* fix typecheck

* fix modelName

* fix

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P1] The current model hides two different identities behind id. In live form state, subAgents and defaultSubAgentId are actually keyed by node key, not persisted subagent ID; then submit-time transforms convert some of that back to persisted IDs. That translation is spread across the resolver, hydrateNodesWithFormData, and serializeAgentData, so form.reset changes semantics mid-session. See validation.ts (line 160), validation.ts (line 240), serialize.ts (line 87), serialize.ts (line 150), sub-agent-selector.tsx (line 32).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* [P2] Business data is duplicated in RHF and node.data, but renderers already trust RHF. hydrateNodesWithFormData() exists only because serializeAgentData() reads node payload fields from node.data; the UI mostly ignores those same fields and watches RHF instead. That duplication is the main drift source. See serialize.ts (line 87), deserialize.ts (line 123), sub-agent-node.tsx (line 50), function-tool-node.tsx (line 17), mcp-node.tsx (line 63).

* Group 1: Stabilize graph identity

* Group 2: Finish RHF as the business source of truth

* Group 2: Finish RHF as the business source of truth

* Group 2: Finish RHF as the business source of truth

* Group 3: Remove layout dependence on node business payload

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* upd

* renames

* Group 1: Fix remaining schema mismatches

* Group 1: Fix remaining schema mismatches

* Group 1: Fix remaining schema mismatches

* Group 1: Fix remaining schema mismatches

* upd

* upd

* upd

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* Group 3: Collapse connection state into one relation model

* more

* more

* rm

* rm

* Group 3: Finish explicit graph identity

* comment

* upd

* upd

* upd

* upd

* upd

* upd

* simplify

* lint

* update snapshot

* fix zod omit issue

* fix cypress

* style: auto-format with biome

* fix review

* Update mcp-node-editor.tsx

* apply more review

* fix: differentiate loading vs missing state in MCP node editor null guard

* Update mcp-node-editor.tsx

* fix inheritance in subagent node

* fix needs approval

* polish

* fix issue

* fix race condition

* fix error

* Add detailed changeset for graph identity refactor

Co-authored-by: Dimitri POSTOLOV <[email protected]>
Co-Authored-By: Claude Opus 4.6 <[email protected]>

---------

Co-authored-by: github-actions[bot] <41898282+github-actions[bot]@users.noreply.github.com>
Co-authored-by: pullfrog[bot] <226033991+pullfrog[bot]@users.noreply.github.com>
Co-authored-by: claude[bot] <41898282+claude[bot]@users.noreply.github.com>
Co-authored-by: Dimitri POSTOLOV <[email protected]>
Co-authored-by: Claude Opus 4.6 <[email protected]>