Battery Knowledge Base - User contributions [en]

Item:OSWf4b1c9e38ac74d3fb1a79a2f6c5b2d3e

2026-01-30T02:34:45Z

0000-0003-0410-3616: fix

Item:OSWf4b1c9e38ac74d3fb1a79a2f6c5b2d3e

2026-01-30T02:32:28Z

0000-0003-0410-3616:

Item:OSWaeffcee25ccb5dd8b42a434dc644d62c

2026-01-08T16:28:11Z

0000-0003-0410-3616: add personal README from github

{{Template:Viewer/Github/Code
| url = https://github.com/simontaurus/simontaurus/edit/main/README.md
}}

Item:OSWaeffcee25ccb5dd8b42a434dc644d62c

2026-01-08T16:23:20Z

0000-0003-0410-3616:

==Biography==
Simon Stier received his Bachelor's degree in Aerospace Informatics and Technology of Functional Materials from JMU Würzburg in 2014 and his subsequent Master's degrees in Computer Science and Functional Materials from JMU Würzburg in 2017. In 2021, he completed his PhD in the field of interdisciplinary research on materials, processes and sensor applications at the Graduate School for Science and Technology Würzburg. He is currently Head of the Department for Digital Transformation at Fraunhofer ISC Würzburg and member of the European Materials Modelling Council (EMMC) and the Batteries European Partnership Association (BEPA) Taskforce Digitalization.

Category:OSW662db0a2ad0946148422245f84e82f64

2025-03-19T17:54:36Z

0000-0003-0410-3616:

{{#ask: [[{{FULLPAGENAME}}]]
|?HasDescription=Description
|?HasIri=IRI
|format=datatable
}}

Item:OSWc131224eceb6481d869300a4ee749610

2025-03-07T13:03:26Z

0000-0003-0410-3616:

Item:OSW2d384748a6dc45e58f36ce57fd2dfbff

2025-03-07T12:07:16Z

0000-0003-0410-3616: update list

Welcome to the Battery Knowledge Base Development Roadmap page, where we present an in-depth exploration of current open topics and future plans in the development of this dynamic resource.

As the field of battery technology continues to evolve at an unprecedented pace, this knowledge base aims to stay at the forefront of innovation by addressing key areas of research, industry needs, and technological challenges. Current open topics include the exploration of new battery chemistries, such as solid-state and lithium-sulfur technologies, advancements in energy density, efficiency, and the environmental impacts of battery production and recycling. The Knowledge Base also delves into emerging trends in battery applications, including electric vehicles (EVs), grid-scale energy storage, and portable electronics. Another critical area of focus is the ongoing development of safety standards and regulations, driven by the growing complexity and diversity of battery systems.

Looking ahead, the future plans for this platform involve expanding coverage on breakthrough innovations like quantum batteries and next-generation supercapacitors, as well as fostering collaborative efforts with researchers, policymakers, and industry leaders to enhance sustainable battery manufacturing processes. Through continuous updates, expert contributions, and collaborative projects, the Battery Knowledge Base seeks to become a pivotal resource for professionals, academics, and enthusiasts looking to navigate the future of energy storage technology.
{| class="wikitable sortable mw-collapsible"
|+
!Name
!Description
!Responsible
!Date Opened
!Priority, High = 1, Low = 3
!Type
!Status
|-
|<s>Finalize Tiles on the start page</s>
|add icons, button to view list of existing entities, tile for characterisation methods, battery cells, standard operating procedures, other common things. Should we distinguish between research organizations and companies?
=> Done, except battery cells, standard operating procedures. To we have categories/lists here?
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-27
|1
|Feature
|Closed
|-
|Enable match on abbrevations in the search
|For example, EIS should return Electrochemical Impedance Spectroscopy
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-27
|3
|Feature
|Open
|-
|<s>Fix chameo ontology term links</s>
|the correct namespace is [https://w3id.org/emmo/domain/characterisation-methodology/chameo https://w3id.org/emmo/domain/characterisation-methodology/chameo#]
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-27
|2
|Bug
|Closed
|-
|Create descriptions / article content from LLM (ISC can only support here)
|May use AI form completion & article writing tools
|{{Template:Viewer/Link|page=Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|url=|label=Simon Clark}}, Philipp Dechent, {{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-27
|2
|Feature
|Open
|-
|<s>Provide a ChatGPT plugin</s>
|Prototype: Chat function in search bar, form completion, article writing support
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-27
|2
|Feature
|Closed
|-
|<s>Add term for Event Series</s>
|Event Series is referenced in the Event schema, but doesn't seem to be an actual category. A category was created: [[:Category:OSW2fcf163e903a4c63b45b96c7785970ff|EventSeries - Battery Knowledge Base (knowledge-graph.eu)]]
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-27
|2
|Bug
|Closed
|-
|<s>Import BattINFO Manually</s>
|Import the latest version of BattINFO by hand
|{{Template:Viewer/Link|page=Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|url=|label=Simon Clark}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-28
|1
|Feature
|Closed
|-
|Expand core developers group to support ISC
|
|{{Template:Viewer/Link|page=Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|url=|label=Simon Clark}}, {{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}
|2024-08-28
|1
|Admin
|Open
|-
|Improve page auto-layout
|The scaling of content is sometimes affected by the knowledge panel on the right. For example, an article like this that includes a table needs a long paragraph of text that exceeds the length of the knowledge panel in order to display the table correctly.
Fix: use width=100%
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}, {{Template:Viewer/Link|page=Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|url=|label=Simon Clark}}
|2024-08-28
|2
|Bug
|In work
|-
|<s>Editing homepage throws an error</s>
|[64cea9ca95bc42f7c5b21d9e] Caught exception of type Error. This is due to the Navigation graph (the flow chart). It can be commented out to activated the graphical editor.
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-28
|1
|Bug
|Closed
|-
|Properties don't display in Create Wizard
|Some properties that are selected in the Create wizard do not actually display on the form. For example, you can select IRI from the list, but it does not provide a field to enter it.
=> Those properties are hidden by purpose (should not be edited by the user). However, it is true that the property menu should not display them in the first place
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}
|2024-08-28
|1
|Bug
|Open
|-
|Rework Organization category
|Make the organization a proper replacement for the ResearchOrganization tile on the main page --> allow Subcategories only for the "type" property
|{{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=}}
|2024-08-28
|2
|Enhancement
|Open
|-
|<s>Update Logo</s>
|Change the default OSL logo to a battery icon
=> Just the UTF-Battery Icon or a more specific one?
|{{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=}}, {{Template:Viewer/Link|page=Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|url=|label=Simon Clark}}
|2024-08-29
|1
|Enhancement
|Closed
|-
|Improve SEO
|This Knowledge Base should be easy to find via google search
=> It helps to create many links (from Github, institute pages, social media etc) to the Knowledge Base. A SE friendly sitemap is also generated. Improving Schema.org annotations and embedd jsonld into pages should also help
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}, {{Template:Viewer/Link|page=Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|url=|label=Simon Clark}}
|2024-08-29
|1
|Enhancement
|Open
|-
|Import standard resource for geographical entities
|We should import something like GeoNames or geographical entities from Wikidata to avoid that people have to keep re-creating entities like cities and countries
|{{Template:Viewer/Link|page=Item:OSWaeffcee25ccb5dd8b42a434dc644d62c|url=|label=Simon Stier}}, {{Template:Viewer/Link|page=Item:OSW8dca6aaebe005c5faca05bac33264e4d|url=|label=Lukas Gold}}, {{Template:Viewer/Link|page=Item:OSW72e733f317ef4cf9b8ca53e906c9acb9|url=|label=Simon Clark}}
|2024-09-06
|1
|Enhancement
|Open
|}

=== Kanban Board ===
{{Editor/Kanban
| file_name = kanban-01
| full_width = 1
| edit = 1
| uuid = 8e71d117-cac5-4036-8aa1-109549c904d9
}}

Item:OSW970ef4c4b724478196e21710421645ca

2025-03-01T05:45:19Z

0000-0003-0410-3616:

Item:OSW30054d8c178e47cc9ec58b5c0accb4f2

2025-03-01T05:44:28Z

0000-0003-0410-3616:

Category:OSW424bf7507df549b5ba73ba74397a166b

2025-03-01T05:14:34Z

0000-0003-0410-3616: import from https://osl-sandbox.big-map.eu/wiki/Category:OSW424bf7507df549b5ba73ba74397a166b?veaction=editsource

'''Zinc electrodes''' are electrochemical components used in various battery technologies, electroplating, and corrosion protection systems. Due to its high electrochemical activity, low cost, and environmental compatibility, zinc is widely utilized in [[primary battery|primary]] and [[secondary battery|secondary batteries]], as well as in sacrificial anodes for corrosion prevention.

==Electrochemical Properties==
Zinc is a relatively reactive metal with a standard electrode potential of '''−0.76 V vs. SHE (Standard Hydrogen Electrode)'''. It readily oxidizes to form zinc ions ('''Zn²⁺'''), making it an effective anode material in galvanic cells. The redox reaction of zinc in aqueous electrolytes is:

<math>\text{Zn} \rightarrow \text{Zn}^{2+} + 2e^-</math>

This high electrochemical activity allows zinc to function efficiently in electrochemical applications, particularly in '''alkaline''', '''acidic''', and '''neutral aqueous electrolytes'''.

==Applications==

===Batteries===
Zinc electrodes are extensively used in both [[primary battery|primary (non-rechargeable)]] and [[secondary battery|secondary (rechargeable)]] batteries:

*'''[[Zinc–carbon battery|Zinc-carbon batteries]] :''' The earliest commercial dry cells use a '''zinc anode''' with a {{Template:Viewer/Link|page=Category:OSWdcdbdbed2e2040d1a7a55761de7f0618|url=|label=}} ('''MnO₂''') cathode and an acidic electrolyte (ammonium chloride or zinc chloride).
*'''[[Alkaline battery|Alkaline batteries]] :''' Employ a zinc powder anode with a '''potassium hydroxide (KOH) electrolyte''', offering improved energy density and shelf life over zinc-carbon cells.
*{{Template:Viewer/Link|page=Category:OSWe8eada7338114bbe8f65f6ee089d439f|url=|label=}}''':''' Utilize atmospheric oxygen as the cathode reactant, making them lightweight and energy-dense. These are used in [[hearing aid|hearing aids]] and other low-power applications.
*'''[[Zinc-ion battery|Zinc-ion batteries]]:''' A developing rechargeable battery technology that uses a '''zinc metal anode''' and '''intercalating cathodes''', offering a safer and more sustainable alternative to [[Lithium-ion battery|lithium-ion batteries]].

===Electroplating===
Zinc electrodes are used in {{Template:Viewer/Link|page=Category:OSWa2b92d2e4431411e8da5a4c08bac2c0e|url=|label=}} processes to provide a '''protective coating''' on steel and other metals. This '''zinc coating''' ({{Template:Viewer/Link|page=Category:OSW16d1606ce56243cda92c0894abc2027b|url=|label=}}) prevents corrosion by acting as a '''sacrificial anode''', corroding preferentially to the underlying metal.

===Sacrificial Anodes===
Zinc electrodes serve as '''sacrificial anodes''' in corrosion protection systems for:
*[[Ships]] and [[marine engineering|marine structures]] (e.g., hulls, propellers, offshore platforms)
*[[Pipeline transport|Pipelines]] and underground tanks
*[[Water heater|Water heaters]] and cooling systems

In these applications, zinc prevents corrosion by preferentially oxidizing instead of the protected metal.

===Electrowinning and Electrorefining===
Zinc electrodes are used in the '''electrochemical extraction (electrowinning)''' and '''purification (electrorefining)''' of zinc from ores and recycled materials.

==Advantages and Challenges==

===Advantages===
*'''Abundant and inexpensive:''' Zinc is widely available and low-cost.
*'''High energy density:''' Compared to other metal electrodes, zinc provides a high theoretical capacity.
*'''Environmental safety:''' Unlike lead or cadmium, zinc is less toxic and more environmentally friendly.
*'''Rechargeability potential:''' Emerging zinc-based rechargeable batteries offer promising alternatives to lithium-ion.

===Challenges===
*'''Dendrite formation:''' During repeated charging, zinc metal can form {{Template:Viewer/Link|page=Category:OSW34bc54e3de4c41f88d3ad77c951ee23a|url=|label=}}s, leading to short circuits in rechargeable zinc batteries.
*'''Corrosion in aqueous systems:''' Zinc readily reacts with water, leading to self-discharge and inefficiency in certain battery chemistries.
*'''Limited cycle life in rechargeable systems:''' Rechargeable zinc batteries suffer from capacity degradation over time due to '''zinc shape change''' and '''side reactions'''.

==Recent Developments==
Research in '''zinc-based batteries''' focuses on:
*'''Dendrite suppression techniques''', such as electrolyte additives and solid-state electrolytes.
*'''Alternative zinc cathodes''' for high-performance rechargeable batteries.
*'''Hybrid zinc-ion chemistries''' that improve lifespan and efficiency.

==See Also==
*[[Zinc–air battery]]
*[[Zinc–carbon battery]]
*[[Zinc-ion battery]]
*[[Galvanization]]
*[[Electrochemical series]]
*[[Sacrificial anode]]

==References==
*''Electrochemical Energy Storage for Renewable Systems'' – Smith, J. et al.
*''Advances in Zinc-Based Battery Technologies'' – Liu, Y. et al.
*''Handbook of Corrosion Science and Engineering'' – Jones, D. A.

[[Category:Electrodes]]
[[Category:Zinc]]
[[Category:Batteries]]
[[Category:Electrochemistry]]
[[Category:Corrosion prevention]]

Category:OSW0e084decca6f48a7b023d6b7b2c1452d

2025-02-28T10:52:07Z

0000-0003-0410-3616: Reverted edits by 0000-0003-0410-3616 (talk) to last revision by 0000-0002-8758-6109

The events page serves as a central hub for conferences, workshops, webinars, and other gatherings related to battery research. By documenting past and upcoming events, this page helps researchers, industry professionals, and stakeholders stay informed about key discussions, networking opportunities, and advancements in the field.

<div class="pagebot-button" data-config='{"params": {"categories": ["{{FULLPAGENAME}}"]}, "label": "{{#switch: {{USERLANGUAGECODE}} |de=Neues Event erstellen|#default=Add Event}} ➕" }'></div>

== Timeline ==
{{#ask:
[[{{FULLPAGENAME}}]]
|?HasStartDateAndTime
|sort=HasStartDateAndTime
|order=descending
|format=timeline
|timelinebands=MONTH,YEAR
|timelineposition=end
|limit=1000

}}
<br>
<br>
=={{#switch: {{USERLANGUAGECODE}} |de=Kalender|#default=Calendar}}==
{{#ask:
[[{{FULLPAGENAME}}]]
|?Display_title_of=title
|?HasDescription=description|+lang={{USERLANGUAGECODE}}
|?HasStartDateAndTime=Has event start
|?HasEndDateAndTime=Has event end

|?HasLocation=location
|format=eventcalendar
|defaultview=month
|limit=1000

}}

=={{#switch: {{USERLANGUAGECODE}} |de=Liste|#default=List}}==
{{#ask: [[{{FULLPAGENAME}}]]
|?HasStartDateAndTime={{#switch: {{USERLANGUAGECODE}} |en=Start date|de=Startdatum|#default=Start date}}
|?HasEndDateAndTime={{#switch: {{USERLANGUAGECODE}} |en=End date|de=Enddatum|#default=End date}}
|format=datatable
|limit=1000
}}

Category:OSWb2d7e6a2eff94c82b7f1f2699d5b0ee3

2025-02-28T10:51:29Z

0000-0003-0410-3616:

Project pages provide a structured way to document and share information about research projects within the Battery Knowledge Graph. These pages serve as central hubs for projects related to battery research. By creating a project page, researchers and collaborators can make their work more visible, facilitate knowledge sharing, and connect with others working on similar topics.<div class="pagebot-button" data-config='{"params": {"categories": ["{{FULLPAGENAME}}"]}, "label": "{{#switch: {{USERLANGUAGECODE}} |de=Neues Projekt erstellen|#default=Add new project}} ➕" }'></div>

=={{#switch:{{USERLANGUAGECODE}}|en=Gantt Chart|de=Gantt Diagramm|#default=Gantt Chart}}==
{{#ask:
[[{{FULLPAGENAME}}]]
|?Display title of=task
|?Issue Status=status
|?HasStartDate=startdate
|?HasEndDate=enddate
|?Related To Epic=section
|?Issue Priority=priority
|format=gantt
|axisformat=%d/%m/%Y
|diagramtitle=Projects
|statusmapping=2 (in progress)=>active;3 (completed)=>done
|prioritymapping=1 (high)=>crit; 2 (normal)=>crit
|sortkey=title
|leftpadding=120
|titletopmargin=25
|bargap=5
|barheight=25
|theme=neutral
|limit=1000
}}

=={{#switch:{{USERLANGUAGECODE}}|en=Overview Table|de=Übersichtstabelle|#default=Overview Table}}==
{{#ask: [[{{FULLPAGENAME}}]]
|?HasDescription={{#switch:{{USERLANGUAGECODE}}|en=Description|de=Beschreibung|#default=Description}} |+lang={{USERLANGUAGECODE}}
|?HasStartDate={{#switch:{{USERLANGUAGECODE}}|en=Start|de=Beginn|#default=Start}}
|?HasEndDate={{#switch:{{USERLANGUAGECODE}}|en=End|de=Ende|#default=End}}
|format=datatable
|limit=1000
}}

Category:OSW1969007d5acf40539642877659a02c23

2025-02-28T10:50:11Z

0000-0003-0410-3616:

== Instances ==

<div class="pagebot-button" data-config='{"params": {"categories": ["{{FULLPAGENAME}}"]}, "label": "{{#switch: {{USERLANGUAGECODE}} |de=Neuen Eintrag erstellen|#default=Add Entry}} ➕" }'></div>

{{#ask: [[{{FULLPAGENAME}}]]
|?HasName={{#switch: {{USERLANGUAGECODE}} |de=Kurzname |#default=Short name}}
|?HasType={{#switch: {{USERLANGUAGECODE}} |de=Typ |#default=Type}}
|?HasNumberOfMembers={{#switch:{{USERLANGUAGECODE}} |en=Number of members|de=Mitarbeitende (Anzahl) |#default=Number of members }}
|format=datatable
|limit=5000
|sort=Display title of
|order=asc
}}

Category:OSWd9aa0bca9b0040d8af6f5c091bf9eec7

2025-02-28T10:49:30Z

0000-0003-0410-3616: Reverted edits by 0000-0003-0410-3616 (talk) to last revision by 0000-0002-8758-6109

'''User pages provide a space for contributors to introduce themselves, share their research interests, and engage with the Battery Knowledge Graph community!'''

These pages serve as a way to connect with other researchers, document contributions, and highlight expertise. Each user page is unique to the individual and can be used to provide information about professional background, ongoing projects, publications, or areas of interest. By maintaining an up-to-date user page, contributors can increase visibility within the community and facilitate collaborations.

== Instances ==

<div class="pagebot-button" data-config='{"params": {"categories": ["{{FULLPAGENAME}}"]}, "label": "{{#switch: {{USERLANGUAGECODE}} |de=Neuen Eintrag erstellen|#default=Add Entry}} ➕" }'></div>

{{#ask: [[{{FULLPAGENAME}}]]
|?HasOrganization={{#switch: {{USERLANGUAGECODE}} |en=Organization |de=Organisation |#default=Organization}}
|?HasOrganization.HasName={{#switch: {{USERLANGUAGECODE}} |en=Org. Shortname |de=Org. Kurzname |#default=Org. Shortname}}
|?HasOu={{#switch: {{USERLANGUAGECODE}} |en=OU |de=OE |#default=OU}}
|?-HasMember={{#switch: {{USERLANGUAGECODE}} |en=Member of |de=Mitglied von |#default=Member of }}
|format=datatable
|limit=1000
|sort=Display title of
|order=asc
}}

Item:OSW970ef4c4b724478196e21710421645ca

2025-02-27T11:39:50Z

0000-0003-0410-3616:

Item:OSW970ef4c4b724478196e21710421645ca

2025-02-27T11:38:41Z

0000-0003-0410-3616:

Item:OSW970ef4c4b724478196e21710421645ca

2025-02-27T11:33:33Z

0000-0003-0410-3616:

Category:OSW5f6f1e51583f472a8fb7426536315174

2025-02-26T18:12:23Z

0000-0003-0410-3616: raname, add missing titles

Category:OSW3684c31643ea491b90ea885db9ae864e

2025-02-26T18:11:08Z

0000-0003-0410-3616: rename

Category:OSW7b6be98f59934e0f900b005395abf981

2025-02-26T18:01:03Z

0000-0003-0410-3616: rename, add missing titles

Category:OSWd4b4c5bdb4c54bae815f1a11b62288d3

2025-02-26T18:00:54Z

0000-0003-0410-3616: rename

Category:OSWc15b622daa514022a801849c6593cbdf

2025-02-26T17:44:54Z

0000-0003-0410-3616: rename, add missing titles

Category:OSWf50ba030bbb743b196e1739fb67d6862

2025-02-26T17:44:45Z

0000-0003-0410-3616: rename

Category:OSWdc0857e150454dd3a1e45ce54e9b2903

2025-02-26T17:32:17Z

0000-0003-0410-3616: rename, add missing titles

Category:OSWae9cf54c182245149a65b0149eaa7c0c

2025-02-26T17:31:35Z

0000-0003-0410-3616: rename, add missing titles

== Instances ==
{{#ask: [[HasType::{{FULLPAGENAME}}]]
|?HasSuccessor
|?HasOutput
|?HasInputParameter
|?DependsOn
|format=datatable
}}

Category:OSW725a3cf5458f4daea86615fcbd0029f8

2025-02-26T04:36:33Z

0000-0003-0410-3616: render imported_from as link, render property name in restrictions

Category:OSW725a3cf5458f4daea86615fcbd0029f8

2025-02-25T07:53:44Z

0000-0003-0410-3616: Update package: OSW Ontology

Category:OSW57beed5e1294434ba77bb6516e461456

2025-02-24T04:53:09Z

0000-0003-0410-3616: Update package: OSW Ontology

Category:Entity

2025-02-22T04:33:01Z

0000-0003-0410-3616: Update package: OSW Core

Category:Category

2025-02-22T04:32:02Z

0000-0003-0410-3616: Update package: OSW Core

Module:MwJson

2025-02-22T04:31:19Z

0000-0003-0410-3616: Update package: OSW Core

-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSW7d7193567ea14e4e89b74de88983b718", slot="jsondata"}).json, debug=true, mode="header"}))

local lustache = require("Module:Lustache")

local p = {} --p stands for package

p.keys = { --jsonschema / json-ld keys
category='type',
category_pseudoproperty='Category', -- Property:Category
subcategory='subclass_of',
schema_type='schema_type',
property_ns_prefix='Property',
schema='osl_schema',
template='eval_template',
mode='mode',
context='@context',
allOf='allOf',
label='label',
name='name',
description='description',
text='text',
debug='_debug'
}
p.slots = { --slot names
main='main',
jsondata='jsondata',
jsonschema='jsonschema',
header_template='header_template',
footer_template='footer_template',
data_template='data_template'
}
p.mode = {
header='header',
footer='footer',
query='query'
}

p.cache = {}

--loads json from a wiki page
--test: mw.logObject(p.loadJson({title="JsonSchema:Entity"}))
--test: mw.logObject(p.loadJson({title="Category:Entity", slot="jsonschema"}))
function p.loadJson(args)
local page_title = p.defaultArg(args.title, "JsonSchema:Entity") --for testing
local slot = p.defaultArg(args.slot, 'main')
local debug = p.defaultArg(args.debug, nil)
local msg = ""

local json = {}

if p.cache[page_title] ~= nil then
if p.cache[page_title][slot] ~= nil then
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsondata .. " of page " .. page_title .. " from cache <br>" end
json = p.cache[page_title][slot]
return {json=json, debug_msg=msg}
end
else p.cache[page_title] = {}
end

if (slot == 'main') then
--json = mw.loadJsonData( "JsonSchema:Entity" ) --requires MediaWiki 1.39
local page = mw.title.makeTitle(p.splitString(page_title, ':')[1], p.splitString(page_title, ':')[2])
local text = page:getContent()
if (text ~= nil) then json = mw.text.jsonDecode(text) end
else
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsondata .. " of page " .. page_title .. "<br>" end
local text = mw.slots.slotContent( slot , page_title )
if (text ~= nil) then json = mw.text.jsonDecode(text) end
end

