public class TemplateProcessorRegistry extends ContributionFragmentRegistry<TemplateProcessorDescriptor>
ContributionFragmentRegistry.Fragment<T>, ContributionFragmentRegistry.FragmentList<T>
Constructor and Description |
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TemplateProcessorRegistry() |
Modifier and Type | Method and Description |
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TemplateProcessorDescriptor |
clone(TemplateProcessorDescriptor tpd)
CLone the given contribution object
|
void |
contributionRemoved(String id,
TemplateProcessorDescriptor tpd)
All the fragments in the contribution was removed.
|
void |
contributionUpdated(String id,
TemplateProcessorDescriptor tpd,
TemplateProcessorDescriptor newTpd)
Adds or updates a contribution.
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String |
getContributionId(TemplateProcessorDescriptor tpd)
Returns the contribution ID given the contribution object
|
TemplateProcessorDescriptor |
getProcessorByName(String name) |
Collection<TemplateProcessorDescriptor> |
getRegistredProcessors() |
void |
merge(TemplateProcessorDescriptor srcTpd,
TemplateProcessorDescriptor descTpd)
Merge 'src' into 'dst'.
|
addContribution, getFragments, isSupportingMerge, removeContribution, removeContribution
public TemplateProcessorDescriptor clone(TemplateProcessorDescriptor tpd)
ContributionFragmentRegistry
clone
in class ContributionFragmentRegistry<TemplateProcessorDescriptor>
public TemplateProcessorDescriptor getProcessorByName(String name)
public Collection<TemplateProcessorDescriptor> getRegistredProcessors()
public void contributionRemoved(String id, TemplateProcessorDescriptor tpd)
ContributionFragmentRegistry
The first parameter is the contribution ID that should be remove and the second parameter the original contribution fragment that as unregistered causing the contribution to be removed.
contributionRemoved
in class ContributionFragmentRegistry<TemplateProcessorDescriptor>
public void contributionUpdated(String id, TemplateProcessorDescriptor tpd, TemplateProcessorDescriptor newTpd)
ContributionFragmentRegistry
If the contribution doesn't yet exists then it will be added, otherwise the value will be updated. If the given value is null the existing contribution must be removed.
The second parameter is the contribution that should be updated when
merging, as well as stored and used. This usually represents a clone of
the original contribution or a merge of multiple contribution fragments.
Modifications on this object at application level will be lost on next
ContributionFragmentRegistry.contributionUpdated(String, Object, Object)
call on the same
object id: modifications should be done in the
ContributionFragmentRegistry.merge(Object, Object)
method.
The last parameter is the new contribution object, unchanged (original) which was neither cloned nor merged. This object should never be modified at application level, because it will be used each time a subsequent merge is done. Also, it never should be stored.
contributionUpdated
in class ContributionFragmentRegistry<TemplateProcessorDescriptor>
id
- - the id of the contribution that needs to be updatedtpd
- the updated contribution object thatnewTpd
- - the new, unchanged (original) contribution
fragment that triggered the update.public String getContributionId(TemplateProcessorDescriptor tpd)
ContributionFragmentRegistry
getContributionId
in class ContributionFragmentRegistry<TemplateProcessorDescriptor>
public void merge(TemplateProcessorDescriptor srcTpd, TemplateProcessorDescriptor descTpd)
ContributionFragmentRegistry
merge
in class ContributionFragmentRegistry<TemplateProcessorDescriptor>
srcTpd
- the object to copy over the 'dst' objectdescTpd
- this object is modifiedCopyright © 2013 Nuxeo SA. All Rights Reserved.