func TestFromRKConvertor(t *testing.T) {
rkActivity := runkeeper.FitnessActivity{}
rkActivity.Type = "Running"
tim, _ := time.Parse("Mon, 2 Jan 2006 15:04:05", "Tue, 1 Mar 2011 07:00:00")
rkActivity.StartTime = runkeeper.Time(tim)
rkActivity.Duration = 10
rkActivity.Source = "RunKeeper"
rkActivity.EntryMode = "API"
rkActivity.HasMap = true
rkActivity.Uri = "/activities/40"
rkActivity.Path = make([]runkeeper.Path, 2)
rkActivity.Path[0] = runkeeper.Path{1.0, 0.0, "gps", 10.0, 11.0}
rkActivity.Path[1] = runkeeper.Path{2.0, 0.0, "gps", 15.0, 13.0}
rkActivity.HeartRate = make([]runkeeper.HeartRate, 1)
rkActivity.HeartRate[0] = runkeeper.HeartRate{1.0, 2}
expectedActivity := dm.CreateActivity()
expectedActivity.StartTime = int(tim.Unix())
expectedActivity.Duration = 10
expectedActivity.Type = "Running"
activity := ConvertToActivity(&rkActivity)
if !activity.ConsideredEqual(expectedActivity) ||
len(activity.GPS) != 2 ||
len(activity.HeartRate) != 1 {
t.Error(fmt.Sprintf("activity %s should match result activity", activity))
}
}
func ConvertToRkActivity(activity *dm.Activity) *runkeeper.FitnessActivityNew {
rkActivity := runkeeper.CreateNewFitnessActivity(activity.Name, float64(activity.Duration))
rkActivity.Type = activity.Type
//runkeeper only nows the following types:
//Running, Cycling, Mountain Biking, Walking,
//Hiking, Downhill Skiing, Cross-Country Skiing,
//Snowboarding, Skating, Swimming, Wheelchair, Rowing, Elliptical, Other
//
//check if Type is one of these, otherwise Other.
rkKnownTypes := map[string]string{
"Running": "Running",
"Cycling": "Cycling",
"Mountain Biking": "Mountain Biking",
"Walking": "Walking",
"Hiking": "Hiking",
"Downhill Skiing": "Downhill Skiing",
"Cross-Country Skiing": "Cross-Country Skiing",
"Snowboarding": "Snowboarding",
"Skating": "Skating",
"Swimming": "Swimming",
"Wheelchair": "Wheelchair",
"Rowing": "Rowing",
"Elliptical": "Elliptical",
"Other": "Other"}
_, ok := rkKnownTypes[activity.Type]
if !ok {
rkActivity.Type = "Other"
}
//runkeeper times are in local timezones, so covert back to the local time
rkLocalLocation := time.FixedZone("rkZone", activity.UtcOffSet*60*60)
rkActivity.StartTime = runkeeper.Time(time.Unix(int64(activity.StartTime), 0).In(rkLocalLocation))
rkActivity.Notes = activity.Name
rkActivity.TotalDistance = activity.Distance
rkActivity.AverageHeartRate = activity.AverageHeartRate
rkActivity.TotalCalories = activity.Calories
rkActivity.Source = activity.Source
rkActivity.EntryMode = API
rkActivity.Path = convertToPath(activity.GPS)
rkActivity.HeartRate = convertToHR(activity.HeartRate)
return rkActivity
}
/*
* Test a basic scenario from STV -> Runkeeper without any GPS or HR data.
* Assumes activity in Local TZ
*/
func TestBasicSync(t *testing.T) {
rkToken := "abcdef"
stToken := "ghijkz"
lastSeen := int(time.Now().Unix())
syncTask := CreateSyncTask(rkToken, stToken, lastSeen, "Prod")
syncTask.Sync(stubStvImpl, stubRKImpl)
expectedActivity := runkeeper.FitnessActivityNew{}
expectedActivity.Type = "Running"
expectedActivity.StartTime = runkeeper.Time(now)
//RK actvitites are created in local time
createdTimeString := time.Time(activtiesCreated[0].StartTime).Local().Format("Mon Jan 2 15:04:05 -0700 MST 2006")
expectedTimeString := time.Time(expectedActivity.StartTime).Format("Mon Jan 2 15:04:05 -0700 MST 2006")
if len(activtiesCreated) != 1 || createdTimeString != expectedTimeString {
t.Error(fmt.Sprintf("%s is not %s", time.Time(activtiesCreated[0].StartTime).Local(), time.Time(expectedActivity.StartTime)))
}
}