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How to use ContainsTag method of utils Package

Best Testkube code snippet using utils.ContainsTag

servicediscovery.go

Source:servicediscovery.go

1package servicediscovery2import (3	"time"4	"github.com/nicholasjackson/router/logging"5	"github.com/nicholasjackson/router/utils"6)7const (8	pollingBackendSuccess string = "servicerouter.Backend.Polling.Success"9	pollingBackendError   string = "servicerouter.Backend.Polling.Error"10)11// Service represents a backend service which is registered with the dynamic service registry12type Service struct {13	Node           string14	Address        string15	ServiceID      string16	ServiceName    string17	ServiceAddress string18	ServiceTags    []string19	ServicePort    int20}21// Backend represents a dynamic service registry like Consul or etcd22type Backend interface {23	//Services returns a map of Service from the Backend24	// The key to the map is the name of the service25	// Services returns an array as there may be more than one endpoint registered for a service name26	Services() (map[string][]*Service, error)27}28// Discoverable defines an interface for ServiceDiscovery29type Discoverable interface {30	//ServicesByTag returns an array of Service for the given service name and tag31	ServicesByTag(name string, tag string) []*Service32	// StartPolling starts polling the backend for changes33	StartPolling()34	//StopPolling stops polling the backend for changes35	StopPolling()36}37// ServiceDiscovery implements the Discoverable interface and is the main class for finding details for backends38type ServiceDiscovery struct {39	backend         Backend40	refreshInterval time.Duration41	timer           utils.Timer42	statsd          logging.StatsD43	backendServices map[string][]*Service44}45// NewServiceDiscovery creates and returns a ServiceDiscovery type with the given Backend46func NewServiceDiscovery(backend Backend, timer utils.Timer, statsd logging.StatsD) *ServiceDiscovery {47	return &ServiceDiscovery{48		backend:         backend,49		timer:           timer,50		statsd:          statsd,51		refreshInterval: 30 * time.Second}52}53// StartPolling starts to poll the backend for changes54func (s *ServiceDiscovery) StartPolling() {55	go s.internalPolling()56	time.Sleep(100 * time.Millisecond)57}58func (s *ServiceDiscovery) internalPolling() {59	s.timer.AfterFunc(s.refreshInterval, func() {60		var err error61		s.backendServices, err = s.backend.Services()62		if err != nil {63			s.statsd.Increment(pollingBackendError)64		} else {65			s.statsd.Increment(pollingBackendSuccess)66		}67	})68}69//ServicesByTag returns an array of Service for the given service name and tag70func (s *ServiceDiscovery) ServicesByTag(name string, tag string) []*Service {71	services := []*Service{}72	for _, s := range s.backendServices[name] {73		if containsTag(s, tag) {74			services = append(services, s)75		}76	}77	return services78}79func containsTag(service *Service, tag string) bool {80	for _, t := range service.ServiceTags {81		if t == tag {82			return true83		}84	}85	return false86}...

