7.8 Structure of the Musical Work Claim Request Message
The high-level structure of the MusicalWorkClaimRequestMessage
is depicted in Figure 6 below. The message contains two XML attributes:
The
AvsVersionId
communicates the version of the allowed value sets used in the message. For information on how to use this XML attribute, refer to Clause 7.3; and
The
LanguageAndScriptCode
communicates the language and script for the elements of the message as defined in IETF RfC 5646. Language and script are communicated using the syntaxlang[-script][-region][-variant]
.
The MusicalWorkClaimRequestMessage
also contains seven composites that together provide the bulk of the data that is being communicated in a message created in accordance with the MWN standard:
The
MessageHeader
contains the header for the message;
The
TerritoryList
communicates data about the territories used in theMusicalWorkClaimRequestMessage
;
The
PartyList
communicates data about the parties that contributed to the creation, publication and distribution of the musical works described in theMusicalWorkClaimRequestMessage
. For example, writers or rights holders;
The
WorkList
communicates data about the musical works the right share claims data of which is requested in theMusicalWorkClaimRequestMessage
;
The
ResourceList
communicates data about the resources, such as sound recordings or music videos, in which the musical works described in theWorkList
are embodied that are described in theMusicalWorkClaimRequestMessage
;
The
ReleaseList
communicates data about the releases which contain the resources described in theResourceList
of theMusicalWorkClaimRequestMessage
;
The
RequestList
communicates data for the administration of the right share claim requests sent in theMusicalWorkClaimRequestMessage
.
Further information is provided in the XML Schema Definition file for this standard, which can be found on the DDEX Knowledge Base.
Figure 6 – Structure of the MusicalWorkClaimRequestMessage
(mandatory elements are framed and connected using thick lines; optional elements are not framed and connected by thin lines)