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How to use checkName method of detector Package

Best Testkube code snippet using detector.checkName

github_service_test.go

Source:github_service_test.go

...405		},406	}407	imageURL := "https://cdn.nightfall.ai/nightfall-dark-logo-tm.png"408	imageAlt := "Nightfall Logo"409	checkName := "Nightfall DLP"410	checkRunInProgressStatus := "in_progress"411	checkRunCompletedStatus := "completed"412	checkRunInProgress := "in_progress"413	createOpt := github.CreateCheckRunOptions{414		Name:    checkName,415		HeadSHA: testPRCheckRequest.SHA,416		Status:  &checkRunInProgress,417	}418	expectedCheckRunID := github.Int64(879322521)419	expectedCheckRun := github.CheckRun{420		ID:      expectedCheckRunID,421		HeadSHA: &testPRCheckRequest.SHA,422		Status:  &checkRunInProgressStatus,423		Name:    &checkName,424	}425	for _, tt := range tests {426		mockClient.EXPECT().ChecksService().Return(mockChecks)427		mockChecks.EXPECT().CreateCheckRun(428			context.Background(),429			testPRCheckRequest.Owner,430			testPRCheckRequest.Repo,431			createOpt,432		).Return(&expectedCheckRun, nil, nil)433		annotations := tt.wantAnnotations434		annotationLength := len(annotations)435		summaryString := fmt.Sprintf("Nightfall DLP has found %d potentially sensitive items", annotationLength)436		if len(annotations) == 0 {437			successfulOpt := github.UpdateCheckRunOptions{438				Name:       checkName,439				Status:     &checkRunCompletedStatus,440				Conclusion: &tt.wantConclusion,441				Output: &github.CheckRunOutput{442					Title:   &checkName,443					Summary: github.String(summaryString),444					Images: []*github.CheckRunImage{445						{446							Alt:      github.String(imageAlt),447							ImageURL: github.String(imageURL),448						},449					},450				},451			}452			mockClient.EXPECT().ChecksService().Return(mockChecks)453			mockChecks.EXPECT().UpdateCheckRun(454				context.Background(),455				testPRCheckRequest.Owner,456				testPRCheckRequest.Repo,457				*expectedCheckRunID,458				successfulOpt,459			)460		} else {461			numUpdateRequests := int(math.Ceil(float64(len(tt.wantAnnotations)) / MaxAnnotationsPerRequest))462			for i := 0; i < numUpdateRequests-1; i++ {463				startCommentIdx := i * MaxAnnotationsPerRequest464				endCommentIdx := min(startCommentIdx+MaxAnnotationsPerRequest, len(tt.wantAnnotations))465				updateOpt := github.UpdateCheckRunOptions{466					Name: checkName,467					Output: &github.CheckRunOutput{468						Title:       &checkName,469						Summary:     github.String(summaryString),470						Annotations: tt.wantAnnotations[startCommentIdx:endCommentIdx],471					},472				}473				expectedUpdatedCheckRun := &github.CheckRun{474					Output: updateOpt.Output,475					Name:   expectedCheckRun.Name,476				}477				mockClient.EXPECT().ChecksService().Return(mockChecks)478				mockChecks.EXPECT().UpdateCheckRun(479					context.Background(),480					testPRCheckRequest.Owner,481					testPRCheckRequest.Repo,482					*expectedCheckRun.ID,483					updateOpt,484				).Return(expectedUpdatedCheckRun, nil, nil)485			}486			lastAnnotations := annotations[(numUpdateRequests-1)*MaxAnnotationsPerRequest:]487			lastUpdateOpt := github.UpdateCheckRunOptions{488				Name:       checkName,489				Status:     &checkRunCompletedStatus,490				Conclusion: &tt.wantConclusion,491				Output: &github.CheckRunOutput{492					Title:       &checkName,493					Summary:     github.String(summaryString),494					Annotations: lastAnnotations,495					Images: []*github.CheckRunImage{496						{497							Alt:      github.String(imageAlt),498							ImageURL: github.String(imageURL),499						},500					},501				},502			}503			expectedLastUpdatedCheckRun := &github.CheckRun{504				Name:       expectedCheckRun.Name,505				Status:     &checkRunCompletedStatus,506				Conclusion: &tt.wantConclusion,...

