Best Testkube code snippet using detector.GetType
transactions_info_eth.go
Source:transactions_info_eth.go
...13 EthereumTransactionTransferTypeString string = "transfer"14 EthereumTransactionInvocationTypeString string = "invocation"15)16type EthereumTransactionPayload interface {17 GetType() EthereumTransactionType18 GetTypeString() string19}20type EthereumTransactionTransferPayload struct {21 Recipient proto.Recipient `json:"recipient"`22 Asset proto.OptionalAsset `json:"asset"`23 Amount uint64 `json:"amount"`24}25func (p *EthereumTransactionTransferPayload) GetType() EthereumTransactionType {26 return EthereumTransactionTransferType27}28func (p *EthereumTransactionTransferPayload) GetTypeString() string {29 return EthereumTransactionTransferTypeString30}31type EthereumTransactionInvocationPayload InvokeAction32func (p *EthereumTransactionInvocationPayload) GetType() EthereumTransactionType {33 return EthereumTransactionInvocationType34}35func (p *EthereumTransactionInvocationPayload) GetTypeString() string {36 return EthereumTransactionInvocationTypeString37}38type ethereumTransactionTypeDetector struct {39 Payload struct {40 Type string `json:"type"`41 } `json:"payload"`42}43func guessEthereumTransactionPayload(detector *ethereumTransactionTypeDetector) (EthereumTransactionPayload, error) {44 switch detector.Payload.Type {45 case EthereumTransactionTransferTypeString:46 return &EthereumTransactionTransferPayload{}, nil47 case EthereumTransactionInvocationTypeString:48 return &EthereumTransactionInvocationPayload{}, nil49 default:...
detector.go
Source:detector.go
...12 Adapters map[string]Adapter13}14// Add adds adapter15func (d *Detector) Add(adapter Adapter) {16 d.Adapters[adapter.GetType()] = adapter17}18// Detect detects test type19func (d *Detector) Detect(options client.UpsertTestOptions) (name string, found bool) {20 for _, adapter := range d.Adapters {21 if name, found := adapter.Is(options); found {22 return name, found23 }24 }25 return26}27// DetectTestName detects test name28func (d *Detector) DetectTestName(filename string) (name, testType string, found bool) {29 for _, adapter := range d.Adapters {30 if name, found := adapter.IsTestName(filename); found {31 return name, adapter.GetType(), found32 }33 }34 return35}36// DetectEnvName detects env name37func (d *Detector) DetectEnvName(filename string) (name, env, testType string, found bool) {38 for _, adapter := range d.Adapters {39 if name, env, found := adapter.IsEnvName(filename); found {40 return name, env, adapter.GetType(), found41 }42 }43 return44}45// DetectSecretEnvName detecs secret env name46func (d *Detector) DetectSecretEnvName(filename string) (name, env, testType string, found bool) {47 for _, adapter := range d.Adapters {48 if name, env, found := adapter.IsSecretEnvName(filename); found {49 return name, env, adapter.GetType(), found50 }51 }52 return53}54// GetAdapter return adapter by test type55func (d *Detector) GetAdapter(testType string) Adapter {56 adapter, ok := d.Adapters[testType]57 if !ok {58 return nil59 }60 return adapter61}...
GetType
Using AI Code Generation
1import (2func main() {3 insta := goinsta.New("username", "password")4 if err := insta.Login(); err != nil {5 panic(err)6 }7 defer insta.Logout()8 detector := utils.NewDetector()9 detector.SetPath("path/to/your/image")10 fmt.Println(detector.GetType())11 fmt.Println(detector.GetTypeWithBase64())12}
GetType
Using AI Code Generation
1import (2func main() {3 buf := make([]byte, 512)4 file, _ := os.Open("test.pdf")5 file.Read(buf)6 filetype.Get(buf)7 fmt.Println(filetype.Type.MIME.Value)8 fmt.Println(filetype.Type.Extension)9}
GetType
Using AI Code Generation
1import (2func main() {3 d := detector.NewDetector()4 fmt.Println(d.GetType())5}6import (7func main() {8 d := detector.NewDetector()9 fmt.Println(d.GetType())10}11import (12func main() {13 d := detector.NewDetector()14 fmt.Println(d.GetType())15}16import (17func main() {18 d := detector.NewDetector()19 fmt.Println(d.GetType())20}21import (22func main() {23 d := detector.NewDetector()24 fmt.Println(d.GetType())25}26import (27func main() {28 d := detector.NewDetector()29 fmt.Println(d.GetType())30}31import (32func main() {33 d := detector.NewDetector()34 fmt.Println(d.GetType())35}36import (37func main() {38 d := detector.NewDetector()39 fmt.Println(d.GetType())40}41import (42func main() {43 d := detector.NewDetector()44 fmt.Println(d.GetType())45}
GetType
Using AI Code Generation
1import (2func main() {3 log := logrus.New()4 detector := detector.NewDetector(log)5 detector.LoadRules(gosec.Rules)6 detector.LoadRules(gosec2.Rules)7 detector.LoadRules(gosec3.Rules)8 detector.LoadRules(gosec4.Rules)9 detector.LoadRules(gosec5.Rules)10 detector.LoadRules(gosec6.Rules)11 detector.LoadRules(gosec7.Rules)12 detector.LoadRules(gosec8.Rules)13 detector.LoadRules(gosec9.Rules)14 detector.LoadRules(gosec10.Rules)15 detector.LoadRules(gosec11.Rules)16 detector.LoadRules(gosec12.Rules)17 detector.LoadRules(gosec13.Rules)18 detector.LoadRules(gosec14.Rules)19 detector.LoadRules(gosec15.Rules)20 detector.LoadRules(gosec16.Rules)21 detector.LoadRules(gosec17.Rules)22 detector.LoadRules(gosec18.Rules)23 detector.LoadRules(gosec19.Rules)24 detector.LoadRules(gosec20.Rules)25 detector.LoadRules(gosec21.Rules)26 detector.LoadRules(gosec22.Rules)27 detector.LoadRules(gosec23.Rules)28 detector.LoadRules(gosec24.Rules)29 detector.LoadRules(gosec25.Rules)30 detector.LoadRules(gosec26.Rules)31 detector.LoadRules(gosec27.Rules)32 detector.LoadRules(gosec28.Rules)33 detector.LoadRules(gosec29.Rules)34 detector.LoadRules(gosec30.Rules)35 detector.LoadRules(gosec31.Rules)36 detector.LoadRules(gosec32.Rules)37 detector.LoadRules(gosec33.Rules)38 detector.LoadRules(gosec34.Rules)39 detector.LoadRules(gosec35.Rules)40 detector.LoadRules(gosec36.Rules)41 detector.LoadRules(gosec37.Rules)
GetType
Using AI Code Generation
1import (2func main() {3 parser := argparse.NewParser("detector", "detector for image types")4 input := parser.String("i", "input", &argparse.Options{Required: true, Help: "input file path"})5 output := parser.String("o", "output", &argparse.Options{Required: true, Help: "output file path"})6 err := parser.Parse(os.Args)7 if err != nil {8 fmt.Print(parser.Usage(err))9 }
GetType
Using AI Code Generation
1import (2func main() {3 det = detector.Detector{}4 fmt.Println(det.GetType("file.txt"))5 fmt.Println(det.GetType("file.exe"))6 fmt.Println(det.GetType("file.pdf"))7}
GetType
Using AI Code Generation
1import (2func main() {3 d := detector.NewDetector(model, labels)4 t := d.GetType(path)5 fmt.Println(t)6}7{2 0.9970703125}
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