// Copyright 2019 The Gitea Authors. All rights reserved. // SPDX-License-Identifier: MIT package timeutil import ( "fmt" "html/template" "math" "strings" "time" "code.gitea.io/gitea/modules/setting" "code.gitea.io/gitea/modules/translation" ) // Seconds-based time units const ( Minute = 60 Hour = 60 * Minute Day = 24 * Hour Week = 7 * Day Month = 30 * Day Year = 12 * Month ) func round(s float64) int64 { return int64(math.Round(s)) } func computeTimeDiffFloor(diff int64, lang translation.Locale) (int64, string) { diffStr := "" switch { case diff <= 0: diff = 0 diffStr = lang.Tr("tool.now") case diff < 2: diff = 0 diffStr = lang.Tr("tool.1s") case diff < 1*Minute: diffStr = lang.Tr("tool.seconds", diff) diff = 0 case diff < 2*Minute: diff -= 1 * Minute diffStr = lang.Tr("tool.1m") case diff < 1*Hour: diffStr = lang.Tr("tool.minutes", diff/Minute) diff -= diff / Minute * Minute case diff < 2*Hour: diff -= 1 * Hour diffStr = lang.Tr("tool.1h") case diff < 1*Day: diffStr = lang.Tr("tool.hours", diff/Hour) diff -= diff / Hour * Hour case diff < 2*Day: diff -= 1 * Day diffStr = lang.Tr("tool.1d") case diff < 1*Week: diffStr = lang.Tr("tool.days", diff/Day) diff -= diff / Day * Day case diff < 2*Week: diff -= 1 * Week diffStr = lang.Tr("tool.1w") case diff < 1*Month: diffStr = lang.Tr("tool.weeks", diff/Week) diff -= diff / Week * Week case diff < 2*Month: diff -= 1 * Month diffStr = lang.Tr("tool.1mon") case diff < 1*Year: diffStr = lang.Tr("tool.months", diff/Month) diff -= diff / Month * Month case diff < 2*Year: diff -= 1 * Year diffStr = lang.Tr("tool.1y") default: diffStr = lang.Tr("tool.years", diff/Year) diff -= (diff / Year) * Year } return diff, diffStr } func computeTimeDiff(diff int64, lang translation.Locale) (int64, string) { diffStr := "" switch { case diff <= 0: diff = 0 diffStr = lang.Tr("tool.now") case diff < 2: diff = 0 diffStr = lang.Tr("tool.1s") case diff < 1*Minute: diffStr = lang.Tr("tool.seconds", diff) diff = 0 case diff < Minute+Minute/2: diff -= 1 * Minute diffStr = lang.Tr("tool.1m") case diff < 1*Hour: minutes := round(float64(diff) / Minute) if minutes > 1 { diffStr = lang.Tr("tool.minutes", minutes) } else { diffStr = lang.Tr("tool.1m") } diff -= diff / Minute * Minute case diff < Hour+Hour/2: diff -= 1 * Hour diffStr = lang.Tr("tool.1h") case diff < 1*Day: hours := round(float64(diff) / Hour) if hours > 1 { diffStr = lang.Tr("tool.hours", hours) } else { diffStr = lang.Tr("tool.1h") } diff -= diff / Hour * Hour case diff < Day+Day/2: diff -= 1 * Day diffStr = lang.Tr("tool.1d") case diff < 1*Week: days := round(float64(diff) / Day) if days > 1 { diffStr = lang.Tr("tool.days", days) } else { diffStr = lang.Tr("tool.1d") } diff -= diff / Day * Day case diff < Week+Week/2: diff -= 1 * Week diffStr = lang.Tr("tool.1w") case diff < 1*Month: weeks := round(float64(diff) / Week) if weeks > 1 { diffStr = lang.Tr("tool.weeks", weeks) } else { diffStr = lang.Tr("tool.1w") } diff -= diff / Week * Week case diff < 1*Month+Month/2: diff -= 1 * Month diffStr = lang.Tr("tool.1mon") case diff < 1*Year: months := round(float64(diff) / Month) if months > 1 { diffStr = lang.Tr("tool.months", months) } else { diffStr = lang.Tr("tool.1mon") } diff -= diff / Month * Month case diff < Year+Year/2: diff -= 1 * Year diffStr = lang.Tr("tool.1y") default: years := round(float64(diff) / Year) if years > 1 { diffStr = lang.Tr("tool.years", years) } else { diffStr = lang.Tr("tool.1y") } diff -= (diff / Year) * Year } return diff, diffStr } // MinutesToFriendly returns a user friendly string with number of minutes // converted to hours and minutes. func MinutesToFriendly(minutes int, lang translation.Locale) string { duration := time.Duration(minutes) * time.Minute return TimeSincePro(time.Now().Add(-duration), lang) } // TimeSincePro calculates the time interval and generate full user-friendly string. func TimeSincePro(then time.Time, lang translation.Locale) string { return timeSincePro(then, time.Now(), lang) } func timeSincePro(then, now time.Time, lang translation.Locale) string { diff := now.Unix() - then.Unix() if then.After(now) { return lang.Tr("tool.future") } if diff == 0 { return lang.Tr("tool.now") } var timeStr, diffStr string for { if diff == 0 { break } diff, diffStr = computeTimeDiffFloor(diff, lang) timeStr += ", " + diffStr } return strings.TrimPrefix(timeStr, ", ") } func timeSince(then, now time.Time, lang translation.Locale) string { return timeSinceUnix(then.Unix(), now.Unix(), lang) } func timeSinceUnix(then, now int64, lang translation.Locale) string { lbl := "tool.ago" diff := now - then if then > now { lbl = "tool.from_now" diff = then - now } if diff <= 0 { return lang.Tr("tool.now") } _, diffStr := computeTimeDiff(diff, lang) return lang.Tr(lbl, diffStr) } // TimeSince calculates the time interval and generate user-friendly string. func TimeSince(then time.Time, lang translation.Locale) template.HTML { return htmlTimeSince(then, time.Now(), lang) } func htmlTimeSince(then, now time.Time, lang translation.Locale) template.HTML { return template.HTML(fmt.Sprintf(`<span class="time-since" data-tooltip-content="%s" data-tooltip-interactive="true">%s</span>`, then.In(setting.DefaultUILocation).Format(GetTimeFormat(lang.Language())), timeSince(then, now, lang))) } // TimeSinceUnix calculates the time interval and generate user-friendly string. func TimeSinceUnix(then TimeStamp, lang translation.Locale) template.HTML { return htmlTimeSinceUnix(then, TimeStamp(time.Now().Unix()), lang) } func htmlTimeSinceUnix(then, now TimeStamp, lang translation.Locale) template.HTML { return template.HTML(fmt.Sprintf(`<span class="time-since" data-tooltip-content="%s" data-tooltip-interactive="true">%s</span>`, then.FormatInLocation(GetTimeFormat(lang.Language()), setting.DefaultUILocation), timeSinceUnix(int64(then), int64(now), lang))) }