db123
9d123316e6
- Hijri (قمری) calendar added as 3rd calendar option with tabular conversion - Calendar type select menu (like accent) with gregorian/jalali/hijri - Calendar type applied to exports and reports - Midnight crossover: virtual splits at computation time (no synthetic DB events) - Handles both UTC and local timezone boundaries - Timezone changes handled naturally (recomputed on-the-fly) - Rate limiting per user ID instead of chat ID - WAL mode enabled for SQLite - Smart reply keyboard updates after every state change - Overlapping time edits rejected (must preserve in/out alternation) - Single event deletion warns if timeline needs repair - Day off no longer prevents clock in/out - Accent colors shown with descriptive names in select menu - Delete button label changed to DEL for visual distinction
87 lines
1.8 KiB
Go
87 lines
1.8 KiB
Go
package bot
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import (
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"sort"
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"worktimeBot/internal/db"
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)
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type State int
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const (
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StateIdle State = iota
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StateWorking
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StateOnBreak
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)
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type DailyTotals struct {
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TotalSeconds int64
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BreakSeconds int64
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PairCount int
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}
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func ComputeDailyTotals(events []db.Event, minBreakThreshold int64, dayStart, dayEnd int64) DailyTotals {
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if len(events) == 0 {
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return DailyTotals{}
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}
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sorted := make([]db.Event, len(events))
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copy(sorted, events)
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sort.Slice(sorted, func(i, j int) bool {
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return sorted[i].OccurredAt < sorted[j].OccurredAt
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})
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if dayStart > 0 && len(sorted) > 0 && sorted[0].EventType == "out" {
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first := db.Event{EventType: "in", OccurredAt: dayStart}
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sorted = append([]db.Event{first}, sorted...)
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}
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if dayEnd > 0 && len(sorted) > 0 && sorted[len(sorted)-1].EventType == "in" {
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last := db.Event{EventType: "out", OccurredAt: dayEnd}
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sorted = append(sorted, last)
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}
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var workTotal, breakTotal int64
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var workStart, breakStart int64
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pairs := 0
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state := StateIdle
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for _, e := range sorted {
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switch e.EventType {
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case "in":
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switch state {
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case StateIdle:
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workStart = e.OccurredAt
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state = StateWorking
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case StateOnBreak:
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breakDuration := e.OccurredAt - breakStart
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if minBreakThreshold > 0 && breakDuration <= minBreakThreshold {
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workStart = breakStart
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} else {
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breakTotal += breakDuration
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workStart = e.OccurredAt
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}
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state = StateWorking
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}
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case "out":
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switch state {
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case StateWorking:
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workTotal += e.OccurredAt - workStart
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workStart = 0
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pairs++
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breakStart = e.OccurredAt
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state = StateOnBreak
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case StateIdle:
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breakStart = e.OccurredAt
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state = StateOnBreak
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case StateOnBreak:
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breakStart = e.OccurredAt
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}
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}
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}
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return DailyTotals{
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TotalSeconds: workTotal,
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BreakSeconds: breakTotal,
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PairCount: pairs,
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}
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}
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