// NameToNutrientMigration ...
func NameToNutrientMigration(s *State) {
for _, recipe := range s.Recipes {
recipe.Nutrients = *SetDietaryInfo(&recipe.Nutrients, recipe.Name)
fmt.Println(models.RemoveMetaData(recipe.Name))
recipe.Name = models.RemoveMetaData(recipe.Name)
x := struct {
Name string `json:"name"`
Nutrients models.NutrientInfoResponse `json:"nutrients"`
ID string `json:"objectId"`
UUID string `json:"uuid"`
}{
Name: models.RemoveMetaData(recipe.Name),
Nutrients: *SetDietaryInfo(&recipe.Nutrients, recipe.Name),
ID: recipe.ObjectID(),
UUID: lib.GetMD5Hash(models.RemoveMetaData(recipe.Name)),
}
xString, _ := json.Marshal(x)
fmt.Println(string(xString))
_, status, errs := s.DB.Put(x, "Recipe", recipe.ID)
if errs != nil || status == 400 {
log.Error(status)
log.Error(errs)
log.Error(errors.Errorf("Unable to post recipe with ID: %s", recipe.ID))
break
}
// time.Sleep(1 * time.Second)
}
}
func saveOfferings(s *State, v models.VenueInfo) {
offers := []models.ParseOffering{}
duplicates, new := 0, 0
for _, item := range v.MealsList {
meal := item.Meal
for _, menu := range item.Menus {
day := v.Date.Day()
month := int(v.Date.Month())
year := v.Date.Year()
uuidStr := fmt.Sprintf(
"%d%d%d%s%s%s", day, month, year, menu.Name, meal.Name, v.Key)
uuid := lib.GetMD5Hash(uuidStr)
if s.Offerings[uuid].ObjectID() == "" {
rs := mmRecipes(s, meal.ID, menu.ID, v.Recipes)
offer := models.ParseOffering{
Venue: v.Key,
Day: v.Date.Day(),
Month: int(v.Date.Month()),
Year: v.Date.Year(),
MenuName: menu.Name,
MealName: meal.Name,
Class: "Offering",
UUID: uuid,
}
for _, s := range rs {
offer.AddRecipe(s)
}
new++
offers = append(offers, offer)
} else {
duplicates++
}
}
}
for _, o := range offers {
returnObj, status, errs := s.DB.Post(o)
if errs != nil {
log.Error(status)
log.Error(errors.Errorf("Unable to post recipe with ID: %s", o.UUID))
continue
}
offering := returnObj.(models.ParseOffering)
s.Offerings[offering.UUID] = offering
log.Debug("Created new offering with objectId: ", offering.ObjectID())
}
log.WithFields(logrus.Fields{
"Saved": new,
"Duplicate": duplicates,
}).Info("Scraped Offerings")
}
func saveRecipes(s *State, v models.VenueInfo) {
u := uniqueRecipes(v.Recipes)
var duplicates, new int
for _, recipe := range u {
if s.Recipes[recipe.ID].DartmouthID != recipe.ID {
c := models.CreatedBy{
Kind: "Pointer",
ClassName: "_User",
ObjectID: "95xfYTL7GG",
}
returnObj, status, errs := s.DB.Post(models.ParseRecipe{
Name: models.RemoveMetaData(recipe.Name),
Category: recipe.Category,
DartmouthID: recipe.ID,
Rank: recipe.Rank,
UUID: lib.GetMD5Hash(models.RemoveMetaData(recipe.Name)),
Nutrients: *SetDietaryInfo(&recipe.Nutrients, recipe.Name),
Class: "Recipe",
CreatedBy: c,
})
if errs != nil || status == 400 {
log.Error(status)
log.Error(errors.Errorf("Unable to post recipe with ID: %d", recipe.ID))
continue
}
returnedRecipe := returnObj.(models.ParseRecipe)
s.Recipes[recipe.ID] = returnedRecipe
log.Debug("Created new recipe with objectId: ", returnedRecipe.ObjectID())
new++
} else {
duplicates++
}
}
log.WithFields(logrus.Fields{
"Saved": new,
"Duplicate": duplicates,
}).Info("Scraped Recipes")
}
func offeringExists(s *State, vK string, m, ml string, d time.Time) bool {
uuidStr := fmt.Sprintf("%d%d%d%s%s%s",
d.Day(), int(d.Month()), d.Year(), m, ml, vK)
uuid := lib.GetMD5Hash(uuidStr)
return s.Offerings[uuid].ObjectID() != ""
}
