@@ -21,7 +21,8 @@ as most LDP-based systems. It is based on decentralized OAuth2/OpenID Connect.
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- [ Issuer Discovery From Link Header] ( #issuer-discovery-from-link-header )
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- [ Issuer Discovery From WebID Profile] ( #issuer-discovery-from-webid-profile )
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* [ Detailed Sign In Workflow Example] ( #detailed-sign-in-workflow-example )
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- * [ Detailed Application Workflow Example] ( #detailed-application-workflow-example )
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+ * [ Workflow Example for Tokens Representing the App Itself] ( #detailed-app-centric-workflow )
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+ * [ Workflow Example for Tokens Representing a User via App Itesef] ( #detailed-user-app-centric-workflow )
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* [ Decentralized Authentication Glossary] ( #decentralized-authentication-glossary )
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## Introduction
@@ -326,12 +327,18 @@ The solution employs [Proof of Possession (PoP) tokens](https://tools.ietf.org/h
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To walk through a more detailed example for WebID-OIDC login, refer to the
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[ Example WebID-OIDC Workflow] ( example-workflow.md ) doc.
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- ## Detailed Application Workflow Example
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+ ## Detailed App Centric Workflow
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For a detailed example of how an application/agent can access resources in a
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pod on behalf of a given user, refer to the
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[ Example Application OIDC Workflow] ( application-workflow.md ) .
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+ ## Detailed App User Centric Workflow
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+ For a detailed example of how an application/agent can gain a token representing
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+ the user via the application, refer to the
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+ [ Example Application User OIDC Workflow] ( application-workflow-detailed.md ) .
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## Decentralized Authentication Glossary
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In order to discuss decentralized authentication protocol details, it would be
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