func dsocialDateTimeToGoogle(c *ContactDateTime, g *google.Event) {
g.When.StartTime = dsocialDateTimeToGoogleString(c.Value)
var label string
var rel string
switch c.Rel {
case "":
label = c.Label
case REL_DATETIME_OTHER:
rel = google.REL_EVENT_OTHER
default:
label = googleHandleUnknownRel(string(c.Rel))
}
if label == "" && rel == "" {
rel = google.REL_SHORT_OTHER
}
g.Label = label
g.Rel = rel
return
}
func DsocialContactToGoogle(c *Contact, o *google.Contact) *google.Contact {
if c == nil {
return nil
}
g := new(google.Contact)
if o != nil {
g.Id.Value = o.Id.Value
g.Etag = o.Etag
}
// not supposed to specify title on output
//g.Title.Value = c.DisplayName
g.Content.Value = c.Notes
g.Name.NamePrefix.Value, g.Name.GivenName.Value, g.Name.AdditionalName.Value, g.Name.FamilyName.Value, g.Name.NameSuffix.Value = c.Prefix, c.GivenName, c.MiddleName, c.Surname, c.Suffix
g.Nickname.Value = c.Nickname
g.MaidenName.Value = c.MaidenName
g.Name.FullName.Value = c.DisplayName
if c.Title != "" || c.Company != "" || c.Department != "" {
g.Organizations = make([]google.Organization, 1)
org := &g.Organizations[0]
org.OrgTitle.Value = c.Title
org.OrgName.Value = c.Company
org.OrgDepartment.Value = c.Department
org.Primary = "true"
}
switch c.Gender {
case REL_GENDER_MALE:
g.Gender.Value = google.GENDER_MALE
case REL_GENDER_FEMALE:
g.Gender.Value = google.GENDER_FEMALE
}
// skip for now
currentWorkHistories := list.New()
if c.WorkHistories != nil {
for _, workhist := range c.WorkHistories {
if workhist != nil && workhist.IsCurrent {
currentWorkHistories.PushBack(workhist)
}
}
}
if currentWorkHistories.Len() > 0 {
g.Organizations = make([]google.Organization, currentWorkHistories.Len())
for i, iter := 0, currentWorkHistories.Front(); iter != nil; i, iter = i+1, iter.Next() {
workhist := iter.Value.(*WorkHistory)
org := &g.Organizations[i]
org.OrgName.Value = workhist.Company
if workhist.Positions != nil {
for _, position := range workhist.Positions {
if position != nil && position.IsCurrent {
org.OrgTitle.Value = position.Title
org.OrgDepartment.Value = position.Department
break
}
}
}
}
}
g.Emails = make([]google.Email, len(c.EmailAddresses))
for i, email := range c.EmailAddresses {
dsocialEmailToGoogle(email, &g.Emails[i], c.PrimaryEmail)
}
g.PhoneNumbers = make([]google.PhoneNumber, len(c.PhoneNumbers))
for i, ph := range c.PhoneNumbers {
dsocialPhoneNumberToGoogle(ph, &g.PhoneNumbers[i], c.PrimaryPhoneNumber)
}
g.StructuredPostalAddresses = make([]google.StructuredPostalAddress, len(c.PostalAddresses))
for i, addr := range c.PostalAddresses {
dsocialPostalAddressToGoogle(addr, &g.StructuredPostalAddresses[i], c.PrimaryAddress)
}
g.Ims = make([]google.Im, len(c.Ims))
for i, im := range c.Ims {
dsocialImToGoogle(im, &g.Ims[i], c.PrimaryIm)
}
g.Birthday.When = dsocialDateToGoogleString(c.Birthday)
events := list.New()
if c.Anniversary != nil && !c.Anniversary.IsEmpty() {
event := new(google.Event)
event.Rel = google.REL_EVENT_ANNIVERSARY
event.When.StartTime = dsocialDateToGoogleString(c.Anniversary)
events.PushBack(event)
}
for _, thedate := range c.Dates {
if thedate != nil {
event := new(google.Event)
dsocialDateToGoogle(thedate, event)
events.PushBack(event)
}
}
for _, thedatetime := range c.DateTimes {
if thedatetime != nil {
event := new(google.Event)
dsocialDateTimeToGoogle(thedatetime, event)
events.PushBack(event)
}
}
n := events.Len()
g.Events = make([]google.Event, n)
for i, e := 0, events.Front(); e != nil; i, e = i+1, e.Next() {
g.Events[i] = *(e.Value.(*google.Event))
}
// TODO group memberships
g.Relationships = make([]google.Relation, len(c.Relationships))
for i, relation := range c.Relationships {
dsocialRelationshipToGoogle(relation, &g.Relationships[i])
}
g.Websites = make([]google.Website, len(c.Uris))
for i, uri := range c.Uris {
dsocialUriToGoogle(uri, &g.Websites[i])
}
return g
}