How to use Item method of reporter Package

Best Gauge code snippet using reporter.Item

reporter.go

Source:reporter.go

...120		reporter.Close()121	}122}123// ------------- REMOTE REPORTER -----------------124type reporterQueueItemType int125const (126	defaultQueueSize           = 100127	defaultBufferFlushInterval = 1 * time.Second128	reporterQueueItemSpan reporterQueueItemType = iota129	reporterQueueItemClose130)131type reporterQueueItem struct {132	itemType reporterQueueItemType133	span     *Span134	close    *sync.WaitGroup135}136type remoteReporter struct {137	// These fields must be first in the struct because `sync/atomic` expects 64-bit alignment.138	// Cf. https://github.com/uber/jaeger-client-go/issues/155, https://goo.gl/zW7dgq139	queueLength int64140	closed      int64 // 0 - not closed, 1 - closed141	reporterOptions142	sender Transport143	queue  chan reporterQueueItem144}145// NewRemoteReporter creates a new reporter that sends spans out of process by means of Sender.146// Calls to Report(Span) return immediately (side effect: if internal buffer is full the span is dropped).147// Periodically the transport buffer is flushed even if it hasn't reached max packet size.148// Calls to Close() block until all spans reported prior to the call to Close are flushed.149func NewRemoteReporter(sender Transport, opts ...ReporterOption) Reporter {150	options := reporterOptions{}151	for _, option := range opts {152		option(&options)153	}154	if options.bufferFlushInterval <= 0 {155		options.bufferFlushInterval = defaultBufferFlushInterval156	}157	if options.logger == nil {158		options.logger = log.NullLogger159	}160	if options.metrics == nil {161		options.metrics = NewNullMetrics()162	}163	if options.queueSize <= 0 {164		options.queueSize = defaultQueueSize165	}166	reporter := &remoteReporter{167		reporterOptions: options,168		sender:          sender,169		queue:           make(chan reporterQueueItem, options.queueSize),170	}171	go reporter.processQueue()172	return reporter173}174// Report implements Report() method of Reporter.175// It passes the span to a background go-routine for submission to Jaeger backend.176// If the internal queue is full, the span is dropped and metrics.ReporterDropped counter is incremented.177// If Report() is called after the reporter has been Close()-ed, the additional spans will not be178// sent to the backend, but the metrics.ReporterDropped counter may not reflect them correctly,179// because some of them may still be successfully added to the queue.180func (r *remoteReporter) Report(span *Span) {181	select {182	case r.queue <- reporterQueueItem{itemType: reporterQueueItemSpan, span: span}:183		atomic.AddInt64(&r.queueLength, 1)184	default:185		r.metrics.ReporterDropped.Inc(1)186	}187}188// Close implements Close() method of Reporter by waiting for the queue to be drained.189func (r *remoteReporter) Close() {190	if swapped := atomic.CompareAndSwapInt64(&r.closed, 0, 1); !swapped {191		r.logger.Error("Repeated attempt to close the reporter is ignored")192		return193	}194	r.sendCloseEvent()195	r.sender.Close()196}197func (r *remoteReporter) sendCloseEvent() {198	wg := &sync.WaitGroup{}199	wg.Add(1)200	item := reporterQueueItem{itemType: reporterQueueItemClose, close: wg}201	r.queue <- item // if the queue is full we will block until there is space202	atomic.AddInt64(&r.queueLength, 1)203	wg.Wait()204}205// processQueue reads spans from the queue, converts them to Thrift, and stores them in an internal buffer.206// When the buffer length reaches batchSize, it is flushed by submitting the accumulated spans to Jaeger.207// Buffer also gets flushed automatically every batchFlushInterval seconds, just in case the tracer stopped208// reporting new spans.209func (r *remoteReporter) processQueue() {210	// flush causes the Sender to flush its accumulated spans and clear the buffer211	flush := func() {212		if flushed, err := r.sender.Flush(); err != nil {213			r.metrics.ReporterFailure.Inc(int64(flushed))214			r.logger.Error(fmt.Sprintf("error when flushing the buffer: %s", err.Error()))215		} else if flushed > 0 {216			r.metrics.ReporterSuccess.Inc(int64(flushed))217		}218	}219	timer := time.NewTicker(r.bufferFlushInterval)220	for {221		select {222		case <-timer.C:223			flush()224		case item := <-r.queue:225			atomic.AddInt64(&r.queueLength, -1)226			switch item.itemType {227			case reporterQueueItemSpan:228				span := item.span229				if flushed, err := r.sender.Append(span); err != nil {230					r.metrics.ReporterFailure.Inc(int64(flushed))231					r.logger.Error(fmt.Sprintf("error reporting span %q: %s", span.OperationName(), err.Error()))232				} else if flushed > 0 {233					r.metrics.ReporterSuccess.Inc(int64(flushed))234					// to reduce the number of gauge stats, we only emit queue length on flush235					r.metrics.ReporterQueueLength.Update(atomic.LoadInt64(&r.queueLength))236				}237			case reporterQueueItemClose:238				timer.Stop()239				flush()240				item.close.Done()241				return242			}243		}244	}245}...

