Class: AtlasRb::Work
Overview
The bibliographic unit in Atlas — an article, thesis, dataset, image, etc.
A Work belongs to exactly one Collection and aggregates one or more FileSets, each of which holds binary content via a Blob. MODS metadata is attached at the Work level.
See also: Collection, FileSet, Blob.
Constant Summary collapse
- ROUTE =
This constant is part of a private API. You should avoid using this constant if possible, as it may be removed or be changed in the future.
Atlas REST endpoint prefix for this resource.
"/works/"- ASSOCIATION_TYPES =
The five relationship predicates Atlas accepts, carried here so a caller can build a select box without hard-coding the vocabulary. Adding a sixth needs an Atlas release, so this list cannot drift ahead of the server.
%w[ is_codebook_for is_figure_for is_instructional_material_for is_supplemental_material_for is_transcription_of ].freeze
Constants included from FaradayHelper
FaradayHelper::ASSERTION_AUDIENCE, FaradayHelper::ASSERTION_ISSUER, FaradayHelper::ASSERTION_TTL, FaradayHelper::INSTRUMENTATION_EVENT
Class Method Summary collapse
-
.add_linked_member(work_id, collection_id, nuid: nil, on_behalf_of: nil) ⇒ Array<String>
Add a linked membership: surface a Work in an additional Collection.
- .assets(id, nuid: nil, on_behalf_of: nil) ⇒ Array<AtlasRb::Mash>
-
.associate(work_id, target_id, type:, nuid: nil, on_behalf_of: nil) ⇒ Hash
Assert that this Work stands in a typed relationship to another Work.
-
.associations(id, nuid: nil, on_behalf_of: nil) ⇒ Hash
List a Work's typed associations with other Works.
-
.clear_incomplete(id, nuid: nil, on_behalf_of: nil) ⇒ Hash
Clear the incomplete flag and its reason.
-
.complete(id, nuid: nil, on_behalf_of: nil) ⇒ Faraday::Response
Mark a Work complete.
-
.create(id, xml_path = nil, idempotency_key: nil, nuid: nil, on_behalf_of: nil, depositor: nil) ⇒ Hash
Create a new Work in an existing Collection.
-
.disassociate(work_id, target_id, type:, nuid: nil, on_behalf_of: nil) ⇒ Hash
Retract one typed relationship between two Works.
-
.file_sets(id, nuid: nil, on_behalf_of: nil) ⇒ Array<AtlasRb::Mash>
List a Work's page FileSets in order, each with its assets.
-
.find(id, nuid: nil, on_behalf_of: nil) ⇒ Hash?
Fetch a single Work by ID.
-
.linked_members(id, nuid: nil, on_behalf_of: nil) ⇒ Array<String>
List the Collections a Work is a linked member of.
-
.list(in_progress: nil, incomplete: nil, page: nil, per_page: nil, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
List Works, paginated.
-
.mark_incomplete(id, reason:, nuid: nil, on_behalf_of: nil) ⇒ Hash
Flag a Work whose enrichment pipeline gave up.
-
.metadata(id, values, nuid: nil, on_behalf_of: nil) ⇒ Hash
Patch individual descriptive-metadata fields without uploading a full MODS document.
-
.mets(id, nuid: nil, on_behalf_of: nil) ⇒ Hash?
Fetch the Work-level METS structural metadata (page order).
-
.mods(id, kind = nil, nuid: nil, on_behalf_of: nil) ⇒ String
Fetch the Work's MODS representation in the requested format.
-
.remove_linked_member(work_id, collection_id, nuid: nil, on_behalf_of: nil) ⇒ Array<String>
Remove a linked membership: drop a Work from an additional Collection.
-
.reparent(id, new_collection_id, nuid: nil, on_behalf_of: nil) ⇒ Hash
Move a Work to a different parent Collection.
-
.set_derivative_permissions(id, policy:, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Replace a Work's per-asset derivative-visibility policy.
-
.set_full_text(id, text:, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Store a Work's derived full-document text for search indexing.
-
.set_image_derivatives(id, small: nil, medium: nil, large: nil, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Attach the three image-derivative Delegate URIs to a Work.
-
.set_thumbnails(id, thumbnail: nil, thumbnail_2x: nil, preview: nil, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Attach the three thumbnail/preview Delegate URIs to a Work.
