How to use Connection method of refactor Package

Best Gauge code snippet using refactor.Connection

validator.go

Source:validator.go

...79		panic(err)80	}81	err = configValidator.RegisterValidation("connection_mqtt", func(fl validator.FieldLevel) bool {82		connectionName := fl.Field().String()83		knownConnections := cfg.Connections.MQTT84		if _, found := knownConnections[connectionName]; found {85			return true86		}87		return false88	})89	if err != nil {90		panic(err)91	}92	err = configValidator.RegisterValidation("datapoint", func(fl validator.FieldLevel) bool {93		dpPath := Datapoint(fl.Field().String())94		if !dpPath.IsValid() {95			return false96		}97		knownDatapointPaths := map[string]bool{}98		//meta datapoints:99		refConnections := reflect.ValueOf(cfg.Connections)100		for connectionField := 0; connectionField < refConnections.NumField(); connectionField++ {101			if refConnections.Field(connectionField).Kind() == reflect.Map {102				//connections.mqtt103				for _, connectionName := range refConnections.Field(connectionField).MapKeys() {104					knownDatapointPaths[fmt.Sprintf("__connection[%s].status", connectionName.String())] = true105				}106			}107		}108		refSensors := reflect.ValueOf(cfg.Sensors)109		for sensorField := 0; sensorField < refSensors.NumField(); sensorField++ {110			if refSensors.Field(sensorField).Kind() == reflect.Map {111				//sensors.mqtt112				for _, sensorTypeName := range refSensors.Field(sensorField).MapKeys() {113					sensorValue := refSensors.Field(sensorField).MapIndex(sensorTypeName)114					for sensorValueField := 0; sensorValueField < sensorValue.NumField(); sensorValueField++ {115						//sensors.mqtt.data116						if sensorValue.Field(sensorValueField).Kind() == reflect.ValueOf(DataPoints{}).Kind() {117							for sensorValueDataPoint := 0; sensorValueDataPoint < sensorValue.Field(sensorValueField).NumField(); sensorValueDataPoint++ {...

configuration.go

Source:configuration.go

...13	logging "github.com/op/go-logging"14)15const (16	gaugeRepositoryURL      = "gauge_repository_url"17	runnerConnectionTimeout = "runner_connection_timeout"18	pluginConnectionTimeout = "plugin_connection_timeout"19	pluginKillTimeOut       = "plugin_kill_timeout"20	runnerRequestTimeout    = "runner_request_timeout"21	ideRequestTimeout       = "ide_request_timeout"22	checkUpdates            = "check_updates"23	allowInsecureDownload   = "allow_insecure_download"24	defaultRunnerConnectionTimeout = time.Second * 2525	defaultPluginConnectionTimeout = time.Second * 1026	defaultPluginKillTimeout       = time.Second * 427	defaultRefactorTimeout         = time.Second * 1028	defaultRunnerRequestTimeout    = time.Second * 3029	defaultIdeRequestTimeout       = time.Second * 3030	LayoutForTimeStamp             = "Jan 2, 2006 at 3:04pm"31)32var APILog = logging.MustGetLogger("gauge-api")33var ProjectRoot string34// RunnerConnectionTimeout gets timeout in milliseconds for making a connection to the language runner35func RunnerConnectionTimeout() time.Duration {36	intervalString := getFromConfig(runnerConnectionTimeout)37	return convertToTime(intervalString, defaultRunnerConnectionTimeout, runnerConnectionTimeout)38}39// PluginConnectionTimeout gets timeout in milliseconds for making a connection to plugins40func PluginConnectionTimeout() time.Duration {41	intervalString := getFromConfig(pluginConnectionTimeout)42	return convertToTime(intervalString, defaultPluginConnectionTimeout, pluginConnectionTimeout)43}44// PluginKillTimeout gets timeout in milliseconds for a plugin to stop after a kill message has been sent45func PluginKillTimeout() time.Duration {46	intervalString := getFromConfig(pluginKillTimeOut)47	return convertToTime(intervalString, defaultPluginKillTimeout, pluginKillTimeOut)48}49// CheckUpdates determines if update check is enabled50func CheckUpdates() bool {51	allow := getFromConfig(checkUpdates)52	return convertToBool(allow, checkUpdates, true)53}54// RefactorTimeout returns the default timeout value for a refactoring request.55func RefactorTimeout() time.Duration {56	return defaultRefactorTimeout...

