pax_global_header00006660000000000000000000000064127422035740014520gustar00rootroot0000000000000052 comment=74669b9f388d9d788c97399a0824adbfee78400e stathat-go-74669b9/000077500000000000000000000000001274220357400140675ustar00rootroot00000000000000stathat-go-74669b9/.gitignore000066400000000000000000000003741274220357400160630ustar00rootroot00000000000000# Compiled Object files, Static and Dynamic libs (Shared Objects) *.o *.a *.so # Folders _obj _test # Architecture specific extensions/prefixes *.[568vq] [568vq].out *.cgo1.go *.cgo2.c _cgo_defun.c _cgo_gotypes.go _cgo_export.* _testmain.go *.exe stathat-go-74669b9/LICENSE000066400000000000000000000020431274220357400150730ustar00rootroot00000000000000Copyright (C) 2012 Numerotron Inc. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. stathat-go-74669b9/README.md000066400000000000000000000032041274220357400153450ustar00rootroot00000000000000stathat ======= This is a Go package for posting stats to your StatHat account. For more information about StatHat, visit [www.stathat.com](http://www.stathat.com). Installation ------------ Use `go get`: go get github.com/stathat/go That's it. Import it like this: import ( "github.com/stathat/go" ) Usage ----- The easiest way to use the package is with the EZ API functions. You can add stats directly in your code by just adding a call with a new stat name. Once StatHat receives the call, a new stat will be created for you. To post a count of 1 to a stat: stathat.PostEZCountOne("messages sent - female to male", "something@stathat.com") To specify the count: stathat.PostEZCount("messages sent - male to male", "something@stathat.com", 37) To post a value: stathat.PostEZValue("ws0 load average", "something@stathat.com", 0.372) There are also functions for the classic API. The drawback to the classic API is that you need to create the stats using the web interface and copy the keys it gives you into your code. To post a count of 1 to a stat using the classic API: stathat.PostCountOne("statkey", "userkey") To specify the count: stathat.PostCount("statkey", "userkey", 37) To post a value: stathat.PostValue("statkey", "userkey", 0.372) Contact us ---------- We'd love to hear from you if you are using this in your projects! Please drop us a line: [@stat_hat](http://twitter.com/stat_hat) or [contact us here](http://www.stathat.com/docs/contact). About ----- Written by Patrick Crosby at [StatHat](http://www.stathat.com). Twitter: [@stat_hat](http://twitter.com/stat_hat) stathat-go-74669b9/example_test.go000066400000000000000000000012141274220357400171060ustar00rootroot00000000000000// Copyright (C) 2012 Numerotron Inc. // Use of this source code is governed by an MIT-style license // that can be found in the LICENSE file. package stathat_test import ( "log" stathat "github.com/stathat/go" ) func ExamplePostEZCountOne() { log.Printf("starting example") stathat.Verbose = true err := stathat.PostEZCountOne("go example test run", "nobody@stathat.com") if err != nil { log.Printf("error posting ez count one: %v", err) return } // If using this with a valid account, this could be helpful in a short script: /* ok := stathat.WaitUntilFinished(5 * time.Second) if ok { fmt.Println("ok") } */ // Output: } stathat-go-74669b9/stathat.go000066400000000000000000000377631274220357400161060ustar00rootroot00000000000000// Copyright (C) 2012 Numerotron Inc. // Use of this source code is governed by an MIT-style license // that can be found in the LICENSE file. // Copyright 2012 Numerotron Inc. // Use of this source code is governed by an MIT-style license // that can be found in the LICENSE file. // // Developed at www.stathat.com by Patrick Crosby // Contact us on twitter with any