--mw.logObject(json)
p.cache[page_title][slot] = json

return {json=json, debug_msg=msg}
end

-- test: mw.logObject(p.walkJsonSchema({jsonschema=p.loadJson({title="Category:Hardware", slot="jsonschema"}).json, debug=true}).jsonschema)
function p.walkJsonSchema(args)
local jsonschema = p.defaultArg(args.jsonschema, {})
local jsonschemas = p.defaultArg(args.jsonschemas, {})
local categories = p.defaultArg(args.categories, nil)
local visited = p.defaultArg(args.visited, {})
local mode = p.defaultArg(args.mode, p.mode.header)
--local merged_jsonschema = p.defaultArg(args.merged_jsonschema, {})
local template = p.defaultArg(args.template, nil)
local templates = p.defaultArg(args.templates, {})
local recursive = p.defaultArg(args.recursive, true)
local root = p.defaultArg(args.root, true)
local debug = p.defaultArg(args.debug, false)
local msg = ""
local wikitext = ""

local category_template_slot = nil
if (mode == p.mode.footer) then category_template_slot = p.slots.footer_template end
if (mode == p.mode.header) then category_template_slot = p.slots.header_template end

if (categories == nil) then categories = p.getCategories({jsonschema=jsonschema, includeNamespace=true, includeSchemas=true}).categories end
if (type(categories) ~= 'table') then categories = {categories} end
if (debug) then msg = msg .. "Supercategories: " .. mw.dumpObject(categories) .. "\n<br>" end
for k, category in pairs(categories) do
if (not p.tableContains(visited, category)) then
--mw.logObject("Visit " .. category)
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsonschema .. " from page " .. category .. "\n<br>" end
local super_jsonschema = nil
if p.splitString(category, ':')[1] == "JsonSchema" then super_jsonschema = p.loadJson({title=category, slot=p.slots.main}).json
else super_jsonschema = p.loadJson({title=category, slot=p.slots.jsonschema}).json end
if (super_jsonschema ~= nil) then
if (recursive) then
local res = p.walkJsonSchema({jsonschema=super_jsonschema, jsonschemas=jsonschemas, templates=templates, mode=mode, visited=visited, root=false})
wikitext = wikitext .. res.wikitext
end
--table.insert(jsonschemas, mw.text.jsonDecode( super_jsonschema_str )) --keep a copy of the schema, super_jsonschema passed by references gets modified
--table.insert(jsonschemas, super_jsonschema )
--mw.logObject("Store " .. category)
table.insert(visited, category)

jsonschemas[category] = p.copy( super_jsonschema ) --keep a copy of the schema, super_jsonschema passed by references gets modified
--jsonschema = p.tableMerge(jsonschema, super_jsonschema) --merge superschema is done by the caller
end

if (debug) then msg = msg .. "Fetch slot " .. category_template_slot .. " from page " .. category .. "\n<br>" end
templates[category] = mw.slots.slotContent( category_template_slot , category )
end
end
if (root) then
for i, category in ipairs(visited) do
--merge all schemas. we need to make a copy here, otherwise jsonschemas["Category:Entity"] contains the merged schema
jsonschema = p.copy(p.tableMerge(jsonschema, jsonschemas[category]))
end
end
if (debug) then wikitext = msg .. wikitext end
return {jsonschema=jsonschema, jsonschemas=jsonschemas, templates=templates, visited=visited, wikitext=wikitext}
end

--[[ test:
category = "Category:Hardware"
page = "Item:OSW7d7193567ea14e4e89b74de88983b718"
category2 = "Category:OSW80e240a2e17d4ae5adfe6419051aa0bb"
page2 = "Item:OSWa4da6664aeac466a86b09e6b32a1cb41"
mw.logObject(p.expandEmbeddedTemplates({
jsonschema=p.walkJsonSchema({jsonschema=p.loadJson({title=category, slot="jsonschema"}).json, debug=true}).jsonschema,
jsondata=p.loadJson({title=page, slot="jsondata"}).json,
debug=true, mode="render"
}).res)
--]]
function p.expandEmbeddedTemplates(args)
local frame = p.defaultArg(args.frame, mw.getCurrentFrame())
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local template = p.defaultArg(args.template, nil)
local mode = p.defaultArg(args.mode, nil)
local stringify_arrays = p.defaultArg(args.stringify_arrays, false)
local msg = ""
local res = p.defaultArg(args.jsondata, "")
local root = p.defaultArg(args.root, true) -- first entry into recursion

for k,v in pairs(jsondata) do
local eval_template = nil
local eval_templates = p.defaultArgPath(jsonschema, {"properties", k, p.keys.template}, {})
if (eval_templates[1] == nil) then eval_templates = {eval_templates} end --ensure list of objects
for i, t in pairs(eval_templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then eval_template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then eval_template = t --default
elseif (debug) then msg = msg .. "Ignore eval_template" .. mw.dumpObject( t ) .. "\n<br>"
end
end

if (eval_template ~= nil and eval_template.value ~= nil and (eval_template.type == "mustache" or eval_template.type == "mustache-wikitext")) then
-- mustache can handle objects and array to we can parse it directly
-- todo: handle nested templates
local template_param = {[k]=v}
if (eval_template.root_key == false) then template_param = v end
if (debug) then msg = msg .. "Parse mustache template " .. eval_template.value .. " with params " .. mw.dumpObject( template_param ) .. "\n<br>" end
jsondata[k] = lustache:render(eval_template.value, template_param, p.tableMerge({self=eval_template.value}, eval_template.partials)) -- render with self as registered partial for recursion
if (eval_template.type == "mustache-wikitext") then
jsondata[k] = frame:preprocess( jsondata[k] )
end
elseif type(v) == 'table' then
if (p.tableLength(v) > 0 and v[1] == nil) then --key value array = object/dict
local sub_res = p.expandEmbeddedTemplates({frame=frame, jsondata=v, jsonschema=p.defaultArgPath(jsonschema, {"properties", k}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays, root=false})
msg = msg .. sub_res.debug_msg
jsondata[k] = sub_res.res
--if (sub_res.unparsed ~= nil) then jsondata[k] = sub_res.unparsed else jsondata[k] = sub_res.wikitext end
else --list array
local string_list = ""
for i,e in pairs(v) do

local eval_template = nil
local eval_templates = p.defaultArgPath(jsonschema, {"properties", k, "items", p.keys.template}, {})
if (eval_templates[1] == nil) then eval_templates = {eval_templates} end --ensure list of objects

for i, t in pairs(eval_templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then eval_template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then eval_template = t --default
elseif (debug) then msg = msg .. "Ignore eval_template" .. mw.dumpObject( t ) .. "\n<br>"
end
end

if type(e) == 'table' then
local sub_res = p.expandEmbeddedTemplates({frame=frame, jsondata=e, jsonschema=p.defaultArgPath(jsonschema, {"properties", k, "items"}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays, root=false})
msg = msg .. sub_res.debug_msg
if (type(sub_res.res) == 'table') then
if (debug) then msg = msg .. "Values for " .. k .. " contains non-literal items: " .. mw.dumpObject( sub_res.res ) .. " => skip value in wikitemplate array param creation\n<br>" end
else
if (stringify_arrays) then string_list = string_list .. sub_res.res .. ";"
else v[i] = sub_res.res end
end
else
if (eval_template ~= nil and eval_template.value ~= nil) then

--evaluate single array item string as json {"self": "<value>", ".": "<value>"} => does not work since jsondata is an object
--e = p.expandEmbeddedTemplates({frame=frame, jsondata={["self"]=e,["."]=e}, jsonschema=p.defaultArgPath(jsonschema, {"properties", k, "items"}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays, root=false})

if (eval_template.type == "mustache" or eval_template.type == "mustache-wikitext") then
if (debug) then msg = msg .. "Parse mustache template " .. eval_template.value .. " with params " .. mw.dumpObject( e ) .. "\n<br>" end
-- {{.}} in the template will be the value of e
e = lustache:render(eval_template.value, e, p.tableMerge({self=eval_template.value}, eval_template.partials)) -- render with self as registered partial for recursion
end
if (eval_template.type == "mustache-wikitext") then --or eval_template.type == "wikitext") then
if (debug) then msg = msg .. "Parse wikitext template " .. e .. " with params " .. mw.dumpObject( e ) .. "\n<br>" end
e = frame:preprocess( e )
end
v[i] = e -- update array
end
if (stringify_arrays) then string_list = string_list .. e .. ";" end
end
end
if (stringify_arrays) then jsondata[k] = string_list end
end
end
end

if (template == nil and root == false) then -- don't stringify root json objects
local templates = jsondata[p.keys.template]
if (templates == nil) then templates = p.defaultArg(jsonschema[p.keys.template], {}) end
if (templates[1] == nil) then templates = {templates} end --ensure list of objects
for i, t in pairs(templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then template = t --default
elseif (debug) then msg = msg .. "Ignore template" .. mw.dumpObject( t ) .. "\n<br>"
end
end
end

if (template ~= nil and root == false) then -- don't stringify root json objects
if (template.type == "wikitext") then
for k,v in pairs(jsondata) do
if type(v) == 'table' then
if (debug) then msg = msg .. "Values for " .. k .. " contains non-literals: " .. mw.dumpObject( v ) .. " => skip wikitemplate parsing\n<br>" end
return {res=res, debug_msg=msg}
end --not supported
end
if (template.value ~= nil) then
if (debug) then msg = msg .. "Parse wikitemplate " .. template.value .. " with params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
local child = frame:newChild{args=jsondata}
res = child:preprocess( template.value )
elseif (template.page ~= nil) then
if (debug) then msg = msg .. "Parse wikitemplate " .. template.page .. " with params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
res = frame:expandTemplate{ title = template.page, args = jsondata }
end

end
end

--if (debug) then mw.logObject(msg) end
return {res=res, debug_msg=msg}
end

-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSW7d7193567ea14e4e89b74de88983b718", slot="jsondata"}).json, debug=true, mode="header"}))
-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSWa4da6664aeac466a86b09e6b32a1cb41", slot="jsondata"}).json, debug=true, mode="header"}))
-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Category:OSWb3022bbf7e7146eb8e6f6e3264f50bbe", slot="jsondata"}).json, debug=true, mode="header", categories={"Category:Category"}}))
function p.processJsondata(args)
local frame = p.defaultArg(args.frame, mw.getCurrentFrame())
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local template = p.defaultArg(args.template, nil)
local categories = p.defaultArg(args.categories, nil)
local recursive = p.defaultArg(args.recursive, true)
local mode = p.defaultArg(args.mode, p.mode.header)
local debug = p.defaultArg(args.debug, false)
local title = mw.title.getCurrentTitle()

local wikitext = ""
local msg = "" --debug msg

if (p.nilOrEmpty(jsondata) or (p.nilOrEmpty(categories) and p.nilOrEmpty(jsonschema) and p.nilOrEmpty(jsondata[p.keys.category]))) then return {wikitext=wikitext, debug_msg=msg} end --nothing to do here
--if (jsondata == nil or p.tableLength(jsondata) == 0 or (categories == nil and jsonschema == nil and jsondata[p.keys.category] == nil)) then return {wikitext=wikitext, debug_msg=msg} end --nothing to do here
--jsonschema = p.defaultArg(jsonschema, {})
--jsondata = p.defaultArg(jsondata, {})
--if (categories == nil) then categories = jsondata[p.keys.category] end -- let function param overwrite json property
if (not p.nilOrEmpty(jsondata[p.keys.category])) then categories = jsondata[p.keys.category] end -- let json property overwrite function param

local schema_res = p.walkJsonSchema({jsonschema=jsonschema, categories=categories, mode=mode, recursive=recursive, debug=debug})
local expand_res = p.expandJsonRef({json=schema_res.jsonschema, debug=debug})
jsonschema = expand_res.json
--mw.log(mw.text.jsonEncode(jsonschema))

local jsonld = p.copy(jsondata)
local json_data_store = p.copy(jsondata)
local json_data_render = p.copy(jsondata)
json_res_store = p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=json_data_store, mode='store'})
msg = msg .. json_res_store.debug_msg
--mw.log("JSONDATA STORE")
--mw.logObject(json_res_store.res)

local smw_res = nil
if (mode == p.mode.header) then

-- get the semantic properties by looking up the json keys in the json-ld context
smw_res = p.getSemanticProperties({jsonschema=jsonschema, jsondata=json_res_store.res, store=false, debug=debug})

-- store metadata where properties were defined / overridden
for i, category in ipairs(schema_res.visited) do
for k, v in pairs(p.defaultArgPath(schema_res.jsonschemas, {category, 'properties'}, {})) do --property section may not exisit
if smw_res.definitions[k] == nil then smw_res.definitions[k] = {} end
if smw_res.definitions[k]['defined_in'] == nil then smw_res.definitions[k]['defined_in'] = {} end
table.insert(smw_res.definitions[k]['defined_in'], category)
end
end

-- embed json-ld in resulting html for search engine discovery
jsonld["@context"] = smw_res.context
jsonld["@type"] = p.tableMerge(p.tablefy(jsonschema.schema_type), p.tablefy(jsonld["@type"])) --
jsonld['schema:name'] = p.defaultArgPath(jsonld, {p.keys.label, 1, p.keys.text}, jsonld['name']) --google does not support @value and @lang
jsonld['schema:description'] = p.defaultArgPath(jsonld, {p.keys.description, 1, p.keys.text}, nil)
for k, v in pairs(jsonld) do
if (type(v) == "string") then
local vpart = p.splitString(v, ':')
if (p.tableLength(vpart) == 2 and vpart[1] == "File") then jsonld[k] = mw.getCurrentFrame():callParserFunction( 'filepath', { vpart[2] } ) end --google does not follow redirects via "File":"wiki:Special:Redirect/file/"
end
end
wikitext = wikitext .. "<div class='jsonld-header' style='display:none' data-jsonld='" .. mw.text.jsonEncode( jsonld ):gsub("'","`") .. "'></div>"
end

local json_res = p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=json_data_render, mode='render'})
msg = msg .. json_res.debug_msg
jsondata =json_res.res
--mw.log("JSONDATA RENDER")
--mw.logObject(jsondata)

local max_index = p.tableLength(schema_res.visited)
for i, category in ipairs(schema_res.visited) do
if (mode == p.mode.footer) then category = schema_res.visited[max_index - i +1] end --reverse order for footer templates
local super_jsonschema = schema_res.jsonschemas[category]
local template = schema_res.templates[category]
if (template ~= nil) then
if (debug) then msg = msg .. "Parse \n\n" .. template .. " \n\nwith params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
local stripped_jsondata={}
for k, v in pairs(jsondata) do
if (type(v) ~= 'table') then stripped_jsondata[k] = v end --delete object values, not supported by wiki templates
end
local child = frame:newChild{args=stripped_jsondata}
if ( template:sub(1, #"=") == "=" ) then template = "\n" .. template end -- add line break if template starts with heading (otherwise not rendered by mw parser)
wikitext = wikitext .. child:preprocess( template )
elseif (mode == p.mode.header) then
local ignore_properties = {[p.keys.category]=true} -- don't render type/category on every subclass
for j, subcategory in ipairs(schema_res.visited) do
if j > i then
local subjsonschema = schema_res.jsonschemas[subcategory]
for k, v in pairs(p.defaultArg(subjsonschema['properties'], {})) do
-- skip properties that are overwritten in subschemas, render them only once at the most specific position
ignore_properties[k] = true
end
end
end
-- render the infobox for the schema itself and every super_schema using always the global json-ld context (merged within walkJsonSchema())
-- context needs to be preprocessed with buildContext() since the generic json/table merge of the @context atttribute produces a list of strings (remote context) and context objects
-- context is already build in p.getSemanticProperties. schema_allOfMerged is used to provide the full schema for overridden properties
local infobox_res = p.renderInfoBox({jsonschema=super_jsonschema, schema_allOfMerged=jsonschema, context=smw_res.context, property_definitions=smw_res.definitions, jsondata=jsondata, ignore_properties=ignore_properties})
wikitext = wikitext .. frame:preprocess( infobox_res.wikitext )
end
end

--local display_label = ""
--if (jsondata[p.keys.label] ~= nil) then display_label = p.splitString(jsondata[p.keys.label], '@')[1] end
local set_categories_in_wikitext = {}
p.tableMerge(set_categories_in_wikitext, json_res_store.res[p.keys.subcategory]) --classes/categories, nil for items
if (title.nsText ~= "Category") then --items
p.tableMerge(set_categories_in_wikitext, json_res_store.res[p.keys.category]) -- categories from schema type
end

-- Todo: Consider moving the category and this block to p.getSemanticProperties with store=true. However, settings categories with @category is only possible for subobjects
if (smw_res ~= nil) then
local display_label = p.getDisplayLabel(jsondata, smw_res.properties)
if title.nsText == "Property" then display_label = p.defaultArgPath(jsondata, {p.keys.name}, display_label) end

if (debug) then msg = msg .. "Store page properties" end
-- category handling
p.tableMerge(set_categories_in_wikitext, smw_res.properties[p.keys.category_pseudoproperty])
smw_res.properties[p.keys.category_pseudoproperty] = nil -- delete pseudo property

smw_res.properties['HasOswId'] = mw.title.getCurrentTitle().fullText --set special property OswId to own title

-- label and display title handling
if display_label ~= nil then
smw_res.properties['Display title of'] = display_label --set special property display title
smw_res.properties['Display title of lowercase'] = display_label:lower() --store lowercase for case insensitive query
smw_res.properties['Display title of normalized'] = display_label:lower():gsub('[^%w]+','') --store with all non-alphanumeric chars removed for normalized query
end
p.setNormalizedLabel(smw_res.properties) --build normalized multilang label
mw.ext.displaytitle.set(display_label)
--smw_res.properties['@category'] = jsondata[p.keys.category]
local store_res = mw.smw.set( smw_res.properties ) --store as semantic properties
if (debug) then msg = msg .. mw.dumpObject(smw_res.properties) end
if (store_res) then
if (debug) then msg = msg .. "SMW SUCCESS: " end
else
wikitext = wikitext .. store_res.error
if (debug) then msg = msg .. "SMW ERROR: " .. store_res.error end
end
--wikitext = mw.dumpObject(smw_res.properties) .. wikitext
end
wikitext = wikitext .. "\n" .. p.setCategories({categories=set_categories_in_wikitext, sortkey=display_label}).wikitext

if (debug) then mw.logObject(res) end
return {wikitext=wikitext, debug_msg=msg}
end

-- renders a default infobox
-- test: mw.logObject(p.renderInfoBox({jsonschema=p.loadJson({title="JsonSchema:Entity"}).json, jsondata={uuid="123123"}}))
function p.renderInfoBox(args)
local debug = p.defaultArg(args.debug, false)
local jsondata = p.defaultArg(args.jsondata, {})
local schema = p.defaultArg(args.jsonschema, nil) -- local schema from the perspective of the current category
local schema_allOfMerged = p.defaultArg(args.schema_allOfMerged, schema) -- global schema with allOfs merged
local property_definitions = p.defaultArg(args.property_definitions, {}) -- dict schema_key: {property: <smw_property>, ...}
local res = ""
if schema == nil then return res end

local context = p.defaultArg(args.context, p.buildContext({jsonschema=schema}).context)
local ignore_properties = p.defaultArg(args.ignore_properties, {})

local schema_label = p.renderMultilangValue({jsonschema=schema})

-- see also: https://help.fandom.com/wiki/Extension:Scribunto/HTML_Library_usage_notes
local tbl = mw.html.create( 'table' )
tbl
:attr( 'class', 'info_box' )
:tag( 'tr' )
:tag( 'th' )
:attr( 'class', 'heading' )
:attr( 'colspan', '2' )
:wikitext( schema_label )
for k,v in pairs(jsondata) do
if (not ignore_properties[k]) then
if (schema['properties'] ~= nil and schema['properties'][k] ~= nil and (type(v) ~= 'table' or v[1] ~= nil)) then --literal or literal array
local def = schema_allOfMerged['properties'][k]
--mw.logObject(def)

local label = p.renderMultilangValue({jsonschema=def, default=k})

local description = p.renderMultilangValue({jsonschema=def, key="description"})
if (p.tableLength(p.defaultArgPath(property_definitions, {k, 'defined_in'}, {})) > 0) then description = description .. "<br>Definition: " end
for i, c in pairs(p.defaultArgPath(property_definitions, {k, 'defined_in'}, {})) do
if (i > 1) then description = description .. ", " end
description = description .. "[[:" ..c .. "]]"
end
if (description ~= "") then description = "{{#info: " .. description .. "|note }}" end -- smw tooltip
label = label .. description

