func GetUsersByDepartment(department string) []User {
queryParams := t.Params{
s.Department: department,
}
orderParams := t.Params{
s.Name: s.Asc,
}
// TODO
if code, userMaps := svc.GetItems(s.User, queryParams, orderParams, t.LimitParams{}); strings.EqualFold(code, stat.Success) {
userList := make([]User, 0)
for _, user := range userMaps {
f, _ := user[s.Flag].(string)
if f != s.FlagAvailable {
continue
}
v, _ := user[s.Sn].(string)
u, _ := user[s.UserName].(string)
l, _ := user[s.Name].(string)
r, _ := user[s.Role].(string)
d, _ := user[s.Department].(string)
userList = append(userList, User{v, u, l, r, d, f})
}
return userList
} else {
return make([]User, 0)
}
}
func GetUserEnum(queryParams t.Params, orderParams t.Params, limitParams t.LimitParams) []itemDef.EnumValue {
if len(orderParams) <= 0 {
orderParams[s.Name] = s.Asc
}
if code, userMaps := svc.GetItems(s.User, queryParams, orderParams, limitParams); strings.EqualFold(code, stat.Success) {
EnumList := make([]itemDef.EnumValue, len(userMaps))
for idx, user := range userMaps {
v, _ := user[s.Sn]
u, _ := user[s.UserName]
l, _ := user[s.Name]
EnumList[idx] = itemDef.EnumValue{v.(string), u.(string), l.(string)}
}
return EnumList
} else {
return make([]itemDef.EnumValue, 0)
}
}
