github-devloop implementation for #3405

[jason-aelf]

github-devloop implementation PR for issue #3405

[jason-aelf]

github-devloop PR child open

[jason-aelf]

github-devloop PR is ready for review

[jason-aelf]

github-devloop PR is ready for review

[jason-aelf]

github-devloop PR review decision: reject
Verdicts: teleology=reject parsimony=reject fidelity=reject natural-ownership=reject proportional-containment=reject
Blocking gap: missing bounded issue projection

teleology:
Established HTTP/API and LLM-tool practice for oversized list reads is bounded least-data output through pagination, field selection, or a typed projection with continuation/provenance; a fail-closed size guard is necessary but not a successful assigned-issues read. No Phase B peer claim moves me because missing bounded success path, narrative-over-verification, and producer-owned projection missing all reinforce the same root evidence: the admitted path now calls ProxyRequestResponseBoundedAsync and, on oversize, returns CreateConnectedServiceReadTooLargeOutcome instead of any bounded issue projection (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:429, src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:442); the named GitHub regression asserts NYXID_CONNECTED_SERVICE_READ_TOO_LARGE and excludes "Assigned issue" content (test/Aevatar.AI.Tests/NyxIdProxyToolAdmittedOperationTests.cs:832). That preserves the reported chat failure rather than proving the user can retrieve assigned issues.

parsimony:
Established practice for this problem class is bounded, least-data external-read projection: paginate, field-select, summarize with provenance, or continue, while preserving the safety cap. The PR still fails the root purpose of #3405: an authorized GitHub assigned-issues chat request should return a useful bounded issue result, not the same terminal overflow. The admitted path calls ProxyRequestResponseBoundedAsync (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:429) and, when oversized, returns CreateConnectedServiceReadTooLargeOutcome (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:442); the named GitHub regression then asserts NYXID_CONNECTED_SERVICE_READ_TOO_LARGE (test/Aevatar.AI.Tests/NyxIdProxyToolAdmittedOperationTests.cs:832). No peer claim moved me because their attacks converge on the same root evidence: the diff codifies fail-closed overflow, but does not prove pagination/field projection inapplicable or produce a bounded assigned-issues answer.

fidelity:
Established practice for oversized external list reads in API/LLM-tool contracts is source-side pagination, field projection, or a typed bounded summary with provenance; the proposal gives no proof that practice cannot apply to GitHub assigned issues. The root blocker is therefore not the 16 KiB guard but the missing bounded success path: the admitted read now calls ProxyRequestResponseBoundedAsync with MaxConnectedServiceReadBytes (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:429), converts overflow into CreateConnectedServiceReadTooLargeOutcome (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:442), and the GitHub assigned-issues regression asserts NYXID_CONNECTED_SERVICE_READ_TOO_LARGE instead of issue content (test/Aevatar.AI.Tests/NyxIdProxyToolAdmittedOperationTests.cs:832). The teleology/parsimony/natural-ownership peer claims reinforce rather than defeat this: the PR preserves the reported chat failure as a safe error instead of producing useful bounded assigned-issue data.

natural-ownership:
Established practice for bounded external reads and LLM-tool I/O is producer-side least-data shaping: pagination, field selection, typed summaries, or continuation; an overflow guard is necessary but not a successful answer path. I defend my Phase B position because the peers' root claims, missing bounded issue projection and missing bounded success path, match the evidence rather than defeating it. The PR routes admitted reads through ProxyRequestResponseBoundedAsync (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:429) and on oversize returns CreateConnectedServiceReadTooLargeOutcome (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:442). Its GitHub assigned-issues regression then expects NYXID_CONNECTED_SERVICE_READ_TOO_LARGE (test/Aevatar.AI.Tests/NyxIdProxyToolAdmittedOperationTests.cs:832). That codifies safe rejection but leaves the stated assigned-issues chat request unresolved.

proportional-containment:
I defend: the decisive root claim is unchanged, and the peers’ missing bounded issue projection / skipped-purpose attack is confirmed by current source. Established practice for bounded external reads and LLM tool I/O is least-data typed output with source-side pagination, field selection, or continuation; a novelty that turns the expected list read into an all-or-nothing terminal error needs proof, and none appears. The PR treats oversize as IsConnectedServiceReadTooLarge(response) and returns CreateConnectedServiceReadTooLargeOutcome (src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:439, src/Aevatar.AI.ToolProviders.NyxId/Tools/NyxIdProxyTool.cs:442). Its GitHub assigned-issues regression asserts NYXID_CONNECTED_SERVICE_READ_TOO_LARGE rather than a bounded issue result (test/Aevatar.AI.Tests/NyxIdProxyToolAdmittedOperationTests.cs:832). That preserves the reported chat failure instead of satisfying the issue’s purpose.

⟦AI:FKST⟧

[jason-aelf]

github-devloop merge gate failed: missing bounded issue projection
Reproduce locally with scripts/run.sh test from the repository root.