questions: twitter.com/stat_hat // The stathat package makes it easy to post any values to your StatHat // account. package stathat import ( "fmt" "io" "io/ioutil" "log" "net/http" "net/url" "strconv" "sync" "time" ) const hostname = "api.stathat.com" type statKind int const ( _ = iota kcounter statKind = iota kvalue ) func (sk statKind) classicPath() string { switch sk { case kcounter: return "/c" case kvalue: return "/v" } return "" } type apiKind int const ( _ = iota classic apiKind = iota ez ) func (ak apiKind) path(sk statKind) string { switch ak { case ez: return "/ez" case classic: return sk.classicPath() } return "" } type statReport struct { StatKey string UserKey string Value float64 Timestamp int64 statType statKind apiType apiKind } // Reporter describes an interface for communicating with the StatHat API type Reporter interface { PostCount(statKey, userKey string, count int) error PostCountTime(statKey, userKey string, count int, timestamp int64) error PostCountOne(statKey, userKey string) error PostValue(statKey, userKey string, value float64) error PostValueTime(statKey, userKey string, value float64, timestamp int64) error PostEZCountOne(statName, ezkey string) error PostEZCount(statName, ezkey string, count int) error PostEZCountTime(statName, ezkey string, count int, timestamp int64) error PostEZValue(statName, ezkey string, value float64) error PostEZValueTime(statName, ezkey string, value float64, timestamp int64) error WaitUntilFinished(timeout time.Duration) bool } // BasicReporter is a StatHat client that can report stat values/counts to the servers. type BasicReporter struct { reports chan *statReport done chan bool client *http.Client wg *sync.WaitGroup } // NewReporter returns a new Reporter. You must specify the channel bufferSize and the // goroutine poolSize. You can pass in nil for the transport and it will create an // http transport with MaxIdleConnsPerHost set to the goroutine poolSize. Note if you // pass in your own transport, it's a good idea to have its MaxIdleConnsPerHost be set // to at least the poolSize to allow for effective connection reuse. func NewReporter(bufferSize, poolSize int, transport http.RoundTripper) Reporter { r := new(BasicReporter) if transport == nil { transport = &http.Transport{ // Allow for an idle connection per goroutine. MaxIdleConnsPerHost: poolSize, } } r.client = &http.Client{Transport: transport} r.reports = make(chan *statReport, bufferSize) r.done = make(chan bool) r.wg = new(sync.WaitGroup) for i := 0; i < poolSize; i++ { r.wg.Add(1) go r.processReports() } return r } type statCache struct { counterStats map[string]int valueStats map[string][]float64 } func (sc *statCache) AverageValue(statName string) float64 { total := 0.0 values := sc.valueStats[statName] if len(values) == 0 { return total } for _, value := range values { total += value } return total / float64(len(values)) } // BatchReporter wraps an existing Reporter in order to implement sending stats // to the StatHat server in batch. The flow is only available for the EZ API. // The following describes how stats are sent: // 1.) PostEZCountOne is called and adds the stat request to a queue. // 2.) PostEZCountOne is called again on the same stat, the value in the queue is incremented. // 3.) After batchInterval amount of time, all stat requests from the queue are // sent to the server. type BatchReporter struct { sync.Mutex r Reporter batchInterval time.Duration caches map[string]*statCache shutdownBatchCh chan struct{} } // DefaultReporter is the default instance of *Reporter. var DefaultReporter = NewReporter(100000, 10, nil) var testingEnv = false type testPost struct { url string values url.Values } var testPostChannel