--res = res .. title ": " .. v
local cell = tbl:tag( 'tr' )
:tag( 'th' )
:wikitext( label )
:done()
:tag( 'td' )
if (type(v) == 'table') then
for i,e in pairs(v) do
if (type(e) ~= 'table') then
local p_type = p.defaultArgPath(context, {k, '@type'}, '@value')
if (p_type == '@id' and p.defaultArgPath(def, {'items', 'type'}, 'unknown') == 'string' and def['eval_template'] == nil) then
-- auto-link (OSW-)IDs if no eval_template is present
e = string.gsub(e, "Category:", ":Category:") -- make sure category links work
e = string.gsub(e, "File:", ":File:") -- do not embedd images but link to them
e = "[[" .. e .. "]]"
elseif (p_type == 'xsd:date') then -- formate date with user preferences
e = "{{#dateformat:" .. e .. "|ymd}}"
elseif (p_type == 'xsd:dateTime') then -- formate time with user preferences
local smw_property = p.defaultArgPath(property_definitions, {k, 'property'})
if (smw_property ~= nil) then e = "{{#ask: [[{{FULLPAGENAME}}]]|?" .. smw_property .. "#LOCL#TO= |format=plain |mainlabel=-}}"
else
local _, _, date, hours, minutes = string.find(e, "(%S+)[T ](%S+)[:](%S+)[:?]")
e = "{{#dateformat:" .. date .. "|ymd}} " .. hours .. ":" .. minutes .. " (UTC)"
end
elseif (type(v) == 'boolean') then
if (v) then v = "✅" else v = "❌" end -- green check mark or red cross
elseif (def['eval_template'] == nil and (string.len(e) > 100) and (string.find(e, "{{") == nil) and (string.find(e, "</") == nil) and (string.find(e, "%[%[") == nil)) then -- no markup, no links
e = string.sub(e, 1, 100) .. "..."; -- limit infobox plain text to max 100 chars
elseif (debug) then
mw.log("Unformated: " .. k .. " " .. p.defaultArgPath(def, {'items', 'type'}, 'unknown'))
mw.logObject(def)
end
cell:wikitext("\n* " .. e .. "")
end
end
else
local p_type = p.defaultArgPath(context, {k, '@type'}, '@value')
if (p_type == '@id' and p.defaultArgPath(def, {'type'}, 'unknown') == 'string' and def['eval_template'] == nil) then
-- auto-link (OSW-)IDs if no eval_template is present
v = string.gsub(v, "Category:", ":Category:") -- make sure category links work
v = string.gsub(v, "File:", ":File:") -- do not embedd images but link to them
v = "[[" .. v .. "]]"
elseif (p_type == 'xsd:date') then -- formate date & time with user preferences
v = "{{#dateformat:" .. v .. "|ymd}}"
elseif (p_type == 'xsd:dateTime') then -- formate time with user preferences
local smw_property = p.defaultArgPath(property_definitions, {k, 'property'})
if (smw_property ~= nil) then v = "{{#ask: [[{{FULLPAGENAME}}]]|?" .. smw_property .. "#LOCL#TO= |format=plain |mainlabel=-}}"
else
local _, _, date, hours, minutes = string.find(v, "(%S+)[T ](%S+)[:](%S+)[:?]")
v = "{{#dateformat:" .. date .. "|ymd}} " .. hours .. ":" .. minutes .. " (UTC)"
end
elseif (type(v) == 'boolean') then
if (v) then v = "✅" else v = "❌" end -- green check mark or red cross
elseif (def['eval_template'] == nil and (string.len(v) > 100) and (string.find(v, "{{") == nil) and (string.find(v, "</") == nil) and (string.find(v, "%[%[") == nil)) then -- no markup, no links
v = string.sub(v, 1, 100) .. "..."; -- limit infobox plain text to max 100 chars
elseif (debug) then
mw.log("Unformated: " .. k .. " " .. p.defaultArgPath(def, {'type'}, 'unknown'))
mw.logObject(def)
end
cell:wikitext("\n" .. v .. "")
end
end
end
end
res = res .. tostring( tbl )
--mw.logObject(res)

return {wikitext=res}
end

-- test
-- mw.logObject(p.getCategories({jsonschema={allOf={["$ref"]="/wiki/Category:Test?action=raw&slot=jsonschema"}}, includeNamespace=true}))
-- mw.logObject(p.getCategories({jsonschema={allOf={{["$ref"]="/wiki/Category:Test?action=raw&slot=jsonschema"}, {["$ref"]="/wiki/Category:Test2?action=raw&slot=jsonschema"}}}}))
function p.getCategories(args)
local jsonschema = p.defaultArg(args.jsonschema, {})
local includeNamespace = p.defaultArg(args.includeNamespace, false)
local includeSchemas = p.defaultArg(args.includeSchemas, false)

local categories = {}
local allOf = jsonschema[p.keys.allOf]
if (allOf ~= nil) then
--properties['@category'] = {}
for k, entry in pairs(allOf) do
local refs = nil
if type(entry) == 'table' then refs = entry -- "allOf": [{"$ref": "/wiki/Category:Test?action=raw"}]
else refs = {entry} end-- "allOf": {"$ref": "/wiki/Category:Test?action=raw"}
for p, v in pairs(entry) do
if (p == '$ref') then
for category in v:gmatch("Category:([^?]+)") do -- e.g. "/wiki/Category:Test?action=raw"
if (includeNamespace) then category = "Category:" .. category end
table.insert(categories, category)
end
if includeSchemas then
for schema in v:gmatch("JsonSchema:([^?]+)") do -- e.g. "/wiki/JsonSchema:Test?action=raw"
if (includeNamespace) then schema = "JsonSchema:" .. schema end
table.insert(categories, schema)
end
end
end
end
end
end

return {categories=categories}
end

--sets a list of categories on the page
--test: mw.logObject(p.setCategories({categories={"Cat1", "Category:Cat2"}}))
function p.setCategories(args)
local categories = p.defaultArg(args.categories, {})
local sortkey = p.defaultArg(args.sortkey, "")
if (sortkey ~= "") then sortkey = "|" .. sortkey end
if (type(categories) ~= 'table') then categories = {categories} end
local res = ""
for k, entry in pairs(categories) do
res = res .. "[[Category:" .. string.gsub(entry, "Category:", "") .. sortkey .."]]"
end
return {wikitext=res}
end

--[[ test
category = "Category:Entity"
jsonschema = p.expandJsonRef({json=p.loadJson({title=category, slot="jsonschema"}).json}).json
mw.logObject(p.buildContext({jsonschema=jsonschema, debug=true}))
mw.log(mw.text.jsonEncode(p.buildContext({jsonschema=jsonschema, debug=false}).context))
or
jsonschema = {
["@context"]={test="level 0"},
properties={
test={
type="object",
["@context"]={test1="level 1"},
properties= {
test= {
type="array",
items= {
type="object",
["@context"]={test2="level 2"}
}
}
}
}
}
}
mw.logObject(p.buildContext({jsonschema=jsonschema, debug=true}))
--]]

-- constructs a property specific local jsonld context
function p.buildContext(args)
local schema = p.defaultArg(args.jsonschema, {})
--mw.logObject(schema)
local context = p.defaultArg(args.context, schema[p.keys.context])
local result = p.defaultArg(args.result, {})
if (context ~= nil) then
for k,v in pairs(context) do
if type(k) == 'number' and type(v) == 'string' then
--table.insert(result, v) --skip context imports
elseif (type(v) == 'table' and v[1] ~= nil) then --custom addtional mappings, e. g. "type*": ["Property:HasType"]
result[k] = v
elseif (type(v) == 'table' and v['@id'] == nil and v['@reverse'] == nil) then --subcontext
p.tableMerge(result, p.buildContext({context=v}).context)
else
result[k] = v
end
end
end
local properties = p.defaultArg(schema.properties, {})

-- build property context
for k,v in pairs(properties) do
local subcontext = nil
if (p.defaultArgPath(properties, {k, 'type'}) == 'object') then
--mw.logObject(properties[k])
subcontext = p.buildContext({jsonschema=properties[k]}).context
elseif (p.defaultArgPath(properties, {k, 'items', 'type'}) == 'object') then
--mw.logObject(properties[k]['items'])
subcontext = p.buildContext({jsonschema=properties[k]['items']}).context
end
if (subcontext ~= nil and p.tableLength(subcontext) > 0) then
if (result[k] == nil) then result[k] = {} end
if (type(result[k]) == 'string') then result[k] = {["@id"]=result[k]} end
if (result[k][p.keys.context] == nil) then result[k][p.keys.context] = {} end
result[k][p.keys.context] = p.tableMerge(result[k][p.keys.context], subcontext)
end
end
return {context=result}
end

--maps jsondata values to semantic properties by using the @context attribute within the schema
--test: mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={test="Property:schema:TestProperty", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}, jsondata={test="TestValue", myObjectProperty="123"}, debug=true}))
--test: mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={"some uri",{test="Property:TestProperty", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}}, jsondata={test="TestValue", myObjectProperty="123"}, debug=true}))
--[[
mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={test="Property:TestProperty", subobject="Property:HasSubobject", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}, jsondata={
test="TestValue", myObjectProperty="123", subobject={uuid="123-123-123", test="TestValue2"}
}, debug=true}))

mw.logObject(p.getSemanticProperties({jsonschema=p.loadJson({title="Category:OSW80e240a2e17d4ae5adfe6419051aa0bb", slot="jsonschema"}).json, p.loadJson({title="Item:OSWa4da6664aeac466a86b09e6b32a1cb41", slot="jsonsdata"}).json, debug=true}))

category = "Category:Hardware"
page = "Item:OSW7d7193567ea14e4e89b74de88983b718"
category2 = "Category:OSW80e240a2e17d4ae5adfe6419051aa0bb"
page2 = "Item:OSWa4da6664aeac466a86b09e6b32a1cb41"
jsonschema =p.walkJsonSchema({jsonschema=p.loadJson({title=category, slot="jsonschema"}).json, debug=true}).jsonschema
mw.logObject(p.getSemanticProperties({
jsonschema=jsonschema,
jsondata=p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=p.loadJson({title=page, slot="jsondata"}).json}).res,
debug=true
}).properties)

--]]
function p.getSemanticProperties(args)
local jsondata = p.defaultArg(args.jsondata, {})
local schema = p.defaultArg(args.jsonschema, {})
local subschema = p.defaultArg(args.subschema, schema)
local parent_schema_property = p.defaultArg(args.parent_schema_property, {}) -- ToDo: Not used except in getSemanticQuery => remove
local store = p.defaultArg(args.store, false)
local root = p.defaultArg(args.root, true)
local properties = p.defaultArg(args.properties, {}) --semantic properties to store, dict key=property_name, value=array of string values
local debug = p.defaultArg(args.debug, false)
--if (debug) then mw.logObject("Call getSemanticProperties with args " .. mw.dumpObject( args ) .. "\n<br>") end

local subjectId = mw.title.getCurrentTitle().fullText
local subobjectId = nil
if (root == false and jsondata['uuid'] ~= nil) then
subobjectId = "OSW" .. string.gsub(jsondata['uuid'], "-", "")
subjectId = subjectId .. '#' .. subobjectId
end

local property_data = {}
local context = p.defaultArg(args.context, p.buildContext({jsonschema=schema}).context)
local error = ""
if (debug) then mw.logObject(context) end
if schema ~= nil and context ~= nil then
local schema_properties = p.defaultArg(subschema.properties, {})
if (debug and root) then
for k,v in pairs(context) do
if type(k) == 'number' then mw.logObject("imports " .. v)
elseif type(v) == 'table' and v["@id"] ~= nil then mw.logObject("" .. k .. " maps to " .. v["@id"])
else mw.logObject("" .. k .. " maps to " .. mw.dumpObject(v)) end
end
end
for k,v in pairs(jsondata) do
local property_names = {}
local subobject_properties = {} -- reverse properties to store in the subobject
local mapping_found = false
local property_definitions = {} -- list of objects {id=..., reverse=...}

for term, def in pairs(context) do
local term_parts = p.splitString(term, "*")
if (term_parts[1] == k) then --custom additional mapping term*(*...): "Property:..."
if type(def) == 'table' then
-- note: json-ld allows only @id OR @reverse
if (def["@id"] ~= nil) then table.insert(property_definitions, {id=def["@id"], reverse=false}) end
if (def["@reverse"] ~= nil) then table.insert(property_definitions, {id=def["@reverse"], reverse=true}) end
else table.insert(property_definitions, {id=def}) end
end
end
if (debug) then mw.logObject(property_definitions) end
for i,e in ipairs(property_definitions) do
local id = e["id"]
local property_definition = p.splitString(id, ':')
if property_definition[1] == p.keys.property_ns_prefix then
mapping_found = true
property_name = string.gsub(id, p.keys.property_ns_prefix .. ":", "") -- also allow prefix properties like: Property:schema:url
if (e["reverse"]) then -- reverse properties are handled in the respective subobject
if (subobject_properties[property_name] == nil) then subobject_properties[property_name] = {} end --initialize empty list
table.insert(subobject_properties[property_name], subjectId) -- add triple subobject -property-> subject
else table.insert(property_names, property_name) end
local schema_property = p.defaultArg(schema_properties[k], {})
local schema_type = p.defaultArg(schema_property.type, nil) --todo: also load smw property type on demand
property_data[k] = {schema_type=schema_type, schema_data=schema_property, property=property_name, value=v, reverse=e["reverse"]}
end
end
for i, property_name in ipairs(property_names) do
if (properties[property_name] == nil) then properties[property_name] = {} end --initialize empty list
end
if type(v) == 'table' then
--if (debug) then mw.logObject("prop " .. k .. " = " .. mw.dumpObject(v)) end
if (mapping_found) then
local subcontext = p.copy(p.defaultArgPath(context, {k, p.keys.context}, {})) --deepcopy, see also https://phabricator.wikimedia.org/T269990
context = p.tableMerge(context, subcontext) -- pull up nested context
local values = {}
if (p.tableLength(v) > 0 and v[1] == nil) then --key value array = object/dict => subobject
local subproperties_res = p.getSemanticProperties({jsonschema=schema, jsondata=v, properties=p.copy(subobject_properties), store=true, root=false, debug=debug, context=context, subschema=schema_properties[k], parent_schema_property=property_data[k]})
local id = subproperties_res.id --subobject_id
if (id ~= nil) then
id = mw.title.getCurrentTitle().fullText .. '#' .. id
table.insert(values, id)
end
properties = p.processStatement({subject=properties, statement=subproperties_res.properties, debug=debug}).subject
else --list array
for i, e in pairs(v) do
if (type(e) == 'table') then
local subproperties_res = p.getSemanticProperties({jsonschema=schema, jsondata=e, properties=p.copy(subobject_properties), store=true, root=false, debug=debug, context=context, subschema=schema_properties[k], parent_schema_property=property_data[k]})
local id = subproperties_res.id --subobject_id
if (id ~= nil) then
id = mw.title.getCurrentTitle().fullText .. '#' .. id
table.insert(values, id)
end
properties = p.processStatement({subject=properties, statement=subproperties_res.properties, debug=debug}).subject
else values = v end --plain strings
end
end
for pi, property_name in ipairs(property_names) do
for i,value in pairs(values) do table.insert(properties[property_name], value) end
if (debug) then mw.logObject("set " .. property_name .. " = " .. mw.dumpObject(values)) end
end
else if (debug) then mw.logObject("not mapped: " .. k .. " = " .. mw.dumpObject(v)) end
end
else
if (mapping_found) then
for pi, property_name in ipairs(property_names) do
table.insert(properties[property_name], v)
if (debug) then mw.logObject("set " .. property_name .. " = " .. mw.dumpObject(v)) end
end
else
if (debug) then mw.logObject("not mapped: " .. k .. " = " .. mw.dumpObject(v)) end
end
end
end
end

local store_res = nil
if (store) then
properties['HasOswId'] = subjectId
if (root) then
if (debug) then mw.logObject("Store page properties") end
store_res = mw.smw.set( properties ) --store as semantic properties
else
properties['@category'] = {}
p.tableMerge(properties['@category'], jsondata[p.keys.category]) -- from json property 'type'
p.tableMerge(properties['@category'], properties[p.keys.category_pseudoproperty]) -- from json-ld context 'Property:Category'
properties[p.keys.category_pseudoproperty] = nil -- delete pseudo property

local display_label = p.getDisplayLabel(jsondata, properties)
if properties['Display title of'] == nil and properties['Display_title_of'] == nil then
if (display_label ~= nil and display_label ~= "") then properties['Display title of'] = display_label
else properties['Display title of'] = p.defaultArg(subschema['title'], "") end -- fall back to property name in schema
end
p.setNormalizedLabel(properties) --build normalized multilang label
if (p.tableLength(properties) > 0) then
store_res = mw.smw.subobject( properties, subobjectId ) --store as subobject
if (debug) then mw.logObject("Store subobject with id " .. (subobjectId or "<random>")) end
end
end
end
if (debug) then mw.logObject(properties) end
if (store_res ~= nil) then
if (not store_res and store_res.error ~= nil) then error = error .. store_res.error end
end
if (debug) then mw.logObject(error) end
return {properties=properties, definitions=property_data, id=subobjectId, context=context, error=error}
end

function p.processStatement(args)
local statement = p.defaultArg(args.statement)
local subject = p.defaultArg(args.subject)
local debug = p.defaultArg(args.debug, false)

-- handle "approved" statements
if (statement["HasSubject"] == nil or statement["HasSubject"][1] == nil or statement["HasSubject"][1] == "") then --implicit subject
if (statement["HasProperty"] ~= nil and statement["HasProperty"][1] ~= nil and statement["HasProperty"][1] ~= "" and statement["HasObject"] ~= nil) then
local property = string.gsub(statement["HasProperty"][1], p.keys.property_ns_prefix .. ":", "") -- also allow prefix properties like: Property:schema:url
if (debug) then
mw.log("Set property " .. property .. " from statement to ")
mw.logObject(statement["HasObject"])
end
if (subject[property] == nil) then subject[property] = {} end
for k, v in pairs(statement["HasObject"]) do table.insert(subject[property], v) end
end
end
return {subject=subject}
end

-- build a semantic query based on provided properties and their schema definition
--[[ test:
mw.logObject(p.getSemanticQuery({
jsonschema={
["@context"]={
test="Property:TestProperty",
number_max="Property:HasNumber",
date_min="Property:HasDate"
},
properties={
test={title="Test", type="string"},
number_max={title="Number", type="string", format="number", options={role={query={filter="max"}}}},
date_min={title="Date", type="string", format="date", options={role={query={filter="min"}}}},
}
},
jsondata={test="TestValue", number_max=5, date_min="01.01.2023"}
}))
--]]
function p.getSemanticQuery(args)
--local jsondata = p.defaultArg(args.jsondata, {})
--local schema = p.defaultArg(args.jsonschema, {})
local res = ""
local where = ""
local select = ""
local semantic_properties = p.getSemanticProperties(args)
--mw.logObject(semantic_properties)
for k,def in pairs(semantic_properties.definitions) do
-- see also: https://www.semantic-mediawiki.org/wiki/Help:Search_operators
local filter = p.defaultArgPath(def.schema_data, {'options', 'role', 'query', 'filter'}, 'eq')
local value = def.value
if def.schema_data.type == 'string' and (def.schema_data.format == 'number' or def.schema_data.format == 'date') then
if (filter == 'min') then value = "<" .. value
elseif (filter == 'max') then value = ">" .. value
else value = value end --exact match
elseif def.schema_data.type == 'string' then
value = "~*" .. value .. "*"
end
where = where .. "\n[[".. def.property .. "::" .. value .. "]]"
select = select .. "\n|?" .. def.property
if (def.schema_data.title ~= nil) then select = select .. "=" .. def.schema_data.title end
end
if (where ~= "") then res = "{{#ask:" .. res .. where .. select .. "}}" end
return {wikitext=res}
end

-- HELPERS

-- expands all $ref
--test: mw.logObject(p.expandJsonRef({json={items={test="value", ["$ref"]="/wiki/JsonSchema:Label?action=raw"}}}).json)
--test: mw.logObject(p.expandJsonRef({json={["$ref"]="/wiki/Category:Item?action=raw&slot=jsonschema"}}).json)
--test: mw.logObject(p.expandJsonRef({json={["$ref"]="/wiki/JsonSchema:Statement?action=raw"}}).json)
function p.expandJsonRef(args)
local json = p.defaultArg(args.json, {})
local debug = p.defaultArg(args.debug, false)
local refs = {}
for k,v in pairs(json) do
if (k == "$ref") then
-- e. g. "/wiki/JsonSchema:Label?action=raw" or "/wiki/Category:Entity?action=raw&slot=jsonschema"
if string.find(v, "#") then
if (debug) then mw.logObject("Skip relative reference") end
else
local uri = mw.uri.new(v)
local ref_title = mw.text.split(uri.path, "wiki/", true)[2]
local ref_slot = uri.query["slot"]
if (debug) then
if (ref_slot ~= nil) then mw.logObject("Ref found with title " .. ref_title .. " and slot " .. ref_slot)
else mw.logObject("Ref found with title " .. ref_title) end
end
local ref_json = p.loadJson({title=ref_title, slot=ref_slot}).json
refs[v] = ref_json
json[k] = nil
end
end
end
--mw.logObject(refs)
for k,v in pairs(refs) do
json = p.tableMerge(v, json)
end
for k,v in pairs(json) do
if type(v) == "table" then
json[k] = p.expandJsonRef({json=v}).json
end
end
local result = p.copy(json)
for k,v in pairs(json) do
if (k == "allOf") then
if (type(v) == "table" and v[1] == nil) then v = {v} end -- ensure array
for i,s in pairs(v) do
result = p.tableMerge(s, result)
if (debug) then mw.log("merge allOf with title " .. s["title"]) end
end
result[k] = nil
end
end

return {json=result}
end

function p.defaultArg(arg, default)
if (arg == nil) then
return default
else
return arg
end
end

-- returns the value of a table (dict) path or default, if the path is not defined
-- test: mw.logObject(p.defaultArgPath({some={defined={path="value"}}}, {"some", "defined", "path"}, "default_value"))
-- test: mw.logObject(p.defaultArgPath({some={defined={path="value"}}}, {"some", "undefined", "path"}, "default_value"))
function p.defaultArgPath(arg, path, default)
if (arg == nil) then
return default
elseif (path == nil) then
return arg
else
key = table.remove(path,1)
if (key == nil) then return arg end --end of path
return p.defaultArgPath(arg[key], path, default)
end
end

function p.splitString(inputstr, sep)

if sep == nil then
sep = ";"
end
local t={}
for str in string.gmatch(inputstr, "([^"..sep.."]+)") do
table.insert(t, str)
end
return t
end

--dumps a table to a string (replaced by mw.dumpObject())
function p.dump(o)
return mw.dumpObject(o)
end

--converts a literal to an table
function p.tablefy(o)
if (o == nil) then o = {} end
if (type(o) ~= 'table') then o = {o} end
return o
end

--true if the value is contained in the array (flat arrays only)
function p.tableContains (tab, val)
for index, value in ipairs(tab) do
if value == val then
return true
end
end

return false
end

--get the size of a table
function p.tableLength(t)
local count = 0
for _ in pairs(t) do count = count + 1 end
return count
end

--check if a variable is nil or an empty string or table
function p.nilOrEmpty(o)
if (o == nil) then return true
elseif (type(o) == 'string' and o == "") then return true
elseif (type(o) == 'table' and p.tableLength(o) == 0) then return true
else return false
end
end

-- merges t2 to t1
--test: mw.logObject(p.tableMerge({"string", test1="test1", subtable1={"test"}}, {"string2", test1="test2", test3="test4"}))
function p.tableMerge(t1, t2)
if (t1 == nil) then t1 = {} elseif (type(t1) ~= 'table') then t1 = {t1} end
if (t2 == nil) then t2 = {} elseif (type(t2) ~= 'table') then t2 = {t2} end
for k,v in pairs(t2) do
if type(v) == "table" then
if type(t1[k] or false) == "table" then
p.tableMerge(t1[k] or {}, t2[k] or {})
else
if type(k) == 'number' then table.insert(t1, v)
else t1[k] = v end
end
else
if type(k) == 'number' then table.insert(t1, v)
else t1[k] = v end
end
end
return t1
end

-- from https://stackoverflow.com/questions/640642/how-do-you-copy-a-lua-table-by-value
function p.copy(obj, seen)
if type(obj) ~= 'table' then return obj end
if seen and seen[obj] then return seen[obj] end
local s = seen or {}
local res = setmetatable({}, getmetatable(obj))
s[obj] = res
for k, v in pairs(obj) do res[p.copy(k, s)] = p.copy(v, s) end
return res
end

