func main() {
s1 := "9/30/12"
s2 := "1/10/14"
fmt.Printf("Date %v \n", tk.MakeDate("1/2/06", s1))
fmt.Printf("Date %v \n", tk.MakeDate("1/2/06", s2))
}
func TestLoad(t *testing.T) {
t.Skip()
if econnect := connect(); econnect != nil {
t.Error("Unable to connect to database")
return
}
defer close()
q := ctx.Query().From("tmpOutages").Select("Start Date", "Start Time", "Total")
c := q.Cursor(nil)
defer c.Close()
var m tk.M
for b, _ := c.Fetch(&m); b; b, _ = c.Fetch(&m) {
//go func(m tk.M) {
dt := tk.MakeDate("1/2/06", m.Get("Start Date", "1/1/1980").(string)).UTC()
tm := tk.MakeDate("03:04� ", m.Get("Start Time", "00:00").(string)).UTC()
//tm := tk.MakeDate("03:04� ", m.Get("Start Time", "00:00").(string)).UTC().Sub(tk.MakeDate("03:04", "00:00").UTC())
dt = tk.AddTime(dt, tm)
fmt.Printf("Data %v has: %v\n",
dt.Format("2-Jan-2006 03:04"),
m.GetFloat64("Total"))
//}(m)
}
}
func TestModeler(t *testing.T) {
t.Skip()
//var e error
if econnect := connect(); econnect != nil {
t.Error("Unable to connect to database")
return
}
defer close()
ormConn := orm.New(ctx)
defer ormConn.Close()
ormConn.DeleteMany(new(Outage), nil)
cats := make([]OutageCategory, 0)
ormConn.Find(new(OutageCategory), nil).FetchAll(&cats, true)
findCat := func(id string) *OutageCategory {
for _, v := range cats {
if v.Id == id {
return &v
}
}
return new(OutageCategory).New()
}
q := ctx.Query().From("tmpOutages")
c := q.Cursor(nil)
defer c.Close()
var m tk.M
for b, _ := c.Fetch(&m); b; b, _ = c.Fetch(&m) {
//if m.Get("Start Date") == "9/30/12" {
//go func(m tk.M) {
dt := tk.MakeDate("1/2/06", m.Get("Start Date", "1/1/1980").(string)).UTC()
tm := tk.MakeDate("15:04� ", m.Get("Start Time", "00:00").(string)).UTC()
dt = tk.AddTime(dt, tm)
//fmt.Println(tm)
dt2 := tk.MakeDate("1/2/06", m.Get("Finish Date", "1/1/1980").(string)).UTC()
tm2 := tk.MakeDate("15:04� ", m.Get("Finish Time", "00:00").(string)).UTC()
dt2 = tk.AddTime(dt2, tm2)
o := new(Outage)
o.PlantName = m.Get("Plant Name").(string)
if strings.Contains(o.PlantName, "Ghazlan") {
o.PlantName = "Ghazlan"
} else if strings.Contains(o.PlantName, "Rabigh") {
o.PlantName = "Rabigh"
}
o.UnitNo = m.Get("Unit No").(string)
o.Year = dt.Year()
o.Month = int(dt.Month())
o.PrepareId()
o.Summaries = []OutageSummary{}
b, e := ormConn.GetById(o, o.Id)
if b {
fmt.Printf("Data already exist for %s\n", o.Id)
} else {
fmt.Printf("Data is not exist for %s\n", o.Id)
}
i := OutageItem{}
i.CategoryId = m.Get("Outage Type").(string)
if strings.HasPrefix(i.CategoryId, "FO") {
i.CategoryId = "FO"
} else if i.CategoryId == "UC-" {
i.CategoryId = "UC"
}
i.DateFrom = dt
i.DateTo = dt2
i.Reason = m.Get("Outage Reason").(string)
i.Hours = m.GetFloat64("Total")
cat := findCat(i.CategoryId)
if cat != nil {
i.Valid = cat.Scan(i.Reason)
}
if i.Valid == false {
found := false
for _, cv := range cats {
found = cv.Scan(i.Reason)
if found {
i.SuggestedCategoryId = cv.Id
break
}
}
}
o.AddOutage(i, true)
if e = ormConn.Save(o); e != nil {
t.Errorf("Unable to save %s => %s", o.Id, e.Error())
}
//}(m)
//}
}
}