main.go

Source:main.go

1package main2import (3	"bytes"4	"context"5	"encoding/json"6	"fmt"7	"net/http"8	"os"9	"time"10	"github.com/aws/aws-lambda-go/events"11	"github.com/aws/aws-lambda-go/lambda"12	//"github.com/aws/aws-sdk-go/aws"13	//"github.com/aws/aws-sdk-go/aws/awserr"14	//"github.com/aws/aws-sdk-go/aws/session"15)16type Finding struct {17}18type Section struct {19	ActivityTitle    string `json:"activityTitle"`20	ActivitySubtitle string `json:"activitySubtitle"`21	ActivityImage    string `json:"activityImage"`22	Facts            []Fact `json:"facts"`23	Markdown         bool   `json:"markdown"`24}25type Fact struct {26	Name  string `json:"name"`27	Value string `json:"value"`28}29type PotentialActionInput struct {30	Type        string `json:"@type"`31	ID          string `json:"id"`32	IsMultiline bool   `json:"isMultiline"`33	Title       string `json:"title"`34}35type PotentialActionAction struct {36	Type   string `json:"@type"`37	Name   string `json:"name"`38	Target string `json:"target"`39}40type PotentialAction struct {41	Type    string                  `json:"@type"`42	Name    string                  `json:"name"`43	Inputs  []PotentialActionInput  `json:"inputs"`44	Targets []PotentialActionTarget `json:"targets"`45	Actions []PotentialActionAction `json:"actions"`46}47type PotentialActionTarget struct {48	OS  string `json:"os"`49	URI string `json:"uri"`50}51type TeamsMessage struct {52	Type             string            `json:"@type"`53	Context          string            `json:"@context"`54	ThemeColor       string            `json:"themeColor"`55	Summary          string            `json:"summary"`56	Sections         []Section         `json:"sections"`57	PotentialActions []PotentialAction `json:"potentialAction"`58}59type Detail struct {60	//Trusted Advisor61	CheckName       string `json:"check-name"`62	CheckItemDetail struct {63		Status       string `json:"Status"`64		CurrentUsage string `json:"Current Usage"`65		LimitName    string `json:"Limit Name"`66		Region       string `json:"Region"`67		Service      string `json:"Service"`68		LimitAmount  string `json:"Limit Amount"`69	} `json:"check-item-detail"`70	Status     string `json:"status"`71	ResourceID string `json:"resource_id"`72	UUID       string `json:"uuid"`73	//AWS Health74	EventArn          string `json:"eventArn"`75	Service           string `json:"service"`76	EventTypeCode     string `json:"eventTypeCode"`77	EventTypeCategory string `json:"eventTypeCategory"`78	StartTime         string `json:"startTime"`79	EventDescription  []struct {80		Language          string `json:"language"`81		LatestDescription string `json:"latestDescription"`82	} `json:"eventDescription"`83	AffectedEntities []struct {84		EntityValue string `json:"entityValue"`85	} `json:"affectedEntities"`86	//Spot Instances Interruption Notice87	InstanceID     string `json:"instance-id"`88	InstanceAction string `json:"instance-action"`89	// Guard Duty90	AccountID   string `json:"accountId"`91	Arn         string `json:"arn"`92	Confidence  int    `json:"confidence"`93	CreatedAt   string `json:"createdAt"`94	Description string `json:"description"`95	ID          string `json:"id"`96	Partition   string `json:"partition"`97	Region      string `json:"region"`98	Resource    struct {99		AccessKeyDetails struct {100			AccessKeyID string `json:"accessKeyId"`101			PrincipalID string `json:"principalId"`102			UserName    string `json:"userName"`103			UserType    string `json:"userType"`104		} `json:"accessKeyDetails"`105		InstanceDetails struct {106			AvailabilityZone   string `json:"availabilityZone"`107			IamInstanceProfile struct {108				Arn string `json:"arn"`109				ID  string `json:"id"`110			} `json:"iamInstanceProfile"`111			ImageDescription  string `json:"imageDescription"`112			ImageID           string `json:"imageId"`113			InstanceID        string `json:"instanceId"`114			