chan *testPost // The Verbose flag determines if the package should write verbose output to stdout. var Verbose = false func setTesting() { testingEnv = true testPostChannel = make(chan *testPost) } func newEZStatCount(statName, ezkey string, count int) *statReport { return &statReport{StatKey: statName, UserKey: ezkey, Value: float64(count), statType: kcounter, apiType: ez} } func newEZStatValue(statName, ezkey string, value float64) *statReport { return &statReport{StatKey: statName, UserKey: ezkey, Value: value, statType: kvalue, apiType: ez} } func newClassicStatCount(statKey, userKey string, count int) *statReport { return &statReport{StatKey: statKey, UserKey: userKey, Value: float64(count), statType: kcounter, apiType: classic} } func newClassicStatValue(statKey, userKey string, value float64) *statReport { return &statReport{StatKey: statKey, UserKey: userKey, Value: value, statType: kvalue, apiType: classic} } func (sr *statReport) values() url.Values { switch sr.apiType { case ez: return sr.ezValues() case classic: return sr.classicValues() } return nil } func (sr *statReport) ezValues() url.Values { switch sr.statType { case kcounter: return sr.ezCounterValues() case kvalue: return sr.ezValueValues() } return nil } func (sr *statReport) classicValues() url.Values { switch sr.statType { case kcounter: return sr.classicCounterValues() case kvalue: return sr.classicValueValues() } return nil } func (sr *statReport) ezCommonValues() url.Values { result := make(url.Values) result.Set("stat", sr.StatKey) result.Set("ezkey", sr.UserKey) if sr.Timestamp > 0 { result.Set("t", sr.timeString()) } return result } func (sr *statReport) classicCommonValues() url.Values { result := make(url.Values) result.Set("key", sr.StatKey) result.Set("ukey", sr.UserKey) if sr.Timestamp > 0 { result.Set("t", sr.timeString()) } return result } func (sr *statReport) ezCounterValues() url.Values { result := sr.ezCommonValues() result.Set("count", sr.valueString()) return result } func (sr *statReport) ezValueValues() url.Values { result := sr.ezCommonValues() result.Set("value", sr.valueString()) return result } func (sr *statReport) classicCounterValues() url.Values { result := sr.classicCommonValues() result.Set("count", sr.valueString()) return result } func (sr *statReport) classicValueValues() url.Values { result := sr.classicCommonValues() result.Set("value", sr.valueString()) return result } func (sr *statReport) valueString() string { return strconv.FormatFloat(sr.Value, 'g', -1, 64) } func (sr *statReport) timeString() string { return strconv.FormatInt(sr.Timestamp, 10) } func (sr *statReport) path() string { return sr.apiType.path(sr.statType) } func (sr *statReport) url() string { return fmt.Sprintf("https://%s%s", hostname, sr.path()) } // Using the classic API, posts a count to a stat using DefaultReporter. func PostCount(statKey, userKey string, count int) error { return DefaultReporter.PostCount(statKey, userKey, count) } // Using the classic API, posts a count to a stat using DefaultReporter at a specific // time. func PostCountTime(statKey, userKey string, count int, timestamp int64) error { return DefaultReporter.PostCountTime(statKey, userKey, count, timestamp) } // Using the classic API, posts a count of 1 to a stat using DefaultReporter. func PostCountOne(statKey, userKey string) error { return DefaultReporter.PostCountOne(statKey, userKey) } // Using the classic API, posts a value to a stat using DefaultReporter. func PostValue(statKey, userKey string, value float64) error { return DefaultReporter.PostValue(statKey, userKey, value) } // Using the classic API, posts a value to a stat at a specific time using DefaultReporter. func