func (p *Pipeline) handleUpdateGroup(client oauth2_client.OAuth2Client, ds DataStoreService, cs ContactsService, dsocialUserId, externalServiceId, externalUserId, dsocialGroupId string, changeset *dm.ChangeSet) (err os.Error) {
fmt.Printf("[PIPELINE]: Handling Update Group...\n")
externalGroupId, err := ds.ExternalGroupIdForDsocialId(externalServiceId, externalUserId, dsocialUserId, dsocialGroupId)
if err != nil {
return
}
if externalGroupId != "" {
dsocExternalGroup, _, err := ds.RetrieveDsocialGroupForExternalGroup(externalServiceId, externalUserId, externalGroupId, dsocialUserId)
if err != nil {
return
}
if dsocExternalGroup != nil {
for _, change := range changeset.Changes {
dm.ApplyChange(dsocExternalGroup, change)
}
}
origDsocExternalGroup, _, err := ds.RetrieveDsocialGroupForExternalGroup(externalServiceId, externalUserId, externalGroupId, dsocialUserId)
if err != nil {
return
}
_, err = UpdateGroupOnExternalService(client, cs, ds, dsocialUserId, origDsocExternalGroup, dsocExternalGroup)
} else {
err = p.handleCreateGroup(client, ds, cs, dsocialUserId, dsocialGroupId)
}
return
}
func (p *Pipeline) contactImport(cs ContactsService, ds DataStoreService, dsocialUserId string, contact *Contact, allowAdd, allowDelete, allowUpdate bool) (*dm.Contact, string, os.Error) {
emptyContact := new(dm.Contact)
if contact == nil || contact.Value == nil {
return nil, "", nil
}
fmt.Printf("[PIPELINE]: Importing contact with ExternalServiceId = %v, ExternalUserId = %v, ExternalContactId = %v, DsocialUserId = %v, DsocialContactId = %v\n", contact.ExternalServiceId, contact.ExternalUserId, contact.ExternalContactId, contact.DsocialUserId, contact.DsocialContactId)
extDsocialContact, _, err := ds.RetrieveDsocialContactForExternalContact(contact.ExternalServiceId, contact.ExternalUserId, contact.ExternalContactId, dsocialUserId)
if err != nil {
return nil, "", err
}
var matchingContact *dm.Contact
var isSame bool
if extDsocialContact == nil {
// We don't have a mapping for this external contact to an internal contact mapping
// meaning we've never imported this contact previously from THIS service, but we may
// already have the contact in our system, so let's see if we can find it
matchingContact, isSame, err = p.findMatchingDsocialContact(ds, dsocialUserId, contact)
if err != nil {
return matchingContact, "", err
}
if matchingContact != nil {
contact.DsocialContactId = matchingContact.Id
extContact := cs.ConvertToExternalContact(matchingContact, nil, dsocialUserId)
ds.StoreExternalContact(contact.ExternalServiceId, contact.ExternalUserId, dsocialUserId, contact.ExternalContactId, extContact)
extDsocialContact = cs.ConvertToDsocialContact(extContact, matchingContact, dsocialUserId)
if extDsocialContact != nil {
AddIdsForDsocialContact(extDsocialContact, ds, dsocialUserId)
//contact.ExternalContactId = extDsocialContact.Id
extDsocialContact, err = ds.StoreDsocialContactForExternalContact(contact.ExternalServiceId, contact.ExternalUserId, contact.ExternalContactId, dsocialUserId, extDsocialContact)
if extDsocialContact == nil || err != nil {
return matchingContact, "", err
}
if contact.DsocialContactId != "" {
if _, _, err = ds.StoreDsocialExternalContactMapping(contact.ExternalServiceId, contact.ExternalUserId, contact.ExternalContactId, dsocialUserId, contact.DsocialContactId); err != nil {
return matchingContact, "", err
}
}
}
}
} else {
// we have a mapping for this external contact to an internal contact mapping