-- get normalized label
function p.getDisplayLabel(jsondata, properties)
local display_label = nil
-- check if label properties are mapped
if (properties["HasLabel"] ~= nil and properties["HasLabel"][1] ~= nil) then display_label = p.splitString(properties["HasLabel"][1], '@')[1]
elseif (properties["HasName"] ~= nil) then
if type(properties["HasName"]) == 'table' then display_label = properties["HasName"][1]
else display_label = properties["HasName"] end
-- fall back to unmapped keywords
elseif (jsondata[p.keys.label] ~= nil and jsondata[p.keys.label][1] ~= nil) then display_label = p.splitString(jsondata[p.keys.label][1], '@')[1]
elseif (jsondata[p.keys.name] ~= nil) then display_label = jsondata[p.keys.name]
end

return display_label
end

-- build normalized multilang label
function p.setNormalizedLabel(properties, use_fallbacks)
if (use_fallbacks == nil) then use_fallbacks = true end
if (properties['HasLabel'] ~= nil) then
labels = properties['HasLabel']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = p.splitString(label, '@')[1]:lower():gsub('[^%w]+','')
label_lang = "en"
if (p.splitString(label, '@')[2] ~= nil) then label_lang = p.splitString(label, '@')[2] end
table.insert(properties['HasNormalizedLabel'], label_norm .. "@" .. label_lang)
end

elseif (use_fallbacks and properties['HasName'] ~= nil) then -- fallback, assume English lang
labels = properties['HasName']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = label:lower():gsub('[^%w]+','')
table.insert(properties['HasNormalizedLabel'], label_norm .. "@en")
end
elseif (use_fallbacks and properties['Display title of'] ~= nil) then -- fallback, assume English lang
labels = properties['Display title of']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = label:lower():gsub('[^%w]+','')
table.insert(properties['HasNormalizedLabel'], label_norm .. "@en")
end
end
end

function p.renderMultilangValue(args)
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local key = p.defaultArg(args.key, "title")
local result = p.defaultArg(args.default, "")
local default = p.defaultArg(args.default, nil)
-- "title*": {"de": ...}
if jsonschema[key] ~= nil then result = jsonschema[key] end
if jsonschema[key .. '*'] ~= nil then -- multilang label with switch
result = "{{#switch:{{USERLANGUAGECODE}} |#default=" .. result
for k,v in pairs(jsonschema[key .. '*']) do
if k == en then default = v
else result = result .. " |" .. k .. "=" .. v end
end
if default ~= nil then result = result .. " |#default=" .. default end
result = result .. " }}"
end
-- "some_property": [{"lang": "de", "text": ...}]
if jsondata[key] ~= nil then -- multilang label with switch
result = "{{#switch:{{USERLANGUAGECODE}}"
for k,v in pairs(jsondata[key]) do
if v["lang"] ~= nil and v["text"] ~= nil then
if v["lang"] == "en" then default = v["text"]
else result = result .. " |" .. v["lang"] .. "=" .. v["text"] end
end
end
if default ~= nil then result = result .. " |#default=" .. default end
result = result .. " }}"
end
return result
end

return p

Module:MwJson

2025-02-21T07:23:43Z

0000-0003-0410-3616: Reverted edits by 0000-0003-0410-3616 (talk) to last revision by Maintenance script

-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSW7d7193567ea14e4e89b74de88983b718", slot="jsondata"}).json, debug=true, mode="header"}))

local lustache = require("Module:Lustache")

local p = {} --p stands for package

p.keys = { --jsonschema / json-ld keys
category='type',
category_pseudoproperty='Category', -- Property:Category
subcategory='subclass_of',
schema_type='schema_type',
property_ns_prefix='Property',
schema='osl_schema',
template='eval_template',
mode='mode',
context='@context',
allOf='allOf',
label='label',
name='name',
description='description',
text='text',
debug='_debug'
}
p.slots = { --slot names
jsondata='jsondata',
jsonschema='jsonschema',
header_template='header_template',
footer_template='footer_template',
data_template='data_template'
}
p.mode = {
header='header',
footer='footer',
query='query'
}

--loads json from a wiki page
--test: mw.logObject(p.loadJson({title="JsonSchema:Entity"}))
--test: mw.logObject(p.loadJson({title="Category:Entity", slot="jsonschema"}))
function p.loadJson(args)
local page_title = p.defaultArg(args.title, "JsonSchema:Entity") --for testing
local slot = p.defaultArg(args.slot, nil)
local debug = p.defaultArg(args.debug, nil)
local msg = ""

local json = {}

if (slot == nil) then
--json = mw.loadJsonData( "JsonSchema:Entity" ) --requires MediaWiki 1.39
local page = mw.title.makeTitle(p.splitString(page_title, ':')[1], p.splitString(page_title, ':')[2])
local text = page:getContent()
if (text ~= nil) then json = mw.text.jsonDecode(text) end
else
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsondata .. " from page " .. title .. "<br>" end
local text = mw.slots.slotContent( slot , page_title )
if (text ~= nil) then json = mw.text.jsonDecode(text) end
end

--mw.logObject(json)

return {json=json, debug_msg=msg}
end

-- test: mw.logObject(p.walkJsonSchema({jsonschema=p.loadJson({title="Category:Hardware", slot="jsonschema"}).json, debug=true}).jsonschema)
function p.walkJsonSchema(args)
local jsonschema = p.defaultArg(args.jsonschema, {})
local jsonschemas = p.defaultArg(args.jsonschemas, {})
local categories = p.defaultArg(args.categories, nil)
local visited = p.defaultArg(args.visited, {})
local mode = p.defaultArg(args.mode, p.mode.header)
--local merged_jsonschema = p.defaultArg(args.merged_jsonschema, {})
local templates = p.defaultArg(args.templates, {})
local recursive = p.defaultArg(args.recursive, true)
local root = p.defaultArg(args.root, true)
local debug = p.defaultArg(args.debug, false)
local msg = ""
local wikitext = ""

local category_template_slot = nil
if (mode == p.mode.footer) then category_template_slot = p.slots.footer_template end
if (mode == p.mode.header) then category_template_slot = p.slots.header_template end

if (categories == nil) then categories = p.getCategories({jsonschema=jsonschema, includeNamespace=true}).categories end
if (type(categories) ~= 'table') then categories = {categories} end
if (debug) then msg = msg .. "Supercategories: " .. mw.dumpObject(categories) .. "\n<br>" end
for k, category in pairs(categories) do
if (not p.tableContains(visited, category)) then
--mw.logObject("Visit " .. category)
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsonschema .. " from page " .. category .. "\n<br>" end
local super_jsonschema_str = mw.slots.slotContent( p.slots.jsonschema , category )
if (super_jsonschema_str ~= nil) then
super_jsonschema = mw.text.jsonDecode( super_jsonschema_str )
if (recursive) then
local res = p.walkJsonSchema({jsonschema=super_jsonschema, jsonschemas=jsonschemas, templates=templates, mode=mode, visited=visited, root=false})
wikitext = wikitext .. res.wikitext
end
--table.insert(jsonschemas, mw.text.jsonDecode( super_jsonschema_str )) --keep a copy of the schema, super_jsonschema passed by references gets modified
--table.insert(jsonschemas, super_jsonschema )
--mw.logObject("Store " .. category)
table.insert(visited, category)
jsonschemas[category] = mw.text.jsonDecode( super_jsonschema_str ) --keep a copy of the schema, super_jsonschema passed by references gets modified
--jsonschema = p.tableMerge(jsonschema, super_jsonschema) --merge superschema is done by the caller
end

if (debug) then msg = msg .. "Fetch slot " .. category_template_slot .. " from page " .. category .. "\n<br>" end
templates[category] = mw.slots.slotContent( category_template_slot , category )
end
end
if (root) then
for i, category in ipairs(visited) do
--merge all schemas. we need to make a copy here, otherwise jsonschemas["Category:Entity"] contains the merged schema
jsonschema = p.copy(p.tableMerge(jsonschema, jsonschemas[category]))
end
end
if (debug) then wikitext = msg .. wikitext end
return {jsonschema=jsonschema, jsonschemas=jsonschemas, templates=templates, visited=visited, wikitext=wikitext}
end

--[[ test:
category = "Category:Hardware"
page = "Item:OSW7d7193567ea14e4e89b74de88983b718"
category2 = "Category:OSW80e240a2e17d4ae5adfe6419051aa0bb"
page2 = "Item:OSWa4da6664aeac466a86b09e6b32a1cb41"
mw.logObject(p.expandEmbeddedTemplates({
jsonschema=p.walkJsonSchema({jsonschema=p.loadJson({title=category, slot="jsonschema"}).json, debug=true}).jsonschema,
jsondata=p.loadJson({title=page, slot="jsondata"}).json,
debug=true, mode="render"
}).res)
--]]
function p.expandEmbeddedTemplates(args)
local frame = p.defaultArg(args.frame, mw.getCurrentFrame())
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local template = p.defaultArg(args.template, nil)
local mode = p.defaultArg(args.mode, nil)
local stringify_arrays = p.defaultArg(args.stringify_arrays, false)
local msg = ""
local res = p.defaultArg(args.jsondata, "")

for k,v in pairs(jsondata) do
local eval_template = nil
local eval_templates = p.defaultArgPath(jsonschema, {"properties", k, p.keys.template}, {})
if (eval_templates[1] == nil) then eval_templates = {eval_templates} end --ensure list of objects
for i, t in pairs(eval_templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then eval_template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then eval_template = t --default
elseif (debug) then msg = msg .. "Ignore eval_template" .. mw.dumpObject( t ) .. "\n<br>"
end
end

if (eval_template ~= nil and eval_template.value ~= nil and (eval_template.type == "mustache" or eval_template.type == "mustache-wikitext")) then
-- mustache can handle objects and array to we can parse it directly
-- todo: handle nested templates
local template_param = {[k]=v}
if (eval_template.root_key == false) then template_param = v end
if (debug) then msg = msg .. "Parse mustache template " .. eval_template.value .. " with params " .. mw.dumpObject( template_param ) .. "\n<br>" end
jsondata[k] = lustache:render(eval_template.value, template_param, p.tableMerge({self=eval_template.value}, eval_template.partials)) -- render with self as registered partial for recursion
if (eval_template.type == "mustache-wikitext") then
jsondata[k] = frame:preprocess( jsondata[k] )
end
elseif type(v) == 'table' then
if (v[1] == nil) then --key value array = object/dict
local sub_res = p.expandEmbeddedTemplates({frame=frame, jsondata=v, jsonschema=p.defaultArgPath(jsonschema, {"properties", k}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays})
msg = msg .. sub_res.debug_msg
jsondata[k] = sub_res.res
--if (sub_res.unparsed ~= nil) then jsondata[k] = sub_res.unparsed else jsondata[k] = sub_res.wikitext end
else --list array
local string_list = ""
for i,e in pairs(v) do

local eval_template = nil
local eval_templates = p.defaultArgPath(jsonschema, {"properties", k, "items", p.keys.template}, {})
if (eval_templates[1] == nil) then eval_templates = {eval_templates} end --ensure list of objects

for i, t in pairs(eval_templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then eval_template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then eval_template = t --default
elseif (debug) then msg = msg .. "Ignore eval_template" .. mw.dumpObject( t ) .. "\n<br>"
end
end

if type(e) == 'table' then
local sub_res = p.expandEmbeddedTemplates({frame=frame, jsondata=e, jsonschema=p.defaultArgPath(jsonschema, {"properties", k, "items"}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays})
msg = msg .. sub_res.debug_msg
if (type(sub_res.res) == 'table') then
if (debug) then msg = msg .. "Values for " .. k .. " contains non-literal items: " .. mw.dumpObject( sub_res.res ) .. " => skip value in wikitemplate array param creation\n<br>" end
else
if (stringify_arrays) then string_list = string_list .. sub_res.res .. ";"
else v[i] = sub_res.res end
end
else
if (eval_template ~= nil and eval_template.value ~= nil) then

--evaluate single array item string as json {"self": "<value>", ".": "<value>"} => does not work since jsondata is an object
--e = p.expandEmbeddedTemplates({frame=frame, jsondata={["self"]=e,["."]=e}, jsonschema=p.defaultArgPath(jsonschema, {"properties", k, "items"}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays})

if (eval_template.type == "mustache" or eval_template.type == "mustache-wikitext") then
if (debug) then msg = msg .. "Parse mustache template " .. eval_template.value .. " with params " .. mw.dumpObject( e ) .. "\n<br>" end
-- {{.}} in the template will be the value of e
e = lustache:render(eval_template.value, e, p.tableMerge({self=eval_template.value}, eval_template.partials)) -- render with self as registered partial for recursion
end
if (eval_template.type == "mustache-wikitext") then --or eval_template.type == "wikitext") then
if (debug) then msg = msg .. "Parse wikitext template " .. e .. " with params " .. mw.dumpObject( e ) .. "\n<br>" end
e = frame:preprocess( e )
end
v[i] = e -- update array
end
if (stringify_arrays) then string_list = string_list .. e .. ";" end
end
end
if (stringify_arrays) then jsondata[k] = string_list end
end
end
end

if (template == nil) then
local templates = jsondata[p.keys.template]
if (templates == nil) then templates = p.defaultArg(jsonschema[p.keys.template], {}) end
if (templates[1] == nil) then templates = {templates} end --ensure list of objects
for i, t in pairs(templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then template = t --default
elseif (debug) then msg = msg .. "Ignore template" .. mw.dumpObject( t ) .. "\n<br>"
end
end
end

if template ~= nil then
if (template.type == "wikitext") then
for k,v in pairs(jsondata) do
if type(v) == 'table' then
if (debug) then msg = msg .. "Values for " .. k .. " contains non-literals: " .. mw.dumpObject( v ) .. " => skip wikitemplate parsing\n<br>" end
return {res=res, debug_msg=msg}
end --not supported
end
if (template.value ~= nil) then
if (debug) then msg = msg .. "Parse wikitemplate " .. template.value .. " with params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
local child = frame:newChild{args=jsondata}
res = child:preprocess( template.value )
elseif (template.page ~= nil) then
if (debug) then msg = msg .. "Parse wikitemplate " .. template.page .. " with params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
res = frame:expandTemplate{ title = template.page, args = jsondata }
end

end
end

--if (debug) then mw.logObject(msg) end
return {res=res, debug_msg=msg}
end

-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSW7d7193567ea14e4e89b74de88983b718", slot="jsondata"}).json, debug=true, mode="header"}))
-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSWa4da6664aeac466a86b09e6b32a1cb41", slot="jsondata"}).json, debug=true, mode="header"}))
-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Category:OSWb3022bbf7e7146eb8e6f6e3264f50bbe", slot="jsondata"}).json, debug=true, mode="header", categories={"Category:Category"}}))
function p.processJsondata(args)
local frame = p.defaultArg(args.frame, mw.getCurrentFrame())
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local template = p.defaultArg(args.template, nil)
local categories = p.defaultArg(args.categories, nil)
local recursive = p.defaultArg(args.recursive, true)
local mode = p.defaultArg(args.mode, p.mode.header)
local debug = p.defaultArg(args.debug, false)
local title = mw.title.getCurrentTitle()

local wikitext = ""
local msg = "" --debug msg

if (p.nilOrEmpty(jsondata) or (p.nilOrEmpty(categories) and p.nilOrEmpty(jsonschema) and p.nilOrEmpty(jsondata[p.keys.category]))) then return {wikitext=wikitext, debug_msg=msg} end --nothing to do here
--if (jsondata == nil or p.tableLength(jsondata) == 0 or (categories == nil and jsonschema == nil and jsondata[p.keys.category] == nil)) then return {wikitext=wikitext, debug_msg=msg} end --nothing to do here
--jsonschema = p.defaultArg(jsonschema, {})
--jsondata = p.defaultArg(jsondata, {})
--if (categories == nil) then categories = jsondata[p.keys.category] end -- let function param overwrite json property
if (not p.nilOrEmpty(jsondata[p.keys.category])) then categories = jsondata[p.keys.category] end -- let json property overwrite function param

local schema_res = p.walkJsonSchema({jsonschema=jsonschema, categories=categories, mode=mode, recursive=recursive, debug=debug})
local expand_res = p.expandJsonRef({json=schema_res.jsonschema, debug=debug})
jsonschema = expand_res.json
--mw.log(mw.text.jsonEncode(jsonschema))

local display_label = p.defaultArgPath(jsondata, {p.keys.name}, "")
if (display_label == "" or (title.nsText ~= "Category" and title.nsText ~= "Property")) then
display_label = p.defaultArgPath(jsondata, {p.keys.label, 1, p.keys.text}, "") --prefere label for all non-category and non-property pages
end

local jsonld = p.copy(jsondata)
local json_data_store = p.copy(jsondata)
local json_data_render = p.copy(jsondata)
json_res_store = p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=json_data_store, mode='store'})
msg = msg .. json_res_store.debug_msg
--mw.log("JSONDATA STORE")
--mw.logObject(json_res_store.res)

local smw_res = nil
if (mode == p.mode.header) then

-- get the semantic properties by looking up the json keys in the json-ld context
smw_res = p.getSemanticProperties({jsonschema=jsonschema, jsondata=json_res_store.res, store=false, debug=debug})

-- store metadata where properties were defined / overridden
for i, category in ipairs(schema_res.visited) do
for k, v in pairs(schema_res.jsonschemas[category]['properties']) do
if smw_res.definitions[k] == nil then smw_res.definitions[k] = {} end
if smw_res.definitions[k]['defined_in'] == nil then smw_res.definitions[k]['defined_in'] = {} end
table.insert(smw_res.definitions[k]['defined_in'], category)
end
end

-- embed json-ld in resulting html for search engine discovery
jsonld["@context"] = smw_res.context
jsonld["@type"] = p.tableMerge(p.tablefy(jsonschema.schema_type), p.tablefy(jsonld["@type"])) --
jsonld['schema:name'] = p.defaultArgPath(jsonld, {p.keys.label, 1, p.keys.text}, jsonld['name']) --google does not support @value and @lang
jsonld['schema:description'] = p.defaultArgPath(jsonld, {p.keys.description, 1, p.keys.text}, nil)
for k, v in pairs(jsonld) do
if (type(v) == "string") then
local vpart = p.splitString(v, ':')
if (p.tableLength(vpart) == 2 and vpart[1] == "File") then jsonld[k] = mw.getCurrentFrame():callParserFunction( 'filepath', { vpart[2] } ) end --google does not follow redirects via "File":"wiki:Special:Redirect/file/"
end
end
wikitext = wikitext .. "<div class='jsonld-header' style='display:none' data-jsonld='" .. mw.text.jsonEncode( jsonld ):gsub("'","`") .. "'></div>"
end

local json_res = p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=json_data_render, mode='render'})
msg = msg .. json_res.debug_msg
jsondata =json_res.res
--mw.log("JSONDATA RENDER")
--mw.logObject(jsondata)

local max_index = p.tableLength(schema_res.visited)
for i, category in ipairs(schema_res.visited) do
if (mode == p.mode.footer) then category = schema_res.visited[max_index - i +1] end --reverse order for footer templates
local super_jsonschema = schema_res.jsonschemas[category]
local template = schema_res.templates[category]
if (template ~= nil) then
if (debug) then msg = msg .. "Parse \n\n" .. template .. " \n\nwith params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
local stripped_jsondata={}
for k, v in pairs(jsondata) do
if (type(v) ~= 'table') then stripped_jsondata[k] = v end --delete object values, not supported by wiki templates
end
local child = frame:newChild{args=stripped_jsondata}
if ( template:sub(1, #"=") == "=" ) then template = "\n" .. template end -- add line break if template starts with heading (otherwise not rendered by mw parser)
wikitext = wikitext .. child:preprocess( template )
elseif (mode == p.mode.header) then
local ignore_properties = {[p.keys.category]=true} -- don't render type/category on every subclass
for j, subcategory in ipairs(schema_res.visited) do
if j > i then
local subjsonschema = schema_res.jsonschemas[subcategory]
for k, v in pairs(subjsonschema['properties']) do
-- skip properties that are overwritten in subschemas, render them only once at the most specific position
ignore_properties[k] = true
end
end
end
-- render the infobox for the schema itself and every super_schema using always the global json-ld context (merged within walkJsonSchema())
-- context needs to be preprocessed with buildContext() since the generic json/table merge of the @context atttribute produces a list of strings (remote context) and context objects
-- context is already build in p.getSemanticProperties. schema_allOfMerged is used to provide the full schema for overridden properties
local infobox_res = p.renderInfoBox({jsonschema=super_jsonschema, schema_allOfMerged=jsonschema, context=smw_res.context, property_definitions=smw_res.definitions, jsondata=jsondata, ignore_properties=ignore_properties})
wikitext = wikitext .. frame:preprocess( infobox_res.wikitext )
end
end

--local display_label = ""
--if (jsondata[p.keys.label] ~= nil) then display_label = p.splitString(jsondata[p.keys.label], '@')[1] end
local set_categories_in_wikitext = {}
p.tableMerge(set_categories_in_wikitext, json_res_store.res[p.keys.subcategory]) --classes/categories, nil for items
if (title.nsText ~= "Category") then --items
p.tableMerge(set_categories_in_wikitext, json_res_store.res[p.keys.category]) -- categories from schema type
end

-- Todo: Consider moving the category and this block to p.getSemanticProperties with store=true. However, settings categories with @category is only possible for subobjects
if (smw_res ~= nil) then
if (debug) then msg = msg .. "Store page properties" end
-- category handling
p.tableMerge(set_categories_in_wikitext, smw_res.properties[p.keys.category_pseudoproperty])
smw_res.properties[p.keys.category_pseudoproperty] = nil -- delete pseudo property

smw_res.properties['HasOswId'] = mw.title.getCurrentTitle().fullText --set special property OswId to own title

-- label and display title handling
smw_res.properties['Display title of'] = display_label --set special property display title
smw_res.properties['Display title of lowercase'] = display_label:lower() --store lowercase for case insensitive query
smw_res.properties['Display title of normalized'] = display_label:lower():gsub('[^%w]+','') --store with all non-alphanumeric chars removed for normalized query
p.setNormalizedLabel(smw_res.properties) --build normalized multilang label
mw.ext.displaytitle.set(display_label)
--smw_res.properties['@category'] = jsondata[p.keys.category]
local store_res = mw.smw.set( smw_res.properties ) --store as semantic properties
if (debug) then msg = msg .. mw.dumpObject(smw_res.properties) end
if (store_res) then
if (debug) then msg = msg .. "SMW SUCCESS: " end
else
wikitext = wikitext .. store_res.error
if (debug) then msg = msg .. "SMW ERROR: " .. store_res.error end
end
--wikitext = mw.dumpObject(smw_res.properties) .. wikitext
end
wikitext = wikitext .. "\n" .. p.setCategories({categories=set_categories_in_wikitext, sortkey=display_label}).wikitext

if (debug) then mw.logObject(res) end
return {wikitext=wikitext, debug_msg=msg}
end

-- renders a default infobox
-- test: mw.logObject(p.renderInfoBox({jsonschema=p.loadJson({title="JsonSchema:Entity"}).json, jsondata={uuid="123123"}}))
function p.renderInfoBox(args)
local debug = p.defaultArg(args.debug, false)
local jsondata = p.defaultArg(args.jsondata, {})
local schema = p.defaultArg(args.jsonschema, nil) -- local schema from the perspective of the current category
local schema_allOfMerged = p.defaultArg(args.schema_allOfMerged, schema) -- global schema with allOfs merged
local property_definitions = p.defaultArg(args.property_definitions, {}) -- dict schema_key: {property: <smw_property>, ...}
local res = ""
if schema == nil then return res end

local context = p.defaultArg(args.context, p.buildContext({jsonschema=schema}).context)
local ignore_properties = p.defaultArg(args.ignore_properties, {})

local schema_label = ""
if schema['title'] ~= nil then schema_label = schema['title'] end