Item

Using AI Code Generation

1func main() {2    r := reporter.Item("this is a test")3    fmt.Println(r)4}5func main() {6    r := reporter.Item("this is a test")7    fmt.Println(r)8}9./1.go:8: cannot use reporter.Item("this is a test") (type reporter.Report) as type string in argument to fmt.Println10./2.go:8: cannot use reporter.Item("this is a test") (type reporter.Report) as type string in argument to fmt.Println11func main() {12    r := reporter.Item("this is a test")13    fmt.Println(r.Message)14}15func main() {16    r := reporter.Item("this is a test")17    fmt.Println(r.Message)18}

Item

Using AI Code Generation

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

Item

Using AI Code Generation

1import "fmt"2func main() {3    r := &reporter{name: "Go"}4    r.Item("Go")5}6import "fmt"7func main() {8    r := &reporter{name: "Go"}9    r.Item("Go")10}11import "fmt"12func main() {13    r := &reporter{name: "Go"}14    r.Item("Go")15}16import "fmt"17func main() {18    r := &reporter{name: "Go"}19    r.Item("Go")20}21import "fmt"22func main() {23    r := &reporter{name: "Go"}24    r.Item("Go")25}26import "fmt"27func main() {28    r := &reporter{name: "Go"}29    r.Item("Go")30}31import "fmt"32func main() {33    r := &reporter{name: "Go"}34    r.Item("Go")35}36import "fmt"37func main() {38    r := &reporter{name: "Go"}39    r.Item("Go")40}41import "fmt"42func main() {43    r := &reporter{name: "Go"}44    r.Item("Go")45}46import "fmt"47func main() {48    r := &reporter{name: "Go"}49    r.Item("Go")50}51import "fmt"52func main() {53    r := &reporter{name: "Go"}54    r.Item("Go")55}

Item

Using AI Code Generation

1import (2type reporter interface {3    Item()4}5type item struct {6}7func (i item) Item() {8    fmt.Println("Item name is", i.name, "and price is", i.price)9}10func main() {11    i := item{"mango", 10.0}12    fmt.Println(i)13    i.Item()14}15{mango 10}16func (r receiver_type) method_name(parameters) (return_type) {17}18import (19type item struct {20}21func (i item) Item() {22    fmt.Println("Item name is", i.name, "and price is", i.price)23}24func main() {25    i := item{"m

Item

Using AI Code Generation

1func main() {2    reporter := &MyReporter{}3    reporter.Item("Hello")4}5func main() {6    reporter := &MyReporter{}7    reporter.Item("World")8}9func main() {10    reporter := &MyReporter{}11    reporter.Item("!")12}13func main() {14    reporter := &MyReporter{}15    reporter.Item("Hello")16    reporter.Item("World")17    reporter.Item("!")18}19func main() {20    reporter := &MyReporter{}21    reporter.Item("Hello")22    reporter.Item("World")23    reporter.Item("!")24    reporter.Item("Hello")25    reporter.Item("World")26    reporter.Item("!")27}28func main() {29    reporter := &MyReporter{}30    reporter.Item("Hello")31    reporter.Item("World")32    reporter.Item("!")33    reporter.Item("Hello")34    reporter.Item("World")35    reporter.Item("!")36    reporter.Item("Hello")37    reporter.Item("World")38    reporter.Item("!")39}40func main() {41    reporter := &MyReporter{}42    reporter.Item("Hello")43    reporter.Item("World")44    reporter.Item("!")45    reporter.Item("Hello")46    reporter.Item("World")47    reporter.Item("!")48    reporter.Item("Hello")49    reporter.Item("World")50    reporter.Item("!")51    reporter.Item("Hello")52    reporter.Item("World")53    reporter.Item("!")54}55func main() {56    reporter := &MyReporter{}57    reporter.Item("Hello")58    reporter.Item("World")59    reporter.Item("!")60    reporter.Item("Hello")61    reporter.Item("World")62    reporter.Item("!")63    reporter.Item("Hello")64    reporter.Item("World")65    reporter.Item("!")

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