// from THIS service, therefore let's use it
if contact.DsocialContactId == "" {
contact.DsocialContactId, err = ds.DsocialIdForExternalContactId(contact.ExternalServiceId, contact.ExternalUserId, dsocialUserId, contact.ExternalContactId)
if err != nil {
return nil, "", err
}
}
if contact.DsocialContactId != "" {
matchingContact, _, err = ds.RetrieveDsocialContact(dsocialUserId, contact.DsocialContactId)
if err != nil {
return nil, "", err
}
}
}
// ensure we have a contact Id
if contact.DsocialContactId == "" {
if matchingContact != nil {
contact.DsocialContactId = matchingContact.Id
fmt.Printf("[PIPELINE]: Will be using matchingContact Id: %v\n", matchingContact.Id)
}
if contact.DsocialContactId == "" {
newContact := &dm.Contact{UserId: dsocialUserId}
AddIdsForDsocialContact(newContact, ds, dsocialUserId)
thecontact, err := ds.StoreDsocialContact(dsocialUserId, newContact.Id, newContact)
if err != nil {
return nil, "", err
}
contact.DsocialContactId = thecontact.Id
}
}
if _, isSame = emptyContact.IsSimilarOrUpdated(extDsocialContact, contact.Value); isSame {
return matchingContact, "", nil
}
l := new(list.List)
emptyContact.GenerateChanges(extDsocialContact, contact.Value, nil, l)
l = p.removeUnacceptedChanges(l, allowAdd, allowDelete, allowUpdate)
changes := make([]*dm.Change, l.Len())
for i, iter := 0, l.Front(); iter != nil; i, iter = i+1, iter.Next() {
changes[i] = iter.Value.(*dm.Change)
}
changeset := &dm.ChangeSet{
CreatedAt: time.UTC().Format(dm.UTC_DATETIME_FORMAT),
ChangedBy: contact.ExternalServiceId,
ChangeImportId: contact.ExternalContactId,
RecordId: contact.DsocialContactId,
Changes: changes,
}
_, err = ds.StoreContactChangeSet(dsocialUserId, changeset)
if err != nil {
return matchingContact, changeset.Id, err
}
if extDsocialContact == nil {
fmt.Printf("[PIPELINE]: OriginalExternalContact is nil and contact.DsocialContactId is %v and contact.Value.Id was %v\n", contact.DsocialContactId, contact.Value.Id)
contact.Value.Id = contact.DsocialContactId
AddIdsForDsocialContact(contact.Value, ds, dsocialUserId)
contact.Value, err = ds.StoreDsocialContact(dsocialUserId, contact.DsocialContactId, contact.Value)
fmt.Printf("[PIPELINE]: After storing contact.Value, contact.Value.Id is %v\n", contact.Value.Id)
if err != nil {
return matchingContact, changeset.Id, err
}
storedDsocialContact, err := ds.StoreDsocialContactForExternalContact(contact.ExternalServiceId, contact.ExternalUserId, contact.ExternalContactId, dsocialUserId, contact.Value)
fmt.Printf("[PIPELINE]: After storing external contact, contact.Value.Id is %v\n", contact.Value.Id)
_, _, err2 := ds.StoreDsocialExternalContactMapping(contact.ExternalServiceId, contact.ExternalUserId, contact.ExternalContactId, dsocialUserId, contact.DsocialContactId)
if err == nil {
err = err2
}
return storedDsocialContact, changeset.Id, err
}
var storedDsocialContact *dm.Contact = nil
if contact.DsocialContactId != "" {
if storedDsocialContact, _, err = ds.RetrieveDsocialContact(dsocialUserId, contact.DsocialContactId); err != nil {
return matchingContact, changeset.Id, err
}
}
if storedDsocialContact == nil {
storedDsocialContact = new(dm.Contact)
}
for j, iter := 0, l.Front(); iter != nil; j, iter = j+1, iter.Next() {
change := iter.Value.(*dm.Change)
dm.ApplyChange(storedDsocialContact, change)
changes[j] = change
}
AddIdsForDsocialContact(storedDsocialContact, ds, dsocialUserId)
_, err = ds.StoreDsocialContact(dsocialUserId, contact.DsocialContactId, storedDsocialContact)
