Difference between revisions of "Linden Lab Official:Inventory API"
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''This document uses [[OGP_LLSD#Linden Lab Interface Description Language (LLIDL)|LLIDL]] for terse description of the HTTP POST and response bodies. | ''This document uses [[OGP_LLSD#Linden Lab Interface Description Language (LLIDL)|LLIDL]] for terse description of the HTTP POST and response bodies. | ||
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The Viewer receives four Inventory API capabilities. A fifth one, FetchInventoryDescendents, is deprecated by WebFetchInventoryDescendents. | The Viewer receives four Inventory API capabilities. A fifth one, FetchInventoryDescendents, is deprecated by WebFetchInventoryDescendents. | ||
'''Note | '''Note: ''descend<u>a</u>nts'' is frequently but haphazardly misspelled as ''descend<u>e</u>nts'' in the code. Sadly, these misspellings are fixed in place due to existing widespread deployment.''' | ||
===WebFetchInventoryDescendents=== | ===WebFetchInventoryDescendents=== |
Revision as of 13:54, 29 October 2010
This document uses LLIDL for terse description of the HTTP POST and response bodies.
Viewer Capabilities
The Viewer receives four Inventory API capabilities. A fifth one, FetchInventoryDescendents, is deprecated by WebFetchInventoryDescendents.
Note: descendants is frequently but haphazardly misspelled as descendents in the code. Sadly, these misspellings are fixed in place due to existing widespread deployment.
WebFetchInventoryDescendents
Follows the Fetch Inventory Descendents API, fetches the agent's inventory structure.
FetchInventory
Follows the Fetch Inventory Items API, fetches the agent's items.
FetchLibDescendents
Follows the Fetch Inventory Descendents API, fetches library inventory structure.
FetchLib
Follows the Fetch Inventory Items API, fetches library inventory items.
Structures
<python>
&category = { agent_id : uuid, category_id : uuid, parent_id : uuid, name : string, type_default : int, version : int, } &item = { agent_id : uuid, item_id : uuid, parent_id : uuid, (category_id of the containing folder) asset_id : uuid, (available only for downloadable assets) name : string, desc : string, created_at : int, (timestamp) type : int, (asset type) inv_type : int, (inventory type) flags : int, (type-specific flags) permissions : &permissions, sale_info : &sale_info, } &permissions = { creator_id : uuid, owner_id : uuid, (always same as agent_id) group_id : uuid, last_owner_id : uuid, is_owner_group : bool, base_mask : int, group_mask : int, owner_mask : int, next_owner_mask : int, everyone_mask : int, } &sale_info = { sale_price : int, sale_type : int, }
</python>
Links
Item Links
Item links have inventory_type 24. The asset_id field of the item points to an item_id. When the parent category contents are retrieved, both the link item and the link target appear in the listing. Viewer must resolve the links by using the target item's information and removing the target item from the listing. Broken links, that is, a link item for which there is no corresponding target item, must be shown as broken links, allowing the user to take corrective action.
Folder Links
Folder links are represented by items with inventory_type 25. The asset_id field of the item points to a category_id. Viewers should enable viewing of the contents of the target category, while indicating that the category is a link.
APIs
Fetch Inventory Items
<python>
%% FetchInventoryCapURL -> { items: [{ item_id: uuid }, ... ] } <- { agent_id: uuid, items: [ &item, ... ] }
</python>
Using HTTP POST, send a body containing a map with one key, 'items', whose value is an array of maps, each with one key, 'item_id', whose value is the item you want information about.
The response will be a map containing two keys, 'agent_id', whose value is the agent's uuid, and 'items', whose value is an array of items structures.
Fetch Inventory Descendents
<python>
%% FetchInventoryDescendentsCapURL -> { folders: [{ folder_id: uuid }, ... ] } <- { folders: [{ agent_id: uuid, owner_id: uuid, folder_id: uuid, version: int, descendents: int, (len(items) + len(categories)) categories: [ &category, ... ], items: [ &item, ... ] }] }
</python>
Using HTTP POST, send a body containing a map with one key, 'folders', whose value is an array of maps, each with one key, 'folder_id', each of whose value is the category you want information about.
The response will be a map containing one key, 'folders', whose value is an array of folder structures with bonus descendents information.