// RetrieveContactcollectionViaElastic calls the RetrieveContacts method from Contacts via RPC (Search client). Returns results via jsonapi.
func RetrieveContactCollectionViaElastic(w http.ResponseWriter, r *http.Request) {
var (
contactClient = rpcClient(r, "ContactClient")
args = models.SearchArgs{}
reply = models.SearchReply{}
)
args.Search = new(models.Search)
args.Search.Query = router.Context(r).Param("query")
err := contactClient.Call("Search.RetrieveContacts", args, &reply)
if err != nil {
logs.Error(err)
Error(w, r, err.Error(), http.StatusInternalServerError)
return
}
if reply.Contacts == nil {
reply.Contacts = make([]models.Contact, 0)
}
Success(w, r, views.Contacts{Contacts: reply.Contacts}, http.StatusOK)
}
// CreateFacts receive a polygon and retrieves every contact in this polygon. It then calls the CreateFact method for each contact.
func CreateFactsByShape(w http.ResponseWriter, r *http.Request) {
var sourceArgs = &models.FactsJson{GroupID: router.Context(r).Env["GroupID"].(uint)}
if err := Request(sourceArgs, r); err != nil {
logs.Debug(err)
Fail(w, r, map[string]interface{}{"sourceArgs": err.Error()}, http.StatusBadRequest)
return
}
var (
contactClient = rpcClient(r, "ContactClient")
args = models.SearchArgs{}
reply = models.SearchReply{}
)
args.Search = new(models.Search)
args.Search.Polygon = sourceArgs.Points
args.Search.Filter = sourceArgs.Filter
err := contactClient.Call("Search.SearchIDViaGeoPolygon", args, &reply)
if err != nil {
logs.Error(err)
Error(w, r, err.Error(), http.StatusInternalServerError)
return
}
var (
replyFacts = models.FactReply{}
factArgs = models.FactArgs{Fact: &models.Fact{GroupID: sourceArgs.GroupID}}
)
DefaultFact := &models.Fact{}
DefaultFact = &models.Fact{}
DefaultFact.GroupID = sourceArgs.GroupID
DefaultFact.Action.Name = sourceArgs.Name
DefaultFact.Action.Pitch = sourceArgs.Pitch
DefaultFact.Action.TypeData = sourceArgs.TypeData
DefaultFact.Status = sourceArgs.Status
if reply.IDs != nil {
for _, ID := range reply.IDs {
factArgs.Fact = DefaultFact
factArgs.Fact.ContactID = ID
err := contactClient.Call("Fact.Create", factArgs, &replyFacts)
if err != nil {
Error(w, r, err.Error(), http.StatusInternalServerError)
return
}
if replyFacts.Fact.Contact.ID == 0 {
logs.Debug("Contact %d didn't exist. Fact %d may therefore be incorrect", ID, replyFacts.Fact.ID)
}
factArgs.Fact = replyFacts.Fact
err = contactClient.Call("Search.IndexFact", factArgs, &replyFacts)
if err != nil {
Error(w, r, err.Error(), http.StatusInternalServerError)
return
}
logs.Debug("Fact %d created and indexed", replyFacts.Fact.ID)
replyFacts.Facts = append(replyFacts.Facts, *replyFacts.Fact)
}
}
Success(w, r, views.Facts{Facts: replyFacts.Facts}, http.StatusOK)
}
// Implementation of elasticsearch, gets the query terms from the request's url and calls the SearchContacts method from Contacts via RPC (Search client). Returns results via jsonapi.
func SearchContact(w http.ResponseWriter, r *http.Request) {
var (
contactClient = rpcClient(r, "ContactClient")
args = models.SearchArgs{}
reply = models.SearchReply{}
)
args.Search = new(models.Search)
//args.Search.Query = router.Context(r).Param("query")
if err := Request(args.Search, r); err != nil {
logs.Debug(err)
Fail(w, r, map[string]interface{}{"contact": err.Error()}, http.StatusBadRequest)
return
}
// choix de la fonction selon le type de recherche souhaité
var filtre = ""
if args.Search.Fields[1] == "address" {
// recherche sur les addresses
filtre = "Search.SearchAddressesAggs"
} else if args.Search.Fields[1] == "geoloc" {
// recherche par geoloc avec tri par distance
filtre = "Search.SearchContactsGeoloc"
} else {
// recherche sur les contacts
filtre = "Search.SearchContacts"
}
// appel des fonctions
err := contactClient.Call(filtre, args, &reply)
if err != nil {
logs.Error(err)
Error(w, r, err.Error(), http.StatusInternalServerError)
return
}
// traitement des résultats selon le type de recherche --------------------------------------------
if args.Search.Fields[1] == "address" {
if reply.AddressAggs == nil {
reply.AddressAggs = make([]models.AddressAggReply, 0)
}
Success(w, r, views.AddressAggs{AddressAggs: reply.AddressAggs}, http.StatusOK)
} else if args.Search.Fields[1] == "geoloc" {
if reply.Contacts == nil {
reply.Contacts = make([]models.Contact, 0)
}
var cs models.AddressAggReply
var temp_contact models.Contact
var compteur int = 0
var size_nb_address_aggrege int
if len(args.Search.Fields) == 3 {
j, err := strconv.Atoi(args.Search.Fields[2])
if err == nil {
size_nb_address_aggrege = j
} else {
// par défaut
size_nb_address_aggrege = 50
}
} else {
// par défaut
size_nb_address_aggrege = 50
}
for pos, res_contact := range reply.Contacts {
//control si nous avons le nombre de fiche résultats suffisants:
if compteur == size_nb_address_aggrege {
break
}
// si il y'a égalité
if temp_contact.Address.Location == res_contact.Address.Location { //égalité
cs.Contacts = append(cs.Contacts, res_contact)
//si il n'y a pas d'égalité
} else { //pas d'égalité
if pos == 0 { //première itération
cs.Contacts = append(cs.Contacts, res_contact)
} else { //pas la première itération
reply.AddressAggs = append(reply.AddressAggs, cs)
compteur = compteur + 1
// init de cs
var cs2 models.AddressAggReply
cs = cs2
cs.Contacts = append(cs.Contacts, res_contact)
}
}
temp_contact = res_contact
}
reply.AddressAggs = append(reply.AddressAggs, cs)
Success(w, r, views.AddressAggs{AddressAggs: reply.AddressAggs}, http.StatusOK)
} else { // pas geoloc, pas address
if reply.Contacts == nil {
reply.Contacts = make([]models.Contact, 0)
}
Success(w, r, views.Contacts{Contacts: reply.Contacts}, http.StatusOK)
}
}
