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package cache
import (
"log"
"sort"
"strings"
"time"
)
// NewUserIndex returns a new instance of a user index
func NewUserIndex() *UserIndex {
return &UserIndex{}
}
// AddUser inserts a new user into the index. The *Data struct
// contains the nickname and the time the user was added.
func (index UserIndex) AddUser(nick string, url string) {
rfc3339date, err := time.Now().MarshalText()
if err != nil {
log.Printf("Error formatting user add time as RFC3339: %v\n", err)
}
imutex.Lock()
index[url] = &Data{nick: nick, date: time.Now(), apidate: rfc3339date}
imutex.Unlock()
}
// DelUser removes a user from the index completely.
func (index UserIndex) DelUser(url string) {
imutex.Lock()
delete(index, url)
imutex.Unlock()
}
// QueryUser checks the user index for nicknames that contain the
// nickname provided as an argument. Entries are returned sorted
// by the date they were added to the index.
func (index UserIndex) QueryUser(name string) []string {
var timekey = map[time.Time]string{}
var sortedkeys TimeSlice
var users []string
for k, v := range index {
if strings.Contains(v.nick, name) {
timekey[v.date] = v.nick + "\t" + k + "\t" + string(v.apidate)
sortedkeys = append(sortedkeys, v.date)
}
}
sort.Sort(sortedkeys)
for _, e := range sortedkeys {
users = append(users, timekey[e])
}
return users
}
// FindTag takes a user's tweets and looks for a given tag.
// Returns the tweets with the tag as a []string.
func (userdata *Data) FindTag(tag string) {
//for _, e := range userdata.status {
//parts := strings.Split(e, "\t")
//}
}
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