InstanceState     string `json:"instanceState"`115			InstanceType      string `json:"instanceType"`116			LaunchTime        string `json:"launchTime"`117			NetworkInterfaces []struct {118				Ipv6Addresses      []string `json:"ipv6Addresses"`119				NetworkInterfaceID string   `json:"networkInterfaceId"`120				PrivateDNSName     string   `json:"privateDnsName"`121				PrivateIPAddress   string   `json:"privateIpAddress"`122				PrivateIPAddresses []struct {123					PrivateDNSName   string `json:"privateDnsName"`124					PrivateIPAddress string `json:"privateIpAddress"`125				} `json:"privateIpAddresses"`126				PublicDNSName  string `json:"publicDnsName"`127				PublicIP       string `json:"publicIp"`128				SecurityGroups []struct {129					GroupID   string `json:"groupId"`130					GroupName string `json:"groupName"`131				} `json:"securityGroups"`132				SubnetID string `json:"subnetId"`133				VpcID    string `json:"vpcId"`134			} `json:"networkInterfaces"`135			OutpostArn   string `json:"outpostArn"`136			Platform     string `json:"platform"`137			ProductCodes []struct {138				Code        string `json:"code"`139				ProductType string `json:"productType"`140			} `json:"productCodes"`141			Tags []struct {142				Key   string `json:"key"`143				Value string `json:"value"`144			} `json:"tags"`145		} `json:"instanceDetails"`146		ResourceType string `json:"resourceType"`147	} `json:"resource"`148	SchemaVersion string `json:"schemaVersion"`149	GuardDutyService       struct {150		Action struct {151			ActionType       string `json:"actionType"`152			AwsAPICallAction struct {153				API           string `json:"api"`154				CallerType    string `json:"callerType"`155				DomainDetails struct {156					Domain string `json:"domain"`157				} `json:"domainDetails"`158				RemoteIPDetails struct {159					City struct {160						CityName string `json:"cityName"`161					} `json:"city"`162					Country struct {163						CountryCode string `json:"countryCode"`164						CountryName string `json:"countryName"`165					} `json:"country"`166					GeoLocation struct {167						Lat int `json:"lat"`168						Lon int `json:"lon"`169					} `json:"geoLocation"`170					IPAddressV4  string `json:"ipAddressV4"`171					Organization struct {172						Asn    string `json:"asn"`173						AsnOrg string `json:"asnOrg"`174						Isp    string `json:"isp"`175						Org    string `json:"org"`176					} `json:"organization"`177				} `json:"remoteIpDetails"`178				ServiceName string `json:"serviceName"`179			} `json:"awsApiCallAction"`180			DNSRequestAction struct {181				Domain string `json:"domain"`182			} `json:"dnsRequestAction"`183			NetworkConnectionAction struct {184				Blocked             bool   `json:"blocked"`185				ConnectionDirection string `json:"connectionDirection"`186				LocalIPDetails      struct {187					IPAddressV4 string `json:"ipAddressV4"`188				} `json:"localIpDetails"`189				LocalPortDetails struct {190					Port     int    `json:"port"`191					PortName string `json:"portName"`192				} `json:"localPortDetails"`193				Protocol        string `json:"protocol"`194				RemoteIPDetails struct {195					City struct {196						CityName string `json:"cityName"`197					} `json:"city"`198					Country struct {199						CountryCode string `json:"countryCode"`200						CountryName string `json:"countryName"`201					} `json:"country"`202					GeoLocation struct {203						Lat int `json:"lat"`204						Lon int `json:"lon"`205					} `json:"geoLocation"`206					IPAddressV4  string `json:"ipAddressV4"`207					Organization struct {208						Asn    string `json:"asn"`209						AsnOrg string `json:"asnOrg"`210						Isp    string `json:"isp"`211						Org    string `json:"org"`212					} `json:"organization"`213				} `json:"remoteIpDetails"`214				RemotePortDetails struct {215					Port     int    `json:"port"`216					PortName string `json:"portName"`217				} `json:"remotePortDetails"`218			