time.Parse("2006-01-02T15:04:05Z07:00", "2018-10-01T16:27:00+08:00")
将时间化为这种字符格式，Parse后就可以得到time.Time。
那么，需要维护一份时区的对应格式：
timezones = map[int32]string{
24: "+00:00",
1: "+01:00",
2: "+02:00",
3: "+03:00",
4: "+04:00",
5: "+05:00",
6: "+06:00",
7: "+07:00",
8: "+08:00",
9: "+09:00",
10: "+10:00",
11: "+11:00",
12: "+12:00",
13: "-01:00",
14: "-02:00",
15: "-03:00",
16: "-04:00",
17: "-05:00",
18: "-06:00",
19: "-07:00",
20: "-08:00",
21: "-09:00",
22: "-10:00",
23: "-11:00",
}
时区对应：
Zonenames = map[int32]string{
24: "中时区",
1: "东一区",
2: "东二区",
3: "东三区",
4: "东四区",
5: "东五区",
6: "东六区",
7: "东七区",
8: "东八区",
9: "东九区",
10: "东十区",
11: "东十一区",
12: "东西十二区",
13: "西一区",
14: "西二区",
15: "西三区",
16: "西四区",
17: "西五区",
18: "西六区",
19: "西七区",
20: "西八区",
21: "西九区",
22: "西十区",
23: "西十一区",
}
首先，时间戳转换为时间后：time.Unix(unix, 0), 要有所在时区的地址才可以转换为该时区的时间。
获得时间区域：
loc, err := time.LoadLocation(zone)
常见的时区有其代表的城市，如：
0: "Europe/London",
8: "Asia/Shanghai",
9: "Asia/Tokyo",
还有一种表示 Etc：
zones = map[int32]string{
24: "Etc/GMT+0",
1: "Etc/GMT-1",
2: "Etc/GMT-2",
3: "Etc/GMT-3",
4: "Etc/GMT-4",
5: "Etc/GMT-5",
6: "Etc/GMT-6",
7: "Etc/GMT-7",
8: "Etc/GMT-8",
9: "Etc/GMT-9",
10: "Etc/GMT-10",
11: "Etc/GMT-11",
12: "Etc/GMT-12",
13: "Etc/GMT+1",
14: "Etc/GMT+2",
15: "Etc/GMT+3",
16: "Etc/GMT+4",
17: "Etc/GMT+5",
18: "Etc/GMT+6",
19: "Etc/GMT+7",
20: "Etc/GMT+8",
21: "Etc/GMT+9",
22: "Etc/GMT+10",
23: "Etc/GMT+11",
}
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