-- see also: https://help.fandom.com/wiki/Extension:Scribunto/HTML_Library_usage_notes
local tbl = mw.html.create( 'table' )
tbl
:attr( 'class', 'info_box' )
:tag( 'tr' )
:tag( 'th' )
:attr( 'class', 'heading' )
:attr( 'colspan', '2' )
:wikitext( schema_label )
for k,v in pairs(jsondata) do
if (not ignore_properties[k]) then
if (schema['properties'] ~= nil and schema['properties'][k] ~= nil and (type(v) ~= 'table' or v[1] ~= nil)) then --literal or literal array
local def = schema_allOfMerged['properties'][k]
--mw.logObject(def)

local label = k
if def['title'] ~= nil then label = def['title'] end
if def['title*'] ~= nil then -- multilang label with switch
label = "{{#switch:{{USERLANGUAGECODE}} |#default=" .. label
for k,v in pairs(def['title*']) do label = label .. " |" .. k .. "=" .. v end
label = label .. " }}"
end

local description = ""
if def['description'] ~= nil then description = def['description'] end
if def['description*'] ~= nil then -- multilang label with switch
description = "{{#switch:{{USERLANGUAGECODE}} |#default=" .. description
for k,v in pairs(def['description*']) do description = description .. " |" .. k .. "=" .. v end
description = description .. " }}"
end
if (p.tableLength(p.defaultArgPath(property_definitions, {k, 'defined_in'}, {})) > 0) then description = description .. "<br>Definition: " end
for i, c in pairs(p.defaultArgPath(property_definitions, {k, 'defined_in'}, {})) do
if (i > 1) then description = description .. ", " end
description = description .. "[[:" ..c .. "]]"
end
if (description ~= "") then description = "{{#info: " .. description .. "|note }}" end -- smw tooltip
label = label .. description

--res = res .. title ": " .. v
local cell = tbl:tag( 'tr' )
:tag( 'th' )
:wikitext( label )
:done()
:tag( 'td' )
if (type(v) == 'table') then
for i,e in pairs(v) do
if (type(e) ~= 'table') then
local p_type = p.defaultArgPath(context, {k, '@type'}, '@value')
if (p_type == '@id' and p.defaultArgPath(def, {'items', 'type'}, 'unknown') == 'string' and def['eval_template'] == nil) then
-- auto-link (OSW-)IDs if no eval_template is present
e = string.gsub(e, "Category:", ":Category:") -- make sure category links work
e = string.gsub(e, "File:", ":File:") -- do not embedd images but link to them
e = "[[" .. e .. "]]"
elseif (p_type == 'xsd:date') then -- formate date with user preferences
e = "{{#dateformat:" .. e .. "|ymd}}"
elseif (p_type == 'xsd:dateTime') then -- formate time with user preferences
local smw_property = p.defaultArgPath(property_definitions, {k, 'property'})
if (smw_property ~= nil) then e = "{{#ask: [[{{FULLPAGENAME}}]]|?" .. smw_property .. "#LOCL#TO= |format=plain |mainlabel=-}}"
else
local _, _, date, hours, minutes = string.find(e, "(%S+)[T ](%S+)[:](%S+)[:?]")
e = "{{#dateformat:" .. date .. "|ymd}} " .. hours .. ":" .. minutes .. " (UTC)"
end
elseif (type(v) == 'boolean') then
if (v) then v = "✅" else v = "❌" end -- green check mark or red cross
elseif ((string.len(e) > 100) and (string.find(e, "{{") == nil) and (string.find(e, "</") == nil)) then
e = string.sub(e, 1, 100) .. "..."; -- limit infobox plain text to max 100 chars
elseif (debug) then
mw.log("Unformated: " .. k .. " " .. p.defaultArgPath(def, {'items', 'type'}, 'unknown'))
mw.logObject(def)
end
cell:wikitext("\n* " .. e .. "")
end
end
else
local p_type = p.defaultArgPath(context, {k, '@type'}, '@value')
if (p_type == '@id' and p.defaultArgPath(def, {'type'}, 'unknown') == 'string' and def['eval_template'] == nil) then
-- auto-link (OSW-)IDs if no eval_template is present
v = string.gsub(v, "Category:", ":Category:") -- make sure category links work
v = string.gsub(v, "File:", ":File:") -- do not embedd images but link to them
v = "[[" .. v .. "]]"
elseif (p_type == 'xsd:date') then -- formate date & time with user preferences
v = "{{#dateformat:" .. v .. "|ymd}}"
elseif (p_type == 'xsd:dateTime') then -- formate time with user preferences
local smw_property = p.defaultArgPath(property_definitions, {k, 'property'})
if (smw_property ~= nil) then v = "{{#ask: [[{{FULLPAGENAME}}]]|?" .. smw_property .. "#LOCL#TO= |format=plain |mainlabel=-}}"
else
local _, _, date, hours, minutes = string.find(v, "(%S+)[T ](%S+)[:](%S+)[:?]")
v = "{{#dateformat:" .. date .. "|ymd}} " .. hours .. ":" .. minutes .. " (UTC)"
end
elseif (type(v) == 'boolean') then
if (v) then v = "✅" else v = "❌" end -- green check mark or red cross
elseif ((string.len(v) > 100) and (string.find(v, "{{") == nil) and (string.find(v, "</") == nil)) then
v = string.sub(v, 1, 100) .. "..."; -- limit infobox plain text to max 100 chars
elseif (debug) then
mw.log("Unformated: " .. k .. " " .. p.defaultArgPath(def, {'type'}, 'unknown'))
mw.logObject(def)
end
cell:wikitext("\n" .. v .. "")
end
end
end
end
res = res .. tostring( tbl )
--mw.logObject(res)

return {wikitext=res}
end

-- test
-- mw.logObject(p.getCategories({jsonschema={allOf={["$ref"]="/wiki/Category:Test?action=raw&slot=jsonschema"}}, includeNamespace=true}))
-- mw.logObject(p.getCategories({jsonschema={allOf={{["$ref"]="/wiki/Category:Test?action=raw&slot=jsonschema"}, {["$ref"]="/wiki/Category:Test2?action=raw&slot=jsonschema"}}}}))
function p.getCategories(args)
local jsonschema = p.defaultArg(args.jsonschema, {})
local includeNamespace = p.defaultArg(args.includeNamespace, false)

local categories = {}
local allOf = jsonschema[p.keys.allOf]
if (allOf ~= nil) then
--properties['@category'] = {}
for k, entry in pairs(allOf) do
if type(entry) == 'table' then -- "allOf": [{"$ref": "/wiki/Category:Test?action=raw"}]
for p, v in pairs(entry) do
if (p == '$ref') then
for category in v:gmatch("Category:([^?]+)") do -- e.g. "/wiki/Category:Test?action=raw"
if (includeNamespace) then category = "Category:" .. category end
table.insert(categories, category)
end
end
end
else -- "allOf": {"$ref": "/wiki/Category:Test?action=raw"}
if (k == '$ref') then
for category in entry:gmatch("Category:([^?]+)") do -- e.g. "/wiki/Category:Test?action=raw"
if (includeNamespace) then category = "Category:" .. category end
table.insert(categories, category)
end
end
end
end
end

return {categories=categories}
end

--sets a list of categories on the page
--test: mw.logObject(p.setCategories({categories={"Cat1", "Category:Cat2"}}))
function p.setCategories(args)
local categories = p.defaultArg(args.categories, {})
local sortkey = p.defaultArg(args.sortkey, "")
if (sortkey ~= "") then sortkey = "|" .. sortkey end
if (type(categories) ~= 'table') then categories = {categories} end
local res = ""
for k, entry in pairs(categories) do
res = res .. "[[Category:" .. string.gsub(entry, "Category:", "") .. sortkey .."]]"
end
return {wikitext=res}
end

--[[ test
category = "Category:Entity"
jsonschema = p.expandJsonRef({json=p.loadJson({title=category, slot="jsonschema"}).json}).json
mw.logObject(p.buildContext({jsonschema=jsonschema, debug=true}))
mw.log(mw.text.jsonEncode(p.buildContext({jsonschema=jsonschema, debug=false}).context))
or
jsonschema = {
["@context"]={test="level 0"},
properties={
test={
type="object",
["@context"]={test1="level 1"},
properties= {
test= {
type="array",
items= {
type="object",
["@context"]={test2="level 2"}
}
}
}
}
}
}
mw.logObject(p.buildContext({jsonschema=jsonschema, debug=true}))
--]]

-- constructs a property specific local jsonld context
function p.buildContext(args)
local schema = p.defaultArg(args.jsonschema, {})
--mw.logObject(schema)
local context = p.defaultArg(args.context, schema[p.keys.context])
local result = p.defaultArg(args.result, {})
if (context ~= nil) then
for k,v in pairs(context) do
if type(k) == 'number' and type(v) == 'string' then
--table.insert(result, v) --skip context imports
elseif (type(v) == 'table' and v[1] ~= nil) then --custom addtional mappings, e. g. "type*": ["Property:HasType"]
result[k] = v
elseif (type(v) == 'table' and v['@id'] == nil and v['@reverse'] == nil) then --subcontext
p.tableMerge(result, p.buildContext({context=v}).context)
else
result[k] = v
end
end
end
local properties = p.defaultArg(schema.properties, {})

-- build property context
for k,v in pairs(properties) do
local subcontext = nil
if (p.defaultArgPath(properties, {k, 'type'}) == 'object') then
--mw.logObject(properties[k])
subcontext = p.buildContext({jsonschema=properties[k]}).context
elseif (p.defaultArgPath(properties, {k, 'items', 'type'}) == 'object') then
--mw.logObject(properties[k]['items'])
subcontext = p.buildContext({jsonschema=properties[k]['items']}).context
end
if (subcontext ~= nil and p.tableLength(subcontext) > 0) then
if (result[k] == nil) then result[k] = {} end
if (type(result[k]) == 'string') then result[k] = {["@id"]=result[k]} end
if (result[k][p.keys.context] == nil) then result[k][p.keys.context] = {} end
result[k][p.keys.context] = p.tableMerge(result[k][p.keys.context], subcontext)
end
end
return {context=result}
end

--maps jsondata values to semantic properties by using the @context attribute within the schema
--test: mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={test="Property:schema:TestProperty", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}, jsondata={test="TestValue", myObjectProperty="123"}, debug=true}))
--test: mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={"some uri",{test="Property:TestProperty", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}}, jsondata={test="TestValue", myObjectProperty="123"}, debug=true}))
--[[
mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={test="Property:TestProperty", subobject="Property:HasSubobject", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}, jsondata={
test="TestValue", myObjectProperty="123", subobject={uuid="123-123-123", test="TestValue2"}
}, debug=true}))

mw.logObject(p.getSemanticProperties({jsonschema=p.loadJson({title="Category:OSW80e240a2e17d4ae5adfe6419051aa0bb", slot="jsonschema"}).json, p.loadJson({title="Item:OSWa4da6664aeac466a86b09e6b32a1cb41", slot="jsonsdata"}).json, debug=true}))

category = "Category:Hardware"
page = "Item:OSW7d7193567ea14e4e89b74de88983b718"
category2 = "Category:OSW80e240a2e17d4ae5adfe6419051aa0bb"
page2 = "Item:OSWa4da6664aeac466a86b09e6b32a1cb41"
jsonschema =p.walkJsonSchema({jsonschema=p.loadJson({title=category, slot="jsonschema"}).json, debug=true}).jsonschema
mw.logObject(p.getSemanticProperties({
jsonschema=jsonschema,
jsondata=p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=p.loadJson({title=page, slot="jsondata"}).json}).res,
debug=true
}).properties)

--]]
function p.getSemanticProperties(args)
local jsondata = p.defaultArg(args.jsondata, {})
local schema = p.defaultArg(args.jsonschema, {})
local subschema = p.defaultArg(args.subschema, schema)
local parent_schema_property = p.defaultArg(args.parent_schema_property, {}) -- ToDo: Not used except in getSemanticQuery => remove
local store = p.defaultArg(args.store, false)
local root = p.defaultArg(args.root, true)
local properties = p.defaultArg(args.properties, {}) --semantic properties to store, dict key=property_name, value=array of string values
local debug = p.defaultArg(args.debug, false)
--if (debug) then mw.logObject("Call getSemanticProperties with args " .. mw.dumpObject( args ) .. "\n<br>") end

local subjectId = mw.title.getCurrentTitle().fullText
local subobjectId = nil
if (root == false and jsondata['uuid'] ~= nil) then
subobjectId = "OSW" .. string.gsub(jsondata['uuid'], "-", "")
subjectId = subjectId .. '#' .. subobjectId
end

local property_data = {}
local context = p.defaultArg(args.context, p.buildContext({jsonschema=schema}).context)
local error = ""
if (debug) then mw.logObject(context) end
if schema ~= nil and context ~= nil then
local schema_properties = p.defaultArg(subschema.properties, {})
if (debug and root) then
for k,v in pairs(context) do
if type(k) == 'number' then mw.logObject("imports " .. v)
elseif type(v) == 'table' and v["@id"] ~= nil then mw.logObject("" .. k .. " maps to " .. v["@id"])
else mw.logObject("" .. k .. " maps to " .. mw.dumpObject(v)) end
end
end
for k,v in pairs(jsondata) do
local property_names = {}
local subobject_properties = {} -- reverse properties to store in the subobject
local mapping_found = false
local property_definitions = {} -- list of objects {id=..., reverse=...}

for term, def in pairs(context) do
local term_parts = p.splitString(term, "*")
if (term_parts[1] == k) then --custom additional mapping term*(*...): "Property:..."
if type(def) == 'table' then
-- note: json-ld allows only @id OR @reverse
if (def["@id"] ~= nil) then table.insert(property_definitions, {id=def["@id"], reverse=false}) end
if (def["@reverse"] ~= nil) then table.insert(property_definitions, {id=def["@reverse"], reverse=true}) end
else table.insert(property_definitions, {id=def}) end
end
end
if (debug) then mw.logObject(property_definitions) end
for i,e in ipairs(property_definitions) do
local id = e["id"]
local property_definition = p.splitString(id, ':')
if property_definition[1] == p.keys.property_ns_prefix then
mapping_found = true
property_name = string.gsub(id, p.keys.property_ns_prefix .. ":", "") -- also allow prefix properties like: Property:schema:url
if (e["reverse"]) then -- reverse properties are handled in the respective subobject
if (subobject_properties[property_name] == nil) then subobject_properties[property_name] = {} end --initialize empty list
table.insert(subobject_properties[property_name], subjectId) -- add triple subobject -property-> subject
else table.insert(property_names, property_name) end
local schema_property = p.defaultArg(schema_properties[k], {})
local schema_type = p.defaultArg(schema_property.type, nil) --todo: also load smw property type on demand
property_data[k] = {schema_type=schema_type, schema_data=schema_property, property=property_name, value=v, reverse=e["reverse"]}
end
end
for i, property_name in ipairs(property_names) do
if (properties[property_name] == nil) then properties[property_name] = {} end --initialize empty list
end
if type(v) == 'table' then
--if (debug) then mw.logObject("prop " .. k .. " = " .. mw.dumpObject(v)) end
if (mapping_found) then
local subcontext = p.copy(p.defaultArgPath(context, {k, p.keys.context}, {})) --deepcopy, see also https://phabricator.wikimedia.org/T269990
context = p.tableMerge(context, subcontext) -- pull up nested context
local values = {}
if (v[1] == nil) then --key value array = object/dict
local subproperties_res = p.getSemanticProperties({jsonschema=schema, jsondata=v, properties=p.copy(subobject_properties), store=true, root=false, debug=debug, context=context, subschema=schema_properties[k], parent_schema_property=property_data[k]})
local id = subproperties_res.id --subobject_id
if (id ~= nil) then
id = mw.title.getCurrentTitle().fullText .. '#' .. id
table.insert(values, id)
end
properties = p.processStatement({subject=properties, statement=subproperties_res.properties, debug=debug}).subject
else --list array
for i, e in pairs(v) do
if (type(e) == 'table') then
local subproperties_res = p.getSemanticProperties({jsonschema=schema, jsondata=e, properties=p.copy(subobject_properties), store=true, root=false, debug=debug, context=context, subschema=schema_properties[k], parent_schema_property=property_data[k]})
local id = subproperties_res.id --subobject_id
if (id ~= nil) then
id = mw.title.getCurrentTitle().fullText .. '#' .. id
table.insert(values, id)
end
properties = p.processStatement({subject=properties, statement=subproperties_res.properties, debug=debug}).subject
else values = v end --plain strings
end
end
for pi, property_name in ipairs(property_names) do
for i,value in pairs(values) do table.insert(properties[property_name], value) end
if (debug) then mw.logObject("set " .. property_name .. " = " .. mw.dumpObject(values)) end
end
else if (debug) then mw.logObject("not mapped: " .. k .. " = " .. mw.dumpObject(v)) end
end
else
if (mapping_found) then
for pi, property_name in ipairs(property_names) do
table.insert(properties[property_name], v)
if (debug) then mw.logObject("set " .. property_name .. " = " .. mw.dumpObject(v)) end
end
else
if (debug) then mw.logObject("not mapped: " .. k .. " = " .. mw.dumpObject(v)) end
end
end
end
end

local store_res = nil
if (store) then
properties['HasOswId'] = subjectId
if (root) then
if (debug) then mw.logObject("Store page properties") end
store_res = mw.smw.set( properties ) --store as semantic properties
else
properties['@category'] = {}
p.tableMerge(properties['@category'], jsondata[p.keys.category]) -- from json property 'type'
p.tableMerge(properties['@category'], properties[p.keys.category_pseudoproperty]) -- from json-ld context 'Property:Category'
properties[p.keys.category_pseudoproperty] = nil -- delete pseudo property
if (jsondata[p.keys.name] ~= nil) then properties['Display title of'] = jsondata[p.keys.name]
elseif (jsondata[p.keys.label] ~= nil and jsondata[p.keys.label][1] ~= nil) then properties['Display title of'] = p.splitString(jsondata[p.keys.label][1], '@')[1]
else properties['Display title of'] = p.defaultArg(subschema['title'], "") end
p.setNormalizedLabel(properties) --build normalized multilang label
if (p.tableLength(properties) > 0) then
store_res = mw.smw.subobject( properties, subobjectId ) --store as subobject
if (debug) then mw.logObject("Store subobject with id " .. (subobjectId or "<random>")) end
end
end
end
if (debug) then mw.logObject(properties) end
if (store_res ~= nil) then
if (not store_res and store_res.error ~= nil) then error = error .. store_res.error end
end
if (debug) then mw.logObject(error) end
return {properties=properties, definitions=property_data, id=subobjectId, context=context, error=error}
end

function p.processStatement(args)
local statement = p.defaultArg(args.statement)
local subject = p.defaultArg(args.subject)
local debug = p.defaultArg(args.debug, false)

-- handle "approved" statements
if (statement["HasSubject"] == nil or statement["HasSubject"][1] == nil or statement["HasSubject"][1] == "") then --implicit subject
if (statement["HasProperty"] ~= nil and statement["HasProperty"][1] ~= nil and statement["HasProperty"][1] ~= "" and statement["HasObject"] ~= nil) then
local property = string.gsub(statement["HasProperty"][1], p.keys.property_ns_prefix .. ":", "") -- also allow prefix properties like: Property:schema:url
if (debug) then
mw.log("Set property " .. property .. " from statement to ")
mw.logObject(statement["HasObject"])
end
if (subject[property] == nil) then subject[property] = {} end
for k, v in pairs(statement["HasObject"]) do table.insert(subject[property], v) end
end
end
return {subject=subject}
end

-- build a semantic query based on provided properties and their schema definition
--[[ test:
mw.logObject(p.getSemanticQuery({
jsonschema={
["@context"]={
test="Property:TestProperty",
number_max="Property:HasNumber",
date_min="Property:HasDate"
},
properties={
test={title="Test", type="string"},
number_max={title="Number", type="string", format="number", options={role={query={filter="max"}}}},
date_min={title="Date", type="string", format="date", options={role={query={filter="min"}}}},
}
},
jsondata={test="TestValue", number_max=5, date_min="01.01.2023"}
}))
--]]
function p.getSemanticQuery(args)
--local jsondata = p.defaultArg(args.jsondata, {})
--local schema = p.defaultArg(args.jsonschema, {})
local res = ""
local where = ""
local select = ""
local semantic_properties = p.getSemanticProperties(args)
--mw.logObject(semantic_properties)
for k,def in pairs(semantic_properties.definitions) do
-- see also: https://www.semantic-mediawiki.org/wiki/Help:Search_operators
local filter = p.defaultArgPath(def.schema_data, {'options', 'role', 'query', 'filter'}, 'eq')
local value = def.value
if def.schema_data.type == 'string' and (def.schema_data.format == 'number' or def.schema_data.format == 'date') then
if (filter == 'min') then value = "<" .. value
elseif (filter == 'max') then value = ">" .. value
else value = value end --exact match
elseif def.schema_data.type == 'string' then
value = "~*" .. value .. "*"
end
where = where .. "\n[[".. def.property .. "::" .. value .. "]]"
select = select .. "\n|?" .. def.property
if (def.schema_data.title ~= nil) then select = select .. "=" .. def.schema_data.title end
end
if (where ~= "") then res = "{{#ask:" .. res .. where .. select .. "}}" end
return {wikitext=res}
end

-- HELPERS

-- expands all $ref
--test: mw.logObject(p.expandJsonRef({json={items={test="value", ["$ref"]="/wiki/JsonSchema:Label?action=raw"}}}).json)
--test: mw.logObject(p.expandJsonRef({json={["$ref"]="/wiki/Category:Item?action=raw&slot=jsonschema"}}).json)
--test: mw.logObject(p.expandJsonRef({json={["$ref"]="/wiki/JsonSchema:Statement?action=raw"}}).json)
function p.expandJsonRef(args)
local json = p.defaultArg(args.json, {})
local debug = p.defaultArg(args.debug, false)
local refs = {}
for k,v in pairs(json) do
if (k == "$ref") then
-- e. g. "/wiki/JsonSchema:Label?action=raw" or "/wiki/Category:Entity?action=raw&slot=jsonschema"
if string.find(v, "#") then
if (debug) then mw.logObject("Skip relative reference") end
else
local uri = mw.uri.new(v)
local ref_title = mw.text.split(uri.path, "wiki/", true)[2]
local ref_slot = uri.query["slot"]
if (debug) then
if (ref_slot ~= nil) then mw.logObject("Ref found with title " .. ref_title .. " and slot " .. ref_slot)
else mw.logObject("Ref found with title " .. ref_title) end
end
local ref_json = p.loadJson({title=ref_title, slot=ref_slot}).json
refs[v] = ref_json
json[k] = nil
end
end
end
--mw.logObject(refs)
for k,v in pairs(refs) do
json = p.tableMerge(v, json)
end
for k,v in pairs(json) do
if type(v) == "table" then
json[k] = p.expandJsonRef({json=v}).json
end
end
local result = p.copy(json)
for k,v in pairs(json) do
if (k == "allOf") then
if (type(v) == "table" and v[1] == nil) then v = {v} end -- ensure array
for i,s in pairs(v) do
result = p.tableMerge(s, result)
if (debug) then mw.log("merge allOf with title " .. s["title"]) end
end
result[k] = nil
end
end

return {json=result}
end

function p.defaultArg(arg, default)
if (arg == nil) then
return default
else
return arg
end
end

-- returns the value of a table (dict) path or default, if the path is not defined
-- test: mw.logObject(p.defaultArgPath({some={defined={path="value"}}}, {"some", "defined", "path"}, "default_value"))
-- test: mw.logObject(p.defaultArgPath({some={defined={path="value"}}}, {"some", "undefined", "path"}, "default_value"))
function p.defaultArgPath(arg, path, default)
if (arg == nil) then
return default
elseif (path == nil) then
return arg
else
key = table.remove(path,1)
if (key == nil) then return arg end --end of path
return p.defaultArgPath(arg[key], path, default)
end
end

function p.splitString(inputstr, sep)

if sep == nil then
sep = ";"
end
local t={}
for str in string.gmatch(inputstr, "([^"..sep.."]+)") do
table.insert(t, str)
end
return t
end

--dumps a table to a string (replaced by mw.dumpObject())
function p.dump(o)
return mw.dumpObject(o)
end

--converts a literal to an table
function p.tablefy(o)
if (o == nil) then o = {} end
if (type(o) ~= 'table') then o = {o} end
return o
end