-
.tombstone(id, nuid: nil, on_behalf_of: nil) ⇒ Faraday::Response
Tombstone (withdraw) a Work.
-
.update(id, xml_path, nuid: nil, on_behalf_of: nil) ⇒ Hash
Replace a Work's metadata by uploading a MODS XML document.
Methods inherited from Resource
descendant_works, find_many, history, mods_version, mods_versions, permissions, preview
Methods included from FaradayHelper
#connection, #multipart, #system_connection, #with_file_part
Class Method Details
.add_linked_member(work_id, collection_id, nuid: nil, on_behalf_of: nil) ⇒ Array<String>
Add a linked membership: surface a Work in an additional Collection.
Wraps POST /works/<id>/linked_members with a collection_id body.
This does not move the Work — its structural parent (a_member_of)
is untouched; the Collection is added to a_linked_member_of. Atlas
enforces two-sided authorization (edit on the Work and the target
Collection) and the structural guards, surfacing failures as a 422.
Permissions are never changed by this call.
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# File 'lib/atlas_rb/work.rb', line 774 def self.add_linked_member(work_id, collection_id, nuid: nil, on_behalf_of: nil) write_resource( connection({ collection_id: collection_id }, nuid, on_behalf_of: on_behalf_of) .post(ROUTE + work_id + '/linked_members') ) end |
.assets(id, nuid: nil, on_behalf_of: nil) ⇒ Array<AtlasRb::Mash>
List the assets attached to a Work — Blobs and Delegates alike.
Useful for building download UIs — the response includes enough to
render each entry's display name, size or uri, and download URL.
The shape is polymorphic: Blob-backed entries carry fields like
size, while Delegate-backed entries carry uri. Callers should
duck-type on the field they need rather than expecting a single
schema.
Every entry (Blob and Delegate) also carries the advisory read gate set
via set_derivative_permissions: gated (true if the asset must be
authorized rather than fetched directly) and permission (the effective
read-group set, or nil for guests, to whom group names are withheld).
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# File 'lib/atlas_rb/work.rb', line 609 def self.assets(id, nuid: nil, on_behalf_of: nil) JSON.parse( connection({}, nuid, on_behalf_of: on_behalf_of).get(ROUTE + id + '/assets')&.body ).map { |entry| AtlasRb::Mash.new(entry) } end |
.associate(work_id, target_id, type:, nuid: nil, on_behalf_of: nil) ⇒ Hash
Assert that this Work stands in a typed relationship to another Work.
Wraps POST /works/<id>/associations with a work_id + type body.
The edge is stored on this Work only; target reports the same edge
under inbound. Asserting an edge that already exists is a no-op, and
two Works can hold several different edges at once.
A cycle is permitted and meaningful — "A is a transcription of B" and "B is a figure for A" can both be true.
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# File 'lib/atlas_rb/work.rb', line 902 def self.associate(work_id, target_id, type:, nuid: nil, on_behalf_of: nil) write_resource( connection({ work_id: target_id, type: type }, nuid, on_behalf_of: on_behalf_of) .post(ROUTE + work_id + '/associations') ) end |
.associations(id, nuid: nil, on_behalf_of: nil) ⇒ Hash
List a Work's typed associations with other Works.
Wraps GET /works/<id>/associations. An association is DRS v1's
"associated works": a directed claim that one object is the codebook,
figure, transcription, instructional material or supplemental material
for another. Both objects stay separate records — this is not
membership, and nothing moves in the containment tree.
The edge is stored once, on the Work that asserts it. Atlas derives the
other direction, so outbound and inbound can never disagree.
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# File 'lib/atlas_rb/work.rb', line 860 def self.associations(id, nuid: nil, on_behalf_of: nil) JSON.parse( connection({}, nuid, on_behalf_of: on_behalf_of).get(ROUTE + id + '/associations')&.body ) end |
.clear_incomplete(id, nuid: nil, on_behalf_of: nil) ⇒ Hash
Clear the incomplete flag and its reason.
The repair half of mark_incomplete: call it from the same job when a later run succeeds, or by hand once an operator has fixed the Work. Both fields clear together — a reason without a flag would leave a stale cause on the Solr document.
