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/***************************************************************************************************
* Copyright © All Contributors. See LICENSE and AUTHORS in the root directory for details.
**************************************************************************************************/
package at.bitfire.vcard4android.contactrow
import android.net.Uri
import android.provider.ContactsContract.CommonDataKinds.Relation
import at.bitfire.vcard4android.BatchOperation
import at.bitfire.vcard4android.Contact
import at.bitfire.vcard4android.property.CustomType
import ezvcard.parameter.RelatedType
import org.apache.commons.lang3.StringUtils
import org.apache.commons.text.WordUtils
import java.util.*
class RelationBuilder(dataRowUri: Uri, rawContactId: Long?, contact: Contact)
: DataRowBuilder(Factory.mimeType(), dataRowUri, rawContactId, contact) {
override fun build(): List<BatchOperation.CpoBuilder> {
val result = LinkedList<BatchOperation.CpoBuilder>()
for (related in contact.relations) {
val name = StringUtils.trimToNull(related.text) ?: StringUtils.trimToNull(related.uri)
if (name.isNullOrBlank())
continue
val typeCode = when {
// specific Android types (not defined in RFC 6350)
related.types.contains(CustomType.Related.ASSISTANT) -> Relation.TYPE_ASSISTANT
related.types.contains(CustomType.Related.BROTHER) -> Relation.TYPE_BROTHER
related.types.contains(CustomType.Related.DOMESTIC_PARTNER) -> Relation.TYPE_DOMESTIC_PARTNER
related.types.contains(CustomType.Related.FATHER) -> Relation.TYPE_FATHER
related.types.contains(CustomType.Related.MANAGER) -> Relation.TYPE_MANAGER
related.types.contains(CustomType.Related.MOTHER) -> Relation.TYPE_MOTHER
related.types.contains(CustomType.Related.PARTNER) -> Relation.TYPE_PARTNER
related.types.contains(CustomType.Related.REFERRED_BY) -> Relation.TYPE_REFERRED_BY
related.types.contains(CustomType.Related.SISTER) -> Relation.TYPE_SISTER
// standard types (defined in RFC 6350) supported by Android
related.types.contains(RelatedType.CHILD) -> Relation.TYPE_CHILD
related.types.contains(RelatedType.FRIEND) -> Relation.TYPE_FRIEND
related.types.contains(RelatedType.KIN) -> Relation.TYPE_RELATIVE
related.types.contains(RelatedType.PARENT) -> Relation.TYPE_PARENT
related.types.contains(RelatedType.SPOUSE) -> Relation.TYPE_SPOUSE
// other standard types are set as TYPE_CUSTOM
else -> Relation.TYPE_CUSTOM
}
val builder = newDataRow()
.withValue(Relation.NAME, name)
.withValue(Relation.TYPE, typeCode)
if (typeCode == Relation.TYPE_CUSTOM) {
if (related.types.isEmpty())
related.types += CustomType.Related.OTHER
val types = related.types.map { type -> WordUtils.capitalize(type.value) }
val typesStr = types.joinToString(", ")
builder.withValue(Relation.LABEL, typesStr)
}
result += builder
}
return result
}
object Factory: DataRowBuilder.Factory<RelationBuilder> {
override fun mimeType() = Relation.CONTENT_ITEM_TYPE
override fun newInstance(dataRowUri: Uri, rawContactId: Long?, contact: Contact) =
RelationBuilder(dataRowUri, rawContactId, contact)
}
}
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