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// Copyright (c) 2012, 2013 Ugorji Nwoke. All rights reserved. // Use of this source code is governed by a BSD-style license found in the LICENSE file. package codec import ( "time" ) var ( timeDigits = [...]byte{'0', '1', '2', '3', '4', '5', '6', '7', '8', '9'} ) // EncodeTime encodes a time.Time as a []byte, including // information on the instant in time and UTC offset. // // Format Description // // A timestamp is composed of 3 components: // // - secs: signed integer representing seconds since unix epoch // - nsces: unsigned integer representing fractional seconds as a // nanosecond offset within secs, in the range 0 <= nsecs < 1e9 // - tz: signed integer representing timezone offset in minutes east of UTC, // and a dst (daylight savings time) flag // // When encoding a timestamp, the first byte is the descriptor, which // defines which components are encoded and how many bytes are used to // encode secs and nsecs components. *If secs/nsecs is 0 or tz is UTC, it // is not encoded in the byte array explicitly*. // // Descriptor 8 bits are of the form `A B C DDD EE`: // A: Is secs component encoded? 1 = true // B: Is nsecs component encoded? 1 = true // C: Is tz component encoded? 1 = true // DDD: Number of extra bytes for secs (range 0-7). // If A = 1, secs encoded in DDD+1 bytes. // If A = 0, secs is not encoded, and is assumed to be 0. // If A = 1, then we need at least 1 byte to encode secs. // DDD says the number of extra bytes beyond that 1. // E.g. if DDD=0, then secs is represented in 1 byte. // if DDD=2, then secs is represented in 3 bytes. // EE: Number of extra bytes for nsecs (range 0-3). // If B = 1, nsecs encoded in EE+1 bytes (similar to secs/DDD above) // // Following the descriptor bytes, subsequent bytes are: // // secs component encoded in `DDD + 1` bytes (if A == 1) // nsecs component encoded in `EE + 1` bytes (if B == 1) // tz component encoded in 2 bytes (if C == 1) // // secs and nsecs components are integers encoded in a BigEndian // 2-complement encoding format. // // tz component is encoded as 2 bytes (16 bits). Most significant bit 15 to // Least significant bit 0 are described below: // // Timezone offset has a range of -12:00 to +14:00 (ie -720 to +840 minutes). // Bit 15 = have\_dst: set to 1 if we set the dst flag. // Bit 14 = dst\_on: set to 1 if dst is in effect at the time, or 0 if not. // Bits 13..0 = timezone offset in minutes. It is a signed integer in Big Endian format. // func encodeTime(t time.Time) []byte { //t := rv.Interface().(time.Time) tsecs, tnsecs := t.Unix(), t.Nanosecond() var ( bd byte btmp [8]byte bs [16]byte i int = 1 ) l := t.Location() if l == time.UTC { l = nil } if tsecs != 0 { bd = bd | 0x80 bigen.PutUint64(btmp[:], uint64(tsecs)) f := pruneSignExt(btmp[:], tsecs >= 0) bd = bd | (byte(7-f) << 2) copy(bs[i:], btmp[f:]) i = i + (8 - f) } if tnsecs != 0 { bd = bd | 0x40 bigen.PutUint32(btmp[:4], uint32(tnsecs)) f := pruneSignExt(btmp[:4], true) bd = bd | byte(3-f) copy(bs[i:], btmp[f:4]) i = i + (4 - f) } if l != nil { bd = bd | 0x20 // Note that Go Libs do not give access to dst flag. _, zoneOffset := t.Zone() //zoneName, zoneOffset := t.Zone() zoneOffset /= 60 z := uint16(zoneOffset) bigen.PutUint16(btmp[:2], z) // clear dst flags bs[i] = btmp[0] & 0x3f bs[i+1] = btmp[1] i = i + 2 } bs[0] = bd return bs[0:i] } // DecodeTime decodes a []byte into a time.Time. func decodeTime(bs []byte) (tt time.Time, err error) { bd := bs[0] var ( tsec int64 tnsec uint32 tz uint16 i byte = 1 i2 byte n byte ) if bd&(1<<7) != 0 { var btmp [8]byte n = ((bd >> 2) & 0x7) + 1 i2 = i + n copy(btmp[8-n:], bs[i:i2]) //if first bit of bs[i] is set, then fill btmp[0..8-n] with 0xff (ie sign extend it) if bs[i]&(1<<7) != 0 { copy(btmp[0:8-n], bsAll0xff) //for j,k := byte(0), 8-n; j < k; j++ { btmp[j] = 0xff } } i = i2 tsec = int64(bigen.Uint64(btmp[:])) } if bd&(1<<6) != 0 { var btmp [4]byte n = (bd & 0x3) + 1 i2 = i + n copy(btmp[4-n:], bs[i:i2]) i = i2 tnsec = bigen.Uint32(btmp[:]) } if bd&(1<<5) == 0 { tt = time.Unix(tsec, int64(tnsec)).UTC() return } // In stdlib time.Parse, when a date is parsed without a zone name, it uses "" as zone name. // However, we need name here, so it can be shown when time is printed. // Zone name is in form: UTC-08:00. // Note that Go Libs do not give access to dst flag, so we ignore dst bits i2 = i + 2 tz = bigen.Uint16(bs[i:i2]) i = i2 // sign extend sign bit into top 2 MSB (which were dst bits): if tz&(1<<13) == 0 { // positive tz = tz & 0x3fff //clear 2 MSBs: dst bits } else { // negative tz = tz | 0xc000 //set 2 MSBs: dst bits //tzname[3] = '-' (TODO: verify. this works here) } tzint := int16(tz) if tzint == 0 { tt = time.Unix(tsec, int64(tnsec)).UTC() } else { // For Go Time, do not use a descriptive timezone. // It's unnecessary, and makes it harder to do a reflect.DeepEqual. // The Offset already tells what the offset should be, if not on UTC and unknown zone name. // var zoneName = timeLocUTCName(tzint) tt = time.Unix(tsec, int64(tnsec)).In(time.FixedZone("", int(tzint)*60)) } return } func timeLocUTCName(tzint int16) string { if tzint == 0 { return "UTC" } var tzname = []byte("UTC+00:00") //tzname := fmt.Sprintf("UTC%s%02d:%02d", tzsign, tz/60, tz%60) //perf issue using Sprintf. inline below. //tzhr, tzmin := tz/60, tz%60 //faster if u convert to int first var tzhr, tzmin int16 if tzint < 0 { tzname[3] = '-' // (TODO: verify. this works here) tzhr, tzmin = -tzint/60, (-tzint)%60 } else { tzhr, tzmin = tzint/60, tzint%60 } tzname[4] = timeDigits[tzhr/10] tzname[5] = timeDigits[tzhr%10] tzname[7] = timeDigits[tzmin/10] tzname[8] = timeDigits[tzmin%10] return string(tzname) //return time.FixedZone(string(tzname), int(tzint)*60) }