Idempotent: clearing a Work that was never flagged is a no-op.
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# File 'lib/atlas_rb/work.rb', line 339 def self.clear_incomplete(id, nuid: nil, on_behalf_of: nil) AtlasRb::Mash.new(write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .delete(ROUTE + id + '/incomplete') ))["work"] end |
.complete(id, nuid: nil, on_behalf_of: nil) ⇒ Faraday::Response
Mark a Work complete.
Cerberus's bulk-deposit job calls this once it has confirmed all
expected children (FileSets / Blobs) are deposited. Atlas's monitoring
query GET /works?in_progress=true then drops this Work from the
"stuck" list.
Idempotent on the server: calling complete on an already-complete
Work is a no-op — Atlas re-saves with in_progress: false.
Atlas does not currently stamp a completed_by audit field; the
nuid: parameter is plumbed through for parity with the other
lifecycle bindings and in case Atlas adds completion audit later.
This call also mints the Work's persistent identifier. Atlas
registers <prefix>/<noid> with its Handle service, pointed at the
public Work page, and records it as handle on the Work. Two
consequences for a caller:
- Minting can never fail the call. A handle server that is down,
slow or unconfigured leaves
handlenull and the Work still complete — never a non-2xx. So a200does not promise a handle: the response body carries the Work, so checkhandleon it rather than assuming success minted one. - Re-completing is safe. Atlas mints only when
handleis empty, and the underlying registration is keyed by handle name, so a repeat call re-points rather than minting a second identifier.
A deployment with no handle server configured mints nothing at all, which is the normal state for a stack brought up without it.
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# File 'lib/atlas_rb/work.rb', line 260 def self.complete(id, nuid: nil, on_behalf_of: nil) connection({}, nuid, on_behalf_of: on_behalf_of).post(ROUTE + id + '/complete') end |
.create(id, xml_path = nil, idempotency_key: nil, nuid: nil, on_behalf_of: nil, depositor: nil) ⇒ Hash
Create a new Work in an existing Collection.
Note: unlike Community.create and Collection.create, the id
parameter here is the parent Collection ID. The underlying request
uses the collection_id query param rather than parent_id.
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# File 'lib/atlas_rb/work.rb', line 135 def self.create(id, xml_path = nil, idempotency_key: nil, nuid: nil, on_behalf_of: nil, depositor: nil) params = { collection_id: id } params[:depositor] = depositor if depositor result = AtlasRb::Mash.new(write_resource( connection(params, nuid, on_behalf_of: on_behalf_of, idempotency_key: idempotency_key).post(ROUTE) ))["work"] return result if xml_path.to_s.empty? update(result["id"], xml_path, nuid: nuid, on_behalf_of: on_behalf_of) find(result["id"], nuid: nuid, on_behalf_of: on_behalf_of) end |
.disassociate(work_id, target_id, type:, nuid: nil, on_behalf_of: nil) ⇒ Hash
Retract one typed relationship between two Works.
Wraps DELETE /works/<id>/associations/<type>/<target_id> — the type is
a path segment because it is part of the edge's identity, so retracting
the figure claim leaves a transcription claim between the same two Works
standing. Idempotent: retracting an edge that was never asserted is a
no-op.
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# File 'lib/atlas_rb/work.rb', line 939 def self.disassociate(work_id, target_id, type:, nuid: nil, on_behalf_of: nil) write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .delete(ROUTE + work_id + '/associations/' + type.to_s + '/' + target_id) ) end |
.file_sets(id, nuid: nil, on_behalf_of: nil) ⇒ Array<AtlasRb::Mash>
List a Work's page FileSets in order, each with its assets.
Wraps GET /works/<id>/file_sets — the ordered, grouped sibling of
assets (which flattens FileSet membership away). One entry per
page-bearing FileSet, sorted position ascending with unordered
(null-position) FileSets last; metadata and derivative-container
FileSets are excluded as entries. Each entry nests its downloadable
assets — the page's content Blobs plus any per-page IIIF Delegates —
in the same polymorphic shape assets returns.
This is the read a IIIF Presentation manifest assembler needs: the response is unpaginated by design, so the whole page sequence arrives in one call.