return storedDsocialContact, changeset.Id, err
}
func (p *Pipeline) groupImport(cs ContactsService, ds DataStoreService, dsocialUserId string, group *Group, minimumIncludes *list.List, allowAdd, allowDelete, allowUpdate bool) (*dm.Group, string, os.Error) {
emptyGroup := new(dm.Group)
if group == nil || group.Value == nil {
return nil, "", nil
}
//fmt.Printf("[PIPELINE]: Syncing group: %s\n", group.Value.Name)
if group.Value.ContactIds == nil {
group.Value.ContactIds = make([]string, 0, 10)
}
if group.Value.ContactNames == nil {
group.Value.ContactNames = make([]string, 0, 10)
}
if len(group.Value.ContactIds) == 0 && len(group.Value.ContactNames) == 0 && minimumIncludes != nil {
sv1 := vector.StringVector(group.Value.ContactIds)
sv2 := vector.StringVector(group.Value.ContactNames)
sv1.Resize(sv1.Len(), sv1.Len()+minimumIncludes.Len())
sv2.Resize(sv2.Len(), sv2.Len()+minimumIncludes.Len())
for iter := minimumIncludes.Front(); iter != nil; iter = iter.Next() {
contactRef := iter.Value.(*dm.ContactRef)
sv1.Push(contactRef.Id)
sv2.Push(contactRef.Name)
}
} else if minimumIncludes != nil {
for iter := minimumIncludes.Front(); iter != nil; iter = iter.Next() {
contactRef := iter.Value.(*dm.ContactRef)
refLocation := -1
if contactRef.Id != "" {
for i, id := range group.Value.ContactIds {
if id == contactRef.Id {
refLocation = i
break
}
}
}
if refLocation == -1 && contactRef.Name != "" {
for i, name := range group.Value.ContactNames {
if name == contactRef.Name {
refLocation = i
break
}
}
}
if refLocation == -1 {
sv1 := vector.StringVector(group.Value.ContactIds)
sv2 := vector.StringVector(group.Value.ContactNames)
sv1.Push(contactRef.Id)
sv2.Push(contactRef.Name)
} else {
group.Value.ContactIds[refLocation] = contactRef.Id
group.Value.ContactNames[refLocation] = contactRef.Name
}
}
}
extDsocialGroup, _, err := ds.RetrieveDsocialGroupForExternalGroup(group.ExternalServiceId, group.ExternalUserId, group.ExternalGroupId, dsocialUserId)
if err != nil {
return nil, "", err
}
var matchingGroup *dm.Group
var isSame bool
if extDsocialGroup == nil {
// We don't have a mapping for this external group to an internal group mapping
// meaning we've never imported this group previously from THIS service, but we may
// already have the group in our system, so let's see if we can find it
matchingGroup, isSame, err = p.findMatchingDsocialGroup(ds, dsocialUserId, group)
if err != nil {
return matchingGroup, "", err
}
if matchingGroup != nil {
group.DsocialGroupId = matchingGroup.Id
extGroup := cs.ConvertToExternalGroup(matchingGroup, nil, dsocialUserId)
ds.StoreExternalGroup(group.ExternalServiceId, group.ExternalUserId, dsocialUserId, group.ExternalGroupId, extGroup)
extDsocialGroup = cs.ConvertToDsocialGroup(extGroup, matchingGroup, dsocialUserId)
if extDsocialGroup != nil {
AddIdsForDsocialGroup(extDsocialGroup, ds, dsocialUserId)
fmt.Printf("[PIPELINE]: groupImport() before store dsoc group ExternalGroupId: %v and extDsocialGroup.Id %v matchingGroup.Id %v\n", group.ExternalGroupId, extDsocialGroup.Id, matchingGroup.Id)
//group.ExternalGroupId = extDsocialGroup.Id
//extDsocialGroup.Id = group.DsocialGroupId
extDsocialGroup, err = ds.StoreDsocialGroupForExternalGroup(group.ExternalServiceId, group.ExternalUserId, group.ExternalGroupId, dsocialUserId, extDsocialGroup)
if extDsocialGroup == nil || err != nil {
return matchingGroup, "", err
}
//extDsocialGroup.Id = group.DsocialGroupId
fmt.Printf("[PIPELINE]: groupImport() before store mapping ExternalGroupId: %v and DsocialGroupId %v\n", group.ExternalGroupId, group.DsocialGroupId)