} `json:"networkConnectionAction"`219			PortProbeAction struct {220				Blocked          bool `json:"blocked"`221				PortProbeDetails []struct {222					LocalIPDetails struct {223						IPAddressV4 string `json:"ipAddressV4"`224					} `json:"localIpDetails"`225					LocalPortDetails struct {226						Port     int    `json:"port"`227						PortName string `json:"portName"`228					} `json:"localPortDetails"`229					RemoteIPDetails struct {230						City struct {231							CityName string `json:"cityName"`232						} `json:"city"`233						Country struct {234							CountryCode string `json:"countryCode"`235							CountryName string `json:"countryName"`236						} `json:"country"`237						GeoLocation struct {238							Lat int `json:"lat"`239							Lon int `json:"lon"`240						} `json:"geoLocation"`241						IPAddressV4  string `json:"ipAddressV4"`242						Organization struct {243							Asn    string `json:"asn"`244							AsnOrg string `json:"asnOrg"`245							Isp    string `json:"isp"`246							Org    string `json:"org"`247						} `json:"organization"`248					} `json:"remoteIpDetails"`249				} `json:"portProbeDetails"`250			} `json:"portProbeAction"`251		} `json:"action"`252		Archived       bool   `json:"archived"`253		Count          int    `json:"count"`254		DetectorID     string `json:"detectorId"`255		EventFirstSeen string `json:"eventFirstSeen"`256		EventLastSeen  string `json:"eventLastSeen"`257		Evidence       struct {258			ThreatIntelligenceDetails []struct {259				ThreatListName string   `json:"threatListName"`260				ThreatNames    []string `json:"threatNames"`261			} `json:"threatIntelligenceDetails"`262		} `json:"evidence"`263		ResourceRole string `json:"resourceRole"`264		ServiceName  string `json:"serviceName"`265		UserFeedback string `json:"userFeedback"`266	} `json:"service"`267	Severity  int    `json:"severity"`268	Title     string `json:"title"`269	Type      string `json:"type"`270	UpdatedAt string `json:"updatedAt"`271	272	// Inspector273}274type SNSMessage struct {275	Version    string        `json:"version"`276	ID         string        `json:"id"`277	DetailType string        `json:"detail-type"`278	Source     string        `json:"source"`279	Account    string        `json:"account"`280	Time       time.Time     `json:"time"`281	Region     string        `json:"region"`282	Resources  []interface{} `json:"resources"`283	Detail     Detail        `json:"detail"`284}285func sendToWebhook(chatApplication string, webhook string, message TeamsMessage) error {286	b := new(bytes.Buffer)287	json.NewEncoder(b).Encode(message)288	res, err := http.Post(webhook, "application/json; charset=utf-8", b)289	if err != nil {290		return err291	}292	fmt.Print(res.Status)293	return nil294}295//func setMessage(interface{}) TeamsMessage {296//	var message TeamsMessage297//298//	return TeamsMessage{}299//}300func handler(ctx context.Context, event events.SNSEvent) {301	var chatApplication = os.Getenv("Chat_Application")302	var webhookURL = os.Getenv("Chat_Webhook")303	var snsMessage SNSMessage304	if len(event.Records) > 0 {305		for _, record := range event.Records {306			var message TeamsMessage307			err := json.Unmarshal([]byte(record.SNS.Message), &snsMessage)308			if err != nil {309				fmt.Print(err)310			}311			switch snsMessage.Source {312			case "aws.health":313				message = TeamsMessage{314					Type:       "MessageCard",315					Context:    "http://schema.org/extensions",316					ThemeColor: "fff30b",317					Summary:    snsMessage.DetailType,318					Sections: []Section{319						{320							ActivityTitle:    snsMessage.Detail.EventTypeCode,321							ActivitySubtitle: snsMessage.Detail.EventTypeCategory,322							ActivityImage:    "",323							Facts: []Fact{324								{325									Name:  "Description",326									Value: snsMessage.Detail.EventDescription[0].LatestDescription,327								},328							