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# File 'lib/atlas_rb/work.rb', line 644 def self.file_sets(id, nuid: nil, on_behalf_of: nil) JSON.parse( connection({}, nuid, on_behalf_of: on_behalf_of).get(ROUTE + id + '/file_sets')&.body ).map { |entry| AtlasRb::Mash.new(entry) } end |
.find(id, nuid: nil, on_behalf_of: nil) ⇒ Hash?
Fetch a single Work by ID.
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# File 'lib/atlas_rb/work.rb', line 33 def self.find(id, nuid: nil, on_behalf_of: nil) body = fetch_resource(ROUTE + id, nuid: nuid, on_behalf_of: on_behalf_of) body && AtlasRb::Mash.new(body)["work"] end |
.linked_members(id, nuid: nil, on_behalf_of: nil) ⇒ Array<String>
List the Collections a Work is a linked member of.
Wraps GET /works/<id>/linked_members. Linked membership is the DAG
overlay — a Work has exactly one structural parent (a_member_of, set
by create / reparent) but may additionally appear in any number
of other Collections as a linked member (a_linked_member_of). This
returns just those linked Collection noids; the structural parent is
not included.
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# File 'lib/atlas_rb/work.rb', line 732 def self.linked_members(id, nuid: nil, on_behalf_of: nil) JSON.parse( connection({}, nuid, on_behalf_of: on_behalf_of).get(ROUTE + id + '/linked_members')&.body ) end |
.list(in_progress: nil, incomplete: nil, page: nil, per_page: nil, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
List Works, paginated.
Wraps GET /works. Returns the full pagination envelope rather than a
bare array so callers can page through results — the shape matches
Community.children and Collection.children.
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# File 'lib/atlas_rb/work.rb', line 74 def self.list(in_progress: nil, incomplete: nil, page: nil, per_page: nil, nuid: nil, on_behalf_of: nil) params = {} params[:in_progress] = in_progress unless in_progress.nil? params[:incomplete] = incomplete unless incomplete.nil? params[:page] = page if page params[:per_page] = per_page if per_page AtlasRb::Mash.new(JSON.parse( connection(params, nuid, on_behalf_of: on_behalf_of).get(ROUTE)&.body )) end |
.mark_incomplete(id, reason:, nuid: nil, on_behalf_of: nil) ⇒ Hash
Flag a Work whose enrichment pipeline gave up.
The counterpart to complete, for the other half of the lifecycle:
complete says the deposit finished, this says something downstream of
it did not. Call it from a work-scoped job's give-up handler — the PDF or
media rendition, the derivatives, the full-text extraction — once that
job has exhausted its retries. Atlas's GET /works?incomplete=true then
lists the Work for staff, and incomplete_bsi on its Solr document lets
a result row render a pill without a per-row fetch.
The flag never hides the Work. A record with its file, title and metadata but one missing derivative is degraded, not broken, and stays readable — enrichment does not fail a deposit.
Idempotent on the server; the last reason wins. Clear it with clear_incomplete when a later run of the same job succeeds, which makes the state self-healing.
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# File 'lib/atlas_rb/work.rb', line 306 def self.mark_incomplete(id, reason:, nuid: nil, on_behalf_of: nil) AtlasRb::Mash.new(write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .post(ROUTE + id + '/incomplete', JSON.dump(reason: reason)) ))["work"] end |
.metadata(id, values, nuid: nil, on_behalf_of: nil) ⇒ Hash
Patch individual descriptive-metadata fields without uploading a full MODS document.
Scoped to user-authored descriptive metadata only. Programmatic writes of machine-set Delegate URIs (thumbnails, image derivatives) have their own purpose-specific endpoints — see set_thumbnails and set_image_derivatives.
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# File 'lib/atlas_rb/work.rb', line 397 def self.(id, values, nuid: nil, on_behalf_of: nil) AtlasRb::Mash.new(write_resource( connection({ metadata: values }, nuid, on_behalf_of: on_behalf_of).patch(ROUTE + id) )) end |
.mets(id, nuid: nil, on_behalf_of: nil) ⇒ Hash?
Fetch the Work-level METS structural metadata (page order).
Wraps GET /works/<id>/mets — the JSON projection of the Work's METS
document, whose physical structMap is the preservation record of page
order. The page sequence surfaces under "mets" => "pages" (one entry
per page: noid / order / label). Atlas builds the document when
the Work is completed (complete) and rebuilds it on page changes
thereafter, so a Work that has never been completed has no METS yet —
Atlas answers 404 and this binding returns nil (matching
User.find_by_nuid's missing-resource convention).