--true if the value is contained in the array (flat arrays only)
function p.tableContains (tab, val)
for index, value in ipairs(tab) do
if value == val then
return true
end
end

return false
end

--get the size of a table
function p.tableLength(t)
local count = 0
for _ in pairs(t) do count = count + 1 end
return count
end

--check if a variable is nil or an empty string or table
function p.nilOrEmpty(o)
if (o == nil) then return true
elseif (type(o) == 'string' and o == "") then return true
elseif (type(o) == 'table' and p.tableLength(o) == 0) then return true
else return false
end
end

-- merges t2 to t1
--test: mw.logObject(p.tableMerge({"string", test1="test1", subtable1={"test"}}, {"string2", test1="test2", test3="test4"}))
function p.tableMerge(t1, t2)
if (t1 == nil) then t1 = {} elseif (type(t1) ~= 'table') then t1 = {t1} end
if (t2 == nil) then t2 = {} elseif (type(t2) ~= 'table') then t2 = {t2} end
for k,v in pairs(t2) do
if type(v) == "table" then
if type(t1[k] or false) == "table" then
p.tableMerge(t1[k] or {}, t2[k] or {})
else
if type(k) == 'number' then table.insert(t1, v)
else t1[k] = v end
end
else
if type(k) == 'number' then table.insert(t1, v)
else t1[k] = v end
end
end
return t1
end

-- from https://stackoverflow.com/questions/640642/how-do-you-copy-a-lua-table-by-value
function p.copy(obj, seen)
if type(obj) ~= 'table' then return obj end
if seen and seen[obj] then return seen[obj] end
local s = seen or {}
local res = setmetatable({}, getmetatable(obj))
s[obj] = res
for k, v in pairs(obj) do res[p.copy(k, s)] = p.copy(v, s) end
return res
end

-- build normalized multilang label
function p.setNormalizedLabel(properties, use_fallbacks)
if (use_fallbacks == nil) then use_fallbacks = true end
if (properties['HasLabel'] ~= nil) then
labels = properties['HasLabel']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = p.splitString(label, '@')[1]:lower():gsub('[^%w]+','')
label_lang = "en"
if (p.splitString(label, '@')[2] ~= nil) then label_lang = p.splitString(label, '@')[2] end
table.insert(properties['HasNormalizedLabel'], label_norm .. "@" .. label_lang)
end

elseif (use_fallbacks and properties['HasName'] ~= nil) then -- fallback, assume English lang
labels = properties['HasName']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = label:lower():gsub('[^%w]+','')
table.insert(properties['HasNormalizedLabel'], label_norm .. "@en")
end
elseif (use_fallbacks and properties['Display title of'] ~= nil) then -- fallback, assume English lang
labels = properties['Display title of']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = label:lower():gsub('[^%w]+','')
table.insert(properties['HasNormalizedLabel'], label_norm .. "@en")
end
end
end

return p

Category:Entity

2025-02-21T07:16:37Z

0000-0003-0410-3616: Reverted edits by 0000-0003-0410-3616 (talk) to last revision by 0000-0001-7444-2969

Category:Item

2025-02-21T06:57:51Z

0000-0003-0410-3616: Update package: OSW Core

Category:OSW57beed5e1294434ba77bb6516e461456

2025-02-21T06:57:40Z

0000-0003-0410-3616: Install package: OSW Ontology

JsonSchema:PostalAddress

2025-02-21T06:57:34Z

0000-0003-0410-3616: Update package: OSW Base

{
"@context": {
"address_supplement": {
"@id": "Property:HasAddressSupplement",
"@type": "xsd:string"
},
"city": {
"@id": "Property:HasCity",
"@type": "@id"
},
"city*": {
"@id": "schema:containedInPlace",
"@type": "@id"
},
"city**": {
"@id": "Property:IsLocatedIn",
"@type": "@id"
},
"country": {
"@id": "schema:addressCountry",
"@type": "@id"
},
"country*": {
"@id": "Property:HasCountry",
"@type": "@id"
},
"house_no": {
"@id": "Property:HasHouseNo",
"@type": "xsd:string"
},
"postal_code": {
"@id": "schema:postalCode",
"@type": "xsd:string"
},
"postal_code*": {
"@id": "Property:HasPostalCode",
"@type": "xsd:string"
},
"post_office_box_no": {
"@id": "schema:postOfficeBoxNumer",
"@type": "xsd:string"
},
"post_office_box_no*": {
"@id": "Property:HasPoBoxNo",
"@type": "xsd:string"
},
"region": {
"@id": "schema:addressRegion",
"@type": "@id"
},
"region*": {
"@id": "Property:HasRegion",
"@type": "@id"
},
"state": {
"@id": "schema:addressCountry",
"@type": "@id"
},
"state*": {
"@id": "Property:HasState",
"@type": "@id"
},
"street_name": {
"@id": "Property:HasStreet",
"@type": "xsd:string"
}
},
"type": "object",
"title": "Postal address",
"title*": {
"en": "Postal address",
"de": "Postalische Adresse"
},
"description": "",
"eval_template": {
"type": "wikitext",
"mode": "render",
"value": "{{#if: {{{addressee|}}}|{{{addressee|}}}\u003Cbr\u003E|}}{{{street_name|}}} {{{house_no|}}}\u003Cbr\u003E{{#if: {{{address_supplement|}}}|{{{address_supplement|}}}\u003Cbr\u003E|}}{{{postal_code|}}} {{#if: {{{city|}}} |[[{{{city|}}}]]|{{{city_name|}}} }}, {{#if: {{{region|}}}|[[{{{region|}}}]],\u0026nbsp;|}}{{#if: {{{state|}}}|[[{{{state|}}}]],\u0026nbsp;|}}{{#if: {{{country|}}} |[[{{{country|}}}]]|{{{country_name|}}} }}{{#if: {{{post_office_box_no|}}}|\u003Cbr\u003E{{#switch:{{USERLANGUAGECODE}}|#default=PO Box No|de=Postfach-Nr.}} {{{post_office_box_no|}}}|}}"
},
"required": [
"uuid"
],
"defaultProperties": [
"uuid",
"street_name",
"house_no",
"postal_code",
"city",
"city_name",
"country",
"country_name",
"address_supplement",
"state",
"region",
"post_office_box_no"
],
"properties": {
"uuid": {
"type": "string",
"format": "uuid",
"options": {
"hidden": true
}
},
"country": {
"title": "Country",
"title*": {
"en": "Country",
"de": "Land"
},
"type": "string",
"format": "autocomplete",
"range": "Category:OSW0551abcd6f734047825e3ded4c8a0ffe"
},
"country_name": {
"title": "Country (text)",
"title*": {
"de": "Land (Text)"
},
"type": "string"
},
"state": {
"title": "State",
"title*": {
"en": "State",
"de": "Bundesland"
},
"type": "string",
"format": "autocomplete",
"range": "Category:OSWab60f9a227954ee0be92344ff6272420"
},
"region": {
"title": "Region",
"title*": {
"en": "Region",
"de": "Region"
},
"type": "string",
"format": "autocomplete",
"range": "Category:OSW95efaf34e2c7439e8e7967233910e44b"
},
"post_office_box_no": {
"title": "PO box number",
"title*": {
"en": "PO box number",
"de": "Postfach nummer"
},
"type": "string"
},
"postal_code": {
"title": "Postal code",
"title*": {
"en": "Postal code",
"de": "Postleitzahl"
},
"type": "string"
},
"city": {
"title": "City",
"title*": {
"en": "City",
"de": "Stadt"
},
"type": "string",
"format": "autocomplete",
"range": "Category:OSW807f1da5b42e42f296b213ab06ca873b"
},
"city_name": {
"title": "City (text)",
"title*": {
"de": "Stadt (Text)"
},
"type": "string"
},
"street_name": {
"title": "Street",
"title*": {
"en": "Street",
"de": "Straße"
},
"type": "string"
},
"house_no": {
"title": "House number",
"title*": {
"en": "House number",
"de": "Hausnummer"
},
"type": "string"
},
"address_supplement": {
"title": "Address supplement",
"title*": {
"en": "Address supplement",
"de": "Adresszusatz"
},
"type": "string"
},
"addressee": {
"type": "string",
"title": "Addressee",
"title*": {
"de": "Adressat"
},
"description": "Title line of the address in case different from organization name",
"description*": {
"de": "Titelzeile der Adresse falls abweichend vom Organisationsname"
}
}
}
}

Module:Viewer/Link

2025-02-21T06:57:28Z

0000-0003-0410-3616: Update package: OSW Core

local p = {} --p stands for package

function p.render(frame)
if (frame.args['page'] == nil and frame.args['url'] == nil) then frame = frame:getParent() end
local page = frame.args['page']
local url = frame.args['url']
local label = frame.args['label']
local wikitext = ""
if page ~= nil and page ~= "" then
page = string.gsub(page, "Category:", ":Category:")
if label == nil or label == "" then
label = nil
local pref_lang = frame.args['pref_lang']
if pref_lang == nil then pref_lang = frame:preprocess( "{{USERLANGUAGECODE}}" ) end
local query = "[[" .. page .. "]]|?HasLabel=label_pref_lang|+lang=" .. pref_lang .. "|?HasLabel=label_lang_en|+lang=en|?HasLabel#-=label_lang_any|?HasName=name|?Display_title_of=displaytitle|mainlabel=-"
local result = mw.smw.ask( query )
mw.logObject(result)
if result ~= nil and result[1] ~= nil then
label = result[1]['label_pref_lang']
if label == nil then label = result[1]['label_lang_en'] end
if label == nil then label = result[1]['label_lang_any'] end
if label == nil then label = result[1]['displaytitle'] end
if label == nil then label = result[1]['name'] end
if type(label) == 'table' then label = label[1] end
--mw.logObject(result)
--result = result[1]['predecessor']
--mw.logObject(result)
end
end
page = string.gsub(page, "File:", "Media:")
wikitext = "[[" .. page
if label ~= nil then wikitext = wikitext .. "|" .. label end
wikitext = wikitext .. "]]"
end
if url ~= nil and url ~= "" then
if label == nil then label = url end
wikitext = "[" .. url .. " " .. label .. "]"
end
wikitext = frame:preprocess( wikitext )

return wikitext
end

function p.debug()
frame = mw.getCurrentFrame() -- Get a frame object
newFrame = frame:newChild{ title=title, args = {page="Category:Entity", xpref_lang="de"}}
mw.logObject(p.render( newFrame ) )
end

return p

Template:Viewer/Link

2025-02-21T06:57:27Z

0000-0003-0410-3616: Update package: OSW Core

<onlyinclude>{{#invoke:Viewer/Link|render}}</onlyinclude>
<noinclude>
== Test ==
* {{{{FULLPAGENAME}}|page=Main Page}} test
* {{{{FULLPAGENAME}}|page=Main Page|label=The main page}} test
* {{{{FULLPAGENAME}}|page=Main Page|url=|label=}} test
* {{{{FULLPAGENAME}}|url=https://google.com}} test
* {{{{FULLPAGENAME}}|page=Category:Entity|url=|label=}} category test
* {{{{FULLPAGENAME}}|page=File:OSW5f36a59d4bb94ea0bf93f08f7470f609.png}} file test
* {{{{FULLPAGENAME}}|page=Item:OSW9ac4532e584340bcadab9022402a9697#OSW2ac7f0e6172e4fb88d61527e493c3366}} subobject test

<templatedata>
{
"params": {
"page": {
"label": "Link target"
},
"label": {}
},
"format": "inline"
}
</templatedata>
</noinclude>

Module:MwJson

2025-02-21T06:57:27Z

0000-0003-0410-3616: Update package: OSW Core

-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSW7d7193567ea14e4e89b74de88983b718", slot="jsondata"}).json, debug=true, mode="header"}))

local lustache = require("Module:Lustache")

local p = {} --p stands for package

p.keys = { --jsonschema / json-ld keys
category='type',
category_pseudoproperty='Category', -- Property:Category
subcategory='subclass_of',
schema_type='schema_type',
property_ns_prefix='Property',
schema='osl_schema',
template='eval_template',
mode='mode',
context='@context',
allOf='allOf',
label='label',
name='name',
description='description',
text='text',
debug='_debug'
}
p.slots = { --slot names
main='main',
jsondata='jsondata',
jsonschema='jsonschema',
header_template='header_template',
footer_template='footer_template',
data_template='data_template'
}
p.mode = {
header='header',
footer='footer',
query='query'
}

p.cache = {}

--loads json from a wiki page
--test: mw.logObject(p.loadJson({title="JsonSchema:Entity"}))
--test: mw.logObject(p.loadJson({title="Category:Entity", slot="jsonschema"}))
function p.loadJson(args)
local page_title = p.defaultArg(args.title, "JsonSchema:Entity") --for testing
local slot = p.defaultArg(args.slot, 'main')
local debug = p.defaultArg(args.debug, nil)
local msg = ""

local json = {}

if p.cache[page_title] ~= nil then
if p.cache[page_title][slot] ~= nil then
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsondata .. " of page " .. page_title .. " from cache <br>" end
json = p.cache[page_title][slot]
return {json=json, debug_msg=msg}
end
else p.cache[page_title] = {}
end

if (slot == 'main') then
--json = mw.loadJsonData( "JsonSchema:Entity" ) --requires MediaWiki 1.39
local page = mw.title.makeTitle(p.splitString(page_title, ':')[1], p.splitString(page_title, ':')[2])
local text = page:getContent()
if (text ~= nil) then json = mw.text.jsonDecode(text) end
else
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsondata .. " of page " .. page_title .. "<br>" end
local text = mw.slots.slotContent( slot , page_title )
if (text ~= nil) then json = mw.text.jsonDecode(text) end
end

--mw.logObject(json)
p.cache[page_title][slot] = json

return {json=json, debug_msg=msg}
end

-- test: mw.logObject(p.walkJsonSchema({jsonschema=p.loadJson({title="Category:Hardware", slot="jsonschema"}).json, debug=true}).jsonschema)
function p.walkJsonSchema(args)
local jsonschema = p.defaultArg(args.jsonschema, {})
local jsonschemas = p.defaultArg(args.jsonschemas, {})
local categories = p.defaultArg(args.categories, nil)
local visited = p.defaultArg(args.visited, {})
local mode = p.defaultArg(args.mode, p.mode.header)
--local merged_jsonschema = p.defaultArg(args.merged_jsonschema, {})
local templates = p.defaultArg(args.templates, {})
local recursive = p.defaultArg(args.recursive, true)
local root = p.defaultArg(args.root, true)
local debug = p.defaultArg(args.debug, false)
local msg = ""
local wikitext = ""

local category_template_slot = nil
if (mode == p.mode.footer) then category_template_slot = p.slots.footer_template end
if (mode == p.mode.header) then category_template_slot = p.slots.header_template end

if (categories == nil) then categories = p.getCategories({jsonschema=jsonschema, includeNamespace=true}).categories end
if (type(categories) ~= 'table') then categories = {categories} end
if (debug) then msg = msg .. "Supercategories: " .. mw.dumpObject(categories) .. "\n<br>" end
for k, category in pairs(categories) do
if (not p.tableContains(visited, category)) then
--mw.logObject("Visit " .. category)
if (debug) then msg = msg .. "Fetch slot " .. p.slots.jsonschema .. " from page " .. category .. "\n<br>" end
local super_jsonschema_str = mw.slots.slotContent( p.slots.jsonschema , category )
if (super_jsonschema_str ~= nil) then
super_jsonschema = mw.text.jsonDecode( super_jsonschema_str )
if (recursive) then
local res = p.walkJsonSchema({jsonschema=super_jsonschema, jsonschemas=jsonschemas, templates=templates, mode=mode, visited=visited, root=false})
wikitext = wikitext .. res.wikitext
end
--table.insert(jsonschemas, mw.text.jsonDecode( super_jsonschema_str )) --keep a copy of the schema, super_jsonschema passed by references gets modified
--table.insert(jsonschemas, super_jsonschema )
--mw.logObject("Store " .. category)
table.insert(visited, category)
jsonschemas[category] = mw.text.jsonDecode( super_jsonschema_str ) --keep a copy of the schema, super_jsonschema passed by references gets modified
--jsonschema = p.tableMerge(jsonschema, super_jsonschema) --merge superschema is done by the caller
end

if (debug) then msg = msg .. "Fetch slot " .. category_template_slot .. " from page " .. category .. "\n<br>" end
templates[category] = mw.slots.slotContent( category_template_slot , category )
end
end
if (root) then
for i, category in ipairs(visited) do
--merge all schemas. we need to make a copy here, otherwise jsonschemas["Category:Entity"] contains the merged schema
jsonschema = p.copy(p.tableMerge(jsonschema, jsonschemas[category]))
end
end
if (debug) then wikitext = msg .. wikitext end
return {jsonschema=jsonschema, jsonschemas=jsonschemas, templates=templates, visited=visited, wikitext=wikitext}
end

--[[ test:
category = "Category:Hardware"
page = "Item:OSW7d7193567ea14e4e89b74de88983b718"
category2 = "Category:OSW80e240a2e17d4ae5adfe6419051aa0bb"
page2 = "Item:OSWa4da6664aeac466a86b09e6b32a1cb41"
mw.logObject(p.expandEmbeddedTemplates({
jsonschema=p.walkJsonSchema({jsonschema=p.loadJson({title=category, slot="jsonschema"}).json, debug=true}).jsonschema,
jsondata=p.loadJson({title=page, slot="jsondata"}).json,
debug=true, mode="render"
}).res)
--]]
function p.expandEmbeddedTemplates(args)
local frame = p.defaultArg(args.frame, mw.getCurrentFrame())
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local template = p.defaultArg(args.template, nil)
local mode = p.defaultArg(args.mode, nil)
local stringify_arrays = p.defaultArg(args.stringify_arrays, false)
local msg = ""
local res = p.defaultArg(args.jsondata, "")

for k,v in pairs(jsondata) do
local eval_template = nil
local eval_templates = p.defaultArgPath(jsonschema, {"properties", k, p.keys.template}, {})
if (eval_templates[1] == nil) then eval_templates = {eval_templates} end --ensure list of objects
for i, t in pairs(eval_templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then eval_template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then eval_template = t --default
elseif (debug) then msg = msg .. "Ignore eval_template" .. mw.dumpObject( t ) .. "\n<br>"
end
end

if (eval_template ~= nil and eval_template.value ~= nil and (eval_template.type == "mustache" or eval_template.type == "mustache-wikitext")) then
-- mustache can handle objects and array to we can parse it directly
-- todo: handle nested templates
local template_param = {[k]=v}
if (eval_template.root_key == false) then template_param = v end
if (debug) then msg = msg .. "Parse mustache template " .. eval_template.value .. " with params " .. mw.dumpObject( template_param ) .. "\n<br>" end
jsondata[k] = lustache:render(eval_template.value, template_param, p.tableMerge({self=eval_template.value}, eval_template.partials)) -- render with self as registered partial for recursion
if (eval_template.type == "mustache-wikitext") then
jsondata[k] = frame:preprocess( jsondata[k] )
end
elseif type(v) == 'table' then
if (v[1] == nil) then --key value array = object/dict
local sub_res = p.expandEmbeddedTemplates({frame=frame, jsondata=v, jsonschema=p.defaultArgPath(jsonschema, {"properties", k}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays})
msg = msg .. sub_res.debug_msg
jsondata[k] = sub_res.res
--if (sub_res.unparsed ~= nil) then jsondata[k] = sub_res.unparsed else jsondata[k] = sub_res.wikitext end
else --list array
local string_list = ""
for i,e in pairs(v) do

local eval_template = nil
local eval_templates = p.defaultArgPath(jsonschema, {"properties", k, "items", p.keys.template}, {})
if (eval_templates[1] == nil) then eval_templates = {eval_templates} end --ensure list of objects

for i, t in pairs(eval_templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then eval_template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then eval_template = t --default
elseif (debug) then msg = msg .. "Ignore eval_template" .. mw.dumpObject( t ) .. "\n<br>"
end
end

if type(e) == 'table' then
local sub_res = p.expandEmbeddedTemplates({frame=frame, jsondata=e, jsonschema=p.defaultArgPath(jsonschema, {"properties", k, "items"}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays})
msg = msg .. sub_res.debug_msg
if (type(sub_res.res) == 'table') then
if (debug) then msg = msg .. "Values for " .. k .. " contains non-literal items: " .. mw.dumpObject( sub_res.res ) .. " => skip value in wikitemplate array param creation\n<br>" end
else
if (stringify_arrays) then string_list = string_list .. sub_res.res .. ";"
else v[i] = sub_res.res end
end
else
if (eval_template ~= nil and eval_template.value ~= nil) then

--evaluate single array item string as json {"self": "<value>", ".": "<value>"} => does not work since jsondata is an object
--e = p.expandEmbeddedTemplates({frame=frame, jsondata={["self"]=e,["."]=e}, jsonschema=p.defaultArgPath(jsonschema, {"properties", k, "items"}, {}), template=eval_template, mode=mode, stringify_arrays=stringify_arrays})

if (eval_template.type == "mustache" or eval_template.type == "mustache-wikitext") then
if (debug) then msg = msg .. "Parse mustache template " .. eval_template.value .. " with params " .. mw.dumpObject( e ) .. "\n<br>" end
-- {{.}} in the template will be the value of e
e = lustache:render(eval_template.value, e, p.tableMerge({self=eval_template.value}, eval_template.partials)) -- render with self as registered partial for recursion
end
if (eval_template.type == "mustache-wikitext") then --or eval_template.type == "wikitext") then
if (debug) then msg = msg .. "Parse wikitext template " .. e .. " with params " .. mw.dumpObject( e ) .. "\n<br>" end
e = frame:preprocess( e )
end
v[i] = e -- update array
end
if (stringify_arrays) then string_list = string_list .. e .. ";" end
end
end
if (stringify_arrays) then jsondata[k] = string_list end
end
end
end

if (template == nil) then
local templates = jsondata[p.keys.template]
if (templates == nil) then templates = p.defaultArg(jsonschema[p.keys.template], {}) end
if (templates[1] == nil) then templates = {templates} end --ensure list of objects
for i, t in pairs(templates) do
if (t[p.keys.mode] ~= nil and t[p.keys.mode] == mode) then template = t --use only render templates in render mode and store templates in store mode
elseif (t[p.keys.mode] == nil) then template = t --default
elseif (debug) then msg = msg .. "Ignore template" .. mw.dumpObject( t ) .. "\n<br>"
end
end
end

if template ~= nil then
if (template.type == "wikitext") then
for k,v in pairs(jsondata) do
if type(v) == 'table' then
if (debug) then msg = msg .. "Values for " .. k .. " contains non-literals: " .. mw.dumpObject( v ) .. " => skip wikitemplate parsing\n<br>" end
return {res=res, debug_msg=msg}
end --not supported
end
if (template.value ~= nil) then
if (debug) then msg = msg .. "Parse wikitemplate " .. template.value .. " with params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
local child = frame:newChild{args=jsondata}
res = child:preprocess( template.value )
elseif (template.page ~= nil) then
if (debug) then msg = msg .. "Parse wikitemplate " .. template.page .. " with params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
res = frame:expandTemplate{ title = template.page, args = jsondata }
end

end
end

--if (debug) then mw.logObject(msg) end
return {res=res, debug_msg=msg}
end

-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSW7d7193567ea14e4e89b74de88983b718", slot="jsondata"}).json, debug=true, mode="header"}))
-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Item:OSWa4da6664aeac466a86b09e6b32a1cb41", slot="jsondata"}).json, debug=true, mode="header"}))
-- mw.logObject(p.processJsondata({jsondata=p.loadJson({title="Category:OSWb3022bbf7e7146eb8e6f6e3264f50bbe", slot="jsondata"}).json, debug=true, mode="header", categories={"Category:Category"}}))
function p.processJsondata(args)
local frame = p.defaultArg(args.frame, mw.getCurrentFrame())
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local template = p.defaultArg(args.template, nil)
local categories = p.defaultArg(args.categories, nil)
local recursive = p.defaultArg(args.recursive, true)
local mode = p.defaultArg(args.mode, p.mode.header)
local debug = p.defaultArg(args.debug, false)
local title = mw.title.getCurrentTitle()

local wikitext = ""
local msg = "" --debug msg

if (p.nilOrEmpty(jsondata) or (p.nilOrEmpty(categories) and p.nilOrEmpty(jsonschema) and p.nilOrEmpty(jsondata[p.keys.category]))) then return {wikitext=wikitext, debug_msg=msg} end --nothing to do here
--if (jsondata == nil or p.tableLength(jsondata) == 0 or (categories == nil and jsonschema == nil and jsondata[p.keys.category] == nil)) then return {wikitext=wikitext, debug_msg=msg} end --nothing to do here
--jsonschema = p.defaultArg(jsonschema, {})
--jsondata = p.defaultArg(jsondata, {})
--if (categories == nil) then categories = jsondata[p.keys.category] end -- let function param overwrite json property
if (not p.nilOrEmpty(jsondata[p.keys.category])) then categories = jsondata[p.keys.category] end -- let json property overwrite function param

local schema_res = p.walkJsonSchema({jsonschema=jsonschema, categories=categories, mode=mode, recursive=recursive, debug=debug})
local expand_res = p.expandJsonRef({json=schema_res.jsonschema, debug=debug})
jsonschema = expand_res.json
--mw.log(mw.text.jsonEncode(jsonschema))

local display_label = p.defaultArgPath(jsondata, {p.keys.name}, "")
if (display_label == "" or (title.nsText ~= "Category" and title.nsText ~= "Property")) then
display_label = p.defaultArgPath(jsondata, {p.keys.label, 1, p.keys.text}, "") --prefere label for all non-category and non-property pages
end

local jsonld = p.copy(jsondata)
local json_data_store = p.copy(jsondata)
local json_data_render = p.copy(jsondata)
json_res_store = p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=json_data_store, mode='store'})
msg = msg .. json_res_store.debug_msg
--mw.log("JSONDATA STORE")
--mw.logObject(json_res_store.res)

local smw_res = nil
if (mode == p.mode.header) then

-- get the semantic properties by looking up the json keys in the json-ld context
smw_res = p.getSemanticProperties({jsonschema=jsonschema, jsondata=json_res_store.res, store=false, debug=debug})