PostValueTime(statKey, userKey string, value float64, timestamp int64) error { return DefaultReporter.PostValueTime(statKey, userKey, value, timestamp) } // Using the EZ API, posts a count of 1 to a stat using DefaultReporter. func PostEZCountOne(statName, ezkey string) error { return DefaultReporter.PostEZCountOne(statName, ezkey) } // Using the EZ API, posts a count to a stat using DefaultReporter. func PostEZCount(statName, ezkey string, count int) error { return DefaultReporter.PostEZCount(statName, ezkey, count) } // Using the EZ API, posts a count to a stat at a specific time using DefaultReporter. func PostEZCountTime(statName, ezkey string, count int, timestamp int64) error { return DefaultReporter.PostEZCountTime(statName, ezkey, count, timestamp) } // Using the EZ API, posts a value to a stat using DefaultReporter. func PostEZValue(statName, ezkey string, value float64) error { return DefaultReporter.PostEZValue(statName, ezkey, value) } // Using the EZ API, posts a value to a stat at a specific time using DefaultReporter. func PostEZValueTime(statName, ezkey string, value float64, timestamp int64) error { return DefaultReporter.PostEZValueTime(statName, ezkey, value, timestamp) } // Wait for all stats to be sent, or until timeout. Useful for simple command- // line apps to defer a call to this in main() func WaitUntilFinished(timeout time.Duration) bool { return DefaultReporter.WaitUntilFinished(timeout) } // Using the classic API, posts a count to a stat. func (r *BasicReporter) PostCount(statKey, userKey string, count int) error { r.add(newClassicStatCount(statKey, userKey, count)) return nil } // Using the classic API, posts a count to a stat at a specific time. func (r *BasicReporter) PostCountTime(statKey, userKey string, count int, timestamp int64) error { x := newClassicStatCount(statKey, userKey, count) x.Timestamp = timestamp r.add(x) return nil } // Using the classic API, posts a count of 1 to a stat. func (r *BasicReporter) PostCountOne(statKey, userKey string) error { return r.PostCount(statKey, userKey, 1) } // Using the classic API, posts a value to a stat. func (r *BasicReporter) PostValue(statKey, userKey string, value float64) error { r.add(newClassicStatValue(statKey, userKey, value)) return nil } // Using the classic API, posts a value to a stat at a specific time. func (r *BasicReporter) PostValueTime(statKey, userKey string, value float64, timestamp int64) error { x := newClassicStatValue(statKey, userKey, value) x.Timestamp = timestamp r.add(x) return nil } // Using the EZ API, posts a count of 1 to a stat. func (r *BasicReporter) PostEZCountOne(statName, ezkey string) error { return r.PostEZCount(statName, ezkey, 1) } // Using the EZ API, posts a count to a stat. func (r *BasicReporter) PostEZCount(statName, ezkey string, count int) error { r.add(newEZStatCount(statName, ezkey, count)) return nil } // Using the EZ API, posts a count to a stat at a specific time. func (r *BasicReporter) PostEZCountTime(statName, ezkey string, count int, timestamp int64) error { x := newEZStatCount(statName, ezkey, count) x.Timestamp = timestamp r.add(x) return nil } // Using the EZ API, posts a value to a stat. func (r *BasicReporter) PostEZValue(statName, ezkey string, value float64) error { r.add(newEZStatValue(statName, ezkey, value)) return nil } // Using the EZ API, posts a value to a stat at a specific time. func (r *BasicReporter) PostEZValueTime(statName, ezkey string, value float64, timestamp int64) error { x := newEZStatValue(statName, ezkey, value) x.Timestamp = timestamp r.add(x) return nil } func (r *BasicReporter) processReports() { for sr := range r.reports { if Verbose { log.Printf("posting stat to stathat: %s, %v", sr.url(), sr.values()) } if