if _, _, err = ds.StoreDsocialExternalGroupMapping(group.ExternalServiceId, group.ExternalUserId, group.ExternalGroupId, dsocialUserId, group.DsocialGroupId); err != nil {
return matchingGroup, "", err
}
}
}
} else {
// we have a mapping for this external group to an internal group mapping
// from THIS service, therefore let's use it
if group.DsocialGroupId == "" {
group.DsocialGroupId, err = ds.DsocialIdForExternalGroupId(group.ExternalServiceId, group.ExternalUserId, dsocialUserId, group.ExternalGroupId)
if err != nil {
return nil, "", err
}
}
if group.DsocialGroupId != "" {
matchingGroup, _, err = ds.RetrieveDsocialGroup(dsocialUserId, group.DsocialGroupId)
if err != nil {
return nil, "", err
}
}
}
// ensure we have a contact Id
if group.DsocialGroupId == "" {
if matchingGroup != nil {
group.DsocialGroupId = matchingGroup.Id
fmt.Printf("[PIPELINE]: Will be using matchingGroup Id: %v\n", matchingGroup.Id)
}
if group.DsocialGroupId == "" {
newGroup := &dm.Group{UserId: dsocialUserId}
AddIdsForDsocialGroup(newGroup, ds, dsocialUserId)
thegroup, err := ds.StoreDsocialGroup(dsocialUserId, newGroup.Id, newGroup)
if err != nil {
return nil, "", err
}
group.DsocialGroupId = thegroup.Id
}
}
if _, isSame = emptyGroup.IsSimilarOrUpdated(extDsocialGroup, group.Value); isSame {
return matchingGroup, "", nil
}
l := new(list.List)
emptyGroup.GenerateChanges(extDsocialGroup, group.Value, nil, l)
l = p.removeUnacceptedChanges(l, allowAdd, allowDelete, allowUpdate)
changes := make([]*dm.Change, l.Len())
for i, iter := 0, l.Front(); iter != nil; i, iter = i+1, iter.Next() {
changes[i] = iter.Value.(*dm.Change)
}
changeset := &dm.ChangeSet{
CreatedAt: time.UTC().Format(dm.UTC_DATETIME_FORMAT),
ChangedBy: group.ExternalServiceId,
ChangeImportId: group.ExternalGroupId,
RecordId: group.DsocialGroupId,
Changes: changes,
}
_, err = ds.StoreGroupChangeSet(dsocialUserId, changeset)
if err != nil {
return matchingGroup, changeset.Id, nil
}
if extDsocialGroup == nil {
fmt.Printf("[PIPELINE]: OriginalExternalGroup is nil and group.DsocialGroupId is %v and group.Value.Id was %v\n", group.DsocialGroupId, group.Value.Id)
group.Value.Id = group.DsocialGroupId
AddIdsForDsocialGroup(group.Value, ds, dsocialUserId)
group.Value, err = ds.StoreDsocialGroup(dsocialUserId, group.DsocialGroupId, group.Value)
if err != nil {
return matchingGroup, changeset.Id, err
}
storedDsocialGroup, err := ds.StoreDsocialGroupForExternalGroup(group.ExternalServiceId, group.ExternalUserId, group.ExternalGroupId, dsocialUserId, group.Value)
_, _, err2 := ds.StoreDsocialExternalGroupMapping(group.ExternalServiceId, group.ExternalUserId, group.ExternalGroupId, dsocialUserId, group.DsocialGroupId)
if err == nil {
err = err2
}
return storedDsocialGroup, changeset.Id, err
}
var storedDsocialGroup *dm.Group = nil
if group.DsocialGroupId != "" {
if storedDsocialGroup, _, err = ds.RetrieveDsocialGroup(dsocialUserId, group.DsocialGroupId); err != nil {
return matchingGroup, changeset.Id, err
}
}
if storedDsocialGroup == nil {
storedDsocialGroup = new(dm.Group)
}
for j, iter := 0, l.Front(); iter != nil; j, iter = j+1, iter.Next() {
change := iter.Value.(*dm.Change)
dm.ApplyChange(storedDsocialGroup, change)
changes[j] = change
}
AddIdsForDsocialGroup(storedDsocialGroup, ds, dsocialUserId)
_, err = ds.StoreDsocialGroup(dsocialUserId, group.DsocialGroupId, storedDsocialGroup)
return storedDsocialGroup, changeset.Id, err
}