},329							Markdown: true,330						},331					},332					PotentialActions: nil,333				}334			case "aws.trustedadvisor":335				taUri := fmt.Sprintf("https://console.aws.amazon.com/trustedadvisor/home?region=%s#/category/service-limits", snsMessage.Detail.CheckItemDetail.Region)336				colorMap := map[string]string{337					"Red":    "d7000b",338					"Yellow": "fff30b",339				}340				message = TeamsMessage{341					Type:       "MessageCard",342					Context:    "http://schema.org/extensions",343					ThemeColor: colorMap[snsMessage.Detail.CheckItemDetail.Status],344					Summary:    snsMessage.Detail.CheckItemDetail.LimitName,345					Sections: []Section{346						{347							ActivityTitle:    "AWS service limit monitor",348							ActivitySubtitle: snsMessage.Detail.CheckName,349							ActivityImage:    "",350							Facts: []Fact{351								{352									Name:  "Service",353									Value: snsMessage.Detail.CheckItemDetail.Service,354								},355								{356									Name:  "Region",357									Value: snsMessage.Detail.CheckItemDetail.Region,358								},359								{360									Name:  "CurrentValue",361									Value: snsMessage.Detail.CheckItemDetail.CurrentUsage,362								},363								{364									Name:  "LimitAmount",365									Value: snsMessage.Detail.CheckItemDetail.LimitAmount,366								},367							},368							Markdown: true,369						},370					},371					PotentialActions: []PotentialAction{372						{373							Type:   "OpenUri",374							Name:   "More details",375							Inputs: nil,376							Targets: []PotentialActionTarget{377								{378									OS:  "default",379									URI: taUri,380								},381							},382							Actions: nil,383						},384					},385				}386			case "aws.ec2":387				colorMap := map[string]string{388					"terminate":    "d7000b",389					"stop": "fff30b",390					"hibernate": "fff30b",391				}392				summary := fmt.Sprintf("Spot instance %s will %s",snsMessage.Detail.InstanceID,snsMessage.Detail.InstanceAction)393				message = TeamsMessage{394					Type:       "MessageCard",395					Context:    "http://schema.org/extensions",396					ThemeColor: colorMap[snsMessage.Detail.InstanceAction],397					Summary: summary,398					Sections: []Section{399						{400							ActivityTitle:    "AWS Spot Instance will " + snsMessage.Detail.InstanceAction,401							ActivitySubtitle: "Interruption Notice",402							ActivityImage:    "",403							Facts: []Fact{404								{405									Name:  "Instance ID",406									Value: snsMessage.Detail.InstanceID,407								},408								{409									Name:  "Action",410									Value: snsMessage.Detail.InstanceAction,411								},412							},413							Markdown: true,414						},415					},416					PotentialActions: []PotentialAction{417					},418				}419			//case "aws.guardduty":420			//	if len(snsMessage.Detail.Findings) >0 {421			//		for _, finding := range snsMessage.Detail.Findings {422			//			fmt.Print(finding.ID)423			//		}424			//	}425			default:426				//b, _ := json.Marshal(snsMessage.Detail)427				fmt.Print(snsMessage)428				message = TeamsMessage{429					Type:       "MessageCard",430					Context:    "http://schema.org/extensions",431					ThemeColor: "fff30b",432					Summary:    "Coming soon",433					Sections: []Section{434						{435							ActivityTitle:    snsMessage.Detail.EventTypeCode,436							ActivitySubtitle: snsMessage.Detail.EventTypeCategory,437							ActivityImage:    "",438							Facts: []Fact{439								{440									Name:  "Source Type",441									Value: snsMessage.Source,442								},443								{444									Name:  "message",445									Value: record.SNS.Message,446								},447							},448							Markdown: true,449						},450					},451					PotentialActions: nil,452				}453			}454			err = sendToWebhook(chatApplication, webhookURL, message)455			if err != nil {456				fmt.Print(err)457			}458		}459	}460}461func main() {462	lambda.Start(handler)463}...

