Fedora's alignment with each category of the Fedora API Specification needs to be verified for completeness and correctness. Below is a listing of the specification categories, the person/people taking the lead on ensuring alignment, and the current status of alignment.
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Environment
- Version of Fedora: 6034a73 https://github.com/fcrepo4/fcrepo4/commit/fe92e09c54949b930a27dbd5f24a591cbd4ed568 (as of 2018-06-12)
- Version of Fedora Specification: https: e6fc281 //github.com/fcrepo/fcrepo-specification/commit/83b3bca9627e5ba9fda5b0c1718bea455747f559 (as of 2018-06-13)
- Test Compatibility Suite
- Legacy - Version of script: 9d20fad (repo and usage here: https://github.com/rotated8/fedora-spec-testing)
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3.1 General (Jared Whiklo)
3.1.1 LDP Containers
3.1.2 LDP-NR creation
3.1.3 Constraints Document
3.1.4 Data Model
3.2 HTTP GET
3.3.2.1 Additional values for the Prefer header
3.2.2 LDP-RSs 3.2.3 LDP-NRs
3.2.3 LDP-NRs
3.3 HTTP HEAD
3.3.4 HTTP OPTIONS (Yinlin Chen)
3.5 HTTP POST3.5 HTTP POST
3.5.1 LDP-NRs
3.5.1 LDP-NRs
3.6 HTTP PUT
3.6.1 LDP-RSs
3.6.2 LDP-NRs
3.6.3 Creating resources with HTTP PUT
3.7 HTTP PATCH (Jared Whiklo)
3.7.1 Interaction models
3.8 HTTP DELETE (Yinlin Chen)
3.8.1 Depth header
3.9 External Binary Content
3.9.1 Referenced RDF content in mandataory LDP serializations
3.8.2 Proxied content vs. redirected content
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4 Versioning
Leads
3.6.2 LDP-NRs (Danny Bernstein)
3.6.3 Creating resources with HTTP PUT
3.7 HTTP PATCH (Jared Whiklo)
3.7.1 Containment Triples
3.7.2 Interaction models
3.8 HTTP DELETE (Yinlin Chen)
3.8.1 Recursive Delete
3.9 External Binary Content |
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4.1 Versioned Resources
4.1.1 HTTP GET (LDPRv) Accept-Datetime header is used to request a past state, exactly as per [RFC7089] section 2.1.1. A successful response must be a 302 (Found) redirect to the appropriate LDPRmAccept-Datetime value, an implementation should return a 406 (Unacceptable).
GET request on an LDPRv must include the following headers:rel="original timegate" link in the Link header referencing itself (Jared Whiklo)<http://mementoweb.org/ns#TimeGate>; rel="type" link in the Link header (Jared Whiklo)<http://mementoweb.org/ns#OriginalResource>; rel="type" link in the Link header
rel="timemap" link in the Link header referencing an associated LDPCvVary: Accept-Datetime header, exactly as per [RFC7089] section 2.1.2.4.1.2 HTTP PUT (Danny Bernstein)
4.2 Version Resources (LDPRm)
4.2.1 HTTP GET §
4.2.2 HTTP OPTIONS §
4.2.3 HTTP POST
4.2.4 HTTP PUT
4.2.5 HTTP PATCH
4.2.6 HTTP DELETE
4.3 Version Containers (LDPCv) (Jared Whiklo)
4.3.1 HTTP GET (Jared Whiklo)
4.3.2 HTTP OPTIONS (Jared Whiklo)
4.3.3 HTTP POST
4.3.4 HTTP DELETE
4.4 Vary
4.5 Implementation PatternsNon-normative note: This section describes the way the normative specification might be applied to implement discoverable versioning patterns. If an implementation of an LDPCv does not support 4.5.1 Server-Managed Version Creation §
4.5.2 Client-Managed Version Creation §
4.5.3 Replacing Contents from Mementos §Non-normative note: Using the ingest-by-reference mechanism, one can replace the contents of an LDPRvwith that of an LDPRm by providing it's URL as the |
5 Resource Authorization
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5. Resource Authorization § Danny Bernstein
5.1 ACLs are LDP RDF Sources §5.2 ACL Representation and Interpretation § (Danny Bernstein)
5.3 ACLs are discoverable via Link Headers §
5.4 ACL linking on resource creation §
5.5 Cross-Domain ACLs § (Danny Bernstein)
5.6 Cross-Domain Group Listings §
5.7 Append Mode §
5.7.1 LDP-RS §
5.7.2 LDPC §
5.7.3 LDP-NR §
5.8 Access To Class §
5.9 Inheritance and Default ACLs §
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6 Notifications
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6.2 Notification Events §
6.3 Notification Serialization §
Each event described by a notification must contain:
Each event described by a notification should contain:
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7 Binary Resource Fixity
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3.9.1 Advertising External Content Support
3.9.2 External Content for RDF Resources
3.9.3 Redirected and Proxied External Content
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4 Versioning
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4 Resource Versioning
4.1 Versioned Resources
4.1.1 HTTP GET (LDPRv)
4.1.2 HTTP PUT (LDPRv) (Danny Bernstein)
4.2.1 HTTP GET (LDPRm)
4.2.3 HTTP POST (LDPRm)
4.2.4 HTTP PUT (LDPRm)
4.2.5 HTTP PATCH (LDPRm)
4.2.6 HTTP DELETE (LDPRm)
4.3.1 HTTP GET (LDPCv) (Jared Whiklo)
4.3.2 HTTP OPTIONS (LDPCv) (Jared Whiklo)
4.3.3 HTTP POST (LDPCv) 4.3.3.1 Implementations that allow POSTs for LDPCvs
4.3.3.2 Implementations that disallow POSTs for LDPCvs
4.3.4 HTTP PUT (LDPCv)
4.3.5 HTTP PATCH (LDPCv)
4.3.6 HTTP DELETE (LDPCv)
4.4 Implementation Patterns
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5 Resource Authorization
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5. Resource Authorization
5.1 ACLs are LDP RDF Sources
5.2 ACL Representation and Interpretation (Danny Bernstein)
5.3 ACLs are discoverable via Link Headers
5.4 ACL linking on resource creation (Peter Eichman)
5.5 Cross-Domain ACLs (Peter Eichman)
5.6 Cross-Domain Group Listings
5.7 Append Mode
5.7.1 LDP-RS (Append)
5.7.2 LDPC (Append)
5.7.3 LDP-NR (Append)
5.8 Access To Class
5.9 Inheritance and Default ACLs
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6 Notifications
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6.1 Notification Events
6.2 Notification Serialization
6.3 Examples
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7 Binary Resource Fixity
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7.1 Transmission Fixity
7.2 Persistance Fixity
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7.1 What is fixity?Example proceedures that may be used to verify fixity:
7.2 Transmission Fixity Digest header (defined in [RFC3230]) in POST
Digest header (defined in [RFC3230]) in PUTfor example, in curl command:
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