testingEnv { if Verbose { log.Printf("in test mode, putting stat on testPostChannel") } testPostChannel <- &testPost{sr.url(), sr.values()} continue } resp, err := r.client.PostForm(sr.url(), sr.values()) if err != nil { log.Printf("error posting stat to stathat: %s", err) continue } if Verbose { body, _ := ioutil.ReadAll(resp.Body) log.Printf("stathat post result: %s", body) } else { // Read the body even if we don't intend to use it. Otherwise golang won't pool the connection. // See also: http://stackoverflow.com/questions/17948827/reusing-http-connections-in-golang/17953506#17953506 io.Copy(ioutil.Discard, resp.Body) } resp.Body.Close() } r.wg.Done() } func (r *BasicReporter) add(rep *statReport) { select { case r.reports <- rep: default: } } func (r *BasicReporter) finish() { close(r.reports) r.wg.Wait() r.done <- true } // Wait for all stats to be sent, or until timeout. Useful for simple command- // line apps to defer a call to this in main() func (r *BasicReporter) WaitUntilFinished(timeout time.Duration) bool { go r.finish() select { case <-r.done: return true case <-time.After(timeout): return false } } // NewBatchReporter creates a batching stat reporter. The interval parameter // specifies how often stats should be posted to the StatHat server. func NewBatchReporter(reporter Reporter, interval time.Duration) Reporter { br := &BatchReporter{ r: reporter, batchInterval: interval, caches: make(map[string]*statCache), shutdownBatchCh: make(chan struct{}), } go br.batchLoop() return br } func (br *BatchReporter) getEZCache(ezkey string) *statCache { var cache *statCache var ok bool // Fetch ezkey cache if cache, ok = br.caches[ezkey]; !ok { cache = &statCache{ counterStats: make(map[string]int), valueStats: make(map[string][]float64), } br.caches[ezkey] = cache } return cache } func (br *BatchReporter) PostEZCount(statName, ezkey string, count int) error { br.Lock() defer br.Unlock() // Increment stat by count br.getEZCache(ezkey).counterStats[statName] += count return nil } func (br *BatchReporter) PostEZCountOne(statName, ezkey string) error { return br.PostEZCount(statName, ezkey, 1) } func (br *BatchReporter) PostEZValue(statName, ezkey string, value float64) error { br.Lock() defer br.Unlock() // Update value cache cache := br.getEZCache(ezkey) cache.valueStats[statName] = append(cache.valueStats[statName], value) return nil } func (br *BatchReporter) batchPost() { // Copy and clear cache br.Lock() caches := br.caches br.caches = make(map[string]*statCache) br.Unlock() // Post stats for ezkey, cache := range caches { // Post counters for statName, count := range cache.counterStats { br.r.PostEZCount(statName, ezkey, count) } // Post values for statName := range cache.valueStats { br.r.PostEZValue(statName, ezkey, cache.AverageValue(statName)) } } } func (br *BatchReporter) batchLoop() { for { select { case <-br.shutdownBatchCh: return case <-time.After(br.batchInterval): br.batchPost() } } } func (br *BatchReporter) PostCount(statKey, userKey string, count int) error { return br.r.PostCount(statKey, userKey, count) } func (br *BatchReporter) PostCountTime(statKey, userKey string, count int, timestamp int64) error { return br.r.PostCountTime(statKey, userKey, count, timestamp) } func (br *BatchReporter) PostCountOne(statKey, userKey string) error { return br.r.PostCountOne(statKey, userKey) } func (br *BatchReporter) PostValue(statKey, userKey string, value float64) error { return br.r.PostValue(statKey, userKey, value) } func (br *BatchReporter) PostValueTime(statKey, userKey string, value float64, timestamp int64) error { return br.r.PostValueTime(statKey, userKey, value, timestamp) } func (br *BatchReporter) PostEZCountTime(statName, ezkey string, count int, timestamp int64) error { return br.r.PostEZCountTime(statName, ezkey, count, timestamp) } func (br *BatchReporter) PostEZValueTime(statName, ezkey string, value float64, timestamp int64) error { return br.r.PostEZValueTime(statName, ezkey, value, timestamp) } func (br *BatchReporter) WaitUntilFinished(timeout time.Duration) bool { // Shut down batch loop close(br.shutdownBatchCh) // One last post br.batchPost() return br.r.WaitUntilFinished(timeout) } stathat-go-74669b9/stathat_test.go000066400000000000000000000160261274220357400171320ustar00rootroot00000000000000// Copyright (C) 2012 Numerotron Inc. // Use of this source code is governed by an MIT-style license // that can be found in the LICENSE file. package stathat import ( "testing" ) func TestNewEZStatCount(t *testing.T) { setTesting() x := newEZStatCount("abc", "pc@pc.com", 1) if x == nil { t.Fatalf("expected a StatReport object") } if x.statType != kcounter { t.Errorf("expected counter") } if x.apiType != ez { t.Errorf("expected EZ api") } if x.StatKey != "abc" { t.Errorf("expected abc") } if x.UserKey != "pc@pc.com" { t.Errorf("expected pc@pc.com") } if x.Value != 1.0 { t.Errorf("expected 1.0") } if x.Timestamp != 0 { t.Errorf("expected 0") } } func TestNewEZStatValue(t *testing.T) { setTesting() x := newEZStatValue("abc", "pc@pc.com", 3.14159) if x == nil { t.Fatalf("expected a StatReport object") } if x.statType != kvalue { t.Errorf("expected value") } if x.apiType != ez { t.Errorf("expected EZ api") } if x.StatKey != "abc" { t.Errorf("expected abc") } if x.UserKey != "pc@pc.com" { t.Errorf("expected pc@pc.com") } if x.Value != 3.14159 { t.Errorf("expected 3.14159") } } func TestNewClassicStatCount(t *testing.T) { setTesting() x := newClassicStatCount("statkey", "userkey", 1) if x == nil { t.Fatalf("expected a StatReport object") } if x.statType != kcounter { t.Errorf("expected counter") } if x.apiType != classic { t.Errorf("expected CLASSIC api") } if x.StatKey != "statkey" { t.Errorf("expected statkey") } if x.UserKey != "userkey" { t.Errorf("expected userkey") } if x.Value != 1.0 { t.Errorf("expected 1.0") } if x.Timestamp != 0 { t.Errorf("expected 0") } } func TestNewClassicStatValue(t *testing.T) { setTesting() x := newClassicStatValue("statkey", "userkey", 2.28) if x == nil { t.Fatalf("expected a StatReport object") } if x.statType != kvalue { t.Errorf("expected value") } if x.apiType != classic { t.Errorf("expected CLASSIC api") } if x.StatKey != "statkey" { t.Errorf("expected statkey") } if x.UserKey != "userkey" { t.Errorf("expected userkey") } if x.Value != 2.28 { t.Errorf("expected 2.28") } } func TestURLValues(t *testing.T) { setTesting() x := newEZStatCount("abc", "pc@pc.com", 1) v := x.values() if v == nil { t.Fatalf("expected url values") } if v.Get("stat") != "abc" { t.Errorf("expected abc") } if v.Get("ezkey") != "pc@pc.com" { t.Errorf("expected pc@pc.com") } if v.Get("count") != "1" { t.Errorf("expected count of 1") } y := newEZStatValue("abc", "pc@pc.com", 3.14159) v = y.values() if v == nil { t.Fatalf("expected url values") } if v.Get("stat") != "abc" { t.Errorf("expected abc") } if v.Get("ezkey") != "pc@pc.com" { t.Errorf("expected pc@pc.com") } if v.Get("value") != "3.14159" { t.Errorf("expected value of 3.14159") } a := newClassicStatCount("statkey", "userkey", 1) v = a.values() if v == nil { t.Fatalf("expected url values") } if v.Get("key") != "statkey" { t.Errorf("expected statkey") } if v.Get("ukey") != "userkey" { t.Errorf("expected userkey") } if v.Get("count") != "1" { t.Errorf("expected count of 1") } b := newClassicStatValue("statkey", "userkey", 2.28) v = b.values() if v == nil { t.Fatalf("expected url