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fidelity-ai-workspace/ai/state/current.md

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# Current Work
## Focus
- Keep Fidelity context current from daily work performed on another machine
- Track REST migration findings
- Debug Discourse and AO issues
- Prepare better updates for the current manager or stakeholder through Mattermost
- Follow up on active tickets through `ai/work-items/`, especially `PDIAP-14859`, `PDIAP-15765`, `PDIAP-15836`, and `PDIAP-15838`
- Wrap up `PDIAP-14859` by publishing the approved rollout document, linking the spike-result documents and follow-up story, then closing the spike
- After the immediate `PDIAP-14859` closeout and `PDIAP-15765` resume work, return to `PDIAP-15838`; `PDIAP-15836` comes later
- Resume `PDIAP-15765` for the authenticated iOS-only `HybridYouthAccountOpening` / `TeenIdentityCheck` handling gap so iOS aligns with Android behavior
- Keep the separate `HybridBrokerageAccountOpening` / `JointIdentityCheck` scenario out of `PDIAP-15765` scope unless later evidence proves it belongs there
- Include feature-flag planning for the broader UIKit-removal spike, including dismissal sequencing changes that affect consumers
- Thoroughly verify current `ApexBridgingAddressComponent` / rule-loading usage before describing it as inactive or dead code
- Reconcile the old UIKit address-rule path with the current SwiftUI handling path through the adapter/view-model layer before reporting final ownership or replacement guidance
- The ApexKitV3 risk write-up for Quy has been published and sent; use that research as the current high-level framing for dependency-removal risk
- Investigate the current XFlow dependency surface on `ApexKitV3`, including the `23` build errors on removal and the remaining `13` errors when swapping to `ApexKitSwiftUI`
- The process-oriented rollout document for the UIKit-removal spike is approved and ready to publish for spike closure
- The rollout document should frame the work as a more deliberate migration phase toward the SwiftUI-only path, not as a correction to a prior failed attempt
- The rollout document uses a global feature-flag rollout model with broad XQ1 validation before production enablement
- The rollout document should use the new flag name `xflow-swiftui-container-enabled` and note that the flag will be added later during implementation
- Re-check the authenticated AO validation issue with scenario-specific evidence: the `HybridYouthAccountOpening` / `TeenIdentityCheck` path currently points to an iOS-only decoding gap, while a separate `HybridBrokerageAccountOpening` / `JointIdentityCheck` case reproduces on both platforms
- The immediate Youth issue appears fixed on the service side after the payload moved from `birthDate` to `validations`, but the XFlowSDK-side fallback PR should still ship in the next release
---
## Active Concerns
- Authenticated vs non-authenticated behavior
- Reproducibility across entry points
- Backend-driven inconsistencies in XFlow
- Distinguishing external issues from true regressions
- Preserving accurate context when summarizing work from another machine
- Validating dismissal sequencing changes across SwiftUI flows
- Keeping REST deprecation scope explicit while GraphQL fallback still exists
- Defining a consumer rollout plan for UIKit-removal sequencing changes, including validation, communication, and feature-flag retirement
- Closing `PDIAP-14859` cleanly with the right links, blocker relationship, and feature-flag wording
- Avoiding assumptions when comparing iOS and Android validation behavior; scenario-specific parity needs to be confirmed before reporting scope
- Avoiding assumptions about legacy Apex/ApexKit paths; breakpoint evidence and helper usage both need to be reconciled before reporting ownership or replacement guidance
- When ownership is still uncertain under production pressure, prefer rollback-plus-investigation framing over confident blame assignment to consumers
- Swift 6 migration risk is now time-sensitive because external dependency removal could break XFlow before the planned `26Q3` work
- The write-up for Quy should remain the reference framing for moderate effort, medium risk, and required consumer validation while deeper implementation details are still being researched
---
## Communication Priorities
- Standups should reflect the latest technical state, not generic progress
- Standups should prefer updates directly tied to active work items over one-off memory refreshes or side questions
- Standups should include story titles whenever a reported update maps to a Jira item
- Standups should use bullet points for each item, but avoid dash-separated title formatting inside the sentence body
- When one Jira item has multiple concrete updates, prefer one top-level Jira bullet with indented sub-bullets rather than repeating the same Jira line multiple times
- When pairing a Jira ID with a title in standups, prefer a simple hyphen after the ID or omit punctuation instead of using commas
- Standups should omit side questions or manager-only context refreshes unless they materially changed story work
- If a root cause document or other documentation update directly supports a story, it should be reported under that story instead of as a separate standalone item
- Standups should omit items not tied to a story unless they are real blockers
- If a new request is important work but not directly tied to a Jira item, include it as a standalone bullet instead of forcing it under a story
- Manager updates should be short, precise, and natural in English
- Mattermost messages should make scope and next action explicit
- When root cause is not fully isolated, do not position framework conclusions as authoritative consumer-side fault
- Standups should be written as David's external progress report and should not mention Jeff by name
- Standups should never mention Mattermost because it is internal-only communication
---
## Notes
- REST remains behind a feature flag
- Validate against main before calling something a regression
- This workspace is the context source for communication, not the source of product code changes