For runtime page listing (e.g. manifest assembly) prefer file_sets, which needs no completion and carries each page's assets; this read is the preservation-record view.
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# File 'lib/atlas_rb/work.rb', line 680 def self.mets(id, nuid: nil, on_behalf_of: nil) response = connection({}, nuid, on_behalf_of: on_behalf_of).get(ROUTE + id + '/mets') return nil if response.status == 404 AtlasRb::Mash.new(JSON.parse(response.body))["work"] end |
.mods(id, kind = nil, nuid: nil, on_behalf_of: nil) ⇒ String
Fetch the Work's MODS representation in the requested format.
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# File 'lib/atlas_rb/work.rb', line 702 def self.mods(id, kind = nil, nuid: nil, on_behalf_of: nil) # json default, html, xml connection({}, nuid, on_behalf_of: on_behalf_of).get( ROUTE + id + '/mods' + (kind.to_s.empty? ? '' : ".#{kind}") )&.body end |
.remove_linked_member(work_id, collection_id, nuid: nil, on_behalf_of: nil) ⇒ Array<String>
Remove a linked membership: drop a Work from an additional Collection.
Wraps DELETE /works/<id>/linked_members/<collection_id> — the
Collection is passed as a path segment, not a body. This removes the
Collection from the Work's a_linked_member_of; the structural parent
(a_member_of) is untouched. Atlas enforces the same two-sided
authorization as add_linked_member. Removing a link that does not
exist is a server-side concern; this binding simply forwards the call.
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# File 'lib/atlas_rb/work.rb', line 816 def self.remove_linked_member(work_id, collection_id, nuid: nil, on_behalf_of: nil) write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .delete(ROUTE + work_id + '/linked_members/' + collection_id) ) end |
.reparent(id, new_collection_id, nuid: nil, on_behalf_of: nil) ⇒ Hash
Move a Work to a different parent Collection.
Wraps PATCH /works/<id>/parent with a parent_id of the new
Collection. This changes the Work's single structural home
(a_member_of) — distinct from add_linked_member, which adds an
additional linked membership without moving the Work. Atlas
re-parents the Work and synchronously updates its ancestry index; the
structural rules (type, cycle, tombstone guards) are enforced
server-side and surface as a 422.
Note: like create, the destination here is a Collection, but
the underlying request still uses the shared parent_id body key (not
collection_id) — every re-parent endpoint posts { parent_id }.
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# File 'lib/atlas_rb/work.rb', line 189 def self.reparent(id, new_collection_id, nuid: nil, on_behalf_of: nil) AtlasRb::Mash.new(write_resource( connection({ parent_id: new_collection_id }, nuid, on_behalf_of: on_behalf_of) .patch(ROUTE + id + '/parent') ))["work"] end |
.set_derivative_permissions(id, policy:, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Replace a Work's per-asset derivative-visibility policy.
Sets which read groups may fetch each of the Work's downloadable
renditions, reusing the resource read-group vocabulary ("public",
Grouper group names, [] = private). Two media families:
- the image ladder
small/medium/large/service(deep-zoom) /master(the original image), and - independent media
audio/video/pdf.
Unlike set_image_derivatives (which upserts URIs) this is a whole-object
REPLACE: the map you pass is the complete policy. Within the image ladder
omitted tiers inherit by cascade (an absent tier inherits the next
lower-resolution tier; small inherits the Work's own visibility).
Independent media do NOT cascade — an absent audio/video/pdf key
rides the Work. Pass a tier as [] to make it private.
Atlas enforces: a tier may not be more visible than the Work, and — within
the image ladder — visibility must narrow as resolution grows
(master ⊆ service ⊆ large ⊆ medium ⊆ small; independent media
impose no ordering). The gate is advisory — it surfaces on assets as
gated / permission for BOTH Delegate (image tier) and Blob (master /
pdf / audio / video, classified by media type) entries, for the display
layer (Cerberus / the IIIF auth service; Cerberus's download :read check)
to enforce.