collection.go

Source:collection.go

...14type Collection struct {15	Name       string16	Database   string17	Context    *Context18	Connection *Connection19}20// BeforeSaveHook ...21type BeforeSaveHook interface {22	BeforeSave() error23}24// AfterSaveHook ...25type AfterSaveHook interface {26	AfterSave() error27}28// BeforeDeleteHook ...29type BeforeDeleteHook interface {30	BeforeDelete() error31}32// AfterDeleteHook ...33type AfterDeleteHook interface {34	AfterDelete() error35}36// AfterFindHook ...37type AfterFindHook interface {38	AfterFind() error39}40// ValidateHook ...41type ValidateHook interface {42	Validate() []error43}44// ValidationError ...45type ValidationError struct {46	Errors []error47}48// TimeCreatedTracker ...49type TimeCreatedTracker interface {50	GetCreated() time.Time51	SetCreated(time.Time)52}53// TimeModifiedTracker ...54type TimeModifiedTracker interface {55	GetModified() time.Time56	SetModified(time.Time)57}58// NewTracker ...59type NewTracker interface {60	SetIsNew(bool)61	IsNew() bool62}63func (v *ValidationError) Error() string {64	errs := make([]string, len(v.Errors))65	for i, e := range v.Errors {66		errs[i] = e.Error()67	}68	return "Validation failed. (" + strings.Join(errs, ", ") + ")"69}70// C ...71func (c *Collection) C() *mgo.Collection {72	return c.Connection.Session.DB(c.Database).C(c.Name)73}74// collectionOnSession ...75func (c *Collection) collectionOnSession(sess *mgo.Session) *mgo.Collection {76	return sess.DB(c.Database).C(c.Name)77}78// FindID is a wrapper to the mgo FindId79func (c *Collection) FindID(id interface{}) *Query {80	q := &Query{81		MgoC: c.C(),82		MgoQ: c.C().FindId(id),83	}84	return q85}86// Find is a wrapper to the mgo Find. This is the entry point to the Query object....

Connection

Using AI Code Generation

1func main() {2    r := refactor.New()3    r.Connection()4}5type Refactor struct {6}7func New() *Refactor {8    return &Refactor{}9}10func (r *Refactor) Connection() {11    fmt.Println("Connection method")12}13func main() {14    r := refactor.New()15    r.Connection()16}17type Refactor struct {18}19func New() *Refactor {20    return &Refactor{}21}22func (r *Refactor) Connection() {23    fmt.Println("Connection method")24}25func main() {26    r := refactor.New()27    r.Connection()28}29type Refactor struct {30}31func New() *Refactor {32    return &Refactor{}33}34func (r *Refactor) Connection() {35    fmt.Println("Connection method")36}37func main() {38    r := refactor.New()39    r.Connection()40}41type Refactor struct {42}43func New() *Refactor {44    return &Refactor{}45}46func (r *Refactor) Connection() {47    fmt.Println("Connection method")48}49func main() {50    r := refactor.New()51    r.Connection()52}53type Refactor struct {54}55func New() *Refactor {56    return &Refactor{}57}58func (r *Refactor) Connection() {59    fmt.Println("Connection method")60}61func main() {62    r := refactor.New()63    r.Connection()64}65type Refactor struct {66}67func New() *Refactor {68    return &Refactor{}69}70func (r *Refactor) Connection() {71    fmt.Println("Connection method")72}73func main() {74    r := refactor.New()75    r.Connection()76}

Connection

Using AI Code Generation

1import (2func main() {3	refactor.Connection()4	fmt.Println("Hello, playground")5}6import (7func Connection() {8	conn, err := net.Dial("tcp", "localhost:80")9	if err != nil {10	}11	fmt.Println(conn)12}13import (14func TestConnection(t *testing.T) {15	refactor.Connection()16}17--- FAIL: TestConnection (0.00s)18testing.tRunner.func1(0xc0420a00f0)19panic(0x5d0a00, 0xc04200a9a0)20main.TestConnection(0xc0420a00f0)21testing.tRunner(0xc0420a00f0, 0x5d1c40)22created by testing.(*T).Run

Connection

Using AI Code Generation

1var r = refactor.New()2r.Connection()3var r = refactor.New()4r.Connection()5var r = refactor.New()6r.Connection()7var r = refactor.New()8r.Connection()9var r = refactor.New()10r.Connection()11var r = refactor.New()12r.Connection()13var r = refactor.New()14r.Connection()15var r = refactor.New()16r.Connection()17var r = refactor.New()18r.Connection()19var r = refactor.New()20r.Connection()21var r = refactor.New()22r.Connection()23var r = refactor.New()24r.Connection()25var r = refactor.New()26r.Connection()27var r = refactor.New()28r.Connection()29var r = refactor.New()30r.Connection()

Connection

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, playground")4    r = refactor.NewConnection()5    r.Connect()6}7import "fmt"8type Connection struct {9}10func NewConnection() *Connection {11    return &Connection{}12}13func (c *Connection) Connect() {14    fmt.Println("Connection")15}16import "testing"17func TestConnection(t *testing.T) {18    r = *NewConnection()19    r.Connect()20}21import (22func main() {23    fmt.Println("Hello, playground")24    r = refactor.NewConnection()25    r.Connect()26}27import "fmt"28type Connection struct {29}30func NewConnection() *Connection {31    return &Connection{}32}33func (c *Connection) Connect() {34    fmt.Println("Connection")35}36import "testing"37func TestConnection(t *testing.T) {38    r = NewConnection()39    r.Connect()40}41func DoSomethingOnSlice(s []interface{}) {42    for _, v := range s {43        v.DoSomething()44    }45}46for _, v := range s {47    reflect.ValueOf(v).MethodByName("DoSomething").Call([]reflect.Value{})48}

Connection

Using AI Code Generation

1import (2func main() {3    var con = refactor.Connection{}4    con.Open()5    con.Close()6    fmt.Println("Database Connection")7}

Connection

Using AI Code Generation

1import "fmt"2func main() {3 fmt.Println("Hello, World")4 conn := refactor.NewConnection()5 conn.Connect()6}

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