query.go

Source:query.go

1package handler2import (3	"fmt"4	"time"5	"github.com/zeroclock/taskiwi/model"6	"github.com/zeroclock/taskiwi/utils"7)8const layout = "2006-01-02 15:04"9// received date's format10const layout_req = "2006-01-02"11func QueryTasks(taskData []model.ClockData, tags []string, start string, end string) ([]model.ClockData, error) {12	result := []model.ClockData{}13	conditionStart, err := time.Parse(layout_req, start)14	if err != nil {15		return result, err16	}17	conditionEnd, err := time.Parse(layout_req, end)18	if err != nil {19		return result, err20	}21	// set start's time to 00:00:0022	conditionStart = utils.TruncateDateHMS(conditionStart)23	// set end's time to 23:59:5024	conditionEnd = utils.SetDateHMSToEndTime(conditionEnd)25	for _, v := range taskData {26		// check only task's start datetime27		clockedDate, err := time.Parse(layout, v.Start)28		if err != nil {29			return result, err30		}31		if len(tags) > 0 {32			if containsTag(&v, tags) && containsRange(clockedDate, conditionStart, conditionEnd) {33				result = append(result, v)34			}35		} else {36			if containsRange(clockedDate, conditionStart, conditionEnd) {37				result = append(result, v)38			}39		}40	}41	return result, nil42}43func GetTagsFromClockDatas(taskData []model.ClockData) []string {44	tags := []string{}45	for _, v := range taskData {46		for _, tag := range v.Tags {47			exists := false48			for _, t := range tags {49				if t == tag {50					exists = true51				}52			}53			if !exists {54				tags = append(tags, tag)55			}56		}57	}58	return tags59}60func AggregateClockDatasByTags(taskDatas []model.ClockData, tags []string) (model.WorkTimes, []model.ClockData, error) {61	var total float64 = 0.062	m := map[string]float64{}63	var workTimes model.WorkTimes64	for _, tag := range tags {65		m[tag] = 066		for _, data := range taskDatas {67			if containsTag(&data, []string{tag}) {68				start, err := time.Parse(layout, data.Start)69				if err != nil {70					return model.WorkTimes{}, []model.ClockData{}, err71				}72				end, err := time.Parse(layout, data.End)73				if err != nil {74					return model.WorkTimes{}, []model.ClockData{}, err75				}76				sub := end.Sub(start).Minutes()77				m[tag] += sub78				total += sub79			}80		}81	}82	for k, v := range m {83		workTimes = append(workTimes, &model.WorkTime{84			Tag:     k,85			Time:    fmt.Sprint(v),86			Percent: fmt.Sprint(v / total),87		})88	}89	return workTimes, taskDatas, nil90}91func containsTag(task *model.ClockData, tags []string) bool {92	for _, v := range task.Tags {93		for _, tag := range tags {94			if v == tag {95				return true96			}97		}98	}99	return false100}101func containsRange(targetDatetime time.Time, start time.Time, end time.Time) bool {102	return !start.After(targetDatetime) && !end.Before(targetDatetime)103}...

utils.go

Source:utils.go

1package utils2func ContainsTag(tags []string, tag string) bool {3	for _, t := range tags {4		if t == tag {5			return true6		}7	}8	return false9}10func RemoveDuplicates(s []string) []string {11	m := make(map[string]struct{})12	result := []string{}13	for _, v := range s {14		if _, value := m[v]; !value {15			m[v] = struct{}{}16			result = append(result, v)...

ContainsTag

Using AI Code Generation

1import (2func main() {3	fmt.Println(golutils.ContainsTag("abhishek", "abhi"))4	fmt.Println(golutils.ContainsTag("abhishek", "abh"))5	fmt.Println(golutils.ContainsTag("abhishek", "a"))6	fmt.Println(golutils.ContainsTag("abhishek", "k"))7	fmt.Println(golutils.ContainsTag("abhishek", "sh"))8	fmt.Println(golutils.ContainsTag("abhishek", "abhishek"))9	fmt.Println(golutils.ContainsTag("abhishek", "abhishe"))10	fmt.Println(golutils.ContainsTag("abhishek", "abhisheks"))11	fmt.Println(golutils.ContainsTag("abhishek", "abhishek "))12	fmt.Println(golutils.ContainsTag("abhishek", " abhishek"))13	fmt.Println(golutils.ContainsTag("abhishek", "abhishekkr"))14	fmt.Println(golutils.ContainsTag("abhishek", "abhishekkr "))15	fmt.Println(golutils.ContainsTag("abhishek", " abhishekkr"))16}17import (18func init() {19	rand.Seed(time.Now().UTC().UnixNano())20}21func RandomString(length int)

ContainsTag

Using AI Code Generation

1import (2func main() {3	fmt.Println(stringutil.ContainsTag("Hello, world", "Hello"))4}5func ContainsTag(s, substr string) bool {6	for i := 0; i < len(s); i++ {7		for j := 0; j < len(substr) && (i+j) < len(s); j++ {8			if substr[j] != s[i+j] {9			}10			if j+1 == len(substr) {11			}12		}13	}14}

ContainsTag

Using AI Code Generation

1func main() {2    var tags []string = []string{"Tag1", "Tag2", "Tag3"}3    var result bool = utils.ContainsTag(tag, tags)4    fmt.Println(result)5}6func main() {7    var tags []string = []string{"Tag1", "Tag2", "Tag3"}8    var result bool = utils.ContainsTag(tag, tags)9    fmt.Println(result)10}