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# File 'lib/atlas_rb/work.rb', line 536 def self.(id, policy:, nuid: nil, on_behalf_of: nil) AtlasRb::Mash.new(write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .patch(ROUTE + id + '/derivative_permissions', JSON.dump(policy)) )) end |
.set_full_text(id, text:, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Store a Work's derived full-document text for search indexing.
Purpose-specific PATCH in the same "machine-set derived metadata" family
as set_thumbnails / set_image_derivatives. Hand Atlas the Work-level
aggregate of the extracted body text (the concatenation of the Work's
content FileSets' text); Atlas stores it as the Work's derived full_text
and its FullTextIndexer projects it onto the Work's Solr doc
(all_text_timv) for body-text search + the "Full Text Match" snippet.
Distinct from metadata — this is a machine-extracted search aid (pdftotext / Tika in a Cerberus job), not user-authored descriptive content, and is re-sent on any re-ingest. Empty/blank text clears it.
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# File 'lib/atlas_rb/work.rb', line 576 def self.set_full_text(id, text:, nuid: nil, on_behalf_of: nil) AtlasRb::Mash.new(write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .patch(ROUTE + id + '/full_text', JSON.dump(text: text)) )) end |
.set_image_derivatives(id, small: nil, medium: nil, large: nil, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Attach the three image-derivative Delegate URIs to a Work.
Sibling of set_thumbnails for the small_image /
medium_image / large_image Delegate roles. Atlas dispatches
each URI to its matching role via DelegateUpdater. The
resulting Delegates are downloadable and surface through
assets for the downloads UI. Missing keys are left untouched
server-side; only the URIs you pass are upserted.
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# File 'lib/atlas_rb/work.rb', line 475 def self.set_image_derivatives(id, small: nil, medium: nil, large: nil, nuid: nil, on_behalf_of: nil) body = { small: small, medium: medium, large: large }.compact AtlasRb::Mash.new(write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .patch(ROUTE + id + '/image_derivatives', JSON.dump(body)) )) end |
.set_thumbnails(id, thumbnail: nil, thumbnail_2x: nil, preview: nil, nuid: nil, on_behalf_of: nil) ⇒ AtlasRb::Mash
Attach the three thumbnail/preview Delegate URIs to a Work.
Purpose-specific PATCH for the thumbnail_image /
thumbnail_image_2x / preview_image Delegate roles. Atlas
dispatches each URI to its matching role via DelegateUpdater.
Distinct from metadata — these are machine-set IIIF URIs, not
user-authored descriptive content. Missing keys are left
untouched server-side; only the URIs you pass are upserted.
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# File 'lib/atlas_rb/work.rb', line 435 def self.set_thumbnails(id, thumbnail: nil, thumbnail_2x: nil, preview: nil, nuid: nil, on_behalf_of: nil) body = { thumbnail: thumbnail, thumbnail_2x: thumbnail_2x, preview: preview }.compact AtlasRb::Mash.new(write_resource( connection({}, nuid, on_behalf_of: on_behalf_of) .patch(ROUTE + id + '/thumbnails', JSON.dump(body)) )) end |
.tombstone(id, nuid: nil, on_behalf_of: nil) ⇒ Faraday::Response
Tombstone (withdraw) a Work.
The Work remains in Atlas storage along with its FileSets and Blobs, but is marked as withdrawn: search and show pages return a withdrawn stub for every user. Unlike Communities and Collections, Works are always tombstoneable regardless of how many files they hold — the FileSets and Blobs ride along.
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# File 'lib/atlas_rb/work.rb', line 214 def self.tombstone(id, nuid: nil, on_behalf_of: nil) connection({}, nuid, on_behalf_of: on_behalf_of).post(ROUTE + id + '/tombstone') end |
.update(id, xml_path, nuid: nil, on_behalf_of: nil) ⇒ Hash
Replace a Work's metadata by uploading a MODS XML document.
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# File 'lib/atlas_rb/work.rb', line 364 def self.update(id, xml_path, nuid: nil, on_behalf_of: nil) payload = { binary: Faraday::Multipart::FilePart.new(File.open(xml_path), "application/xml", File.basename(xml_path)) } AtlasRb::Mash.new(write_resource( multipart(nuid, on_behalf_of: on_behalf_of).patch(ROUTE + id, payload) )) end |