package v1 import ( "github.com/muety/wakapi/models" "math" "time" ) // https://wakatime.com/api/v1/users/current/stats/last_7_days // https://pastr.de/p/f2fxg6ragj7z5e7fhsow9rb6 type StatsViewModel struct { Data *StatsData `json:"data"` } type StatsData struct { Username string `json:"username"` UserId string `json:"user_id"` Start time.Time `json:"start"` End time.Time `json:"end"` TotalSeconds float64 `json:"total_seconds"` DailyAverage float64 `json:"daily_average"` DaysIncludingHolidays int `json:"days_including_holidays"` Editors []*SummariesEntry `json:"editors"` Languages []*SummariesEntry `json:"languages"` Machines []*SummariesEntry `json:"machines"` Projects []*SummariesEntry `json:"projects"` OperatingSystems []*SummariesEntry `json:"operating_systems"` Branches []*SummariesEntry `json:"branches,omitempty"` } func NewStatsFrom(summary *models.Summary, filters *models.Filters) *StatsViewModel { totalTime := summary.TotalTime() numDays := int(summary.ToTime.T().Sub(summary.FromTime.T()).Hours() / 24) data := &StatsData{ Username: summary.UserID, UserId: summary.UserID, Start: summary.FromTime.T(), End: summary.ToTime.T(), TotalSeconds: totalTime.Seconds(), DailyAverage: totalTime.Seconds() / float64(numDays), DaysIncludingHolidays: numDays, } if math.IsInf(data.DailyAverage, 0) || math.IsNaN(data.DailyAverage) { data.DailyAverage = 0 } editors := make([]*SummariesEntry, len(summary.Editors)) for i, e := range summary.Editors { editors[i] = convertEntry(e, summary.TotalTimeBy(models.SummaryEditor)) } languages := make([]*SummariesEntry, len(summary.Languages)) for i, e := range summary.Languages { languages[i] = convertEntry(e, summary.TotalTimeBy(models.SummaryLanguage)) } machines := make([]*SummariesEntry, len(summary.Machines)) for i, e := range summary.Machines { machines[i] = convertEntry(e, summary.TotalTimeBy(models.SummaryMachine)) } projects := make([]*SummariesEntry, len(summary.Projects)) for i, e := range summary.Projects { projects[i] = convertEntry(e, summary.TotalTimeBy(models.SummaryProject)) } oss := make([]*SummariesEntry, len(summary.OperatingSystems)) for i, e := range summary.OperatingSystems { oss[i] = convertEntry(e, summary.TotalTimeBy(models.SummaryOS)) } branches := make([]*SummariesEntry, len(summary.Branches)) for i, e := range summary.Branches { branches[i] = convertEntry(e, summary.TotalTimeBy(models.SummaryBranch)) } // entities omitted intentionally data.Editors = editors data.Languages = languages data.Machines = machines data.Projects = projects data.OperatingSystems = oss data.Branches = branches if summary.Branches == nil { data.Branches = nil } return &StatsViewModel{ Data: data, } }