postmancollection.go

Source:postmancollection.go

...23		}24	}25	return26}27func checkName(filename, pattern string) (string, bool) {28	ok := filepath.Ext(filename) == ".json" &&29		strings.HasSuffix(strings.TrimSuffix(filename, filepath.Ext(filename)), pattern)30	if !ok {31		return "", false32	}33	return filepath.Base(strings.TrimSuffix(strings.TrimSuffix(filename, filepath.Ext(filename)), pattern)), true34}35// IsTestName detecs if filename has a conventional test name36func (d PostmanCollectionAdapter) IsTestName(filename string) (string, bool) {37	return checkName(filename, ".postman_collection")38}39// IsEnvName detecs if filename has a conventional env name40func (d PostmanCollectionAdapter) IsEnvName(filename string) (string, string, bool) {41	filename, found := checkName(filename, ".postman_environment")42	if !found {43		return "", "", false44	}45	names := strings.Split(filename, ".")46	if len(names) != 2 {47		return "", "", false48	}49	return names[0], names[1], true50}51// IsSecretEnvName detecs if filename has a conventional secret env name52func (d PostmanCollectionAdapter) IsSecretEnvName(filename string) (string, string, bool) {53	filename, found := checkName(filename, ".postman_secret_environment")54	if !found {55		return "", "", false56	}57	names := strings.Split(filename, ".")58	if len(names) != 2 {59		return "", "", false60	}61	return names[0], names[1], true62}63// GetSecretVariables retuns secret variables64func (d PostmanCollectionAdapter) GetSecretVariables(data string) (map[string]testkube.Variable, error) {65	var envFile EnvFile66	if err := json.Unmarshal([]byte(data), &envFile); err != nil {67		return nil, err...

checkName

Using AI Code Generation

1import (2func main() {3    d.checkName("John")4}5import (6func main() {7    d.checkName("John")8}9import (10func main() {11    d.checkName("John")12}13import (14func main() {15    d.checkName("John")16}17import (18func main() {19    d.checkName("John")20}21import (22func main() {23    d.checkName("John")24}25import (26func main() {27    d.checkName("John")28}29import (30func main() {31    d.checkName("John")32}33import (34func main() {35    d.checkName("John")36}37import (38func main() {39    d.checkName("John")40}41import (42func main() {43    d.checkName("John")44}

checkName

Using AI Code Generation

1import (2func main() {3	fmt.Print("Enter your name: ")4	fmt.Scanln(&name)5	d.checkName(name)6}7import (8type detector struct{}9func (d detector) checkName(name string) {10	if name == "Alice" {11		fmt.Println("Hello, Alice")12	} else {13		fmt.Println("You are not Alice. Go away!")14	}15}16import (17type detector struct{}18func (detector) checkName(name string) {19	if name == "Alice" {20		fmt.Println("Hello, Alice")21	} else {22		fmt.Println("You are not Alice. Go away!")23	}24}25import (26type detector struct{}27func (d *detector) checkName(name string) {28	if name == "Alice" {29		fmt.Println("Hello, Alice")30	} else {31		fmt.Println("You are not Alice. Go away!")32	}33}34import (35type detector struct{}36func (d detector) checkName(name string) {37	if name == "Alice" {38		fmt.Println("Hello, Alice")39	} else {40		fmt.Println("You are not Alice. Go away!")41	}42}43func main() {44	fmt.Print("Enter your name: ")45	fmt.Scanln(&name)46	d.checkName(name)47}48import (49type detector struct{}50func (d detector) checkName(name

checkName

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Enter your name")4    fmt.Scan(&name)5    detector := Detector{}6    detector.checkName(name)7}8import "fmt"9type Detector struct {10}11func (d Detector) checkName(name string) {12    if name == "admin" {13        fmt.Println("Hello", name)14    } else {15        fmt.Println("You are not allowed")16    }17}