-- store metadata where properties were defined / overridden
for i, category in ipairs(schema_res.visited) do
for k, v in pairs(p.defaultArgPath(schema_res.jsonschemas, {category, 'properties'}, {})) do --property section may not exisit
if smw_res.definitions[k] == nil then smw_res.definitions[k] = {} end
if smw_res.definitions[k]['defined_in'] == nil then smw_res.definitions[k]['defined_in'] = {} end
table.insert(smw_res.definitions[k]['defined_in'], category)
end
end

-- embed json-ld in resulting html for search engine discovery
jsonld["@context"] = smw_res.context
jsonld["@type"] = p.tableMerge(p.tablefy(jsonschema.schema_type), p.tablefy(jsonld["@type"])) --
jsonld['schema:name'] = p.defaultArgPath(jsonld, {p.keys.label, 1, p.keys.text}, jsonld['name']) --google does not support @value and @lang
jsonld['schema:description'] = p.defaultArgPath(jsonld, {p.keys.description, 1, p.keys.text}, nil)
for k, v in pairs(jsonld) do
if (type(v) == "string") then
local vpart = p.splitString(v, ':')
if (p.tableLength(vpart) == 2 and vpart[1] == "File") then jsonld[k] = mw.getCurrentFrame():callParserFunction( 'filepath', { vpart[2] } ) end --google does not follow redirects via "File":"wiki:Special:Redirect/file/"
end
end
wikitext = wikitext .. "<div class='jsonld-header' style='display:none' data-jsonld='" .. mw.text.jsonEncode( jsonld ):gsub("'","`") .. "'></div>"
end

local json_res = p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=json_data_render, mode='render'})
msg = msg .. json_res.debug_msg
jsondata =json_res.res
--mw.log("JSONDATA RENDER")
--mw.logObject(jsondata)

local max_index = p.tableLength(schema_res.visited)
for i, category in ipairs(schema_res.visited) do
if (mode == p.mode.footer) then category = schema_res.visited[max_index - i +1] end --reverse order for footer templates
local super_jsonschema = schema_res.jsonschemas[category]
local template = schema_res.templates[category]
if (template ~= nil) then
if (debug) then msg = msg .. "Parse \n\n" .. template .. " \n\nwith params " .. mw.dumpObject( jsondata ) .. "\n<br>" end
local stripped_jsondata={}
for k, v in pairs(jsondata) do
if (type(v) ~= 'table') then stripped_jsondata[k] = v end --delete object values, not supported by wiki templates
end
local child = frame:newChild{args=stripped_jsondata}
if ( template:sub(1, #"=") == "=" ) then template = "\n" .. template end -- add line break if template starts with heading (otherwise not rendered by mw parser)
wikitext = wikitext .. child:preprocess( template )
elseif (mode == p.mode.header) then
local ignore_properties = {[p.keys.category]=true} -- don't render type/category on every subclass
for j, subcategory in ipairs(schema_res.visited) do
if j > i then
local subjsonschema = schema_res.jsonschemas[subcategory]
for k, v in pairs(p.defaultArg(subjsonschema['properties'], {})) do
-- skip properties that are overwritten in subschemas, render them only once at the most specific position
ignore_properties[k] = true
end
end
end
-- render the infobox for the schema itself and every super_schema using always the global json-ld context (merged within walkJsonSchema())
-- context needs to be preprocessed with buildContext() since the generic json/table merge of the @context atttribute produces a list of strings (remote context) and context objects
-- context is already build in p.getSemanticProperties. schema_allOfMerged is used to provide the full schema for overridden properties
local infobox_res = p.renderInfoBox({jsonschema=super_jsonschema, schema_allOfMerged=jsonschema, context=smw_res.context, property_definitions=smw_res.definitions, jsondata=jsondata, ignore_properties=ignore_properties})
wikitext = wikitext .. frame:preprocess( infobox_res.wikitext )
end
end

--local display_label = ""
--if (jsondata[p.keys.label] ~= nil) then display_label = p.splitString(jsondata[p.keys.label], '@')[1] end
local set_categories_in_wikitext = {}
p.tableMerge(set_categories_in_wikitext, json_res_store.res[p.keys.subcategory]) --classes/categories, nil for items
if (title.nsText ~= "Category") then --items
p.tableMerge(set_categories_in_wikitext, json_res_store.res[p.keys.category]) -- categories from schema type
end

-- Todo: Consider moving the category and this block to p.getSemanticProperties with store=true. However, settings categories with @category is only possible for subobjects
if (smw_res ~= nil) then
local display_label = p.getDisplayLabel(jsondata, smw_res.properties)
if title.nsText == "Property" then display_label = p.defaultArgPath(jsondata, {p.keys.name}, display_label) end

if (debug) then msg = msg .. "Store page properties" end
-- category handling
p.tableMerge(set_categories_in_wikitext, smw_res.properties[p.keys.category_pseudoproperty])
smw_res.properties[p.keys.category_pseudoproperty] = nil -- delete pseudo property

smw_res.properties['HasOswId'] = mw.title.getCurrentTitle().fullText --set special property OswId to own title

-- label and display title handling
if display_label ~= nil then
smw_res.properties['Display title of'] = display_label --set special property display title
smw_res.properties['Display title of lowercase'] = display_label:lower() --store lowercase for case insensitive query
smw_res.properties['Display title of normalized'] = display_label:lower():gsub('[^%w]+','') --store with all non-alphanumeric chars removed for normalized query
end
p.setNormalizedLabel(smw_res.properties) --build normalized multilang label
mw.ext.displaytitle.set(display_label)
--smw_res.properties['@category'] = jsondata[p.keys.category]
local store_res = mw.smw.set( smw_res.properties ) --store as semantic properties
if (debug) then msg = msg .. mw.dumpObject(smw_res.properties) end
if (store_res) then
if (debug) then msg = msg .. "SMW SUCCESS: " end
else
wikitext = wikitext .. store_res.error
if (debug) then msg = msg .. "SMW ERROR: " .. store_res.error end
end
--wikitext = mw.dumpObject(smw_res.properties) .. wikitext
end
wikitext = wikitext .. "\n" .. p.setCategories({categories=set_categories_in_wikitext, sortkey=display_label}).wikitext

if (debug) then mw.logObject(res) end
return {wikitext=wikitext, debug_msg=msg}
end

-- renders a default infobox
-- test: mw.logObject(p.renderInfoBox({jsonschema=p.loadJson({title="JsonSchema:Entity"}).json, jsondata={uuid="123123"}}))
function p.renderInfoBox(args)
local debug = p.defaultArg(args.debug, false)
local jsondata = p.defaultArg(args.jsondata, {})
local schema = p.defaultArg(args.jsonschema, nil) -- local schema from the perspective of the current category
local schema_allOfMerged = p.defaultArg(args.schema_allOfMerged, schema) -- global schema with allOfs merged
local property_definitions = p.defaultArg(args.property_definitions, {}) -- dict schema_key: {property: <smw_property>, ...}
local res = ""
if schema == nil then return res end

local context = p.defaultArg(args.context, p.buildContext({jsonschema=schema}).context)
local ignore_properties = p.defaultArg(args.ignore_properties, {})

local schema_label = p.renderMultilangValue({jsonschema=schema})

-- see also: https://help.fandom.com/wiki/Extension:Scribunto/HTML_Library_usage_notes
local tbl = mw.html.create( 'table' )
tbl
:attr( 'class', 'info_box' )
:tag( 'tr' )
:tag( 'th' )
:attr( 'class', 'heading' )
:attr( 'colspan', '2' )
:wikitext( schema_label )
for k,v in pairs(jsondata) do
if (not ignore_properties[k]) then
if (schema['properties'] ~= nil and schema['properties'][k] ~= nil and (type(v) ~= 'table' or v[1] ~= nil)) then --literal or literal array
local def = schema_allOfMerged['properties'][k]
--mw.logObject(def)

local label = p.renderMultilangValue({jsonschema=def, default=k})

local description = p.renderMultilangValue({jsonschema=def, key="description"})
if (p.tableLength(p.defaultArgPath(property_definitions, {k, 'defined_in'}, {})) > 0) then description = description .. "<br>Definition: " end
for i, c in pairs(p.defaultArgPath(property_definitions, {k, 'defined_in'}, {})) do
if (i > 1) then description = description .. ", " end
description = description .. "[[:" ..c .. "]]"
end
if (description ~= "") then description = "{{#info: " .. description .. "|note }}" end -- smw tooltip
label = label .. description

--res = res .. title ": " .. v
local cell = tbl:tag( 'tr' )
:tag( 'th' )
:wikitext( label )
:done()
:tag( 'td' )
if (type(v) == 'table') then
for i,e in pairs(v) do
if (type(e) ~= 'table') then
local p_type = p.defaultArgPath(context, {k, '@type'}, '@value')
if (p_type == '@id' and p.defaultArgPath(def, {'items', 'type'}, 'unknown') == 'string' and def['eval_template'] == nil) then
-- auto-link (OSW-)IDs if no eval_template is present
e = string.gsub(e, "Category:", ":Category:") -- make sure category links work
e = string.gsub(e, "File:", ":File:") -- do not embedd images but link to them
e = "[[" .. e .. "]]"
elseif (p_type == 'xsd:date') then -- formate date with user preferences
e = "{{#dateformat:" .. e .. "|ymd}}"
elseif (p_type == 'xsd:dateTime') then -- formate time with user preferences
local smw_property = p.defaultArgPath(property_definitions, {k, 'property'})
if (smw_property ~= nil) then e = "{{#ask: [[{{FULLPAGENAME}}]]|?" .. smw_property .. "#LOCL#TO= |format=plain |mainlabel=-}}"
else
local _, _, date, hours, minutes = string.find(e, "(%S+)[T ](%S+)[:](%S+)[:?]")
e = "{{#dateformat:" .. date .. "|ymd}} " .. hours .. ":" .. minutes .. " (UTC)"
end
elseif (type(v) == 'boolean') then
if (v) then v = "✅" else v = "❌" end -- green check mark or red cross
elseif (def['eval_template'] == nil and (string.len(e) > 100) and (string.find(e, "{{") == nil) and (string.find(e, "</") == nil) and (string.find(e, "%[%[") == nil)) then -- no markup, no links
e = string.sub(e, 1, 100) .. "..."; -- limit infobox plain text to max 100 chars
elseif (debug) then
mw.log("Unformated: " .. k .. " " .. p.defaultArgPath(def, {'items', 'type'}, 'unknown'))
mw.logObject(def)
end
cell:wikitext("\n* " .. e .. "")
end
end
else
local p_type = p.defaultArgPath(context, {k, '@type'}, '@value')
if (p_type == '@id' and p.defaultArgPath(def, {'type'}, 'unknown') == 'string' and def['eval_template'] == nil) then
-- auto-link (OSW-)IDs if no eval_template is present
v = string.gsub(v, "Category:", ":Category:") -- make sure category links work
v = string.gsub(v, "File:", ":File:") -- do not embedd images but link to them
v = "[[" .. v .. "]]"
elseif (p_type == 'xsd:date') then -- formate date & time with user preferences
v = "{{#dateformat:" .. v .. "|ymd}}"
elseif (p_type == 'xsd:dateTime') then -- formate time with user preferences
local smw_property = p.defaultArgPath(property_definitions, {k, 'property'})
if (smw_property ~= nil) then v = "{{#ask: [[{{FULLPAGENAME}}]]|?" .. smw_property .. "#LOCL#TO= |format=plain |mainlabel=-}}"
else
local _, _, date, hours, minutes = string.find(v, "(%S+)[T ](%S+)[:](%S+)[:?]")
v = "{{#dateformat:" .. date .. "|ymd}} " .. hours .. ":" .. minutes .. " (UTC)"
end
elseif (type(v) == 'boolean') then
if (v) then v = "✅" else v = "❌" end -- green check mark or red cross
elseif (def['eval_template'] == nil and (string.len(v) > 100) and (string.find(v, "{{") == nil) and (string.find(v, "</") == nil) and (string.find(v, "%[%[") == nil)) then -- no markup, no links
v = string.sub(v, 1, 100) .. "..."; -- limit infobox plain text to max 100 chars
elseif (debug) then
mw.log("Unformated: " .. k .. " " .. p.defaultArgPath(def, {'type'}, 'unknown'))
mw.logObject(def)
end
cell:wikitext("\n" .. v .. "")
end
end
end
end
res = res .. tostring( tbl )
--mw.logObject(res)

return {wikitext=res}
end

-- test
-- mw.logObject(p.getCategories({jsonschema={allOf={["$ref"]="/wiki/Category:Test?action=raw&slot=jsonschema"}}, includeNamespace=true}))
-- mw.logObject(p.getCategories({jsonschema={allOf={{["$ref"]="/wiki/Category:Test?action=raw&slot=jsonschema"}, {["$ref"]="/wiki/Category:Test2?action=raw&slot=jsonschema"}}}}))
function p.getCategories(args)
local jsonschema = p.defaultArg(args.jsonschema, {})
local includeNamespace = p.defaultArg(args.includeNamespace, false)

local categories = {}
local allOf = jsonschema[p.keys.allOf]
if (allOf ~= nil) then
--properties['@category'] = {}
for k, entry in pairs(allOf) do
if type(entry) == 'table' then -- "allOf": [{"$ref": "/wiki/Category:Test?action=raw"}]
for p, v in pairs(entry) do
if (p == '$ref') then
for category in v:gmatch("Category:([^?]+)") do -- e.g. "/wiki/Category:Test?action=raw"
if (includeNamespace) then category = "Category:" .. category end
table.insert(categories, category)
end
end
end
else -- "allOf": {"$ref": "/wiki/Category:Test?action=raw"}
if (k == '$ref') then
for category in entry:gmatch("Category:([^?]+)") do -- e.g. "/wiki/Category:Test?action=raw"
if (includeNamespace) then category = "Category:" .. category end
table.insert(categories, category)
end
end
end
end
end

return {categories=categories}
end

--sets a list of categories on the page
--test: mw.logObject(p.setCategories({categories={"Cat1", "Category:Cat2"}}))
function p.setCategories(args)
local categories = p.defaultArg(args.categories, {})
local sortkey = p.defaultArg(args.sortkey, "")
if (sortkey ~= "") then sortkey = "|" .. sortkey end
if (type(categories) ~= 'table') then categories = {categories} end
local res = ""
for k, entry in pairs(categories) do
res = res .. "[[Category:" .. string.gsub(entry, "Category:", "") .. sortkey .."]]"
end
return {wikitext=res}
end

--[[ test
category = "Category:Entity"
jsonschema = p.expandJsonRef({json=p.loadJson({title=category, slot="jsonschema"}).json}).json
mw.logObject(p.buildContext({jsonschema=jsonschema, debug=true}))
mw.log(mw.text.jsonEncode(p.buildContext({jsonschema=jsonschema, debug=false}).context))
or
jsonschema = {
["@context"]={test="level 0"},
properties={
test={
type="object",
["@context"]={test1="level 1"},
properties= {
test= {
type="array",
items= {
type="object",
["@context"]={test2="level 2"}
}
}
}
}
}
}
mw.logObject(p.buildContext({jsonschema=jsonschema, debug=true}))
--]]

-- constructs a property specific local jsonld context
function p.buildContext(args)
local schema = p.defaultArg(args.jsonschema, {})
--mw.logObject(schema)
local context = p.defaultArg(args.context, schema[p.keys.context])
local result = p.defaultArg(args.result, {})
if (context ~= nil) then
for k,v in pairs(context) do
if type(k) == 'number' and type(v) == 'string' then
--table.insert(result, v) --skip context imports
elseif (type(v) == 'table' and v[1] ~= nil) then --custom addtional mappings, e. g. "type*": ["Property:HasType"]
result[k] = v
elseif (type(v) == 'table' and v['@id'] == nil and v['@reverse'] == nil) then --subcontext
p.tableMerge(result, p.buildContext({context=v}).context)
else
result[k] = v
end
end
end
local properties = p.defaultArg(schema.properties, {})

-- build property context
for k,v in pairs(properties) do
local subcontext = nil
if (p.defaultArgPath(properties, {k, 'type'}) == 'object') then
--mw.logObject(properties[k])
subcontext = p.buildContext({jsonschema=properties[k]}).context
elseif (p.defaultArgPath(properties, {k, 'items', 'type'}) == 'object') then
--mw.logObject(properties[k]['items'])
subcontext = p.buildContext({jsonschema=properties[k]['items']}).context
end
if (subcontext ~= nil and p.tableLength(subcontext) > 0) then
if (result[k] == nil) then result[k] = {} end
if (type(result[k]) == 'string') then result[k] = {["@id"]=result[k]} end
if (result[k][p.keys.context] == nil) then result[k][p.keys.context] = {} end
result[k][p.keys.context] = p.tableMerge(result[k][p.keys.context], subcontext)
end
end
return {context=result}
end

--maps jsondata values to semantic properties by using the @context attribute within the schema
--test: mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={test="Property:schema:TestProperty", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}, jsondata={test="TestValue", myObjectProperty="123"}, debug=true}))
--test: mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={"some uri",{test="Property:TestProperty", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}}, jsondata={test="TestValue", myObjectProperty="123"}, debug=true}))
--[[
mw.logObject(p.getSemanticProperties({jsonschema={["@context"]={test="Property:TestProperty", subobject="Property:HasSubobject", myObjectProperty={["@id"]= "Property:MyObjectProperty", ["@type"]= "@id"}}}, jsondata={
test="TestValue", myObjectProperty="123", subobject={uuid="123-123-123", test="TestValue2"}
}, debug=true}))

mw.logObject(p.getSemanticProperties({jsonschema=p.loadJson({title="Category:OSW80e240a2e17d4ae5adfe6419051aa0bb", slot="jsonschema"}).json, p.loadJson({title="Item:OSWa4da6664aeac466a86b09e6b32a1cb41", slot="jsonsdata"}).json, debug=true}))

category = "Category:Hardware"
page = "Item:OSW7d7193567ea14e4e89b74de88983b718"
category2 = "Category:OSW80e240a2e17d4ae5adfe6419051aa0bb"
page2 = "Item:OSWa4da6664aeac466a86b09e6b32a1cb41"
jsonschema =p.walkJsonSchema({jsonschema=p.loadJson({title=category, slot="jsonschema"}).json, debug=true}).jsonschema
mw.logObject(p.getSemanticProperties({
jsonschema=jsonschema,
jsondata=p.expandEmbeddedTemplates({jsonschema=jsonschema, jsondata=p.loadJson({title=page, slot="jsondata"}).json}).res,
debug=true
}).properties)

