Human readable formatting and input parsing for Go, with i18n support. Easily extendable with new languages.
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duration, _ := humanizer.ParseDuration("2 days, 5 hours and 40 seconds")
fmt.Println(duration)
// Prints: 53h0m40sfirstDate := time.Date(2017, 3, 21, 12, 30, 15, 0, time.UTC)
secondDate := time.Date(2017, 6, 21, 0, 0, 0, 0, time.UTC)Approximate mode:
fmt.Println(humanizer.TimeDiff(firstDate, secondDate, false))
// Prints: in 3 monthsPrecise mode:
fmt.Println(humanizer.TimeDiff(secondDate, firstDate, true))
// Prints: 3 months, 1 day, 11 hours, 29 minutes and 45 seconds agofmt.Println(humanizer.SecondsToTimeString(67))
// Prints: 01:07Uses x/text/number and is locale aware.
fmt.Println(humanizer.HumanizeNumber(1234.567, 2))
// Prints: 1,234.57value, _ := humanizer.ParsePrefix("1.5k")
fmt.Println(value)
// Prints: 1500Bit prefixes are recognized as well:
value, _ := humanizer.ParsePrefix("1.5Ki")
fmt.Println(value)
// Prints: 1536NOTE: ParsePrefix will return a precise value (big.Float), so you might get fractions where you wouldn't expect them (e.g. bytes). It's up to you to handle that.
Quick usage:
fmt.Println(humanizer.SiPrefixFast(174512))
// Prints: 174.5kControlled usage:
fmt.Println(humanizer.SiPrefix(1440000, 2, 1000, false))
// Prints: 1.44 megaUsing bit prefixes instead of metric:
fmt.Println(humanizer.BitPrefixFast(1509949))
// Prints: 1.44MiAvoid leading zeroes:
fmt.Println(humanizer.HumanizeParts(0.25, 0))
// Prints: 25%
fmt.Println(humanizer.HumanizeParts(0.0023, 0))
// Prints: 2‰Allow leading zeroes to avoid jumping to a smaller unit:
fmt.Println(humanizer.HumanizeParts(0.0023, 1))
// Prints: 0.23%- Smarter imprecise mode for time durations.
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