/**
* Identifies the specific version of a product (tag: software_id).
*
* @param uniqueId software unique ID
* @param tagCreatorRegid tag creator registration ID
* @return a reference to this object.
*/
public DefaultSwidProcessor setSoftwareId(final String uniqueId, final String tagCreatorRegid) {
swidTag.setSoftwareId(
new SoftwareIdComplexType(
new Token(uniqueId, idGenerator.nextId()),
new RegistrationId(tagCreatorRegid, idGenerator.nextId()),
idGenerator.nextId()));
return this;
}
/**
* Identifies the tag creator (tag: tag_creator).
*
* <p>Example data format: <i>“regid.2010-04.com.labs64,NLIC”</i> where:
*
* <ul>
* <li>regid = registered id
* <li>2010-04 = the year and first month the domain was registered (yyyy-mm)
* <li>com = the upper level domain
* <li>labs64 = the domain name
* <li>NLIC = the name of the business unit (BU) that created the SWID tag
* </ul>
*
* <p>Note that everything after the comma ‘,’ is optional and only required if a software title
* is specific
*
* @param tagCreatorName tag creator name
* @param tagCreatorRegId tag creator registration ID
* @return a reference to this object.
*/
public DefaultSwidProcessor setTagCreator(
final String tagCreatorName, final String tagCreatorRegId) {
swidTag.setTagCreator(
new EntityComplexType(
new Token(tagCreatorName, idGenerator.nextId()),
new RegistrationId(tagCreatorRegId, idGenerator.nextId()),
idGenerator.nextId()));
return this;
}
/**
* Identifies whether this product needs to match up with an entitlement for a reconciliation to
* be considered successful (tag: entitlement_required_indicator).
*
* <p>Specifies if an entitlement is required to reconcile this product. Example data format: XX =
* entitlement status ( <code>true</code> = entitlement required; <code>false</code> = no
* entitlement required).
*
* @param entitlementRequiredIndicator entitlements required indicator
* @return a reference to this object.
*/
public DefaultSwidProcessor setEntitlementRequiredIndicator(
final boolean entitlementRequiredIndicator) {
swidTag.setEntitlementRequiredIndicator(
new org.iso.standards.iso._19770.__2._2009.schema.Boolean(
entitlementRequiredIndicator, idGenerator.nextId()));
return this;
}
/**
* Identifies the product version (tag: product_version) using two values – numeric version and
* version string.
*
* @param productVersion product version
* @param productVersionMajor product major version
* @param productVersionMinor product minor version
* @param productVersionBuild product build version
* @param productVersionReview product review version
* @return a reference to this object.
*/
public DefaultSwidProcessor setProductVersion(
final String productVersion,
final long productVersionMajor,
final long productVersionMinor,
final long productVersionBuild,
final long productVersionReview) {
final NumericVersionComplexType numericVersion =
new NumericVersionComplexType(
new UInt(productVersionMajor, idGenerator.nextId()),
new UInt(productVersionMinor, idGenerator.nextId()),
new UInt(productVersionBuild, idGenerator.nextId()),
new UInt(productVersionReview, idGenerator.nextId()),
idGenerator.nextId());
swidTag.setProductVersion(
new ProductVersionComplexType(
new Token(productVersion, idGenerator.nextId()), numericVersion, idGenerator.nextId()));
return this;
}
/**
* Accurately identifies the product (tag: product_title).
*
* @param productTitle product title
* @return a reference to this object.
*/
public DefaultSwidProcessor setProductTitle(final String productTitle) {
swidTag.setProductTitle(new Token(productTitle, idGenerator.nextId()));
return this;
}
/**
* Set element identifier generator.
*
* @param generator element identifier generator
*/
public void setGenerator(final IdGenerator generator) {
if (generator != null) {
this.idGenerator = generator;
swidTag.setId(idGenerator.nextId());
}
}