--]]
function p.getSemanticProperties(args)
local jsondata = p.defaultArg(args.jsondata, {})
local schema = p.defaultArg(args.jsonschema, {})
local subschema = p.defaultArg(args.subschema, schema)
local parent_schema_property = p.defaultArg(args.parent_schema_property, {}) -- ToDo: Not used except in getSemanticQuery => remove
local store = p.defaultArg(args.store, false)
local root = p.defaultArg(args.root, true)
local properties = p.defaultArg(args.properties, {}) --semantic properties to store, dict key=property_name, value=array of string values
local debug = p.defaultArg(args.debug, false)
--if (debug) then mw.logObject("Call getSemanticProperties with args " .. mw.dumpObject( args ) .. "\n<br>") end

local subjectId = mw.title.getCurrentTitle().fullText
local subobjectId = nil
if (root == false and jsondata['uuid'] ~= nil) then
subobjectId = "OSW" .. string.gsub(jsondata['uuid'], "-", "")
subjectId = subjectId .. '#' .. subobjectId
end

local property_data = {}
local context = p.defaultArg(args.context, p.buildContext({jsonschema=schema}).context)
local error = ""
if (debug) then mw.logObject(context) end
if schema ~= nil and context ~= nil then
local schema_properties = p.defaultArg(subschema.properties, {})
if (debug and root) then
for k,v in pairs(context) do
if type(k) == 'number' then mw.logObject("imports " .. v)
elseif type(v) == 'table' and v["@id"] ~= nil then mw.logObject("" .. k .. " maps to " .. v["@id"])
else mw.logObject("" .. k .. " maps to " .. mw.dumpObject(v)) end
end
end
for k,v in pairs(jsondata) do
local property_names = {}
local subobject_properties = {} -- reverse properties to store in the subobject
local mapping_found = false
local property_definitions = {} -- list of objects {id=..., reverse=...}

for term, def in pairs(context) do
local term_parts = p.splitString(term, "*")
if (term_parts[1] == k) then --custom additional mapping term*(*...): "Property:..."
if type(def) == 'table' then
-- note: json-ld allows only @id OR @reverse
if (def["@id"] ~= nil) then table.insert(property_definitions, {id=def["@id"], reverse=false}) end
if (def["@reverse"] ~= nil) then table.insert(property_definitions, {id=def["@reverse"], reverse=true}) end
else table.insert(property_definitions, {id=def}) end
end
end
if (debug) then mw.logObject(property_definitions) end
for i,e in ipairs(property_definitions) do
local id = e["id"]
local property_definition = p.splitString(id, ':')
if property_definition[1] == p.keys.property_ns_prefix then
mapping_found = true
property_name = string.gsub(id, p.keys.property_ns_prefix .. ":", "") -- also allow prefix properties like: Property:schema:url
if (e["reverse"]) then -- reverse properties are handled in the respective subobject
if (subobject_properties[property_name] == nil) then subobject_properties[property_name] = {} end --initialize empty list
table.insert(subobject_properties[property_name], subjectId) -- add triple subobject -property-> subject
else table.insert(property_names, property_name) end
local schema_property = p.defaultArg(schema_properties[k], {})
local schema_type = p.defaultArg(schema_property.type, nil) --todo: also load smw property type on demand
property_data[k] = {schema_type=schema_type, schema_data=schema_property, property=property_name, value=v, reverse=e["reverse"]}
end
end
for i, property_name in ipairs(property_names) do
if (properties[property_name] == nil) then properties[property_name] = {} end --initialize empty list
end
if type(v) == 'table' then
--if (debug) then mw.logObject("prop " .. k .. " = " .. mw.dumpObject(v)) end
if (mapping_found) then
local subcontext = p.copy(p.defaultArgPath(context, {k, p.keys.context}, {})) --deepcopy, see also https://phabricator.wikimedia.org/T269990
context = p.tableMerge(context, subcontext) -- pull up nested context
local values = {}
if (v[1] == nil) then --key value array = object/dict
local subproperties_res = p.getSemanticProperties({jsonschema=schema, jsondata=v, properties=p.copy(subobject_properties), store=true, root=false, debug=debug, context=context, subschema=schema_properties[k], parent_schema_property=property_data[k]})
local id = subproperties_res.id --subobject_id
if (id ~= nil) then
id = mw.title.getCurrentTitle().fullText .. '#' .. id
table.insert(values, id)
end
properties = p.processStatement({subject=properties, statement=subproperties_res.properties, debug=debug}).subject
else --list array
for i, e in pairs(v) do
if (type(e) == 'table') then
local subproperties_res = p.getSemanticProperties({jsonschema=schema, jsondata=e, properties=p.copy(subobject_properties), store=true, root=false, debug=debug, context=context, subschema=schema_properties[k], parent_schema_property=property_data[k]})
local id = subproperties_res.id --subobject_id
if (id ~= nil) then
id = mw.title.getCurrentTitle().fullText .. '#' .. id
table.insert(values, id)
end
properties = p.processStatement({subject=properties, statement=subproperties_res.properties, debug=debug}).subject
else values = v end --plain strings
end
end
for pi, property_name in ipairs(property_names) do
for i,value in pairs(values) do table.insert(properties[property_name], value) end
if (debug) then mw.logObject("set " .. property_name .. " = " .. mw.dumpObject(values)) end
end
else if (debug) then mw.logObject("not mapped: " .. k .. " = " .. mw.dumpObject(v)) end
end
else
if (mapping_found) then
for pi, property_name in ipairs(property_names) do
table.insert(properties[property_name], v)
if (debug) then mw.logObject("set " .. property_name .. " = " .. mw.dumpObject(v)) end
end
else
if (debug) then mw.logObject("not mapped: " .. k .. " = " .. mw.dumpObject(v)) end
end
end
end
end

local store_res = nil
if (store) then
properties['HasOswId'] = subjectId
if (root) then
if (debug) then mw.logObject("Store page properties") end
store_res = mw.smw.set( properties ) --store as semantic properties
else
properties['@category'] = {}
p.tableMerge(properties['@category'], jsondata[p.keys.category]) -- from json property 'type'
p.tableMerge(properties['@category'], properties[p.keys.category_pseudoproperty]) -- from json-ld context 'Property:Category'
properties[p.keys.category_pseudoproperty] = nil -- delete pseudo property

local display_label = p.getDisplayLabel(jsondata, properties)
if properties['Display title of'] == nil and properties['Display_title_of'] == nil then
if (display_label ~= nil and display_label ~= "") then properties['Display title of'] = display_label
else properties['Display title of'] = p.defaultArg(subschema['title'], "") end -- fall back to property name in schema
end
p.setNormalizedLabel(properties) --build normalized multilang label
if (p.tableLength(properties) > 0) then
store_res = mw.smw.subobject( properties, subobjectId ) --store as subobject
if (debug) then mw.logObject("Store subobject with id " .. (subobjectId or "<random>")) end
end
end
end
if (debug) then mw.logObject(properties) end
if (store_res ~= nil) then
if (not store_res and store_res.error ~= nil) then error = error .. store_res.error end
end
if (debug) then mw.logObject(error) end
return {properties=properties, definitions=property_data, id=subobjectId, context=context, error=error}
end

function p.processStatement(args)
local statement = p.defaultArg(args.statement)
local subject = p.defaultArg(args.subject)
local debug = p.defaultArg(args.debug, false)

-- handle "approved" statements
if (statement["HasSubject"] == nil or statement["HasSubject"][1] == nil or statement["HasSubject"][1] == "") then --implicit subject
if (statement["HasProperty"] ~= nil and statement["HasProperty"][1] ~= nil and statement["HasProperty"][1] ~= "" and statement["HasObject"] ~= nil) then
local property = string.gsub(statement["HasProperty"][1], p.keys.property_ns_prefix .. ":", "") -- also allow prefix properties like: Property:schema:url
if (debug) then
mw.log("Set property " .. property .. " from statement to ")
mw.logObject(statement["HasObject"])
end
if (subject[property] == nil) then subject[property] = {} end
for k, v in pairs(statement["HasObject"]) do table.insert(subject[property], v) end
end
end
return {subject=subject}
end

-- build a semantic query based on provided properties and their schema definition
--[[ test:
mw.logObject(p.getSemanticQuery({
jsonschema={
["@context"]={
test="Property:TestProperty",
number_max="Property:HasNumber",
date_min="Property:HasDate"
},
properties={
test={title="Test", type="string"},
number_max={title="Number", type="string", format="number", options={role={query={filter="max"}}}},
date_min={title="Date", type="string", format="date", options={role={query={filter="min"}}}},
}
},
jsondata={test="TestValue", number_max=5, date_min="01.01.2023"}
}))
--]]
function p.getSemanticQuery(args)
--local jsondata = p.defaultArg(args.jsondata, {})
--local schema = p.defaultArg(args.jsonschema, {})
local res = ""
local where = ""
local select = ""
local semantic_properties = p.getSemanticProperties(args)
--mw.logObject(semantic_properties)
for k,def in pairs(semantic_properties.definitions) do
-- see also: https://www.semantic-mediawiki.org/wiki/Help:Search_operators
local filter = p.defaultArgPath(def.schema_data, {'options', 'role', 'query', 'filter'}, 'eq')
local value = def.value
if def.schema_data.type == 'string' and (def.schema_data.format == 'number' or def.schema_data.format == 'date') then
if (filter == 'min') then value = "<" .. value
elseif (filter == 'max') then value = ">" .. value
else value = value end --exact match
elseif def.schema_data.type == 'string' then
value = "~*" .. value .. "*"
end
where = where .. "\n[[".. def.property .. "::" .. value .. "]]"
select = select .. "\n|?" .. def.property
if (def.schema_data.title ~= nil) then select = select .. "=" .. def.schema_data.title end
end
if (where ~= "") then res = "{{#ask:" .. res .. where .. select .. "}}" end
return {wikitext=res}
end

-- HELPERS

-- expands all $ref
--test: mw.logObject(p.expandJsonRef({json={items={test="value", ["$ref"]="/wiki/JsonSchema:Label?action=raw"}}}).json)
--test: mw.logObject(p.expandJsonRef({json={["$ref"]="/wiki/Category:Item?action=raw&slot=jsonschema"}}).json)
--test: mw.logObject(p.expandJsonRef({json={["$ref"]="/wiki/JsonSchema:Statement?action=raw"}}).json)
function p.expandJsonRef(args)
local json = p.defaultArg(args.json, {})
local debug = p.defaultArg(args.debug, false)
local refs = {}
for k,v in pairs(json) do
if (k == "$ref") then
-- e. g. "/wiki/JsonSchema:Label?action=raw" or "/wiki/Category:Entity?action=raw&slot=jsonschema"
if string.find(v, "#") then
if (debug) then mw.logObject("Skip relative reference") end
else
local uri = mw.uri.new(v)
local ref_title = mw.text.split(uri.path, "wiki/", true)[2]
local ref_slot = uri.query["slot"]
if (debug) then
if (ref_slot ~= nil) then mw.logObject("Ref found with title " .. ref_title .. " and slot " .. ref_slot)
else mw.logObject("Ref found with title " .. ref_title) end
end
local ref_json = p.loadJson({title=ref_title, slot=ref_slot}).json
refs[v] = ref_json
json[k] = nil
end
end
end
--mw.logObject(refs)
for k,v in pairs(refs) do
json = p.tableMerge(v, json)
end
for k,v in pairs(json) do
if type(v) == "table" then
json[k] = p.expandJsonRef({json=v}).json
end
end
local result = p.copy(json)
for k,v in pairs(json) do
if (k == "allOf") then
if (type(v) == "table" and v[1] == nil) then v = {v} end -- ensure array
for i,s in pairs(v) do
result = p.tableMerge(s, result)
if (debug) then mw.log("merge allOf with title " .. s["title"]) end
end
result[k] = nil
end
end

return {json=result}
end

function p.defaultArg(arg, default)
if (arg == nil) then
return default
else
return arg
end
end

-- returns the value of a table (dict) path or default, if the path is not defined
-- test: mw.logObject(p.defaultArgPath({some={defined={path="value"}}}, {"some", "defined", "path"}, "default_value"))
-- test: mw.logObject(p.defaultArgPath({some={defined={path="value"}}}, {"some", "undefined", "path"}, "default_value"))
function p.defaultArgPath(arg, path, default)
if (arg == nil) then
return default
elseif (path == nil) then
return arg
else
key = table.remove(path,1)
if (key == nil) then return arg end --end of path
return p.defaultArgPath(arg[key], path, default)
end
end

function p.splitString(inputstr, sep)

if sep == nil then
sep = ";"
end
local t={}
for str in string.gmatch(inputstr, "([^"..sep.."]+)") do
table.insert(t, str)
end
return t
end

--dumps a table to a string (replaced by mw.dumpObject())
function p.dump(o)
return mw.dumpObject(o)
end

--converts a literal to an table
function p.tablefy(o)
if (o == nil) then o = {} end
if (type(o) ~= 'table') then o = {o} end
return o
end

--true if the value is contained in the array (flat arrays only)
function p.tableContains (tab, val)
for index, value in ipairs(tab) do
if value == val then
return true
end
end

return false
end

--get the size of a table
function p.tableLength(t)
local count = 0
for _ in pairs(t) do count = count + 1 end
return count
end

--check if a variable is nil or an empty string or table
function p.nilOrEmpty(o)
if (o == nil) then return true
elseif (type(o) == 'string' and o == "") then return true
elseif (type(o) == 'table' and p.tableLength(o) == 0) then return true
else return false
end
end

-- merges t2 to t1
--test: mw.logObject(p.tableMerge({"string", test1="test1", subtable1={"test"}}, {"string2", test1="test2", test3="test4"}))
function p.tableMerge(t1, t2)
if (t1 == nil) then t1 = {} elseif (type(t1) ~= 'table') then t1 = {t1} end
if (t2 == nil) then t2 = {} elseif (type(t2) ~= 'table') then t2 = {t2} end
for k,v in pairs(t2) do
if type(v) == "table" then
if type(t1[k] or false) == "table" then
p.tableMerge(t1[k] or {}, t2[k] or {})
else
if type(k) == 'number' then table.insert(t1, v)
else t1[k] = v end
end
else
if type(k) == 'number' then table.insert(t1, v)
else t1[k] = v end
end
end
return t1
end

-- from https://stackoverflow.com/questions/640642/how-do-you-copy-a-lua-table-by-value
function p.copy(obj, seen)
if type(obj) ~= 'table' then return obj end
if seen and seen[obj] then return seen[obj] end
local s = seen or {}
local res = setmetatable({}, getmetatable(obj))
s[obj] = res
for k, v in pairs(obj) do res[p.copy(k, s)] = p.copy(v, s) end
return res
end

-- get normalized label
function p.getDisplayLabel(jsondata, properties)
local display_label = nil
-- check if label properties are mapped
if (properties["HasLabel"] ~= nil and properties["HasLabel"][1] ~= nil) then display_label = p.splitString(properties["HasLabel"][1], '@')[1]
elseif (properties["HasName"] ~= nil) then
if type(properties["HasName"]) == 'table' then display_label = properties["HasName"][1]
else display_label = properties["HasName"] end
-- fall back to unmapped keywords
elseif (jsondata[p.keys.label] ~= nil and jsondata[p.keys.label][1] ~= nil) then display_label = p.splitString(jsondata[p.keys.label][1], '@')[1]
elseif (jsondata[p.keys.name] ~= nil) then display_label = jsondata[p.keys.name]
end

return display_label
end

-- build normalized multilang label
function p.setNormalizedLabel(properties, use_fallbacks)
if (use_fallbacks == nil) then use_fallbacks = true end
if (properties['HasLabel'] ~= nil) then
labels = properties['HasLabel']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = p.splitString(label, '@')[1]:lower():gsub('[^%w]+','')
label_lang = "en"
if (p.splitString(label, '@')[2] ~= nil) then label_lang = p.splitString(label, '@')[2] end
table.insert(properties['HasNormalizedLabel'], label_norm .. "@" .. label_lang)
end

elseif (use_fallbacks and properties['HasName'] ~= nil) then -- fallback, assume English lang
labels = properties['HasName']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = label:lower():gsub('[^%w]+','')
table.insert(properties['HasNormalizedLabel'], label_norm .. "@en")
end
elseif (use_fallbacks and properties['Display title of'] ~= nil) then -- fallback, assume English lang
labels = properties['Display title of']
if(type(labels) ~= 'table') then labels = {labels} end
properties['HasNormalizedLabel'] = {}
for i, label in ipairs(labels) do
label_norm = label:lower():gsub('[^%w]+','')
table.insert(properties['HasNormalizedLabel'], label_norm .. "@en")
end
end
end

function p.renderMultilangValue(args)
local jsondata = p.defaultArg(args.jsondata, {})
local jsonschema = p.defaultArg(args.jsonschema, {})
local key = p.defaultArg(args.key, "title")
local result = p.defaultArg(args.default, "")
local default = p.defaultArg(args.default, nil)
-- "title*": {"de": ...}
if jsonschema[key] ~= nil then result = jsonschema[key] end
if jsonschema[key .. '*'] ~= nil then -- multilang label with switch
result = "{{#switch:{{USERLANGUAGECODE}} |#default=" .. result
for k,v in pairs(jsonschema[key .. '*']) do
if k == en then default = v
else result = result .. " |" .. k .. "=" .. v end
end
if default ~= nil then result = result .. " |#default=" .. default end
result = result .. " }}"
end
-- "some_property": [{"lang": "de", "text": ...}]
if jsondata[key] ~= nil then -- multilang label with switch
result = "{{#switch:{{USERLANGUAGECODE}}"
for k,v in pairs(jsondata[key]) do
if v["lang"] ~= nil and v["text"] ~= nil then
if v["lang"] == "en" then default = v["text"]
else result = result .. " |" .. v["lang"] .. "=" .. v["text"] end
end
end
if default ~= nil then result = result .. " |#default=" .. default end
result = result .. " }}"
end
return result
end

return p

Category:OSWe427aafafbac4262955b9f690a83405d

2025-02-21T06:57:26Z

0000-0003-0410-3616: Update package: OSW Core

Category:OSW5c7c84f0bfbe4347ba7fbe7b346fd106

2025-02-21T06:57:22Z

0000-0003-0410-3616: Update package: OSW Base

=={{{_label_attachments| {{#switch: {{USERLANGUAGECODE}} |en=Instances|de=Instanzen|#default=Instances}} }}}==
{{#ask: [[{{FULLPAGENAME}}]]
|?HasStartDate={{#switch: {{USERLANGUAGECODE}} |en=Date & time|de=Datum & Uhrzeit|#default=Date & time}}
|sort=HasStartDate
|format=datatable
|limit=1000
}}

Category:OSW288260cd0728420c9f40ae1c5fa19111

2025-02-21T06:57:08Z

0000-0003-0410-3616: Install package: OSW Ontology

JsonSchema:PrefectWorkflowRuns

2025-02-21T06:57:03Z

0000-0003-0410-3616: Update package: OSW Base

{
"type": "array",
"title": "Workflow Runs",
"description": "Workflows sheduled for this item",
"$comment": "default prefect workflows with only a subject as parameter",
"eval_template": [
{
"type": "mustache-wikitext",
"mode": "render",
"value": "{{#workflow_runs}} \u003Cdiv class='PrefectStatusBadge' data-config='{\"uuid\":\"{{{uuid}}}\", {{=\u003C% %\u003E=}} \"parent\": \"{{FULLPAGENAME}}\", \"parameters\": {\"request\": {\"subject\": \"{{FULLPAGENAME}}\" \u003C%={{ }}=%\u003E } } }'\u003E\u003C/div\u003E {{/workflow_runs}}"
}
],
"items": {
"_$ref": "/wiki/Category:OSWb79812225c7849b78e98f2b3b10498b3?action=raw\u0026slot=jsonschema",
"title": "Workflow Run",
"required": [
"uuid",
"tool"
],
"properties": {
"uuid": {
"title": "UUID",
"type": "string",
"format": "uuid",
"options": {
"hidden": true
}
},
"name": {
"title": "Name",
"description": "Technical / Machine compatible name",
"description*": {
"de": "Technischer / Maschinenkompatibler Name"
},
"type": "string",
"options": {
"hidden": true
}
},
"label": {
"type": "array",
"title": "Labels",
"title*": {
"de": "Namen"
},
"description": "Human readable names. You have to assign at least one.",
"description*": {
"de": "Menschenlesbarer Namen. Du musst mindestens einen vergeben."
},
"format": "table",
"eval_template": [
{
"type": "mustache-wikitext",
"mode": "render",
"value": "{{=\u003C% %\u003E=}} {{#switch:{{USERLANGUAGECODE}} \u003C%={{ }}=%\u003E {{#label}} |{{lang}}={{text}} {{/label}} {{=\u003C% %\u003E=}} }}"
}
],
"items": {
"title": "Label",
"title*": {
"de": "Name"
},
"eval_template": [
{
"type": "wikitext",
"mode": "store",
"value": "{{{text}}}@{{{lang}}}"
}
],
"$ref": "/wiki/JsonSchema:Label?action=raw"
},
"minItems": 1
},
"status": {
"type": "string",
"format": "autocomplete",
"title": "Status",
"default": "Item:OSWaa8d29404288446a9f3ec7afa4e2a512",
"options": {
"autocomplete": {
"category": "Category:OSW9725d7a91bab4f1aa68f423e4e9bfcf4"
}
}
},
"tool": {
"type": "array",
"title": "Workflows",
"title*": {
"de": "Workflows"
},
"minItems": 1,
"maxItems": 1,
"items": {
"type": "string",
"title": "Workflow",
"title*": {
"de": "Workflow"
},
"format": "autocomplete",
"range": "Category:OSW77e749fc598341ac8b6d2fff21574058",
"options": {
"autocomplete": {
"$comment": "Software hosted by a prefect flow",
"query": "[[Category:OSW77e749fc598341ac8b6d2fff21574058]][[-Hosts.HasSchema::Category:OSW72eae3c8f41f4a22a94dbc01974ed404]]"
}
}
}
}
}
}
}

Category:OSWb8b6278763d54b0784eea9d3b3d183a4

2025-02-21T06:57:00Z

0000-0003-0410-3616: Update package: OSW Base

== Namespaces ==
for UUID generation via uuid5

* General (same as UUID of the category page): b8b62787-63d5-4b07-84ee-a9d3b3d183a4
* FhG: fdd10d54-8474-5957-83a1-2ac4e40723a6

{{#ask: [[{{FULLPAGENAME}}]]
|?HasLabel={{#switch: {{USERLANGUAGECODE}} |de=Label (de) |#default=Label (en) }} |+lang={{USERLANGUAGECODE}}
|?HasOuNumber={{#switch:{{USERLANGUAGECODE}} |en=OU number|de=OE-Nummer |#default=OU number}}
|?HasManger={{#switch:{{USERLANGUAGECODE}} |en=Manager|de=Leitung |#default=Manager}}
|?HasDeputyManger={{#switch:{{USERLANGUAGECODE}} |en=Manager deputy|de=Leitung stv |#default=Manager deputy}}
|?HasSecretary={{#switch:{{USERLANGUAGECODE}} |en=Secretary|de=Sekretariat |#default=Secretary}}
|?HasSuperordinateOu={{#switch:{{USERLANGUAGECODE}} |en=Super OU|de=Über-OE |#default=Super OU}}
|?HasNumberOfMembers={{#switch:{{USERLANGUAGECODE}} |en=Number of members|de=Mitarbeitende (Anzahl) |#default=Number of members }}
|format=datatable
|limit=5000
|sort=Display title of
|order=asc
}}

JsonSchema:StartDateTime

2025-02-21T06:56:51Z

0000-0003-0410-3616: Update package: OSW Base

{
"type": "string",
"title": "Start date and time",
"title*": {
"de": "Beginn (Datum und Uhrzeit)"
},
"format": "datetime-local",
"options": {
"flatpickr": {
"dateFormat": "Z",
"altInput": true,
"altFormat": "Y-m-d h:i K"
}
}
}

Category:OSW44deaa5b806d41a2a88594f562b110e9

2025-02-21T06:56:47Z

0000-0003-0410-3616: Update package: OSW Base

Category:OSW662db0a2ad0946148422245f84e82f64

2025-02-21T06:56:43Z

0000-0003-0410-3616: Install package: OSW Ontology

Category:OSWc5ed0ed1e33c4b31887c67af25a610c1

2025-02-21T06:56:37Z

0000-0003-0410-3616: Update package: OSW Base

== Namespaces ==
for UUID generation via uuid5

* General (same as UUID of the category page): c5ed0ed1-e33c-4b31-887c-67af25a610c1
* FhG: 0459e1a8-adbd-5f2d-a80a-70f4bfbb37a3

{{#ask: [[{{FULLPAGENAME}}]]
|?HasRoomUsage={{#switch: {{USERLANGUAGECODE}} |en=Function |de=Funktion |#default=Function }}
|?IsLocatedIn={{#switch: {{USERLANGUAGECODE}} |en=Located in |de=Lage|#default=Located in }}
|?HasNumberOfOccupants={{#switch: {{USERLANGUAGECODE}} |en=Number of Occupants |de=Belegung (Anzahl) |#default=Number of Occupants }}
|format=datatable
|limit=5000
|sort=Display title of
|order=asc
}}

Category:OSW0e084decca6f48a7b023d6b7b2c1452d

2025-02-21T06:56:24Z

0000-0003-0410-3616: Update package: OSW Base

=={{#switch: {{USERLANGUAGECODE}} |en=Instances|de=Instanzen|#default=Instances}}==
{{#ask: [[{{FULLPAGENAME}}]]
|?HasStartDateAndTime={{#switch: {{USERLANGUAGECODE}} |en=Start date|de=Startdatum|#default=Start date}}
|?HasEndDateAndTime={{#switch: {{USERLANGUAGECODE}} |en=End date|de=Enddatum|#default=End date}}
|format=datatable
|limit=1000
}}

Item:OSW205fc8dcd20646e586969cf4a0aeca65

2025-02-21T06:56:14Z

0000-0003-0410-3616: Update package: OSW Base