ContainsTag

Using AI Code Generation

1func main() {2    fmt.Println(utils.ContainsTag("golang"))3    fmt.Println(utils.ContainsTag("ruby"))4}5func main() {6    fmt.Println(utils.ContainsTag("golang"))7    fmt.Println(utils.ContainsTag("ruby"))8}9func main() {10    fmt.Println(utils.ContainsTag("golang"))11    fmt.Println(utils.ContainsTag("ruby"))12}13func main() {14    fmt.Println(utils.ContainsTag("golang"))15    fmt.Println(utils.ContainsTag("ruby"))16}17func main() {18    fmt.Println(utils.ContainsTag("golang"))19    fmt.Println(utils.ContainsTag("ruby"))20}21func main() {22    fmt.Println(utils.ContainsTag("golang"))23    fmt.Println(utils.ContainsTag("ruby"))24}25func main() {26    fmt.Println(utils.ContainsTag("golang"))27    fmt.Println(utils.ContainsTag("ruby"))28}29func main() {30    fmt.Println(utils.ContainsTag("golang"))31    fmt.Println(utils.ContainsTag("ruby"))32}33func main() {34    fmt.Println(utils.ContainsTag("golang"))35    fmt.Println(utils.ContainsTag("ruby"))36}37func main() {38    fmt.Println(utils.ContainsTag("golang"))39    fmt.Println(utils.ContainsTag("ruby"))40}41func main() {42    fmt.Println(utils.ContainsTag("golang"))43    fmt.Println(utils.ContainsTag("ruby"))44}45func main() {46    fmt.Println(utils.ContainsTag("golang"))47    fmt.Println(utils.ContainsTag("ruby"))48}

ContainsTag

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	fmt.Println(utils.ContainsTag("test", "test"))5}6func ContainsTag(tag string, tagList string) bool {7}8	/usr/local/Cellar/go/1.5.1/libexec/src/utils (from $GOROOT)9	/Users/username/go/src/utils (from $GOPATH)10I have a project with a main package and a utils package. I am trying to run a test file in the utils package. I am getting the following error: cannot find package "main" in any of: /usr/local/Cellar/go/1.5.1/libexec/src/main (from $GOROOT) /Users/username/go/src/main (from $GOPATH) I have tried adding the path to the main package in the GOPATH, but that doesn't help. How can I solve this issue? I am using go version go1.5.1 darwin/amd64 Thanks in advance! package main import ( "fmt" "utils" ) func main() { fmt.Println("Hello, playground") fmt.Println(utils.ContainsTag("test", "test")) } package utils func ContainsTag(tag string, tagList string) bool { return true } package utils_test import ( "testing" "utils" ) func TestContainsTag(t *testing.T) { if !utils.ContainsTag("test", "test") { t.Error("Expected true, got false") } }

ContainsTag

Using AI Code Generation

1if utils.ContainsTag(tags, "tag1") {2}3if utils.ContainsTag(tags, "tag1") {4}5if utils.ContainsTag(tags, "tag1") {6}7if utils.ContainsTag(tags, "tag1") {8}9if utils.ContainsTag(tags, "tag1") {10}11if utils.ContainsTag(tags, "tag1") {12}13if utils.ContainsTag(tags, "tag1") {14}15if utils.ContainsTag(tags, "tag1") {16}17if utils.ContainsTag(tags, "tag1") {18}19if utils.ContainsTag(tags, "tag1") {20}21if utils.ContainsTag(tags, "tag1") {22}23if utils.ContainsTag(tags, "tag1") {24}25if utils.ContainsTag(tags,

ContainsTag

Using AI Code Generation

1import (2func main() {3	fmt.Println(utils.ContainsTag("tag1", "tag1,tag2,tag3"))4	fmt.Println(utils.ContainsTag("tag4", "tag1,tag2,tag3"))5}6import (7func ContainsTag(tag string, tags string) bool {8	return strings.Contains(tags, tag)9}10	/usr/local/Cellar/go/1.9.2/libexec/src/github.com/andrewjjenkins/go-playground/utils (from $GOROOT)11	/Users/andrewjenkins/go/src/github.com/andrewjjenkins/go-playground/utils (from $GOPATH)

ContainsTag

Using AI Code Generation

1import "github.com/golang/gddo/httputil/header"2func main() {3    if !header.ContainsTag("text/html; charset=utf-8", "html") {4    }5}6func ContainsTag(s, tag string) bool {7}8func SplitMediaTypes(s string) []string {9}10func SplitHeader(s string) []string {11}12func SplitAndUnquote(s string) []string {13}14func Split(s, sep string) []string {15}

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