values") } if v.Get("key") != "statkey" { t.Errorf("expected statkey") } if v.Get("ukey") != "userkey" { t.Errorf("expected userkey") } if v.Get("value") != "2.28" { t.Errorf("expected value of 2.28") } } func TestPaths(t *testing.T) { if ez.path(kcounter) != "/ez" { t.Errorf("expected /ez") } if ez.path(kvalue) != "/ez" { t.Errorf("expected /ez") } if classic.path(kcounter) != "/c" { t.Errorf("expected /c") } if classic.path(kvalue) != "/v" { t.Errorf("expected /v") } x := newEZStatCount("abc", "pc@pc.com", 1) if x.path() != "/ez" { t.Errorf("expected /ez") } y := newEZStatValue("abc", "pc@pc.com", 3.14159) if y.path() != "/ez" { t.Errorf("expected /ez") } a := newClassicStatCount("statkey", "userkey", 1) if a.path() != "/c" { t.Errorf("expected /c") } b := newClassicStatValue("statkey", "userkey", 2.28) if b.path() != "/v" { t.Errorf("expected /v") } } func TestPosts(t *testing.T) { setTesting() PostCountOne("statkey", "userkey") p := <-testPostChannel if p.url != "https://api.stathat.com/c" { t.Errorf("expected classic count url") } if p.values.Get("key") != "statkey" { t.Errorf("expected statkey") } if p.values.Get("ukey") != "userkey" { t.Errorf("expected userkey") } if p.values.Get("count") != "1" { t.Errorf("expected count of 1") } PostCount("statkey", "userkey", 13) p = <-testPostChannel if p.url != "https://api.stathat.com/c" { t.Errorf("expected classic count url") } if p.values.Get("key") != "statkey" { t.Errorf("expected statkey") } if p.values.Get("ukey") != "userkey" { t.Errorf("expected userkey") } if p.values.Get("count") != "13" { t.Errorf("expected count of 13") } PostValue("statkey", "userkey", 9.312) p = <-testPostChannel if p.url != "https://api.stathat.com/v" { t.Errorf("expected classic value url") } if p.values.Get("key") != "statkey" { t.Errorf("expected statkey") } if p.values.Get("ukey") != "userkey" { t.Errorf("expected userkey") } if p.values.Get("value") != "9.312" { t.Errorf("expected value of 9.312") } PostEZCountOne("a stat", "pc@pc.com") p = <-testPostChannel if p.url != "https://api.stathat.com/ez" { t.Errorf("expected ez url") } if p.values.Get("stat") != "a stat" { t.Errorf("expected a stat") } if p.values.Get("ezkey") != "pc@pc.com" { t.Errorf("expected pc@pc.com") } if p.values.Get("count") != "1" { t.Errorf("expected count of 1") } PostEZCount("a stat", "pc@pc.com", 213) p = <-testPostChannel if p.url != "https://api.stathat.com/ez" { t.Errorf("expected ez url") } if p.values.Get("stat") != "a stat" { t.Errorf("expected a stat") } if p.values.Get("ezkey") != "pc@pc.com" { t.Errorf("expected pc@pc.com") } if p.values.Get("count") != "213" { t.Errorf("expected count of 213") } PostEZValue("a stat", "pc@pc.com", 2.13) p = <-testPostChannel if p.url != "https://api.stathat.com/ez" { t.Errorf("expected ez url") } if p.values.Get("stat") != "a stat" { t.Errorf("expected a stat") } if p.values.Get("ezkey") != "pc@pc.com" { t.Errorf("expected pc@pc.com") } if p.values.Get("value") != "2.13" { t.Errorf("expected value of 2.13") } PostCountTime("statkey", "userkey", 13, 100000) p = <-testPostChannel if p.values.Get("t") != "100000" { t.Errorf("expected t value of 100000, got %s", p.values.Get("t")) } PostValueTime("statkey", "userkey", 9.312, 200000) p = <-testPostChannel if p.values.Get("t") != "200000" { t.Errorf("expected t value of 200000, got %s", p.values.Get("t")) } PostEZCountTime("a stat", "pc@pc.com", 213, 300000) p = <-testPostChannel if p.values.Get("t") != "300000" { t.Errorf("expected t value of 300000, got %s", p.values.Get("t")) } PostEZValueTime("a stat", "pc@pc.com", 2.13, 400000) p = <-testPostChannel if p.values.Get("t") != "400000" { t.Errorf("expected t value of 400000, got %s", p.values.Get("t")) } }