checkName

Using AI Code Generation

1import (2func main() {3	fmt.Println("Enter Name")4	fmt.Scanln(&name)5	detector := Detector{}6	if detector.checkName(name) {7		fmt.Println("Name is valid")8	} else {9		fmt.Println("Name is invalid")10	}11}

checkName

Using AI Code Generation

1import (2type Detector struct {3}4func (d *Detector) checkName() bool {5    if strings.Contains(d.name, " ") {6    }7}8func main() {9    d := Detector{name: "John Doe"}10    fmt.Println(d.checkName())11}12import (13type Detector struct {14}15func (d Detector) checkName() bool {16    if strings.Contains(d.name, " ") {17    }18}19func main() {20    d := Detector{name: "John Doe"}21    fmt.Println(d.checkName())22}23The checkName() method takes a value of the Detector struct as a receiver. We have created a variable d of type Detector and assigned it to the struct literal. The name field is assigned a value of “John Doe”. We have called the

checkName

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Enter name to check for profanity")4    fmt.Scanln(&name)5    fmt.Println(detector.checkName(name))6}7import "fmt"8func main() {9    fmt.Println("Enter name to check for profanity")10    fmt.Scanln(&name)11    fmt.Println(detector.checkName(name))12}13import "fmt"14func main() {15    fmt.Println("Enter name to check for profanity")16    fmt.Scanln(&name)17    fmt.Println(detector.checkName(name))18}19import "fmt"20func main() {21    fmt.Println("Enter name to check for profanity")22    fmt.Scanln(&name)23    fmt.Println(detector.checkName(name))24}25import "fmt"26func main() {27    fmt.Println("Enter name to check for profanity")28    fmt.Scanln(&name)29    fmt.Println(detector.checkName(name))30}31import "fmt"32func main() {33    fmt.Println("Enter name to check for profanity")34    fmt.Scanln(&name)35    fmt.Println(detector.checkName(name))36}37import "fmt"38func main() {39    fmt.Println("Enter name to check for profanity")40    fmt.Scanln(&name)41    fmt.Println(detector.checkName(name))42}43import "fmt"44func main() {

checkName

Using AI Code Generation

1import (2func main() {3	fmt.Print("Enter the name: ")4	fmt.Scan(&name)5	var detector = Detector{name: name}6	fmt.Println(detector.checkName())7}

checkName

Using AI Code Generation

1import (2type Detector struct {3}4func main() {5	detector := &Detector{Name: "test"}6	valid := validation.Validation{}7	valid.CheckName(detector.Name, "Name").Message("Name is not valid")8	if valid.HasErrors() {9		fmt.Println(valid.Errors[0].Message)10	}11}

checkName

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello")4    detector.checkName("sachin")5}6import "fmt"7type Detector struct {8}9func (d *Detector) checkName(name string) {10    fmt.Println("Name is: ", name)11}12import "fmt"13type Detector struct {14}15func (d *Detector) checkName(name string) {16    fmt.Println("Name is: ", name)17}18import "fmt"19type Detector struct {20}21func (d *Detector) checkName(name string) {22    fmt.Println("Name is: ", name)23}24import "fmt"25type Detector struct {26}27func (d *Detector) checkName(name string) {28    fmt.Println("Name is: ", name)29}30import "fmt"31type Detector struct {32}33func (d *Detector) checkName(name string) {34    fmt.Println("Name is: ", name)35}36import "fmt"37type Detector struct {38}39func (d *Detector) checkName(name string) {40    fmt.Println("Name is: ", name)41}42import "fmt"43type Detector struct {44}45func (d *Detector) checkName(name string) {46    fmt.Println("Name is: ", name)47}48import "fmt"49type Detector struct {50}51func (d *Detector) checkName(name string) {52    fmt.Println("Name is: ", name)53}54import "fmt"55type Detector struct {56}57func (d *Detector) checkName(name string) {58    fmt.Println("Name is: ", name)59}60import "fmt"61type Detector struct {62}63func (d *Detector) checkName(name string) {64    fmt.Println("Name is: ", name)65}66import "fmt

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