()51}52func main(){53 migrations.Info()54}55func main(){56 migrations.Info()57}58func main(){59 migrations.Info()60}

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Info

Using AI Code Generation

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1migrations.Info()2migrations.Up()3migrations.Down()4migrations.Reset()5migrations.Info()6migrations.Up()7migrations.Down()8migrations.Reset()9migrations.Info()10migrations.Up()11migrations.Down()12migrations.Reset()13migrations.Info()14migrations.Up()15migrations.Down()16migrations.Reset()17migrations.Info()18migrations.Up()19migrations.Down()20migrations.Reset()21migrations.Info()22migrations.Up()23migrations.Down()24migrations.Reset()25migrations.Info()26migrations.Up()27migrations.Down()28migrations.Reset()29migrations.Info()30migrations.Up()31migrations.Down()32migrations.Reset()33migrations.Info()34migrations.Up()

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Info

Using AI Code Generation

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1import (2func main() {3 m := &migration.Migration{}4 migration.SetKeys(m, "id")5 migration.SetKeys(m, "name")6 migration.SetKeys(m, "age")7 migration.SetKeys(m, "address")8 migration.SetKeys(m, "phone")9 migration.SetKeys(m, "email")10 migration.SetKeys(m, "password")11 migration.SetKeys(m, "created_at")12 migration.SetKeys(m, "updated_at")13 fmt.Println(m.GetKeys())14}15[2019/10/19 12:45:01] [ INFO] - [2.go:15 main()] - [id name age address phone email password created_at updated_at]

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Info

Using AI Code Generation

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1func main() {2 migrations.Info()3}4func main() {5 migrations.Info()6}

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1func main() {2 err := migrations.Migrate(db, "migrations")3 if err != nil {4 log.Fatal(err)5 }6}7func main() {8 err := migrations.Up(db, "migrations")9 if err != nil {10 log.Fatal(err)11 }12}13func main() {14 err := migrations.Down(db, "migrations")15 if err != nil {16 log.Fatal(err)17 }18}19func main() {20 err := migrations.Reset(db, "migrations")21 if err != nil {22 log.Fatal(err)23 }24}25func main() {26 err := migrations.Drop(db, "migrations")27 if err != nil {28 log.Fatal(err)29 }30}31func main() {32 err := migrations.Create(db, "migrations")33 if err != nil {34 log.Fatal(err)35 }36}37func main() {38 err := migrations.Status(db, "migrations")39 if err != nil {40 log.Fatal(err)41 }42}43func main() {

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